The major in Agriculture (508) consists of several concentrations allowing students to specialize in areas of interest
such as agronomy, agribusiness, agricultural education, agricultural systems, animal
science, dairy science, horticulture, horse science, and turf and golf course management.
The major in agriculture (508) consists of several concentrations allowing students to specialize in areas of interest such as Plant and Soil Science, Agribusiness, Agricultural Education, Animal Science, Applied Horticulture and Turf Systems, Horse Science, and General Agriculture.
This major in agriculture requires a minimum of 36-66 semester hours in agriculture and leads to a Bachelor of Science degree. Electives, which are chosen from agriculture courses focusing on a concentration and approved by an assigned advisor, complete the minimum total of 36-66 semester hours in agriculture. At least 50% of the semester hours in the major must be in courses numbered 300 or above. All students must take the following support courses outside of the major:
Required Courses Outside of the Major
Course List
Code
Title
Hours
Mathematics Course
MATH 115
Applied College Algebra (or higher) 1
3
Chemistry Courses2
Select one set from the following:
8, 10
CHEM 105 & CHEM 106 & CHEM 107 & CHEM 108
Fundamentals of General Chemistry and Fundamentals of General Chemistry Laboratory and Fundamentals of Organic Chemistry and Fundamentals of Organic Chemistry Laboratory
or CHEM 120 & CHEM 121 & CHEM 222 & CHEM 223
College Chemistry I and College Chemistry I Laboratory and College Chemistry II and College Chemistry II Laboratory
Biology Course and Lab3
BIOL 120 & BIOL 121
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
4
or BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
Total Hours
15-17
1
Students focusing in Pre-Veterinary Medicine must take MATH 116 or higher.
2
Students focusing in Pre-Veterinary Medicine must take CHEM 120 & CHEM 121 and CHEM 222 & CHEM 223
3
Students pursuing the Applied Horticulture and Turf Systems Concentration may take BIOL 120 & BIOL 121 or BIOL 122 & BIOL 123.
The following courses are required for each concentration:
Agribusiness Concentration
Course List
Code
Title
Hours
Basic Agriculture Courses
PLSS 110
Introduction to Plant Science
3
ANSC 140
Introduction to Animal Science
3
AGEC 160
Introduction to Agribusiness and Agricultural Entrepreneurship
3
AGSY 170
Applied Agricultural Technologies
2
AGSY 171
Applied Agricultural Technologies Laboratory
1
AGRI 175
College Foundations for Agriculture
1
PLSS 350
Introduction to Soils
3
AGRI 391
Agricultural Statistics
2
AGRI 392
Agricultural Statistics Lab
1
AGRI 393
Introduction to Sustainable Agriculture
3
AGRI 397
Agriculture Career Planning
1
AGRI 494
Contemporary Agricultural Issues
3
AGRI 498
Senior Seminar
1
Required Agribusiness Courses
AGEC 261
Agricultural Accounting
3
AGEC 360
Agricultural Economics
3
AGEC 361
Farm Management
3
AGEC 362
Agricultural Marketing
3
AGEC 366
Agricultural Sales
3
AGEC 463
Agricultural Finance
3
Agribusiness Electives
Select 5 hours of agriculture courses from AGEC, AGED, AGRI, AGSY, ANSC, or PLSS.
5
Total Hours
50
Agricultural Education Concentration
Course List
Code
Title
Hours
Basic Agriculture Courses
PLSS 110
Introduction to Plant Science
3
ANSC 140
Introduction to Animal Science
3
AGEC 160
Introduction to Agribusiness and Agricultural Entrepreneurship
3
AGSY 170
Applied Agricultural Technologies
2
AGSY 171
Applied Agricultural Technologies Laboratory
1
AGRI 175
College Foundations for Agriculture
1
PLSS 316
Greenhouse Systems: Function and Care
2
PLSS 317
Greenhouse Systems: Function and Care Lab
1
AGSY 371
Agricultural Mechanics
1
AGSY 372
Agricultural Mechanics Laboratory
2
AGRI 391
Agricultural Statistics
2
AGRI 392
Agricultural Statistics Lab
1
AGRI 494
Contemporary Agricultural Issues
3
Required Agriculture Education Courses
AGED 200
Foundations of Agricultural Education
1
AGED 250
Introduction to Teacher Education in Agriculture 1
3
or EDU 250
Discover Teaching: Introduction to Teacher Education
AGED 300
Youth Development for Agricultural Educators
3
AGED 470
Methods of Teaching in Agricultural Education
3
AGED 471
Laboratory Design and Instructional Delivery Strategies in Agricultural Education
3
Teacher Certification Requirements
EDU 260
Classroom Assessment
3
EDU 350
Student Diversity and Differentiation
3
EDU 360
Behavior and Classroom Management in Education
3
EDU 489
Student Teaching Seminar
2,3
LTCY 497
Literacy Competencies for Middle and High School Classroom Teachers
0
SPED 330
Introduction to Exceptional Education: Diversity in Learning
3
PSY 310
Educational Psychology: Development and Learning 1
3
SEC 490
Student Teaching
10
Total Hours
65-66
1
Courses require a grade of C or better.
Plant and Soil Science Concentration
Course List
Code
Title
Hours
Basic Agriculture Courses
PLSS 110
Introduction to Plant Science
3
ANSC 140
Introduction to Animal Science
3
AGEC 160
Introduction to Agribusiness and Agricultural Entrepreneurship
3
AGSY 170
Applied Agricultural Technologies
2
AGSY 171
Applied Agricultural Technologies Laboratory
1
AGRI 175
College Foundations for Agriculture
1
PLSS 350
Introduction to Soils
3
AGRI 391
Agricultural Statistics
2
AGRI 392
Agricultural Statistics Lab
1
AGRI 393
Introduction to Sustainable Agriculture
3
AGRI 397
Agriculture Career Planning
1
AGRI 494
Contemporary Agricultural Issues
3
AGRI 498
Senior Seminar
1
Required Plant and Soil Science Courses
PLSS 310
Integrated Pest Management
3
PLSS 320
Environmental Plant Physiology
3
PLSS 352
Nutrient Management
3
PLSS 351
Soils Laboratory
1
PLSS 422
Grain Crops Production
3
or PLSS 425
Forage Crop Management
PLSS 452
Soil Ecosystems
3
or PLSS 454
Soil and Water Conservation
Plant and Soil Science Electives
Select 7 hours of agriculture courses from AGEC, AGED, AGRI, AGSY, ANSC, or PLSS.
7
Total Hours
50
Animal Science Concentration
Course List
Code
Title
Hours
Basic Agriculture Courses
PLSS 110
Introduction to Plant Science 1
3
or PLSS 425
Forage Crop Management
ANSC 140
Introduction to Animal Science
3
AGEC 160
Introduction to Agribusiness and Agricultural Entrepreneurship
3
AGSY 170 & AGSY 171
Applied Agricultural Technologies and Applied Agricultural Technologies Laboratory2
3, 4
or PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
AGRI 175
College Foundations for Agriculture
1
PLSS 350
Introduction to Soils 3
3, 5
or CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
AGRI 391
Agricultural Statistics
2
AGRI 392
Agricultural Statistics Lab
1
AGRI 393
Introduction to Sustainable Agriculture
3
AGRI 397
Agriculture Career Planning
1
AGRI 494
Contemporary Agricultural Issues
3
AGRI 498
Senior Seminar
1
Required Animal Science Courses
ANSC 240
Livestock Management
2
ANSC 241
Livestock Management Laboratory
1
ANSC 345
Principles of Animal Nutrition
3
ANSC 437 & ANSC 438
Reproductive Physiology and Reproductive Physiology Laboratory
3
or ANSC 439
Equine Reproduction and Breeding
ANSC 458
Animal Growth and Development
3
Animal Science Electives
11
Select courses from AGEC, AGED, AGRI, AGSY, ANSC, or PLSS.
BIOL 226
Microbial Biology and Diversity
BIOL 227
Microbial Biology and Diversity Lab
BIOL 319
Introduction to Molecular and Cell Biology
BIOL 322
Introduction to Molecular and Cell Biology Laboratory
BIOL 327
Genetics
BIOL 330
Animal Physiology
BIOL 331
Animal Physiology Laboratory
Total Hours
50-53
1
1 Students focusing in Pre-Veterinary Medicine should take PLSS 425.
2
2 Students focusing in Pre-Veterinary Medicine should take PHYS 231 & PHYS 232.
3
3 Students focusing in Pre-Veterinary Medicine should take CHEM 340 & CHEM 341.
General Agriculture Concentration
Course List
Code
Title
Hours
Basic Agriculture Courses
PLSS 110
Introduction to Plant Science
3
ANSC 140
Introduction to Animal Science
3
AGEC 160
Introduction to Agribusiness and Agricultural Entrepreneurship
3
AGSY 170
Applied Agricultural Technologies
2
AGSY 171
Applied Agricultural Technologies Laboratory
1
AGRI 175
College Foundations for Agriculture
1
PLSS 350
Introduction to Soils
3
AGRI 391
Agricultural Statistics
2
AGRI 392
Agricultural Statistics Lab
1
AGRI 393
Introduction to Sustainable Agriculture
3
AGRI 397
Agriculture Career Planning
1
AGRI 494
Contemporary Agricultural Issues
3
AGRI 498
Senior Seminar
1
Agriculture Electives
Select 9 hours of 300-400 level agriculture courses from AGEC, AGED, AGRI, AGSY, ANSC, or PLSS
9
Select 12 hours of other agriculture courses from AGEC, AGED, AGRI, AGSY, ANSC, or PLSS. At least 6 of those hours must be 300-400 level.1
12
Total Hours
48
1
Students may pursue a minor in lieu of the 12 hours of Agriculture electives.
Applied Horticulture and Turf Systems Concentration
Course List
Code
Title
Hours
Basic Agriculture Courses
PLSS 110
Introduction to Plant Science
3
ANSC 140
Introduction to Animal Science
3
AGEC 160
Introduction to Agribusiness and Agricultural Entrepreneurship
3
AGSY 170
Applied Agricultural Technologies
2
AGSY 171
Applied Agricultural Technologies Laboratory
1
AGRI 175
College Foundations for Agriculture
1
PLSS 350
Introduction to Soils
3
AGRI 391
Agricultural Statistics
2
AGRI 392
Agricultural Statistics Lab
1
AGRI 393
Introduction to Sustainable Agriculture
3
AGRI 397
Agriculture Career Planning
1
AGRI 494
Contemporary Agricultural Issues
3
AGRI 498
Senior Seminar
1
Required Horticulture and Turf Systems Courses
PLSS 301
Sustainable Landscape Plants
2
PLSS 302
Sustainable Landscape Plants Laboratory
1
PLSS 313
Turfgrass Use and Ecology
3
PLSS 316
Greenhouse Systems: Function and Care
2
PLSS 317
Greenhouse Systems: Function and Care Lab
1
PLSS 320
Environmental Plant Physiology
3
PLSS 351
Soils Laboratory
1
Horticulture and Turf Systems Electives
Select 10 hours of agriculture courses from AGEC, AGED, AGRI, AGSY, ANSC, or PLSS.
10
Total Hours
50
Horse Science Concentration
Course List
Code
Title
Hours
Basic Agriculture Courses
PLSS 110
Introduction to Plant Science
3
or PLSS 425
Forage Crop Management
ANSC 140
Introduction to Animal Science
3
AGEC 160
Introduction to Agribusiness and Agricultural Entrepreneurship
3
AGSY 170 & AGSY 171
Applied Agricultural Technologies and Applied Agricultural Technologies Laboratory
3, 4
or PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
AGRI 175
College Foundations for Agriculture
1
PLSS 350
Introduction to Soils
3, 5
or CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
AGRI 391
Agricultural Statistics
2
AGRI 392
Agricultural Statistics Lab
1
AGRI 393
Introduction to Sustainable Agriculture
3
AGRI 397
Agriculture Career Planning
1
AGRI 494
Contemporary Agricultural Issues
3
AGRI 498
Senior Seminar
1
Required Horse Science Courses
ANSC 330
Horse Production
2
ANSC 331
Horse Production Laboratory
1
ANSC 336
Conformation and Performance Evaluation of Horses
3
ANSC 345
Principles of Animal Nutrition
3
ANSC 360
Equine Events and Facilities Management
3
ANSC 439
Equine Reproduction and Breeding
3
Horse Science Electives
8
Select courses from AGEC, AGED, AGRI, AGSY, ANSC, or PLSS.
BIOL 226
Microbial Biology and Diversity
BIOL 227
Microbial Biology and Diversity Lab
BIOL 319
Introduction to Molecular and Cell Biology
BIOL 322
Introduction to Molecular and Cell Biology Laboratory
BIOL 327
Genetics
BIOL 330
Animal Physiology
BIOL 331
Animal Physiology Laboratory
Total Hours
50-53
Finish in Four Plans
Finish in Four Plans
Agribusiness
First Year
Fall
Hours
Spring
Hours
AGEC 160
3
ANSC 140
3
AGRI 175
1
AGSY 170 & AGSY 171
3
CHEM 105 & CHEM 106
4
CHEM 107 & CHEM 108
4
ENG 100
3
COMM 145
3
MATH 115
3
HIST 101 or HIST 102
3
14
16
Second Year
Fall
Hours
Spring
Hours
AGEC 261
3
AGRI 391 & AGRI 392
3
BIOL 120 & BIOL 121
4
PLSS 350
3
PLSS 110
3
Agriculture Elective - Upper Division
1
Colonnade - Arts & Humanities
3
Colonnade - Social & Behavioral Sciences
3
ENG 200
3
Connections - Social & Cultural
3
World Language Requirement or General Elective
3
16
16
Third Year
Fall
Hours
Spring
Hours
AGEC 360
3
AGEC 361
3
AGRI 397
1
AGEC 366
3
Agriculture Upper Division Elective
3
Agriculture Upper-Division Elective
3
Connections - Local to Global
3
Connections - Systems
3
ENG 300
3
General Elective
3
Agriculture Elective
3
16
15
Fourth Year
Fall
Hours
Spring
Hours
AGEC 362
3
AGEC 463
3
General Elective - Upper Division
3
AGRI 494
3
General Elective - Upper Division
3
General Elective - Upper Division
2
General Elective
3
Agriculture Elective
3
AGRI 498
1
AGRI 393
3
12
15
Total Hours 120
Agricultural Education
First Year
Fall
Hours
Spring
Hours
ENG 100
3
ENG 200
3
Colonnade - Arts & Humanities
3
AGED 250
3
ANSC 140
3
COMM 145
3
AGRI 175
1
PLSS 110
3
AGED 200
1
AGSY 170 & AGSY 171
3
Colonnade - Social & Behavioral
3
14
15
Second Year
Fall
Hours
Spring
Hours
MATH 115 (or higher)
3
AGED 300
3
EDU 260
3
AGED 489
1-3
CHEM 105 & CHEM 106
4
AGEC 160
3
PLSS 316 & PLSS 317
3
CHEM 107 & CHEM 108
4
World Language Requirement, if needed, or General Elective
3
AGRI 393
3
16
16
Third Year
Fall
Hours
Spring
Hours
HIST 101 or HIST 102
3
Agriculture Elective
3
PSY 310
3
SPED 330
3
ENG 300
3
EDU 360
3
AGRI 391 & AGRI 392
3
PLSS 350
3
BIOL 120 & BIOL 121
4
AGED 471
3
EDU 350
3
Connections - Social & Cultural
3
19
18
Fourth Year
Fall
Hours
Spring
Hours
AGED 470
3
EDU 489
2-3
Connections - Systems
3
SEC 490
5-10
AGRI 397
1
AGSY 371 & AGSY 372
3
AGRI 494
3
Connections - Local to Global
3
LTCY 497
0
AGRI 498
1
17
13
Total Hours 128
Plant and Soil Science
First Year
Fall
Hours
Spring
Hours
ENG 100
3
COMM 145
3
MATH 115
3
CHEM 107 & CHEM 108
4
CHEM 105 & CHEM 106
4
AGEC 160
3
AGSY 170 & AGSY 171
3
ANSC 140
3
PLSS 110
3
HIST 101 or HIST 102
3
AGRI 175
1
17
16
Second Year
Fall
Hours
Spring
Hours
ENG 200
3
World Language Requirement or General Elective
3
BIOL 120 & BIOL 121
4
PLSS 310
3
AGRI 391 & AGRI 392
3
PLSS 320
3
PLSS 350 & PLSS 351
4
Colonnade - Arts & Humanities
3
COLONNADE - SOCIAL BEHAVIORAL
3
14
15
Third Year
Fall
Hours
Spring
Hours
ENG 300
3
Agriculture Elective
3
PLSS 352
3
CONNECTIONS-SOCIAL CULTURAL
3
AGRICULTURE ELECTIVE
3
AGRICULTURE ELECTIVE
3
PLSS 422 or PLSS 454
3
AGRI 397
1
AGRICULTURE ELECTIVE
3
AGRI 393
3
PLSS 452 or PLSS 425
3
15
16
Fourth Year
Fall
Hours
Spring
Hours
Connections - Local to Global
3
AGRI 494
3
AGRICULTURE ELECTIVE
3
Agriculture Elective
3
AGRICULTURE ELECTIVE
3
Connections - Systems
3
AGRICULTURE ELECTIVE
3
AGRICULTURE ELECTIVE
3
AGRICULTURE ELECTIVE
2
AGRI 498
1
14
13
Total Hours 120
Animal Science
First Year
Fall
Hours
Spring
Hours
ENG 100
3
COMM 145
3
MATH 115
3
CHEM 107 & CHEM 108
or CHEM 222/223
4,5
CHEM 105 & CHEM 106
or CHEM 120/121
4,5
AGRI or ANSC elective
3
ANSC 140
3
AGEC 160
3
AGRI 175
1
14-15
13-14
Second Year
Fall
Hours
Spring
Hours
ENG 200
3
World Language Requirement or General Elective
3
ANSC 240 & ANSC 241
3
AGRI or ANSC Elective
3
AGSY 170 & AGSY 171
or PHYS 231/232
3
Colonnade - Arts & Humanities
3
BIOL 120 & BIOL 121
4
AGRI 391 & AGRI 392
3
Colonnade - Social & Behavioral Sciences
3
ENG 300
3
16
15
Third Year
Fall
Hours
Spring
Hours
HIST 101 or HIST 102
3
Connections - Social & Cultural
3
ANSC 345
3
Connections - Local to Global
3
PLSS 350 or CHEM 340/341
3,5
ANSC Elective
3
AGRI or ANSC Elective
3
ANSC 437 & ANSC 438
or ANSC 439
3
ANSC 347
3
PLSS 110 or PLSS 425
3
15-17
15
Fourth Year
Fall
Hours
Spring
Hours
AGRI 397
1
AGRI 494
3
Connections - Systems
3
Animal Science Elective
3
ANSC ELECTIVE
3
ANSC ELECTIVE
3
AGRI or ANSC Elective
3
Animal Science Elective
3
AGRI 393
3
AGRI 498
1
ANSC 458
3
ANSC ELECTIVE
3
16
16
Total Hours 120-124
General Agriculture
First Year
Fall
Hours
Spring
Hours
ENG 100
3
COMM 145
3
MATH 115
3
PLSS 110
3
ANSC 140
3
CHEM 107 & CHEM 108
4
CHEM 105 & CHEM 106
4
Colonnade - Arts & Humanities
3
AGRI 175
1
HIST 101 or HIST 102
3
14
16
Second Year
Fall
Hours
Spring
Hours
ENG 200
3
World Language Requirement or General Elective
3
AGEC 160
3
ENG 300
3
BIOL 120 & BIOL 121
4
AGRI 391 & AGRI 392
3
Colonnade - Social & Behavioral
3
Agriculture Elective
3
Agriculture Elective
2
Agriculture Elective
3
15
15
Third Year
Fall
Hours
Spring
Hours
Connections - Social & Cultural
3
AGRI 397
1
PLSS 350
3
ANSC Elective
3
AGSY 170 & AGSY 171
3
PLSS Elective
3
Animal Sciences Elective
3
AGEC Elective
3
Agriculture Elective
3
Agriculture Elective
3
Agriculture Elective
3
15
16
Fourth Year
Fall
Hours
Spring
Hours
AGEC Elective
3
AGRI 494
3
Agriculture Elective
3
PLSS Elective
3
Agriculture Elective
3
Agriculture Elective
3
Agriculture Elective
1
Agriculture Elective
3
Connections - Local to Global
3
Connections - Systems
3
AGRI 498
1
13
16
Total Hours 120
Applied Horticulture and Turf Systems
First Year
Fall
Hours
Spring
Hours
MATH 115
3
COMM 145
3
PLSS 110
3
ANSC 140
3
ENG 100
3
AGSY 170 & AGSY 171
3
AGRI 175
1
World Language Requirement or General Elective
3
CHEM 105 & CHEM 106
4
CHEM 107 & CHEM 108
4
14
16
Second Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
PLSS 320
3
HIST 101 or HIST 102
3
PLSS 350 & PLSS 351
4
PLSS 301 & PLSS 302
3
Horticulture/Turf Elective
3
Colonnade - Social & Behavioral
3
ENG 200
3
Agriculture Elective
3
16
13
Third Year
Fall
Hours
Spring
Hours
PLSS 316 & PLSS 317
3
AGEC 160
3
PLSS 313
3
Connections - Social & Cultural
3
Horticulture/Turf Elective
3
Horticulture/Turf Elective
3
Agriculture Elective
3
Horticulture/Turf Elective
3
ENG 300
3
Colonnade - Arts and Humanities
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
AGRI 397
1
AGRI 498
1
AGRI 391 & AGRI 392
3
PLSS 407
3
Horticulture/Turf Elective
3
Horticulture/Turf Elective
3
Connections - Local to Global
3
Horticulture/Turf Elective
3
AGRI 393
3
Connections - Systems
3
Agriculture Elective
2
AGRI 494
3
15
16
Total Hours 120
Horse Science
First Year
Fall
Hours
Spring
Hours
ENG 100
3
COMM 145
3
MATH 115
3
PLSS 110
3
CHEM 105 & CHEM 106
4
CHEM 107 & CHEM 108
4
AGRI 175
1
AGSY 170 & AGSY 171
3
ANSC 140
3
ANSC/Horse Science Elective
3
14
16
Second Year
Fall
Hours
Spring
Hours
ENG 200
3
AGRI 391 & AGRI 392
3
BIOL 120 & BIOL 121
4
ENG 300
3
AGEC 160
3
ANSC 330 & ANSC 331
3
ANSC 232
3
World Language or General Elective
3
Colonnade - Social/Behavioral
3
Colonnade - Arts and Humanities
3
16
15
Third Year
Fall
Hours
Spring
Hours
HIST 101 or HIST 102
3
Connections - Social/Cultural
3
ANSC 345
3
ANSC ELECTIVE
3
PLSS 350
3
ANSC 439
3
AGRI 369
1
Connections - Local to Global
3
ANSC 336
3
AGRI 393
3
16
12
Fourth Year
Fall
Hours
Spring
Hours
AGRI 397
1
AGRI 494
3
Animal/Equine Science Elective
3
Animal/Equine Science Elective
3
Agriculture Elective
3
ANSC ELECTIVE
3
Connections - Systems
3
ANSC ELECTIVE
3
AGRI 369
2
Animal/Equine Science Elective
3
ANSC ELECTIVE
3
AGRI 498
1
15
16
Total Hours 120
Minor in Agriculture
Those interested in our minor in agriculture must complete 9 hours of agriculture electives at the 300-level or above.
Select 9 hours of Agriculture electives at the 300-level or above
9
Total Hours
21
Floristry Certificate
The Floristry certificate is meant to enhance majors such as business, horticulture,
hospitality management, hotel restaurant management, and interior design. Students
who elect the Floristry certificate will develop the skills needed to establish and
manage a retail floral business, with emphasis on logistics, resources, marketing
and risk management. This certificate will also be an encouragement for related industry
to have an educational outlet for themselves and employees.
The Floristry certificate is meant to enhance majors such as business, horticulture, hospitality management, hotel restaurant management, and interior design. Students who elect the Floristry certificate will develop the skills needed to establish and manage a retail floral business, with emphasis on logistics, resources, marketing and risk management. This certificate will also be an encouragement for related industry to have an educational outlet for themselves and employees.
Program Requirements (15 hours)
Course List
Code
Title
Hours
PLSS 209
Floral Design I: Elements and Principles of Floral Design
3
PLSS 309
Floral Design II: Advanced Techniques in Floral Design
The major in biology (525) does not require a second major or minor. Students complete a range of biology courses
and are able to participate in research projects to ease the transition into the workplace.
The major in Biology (525) provides students the opportunity to undertake an in-depth study of biological sciences and its applications. A minor, second major, or certificate is not required. The major in Biology begins with foundation classes and laboratories that build into a core of advanced courses and laboratories. In addition to a required core, students complete a range of biology elective courses tailored to their interests to support their career goals.
The program offers seven different concentrations - Applied Genetics (BIAG), Applied Microbiology (BIMI), Animal Physiology & Behavior (BIAP), Ecology, Wildlife, & Conservation (BIWC), Integrative Biology (BIIB), Molecular Biotechnology (BIMB) and Pre-Medical Professions (BIPM). These seven concentrations are designed to facilitate essential requirements and provide training for a variety of career pathways and advanced degree programs to suit students' interests.
In addition to coursework, students may apply up to six credit hours of faculty-guided independent research and/or an internship experience towards their degree.
Concentrations
Applied Genetics (BIAG)
Applied Microbiology (BIMI)
Animal Physiology and Behavior (BIAP)
Ecology, Wildlife, & Conservation (BIWC)
Integrative Biology (BIIB)
Molecular Biotechnology (BIMB)
Pre-Medical Professions (BIPM)
Program Requirements (54 hours)
This option for a major in biology requires a minimum of 54 hours in biology including 29-30 hours at the 300 or higher level. No minor is required. A range of upper-level courses are aligned with six concentrations offered within the major.
Plant Biology and Diversity and Plant Biology and Diversity Lab
4
or BIOL 224 & BIOL 225
Animal Biology and Diversity and Animal Biology and Diversity Lab
BIOL 315 & BIOL 355
Ecology and Ecology Lab
5
BIOL 316
Evolution: Theory and Process
3
BIOL 327 & BIOL 337
Genetics and Genetics Laboratory
4
BIOL 332
Principles of Wildlife Ecology
3-4
or BIOL 458
Fisheries Management
BIOL 382
Introductory Biostatistics
3
Ecology, Wildlife, & Conservation Electives
10-11
Suggested electives, include at least one with an associated lab component*
BIOL 325
Insect Biodiversity
BIOL 332
Principles of Wildlife Ecology
BIOL 326
Ornithology
BIOL 369
Internship in Biology
BIOL 399
Research in the Biological Sciences
BIOL 348
Plant Taxonomy
BIOL 456
Ichthyology
BIOL 457
Herpetology
BIOL 458
Fisheries Management
BIOL 459
Mammalogy
BIOL 477
Marine Biology
BIOL 485
Field Biology
BIOL 497
Aquatic Field Ecology
Total Hours
33-34
Integrative Biology (BIIB) Concentration
Course List
Code
Title
Hours
BIOL 222 & BIOL 223
Plant Biology and Diversity and Plant Biology and Diversity Lab
4
or BIOL 224 & BIOL 225
Animal Biology and Diversity and Animal Biology and Diversity Lab
or BIOL 226 & BIOL 227
Microbial Biology and Diversity and Microbial Biology and Diversity Lab
BIOL 319 & BIOL 322
Introduction to Molecular and Cell Biology and Introduction to Molecular and Cell Biology Laboratory
4
or BIOL 327 & BIOL 337
Genetics and Genetics Laboratory
BIOL 315
Ecology
3
or BIOL 316
Evolution: Theory and Process
Biology Electives 300- or 400- level, include at least two with associated labs
19-20
Laboratory Experience Courses (Select Two) *
BIOL 305
Genome Discovery & Exploration
BIOL 312
Bioinformatics
BIOL 321
Comparative Anatomy
BIOL 322
Introduction to Molecular and Cell Biology Laboratory
BIOL 325
Insect Biodiversity
BIOL 331
Animal Physiology Laboratory
BIOL 337
Genetics Laboratory
BIOL 338
Immunology Lab
BIOL 348
Plant Taxonomy
BIOL 350
Introduction to Recombinant Genetics
BIOL 355
Ecology Lab
BIOL 356
Ornithology Lab
BIOL 404
Techniques and Theory of Electron Microscopy
BIOL 412
Cell Biology Laboratory
BIOL 447
Biochemistry Laboratory
BIOL 450
Recombinant Gene Technology
BIOL 456
Ichthyology
BIOL 457
Herpetology
BIOL 458
Fisheries Management
BIOL 470
Pathogenic Microbiology
BIOL 472
Applied and Environmental Microbiology
BIOL 485
Field Biology
BIOL 496
Plant Biotechnology
BIOL 497
Aquatic Field Ecology
Science Process Courses (Select One) *
3-4
BIOL 305
Genome Discovery & Exploration
BIOL 312
Bioinformatics
BIOL 331
Animal Physiology Laboratory
BIOL 350
Introduction to Recombinant Genetics
BIOL 355
Ecology Lab
BIOL 397
Scientific Process
BIOL 404
Techniques and Theory of Electron Microscopy
BIOL 407
Virology
BIOL 412
Cell Biology Laboratory
BIOL 456
Ichthyology
BIOL 457
Herpetology
BIOL 470
Pathogenic Microbiology
BIOL 495
Molecular Genetics
BIOL 496
Plant Biotechnology
BIOL 497
Aquatic Field Ecology
HON 404
Honors Thesis / Project II
Total Hours
33-35
Molecular Biotechnology (BIMB) Concentration
Course List
Code
Title
Hours
Molecular Biotechnology Core Courses
BIOL 226 & BIOL 227
Microbial Biology and Diversity and Microbial Biology and Diversity Lab
4
BIOL 316
Evolution: Theory and Process
3
BIOL 305
Genome Discovery & Exploration
3
BIOL 319 & BIOL 322
Introduction to Molecular and Cell Biology and Introduction to Molecular and Cell Biology Laboratory
4
BIOL 312
Bioinformatics
3
BIOL 350
Introduction to Recombinant Genetics
3
BIOL 450
Recombinant Gene Technology
3
Molecular Biotechnology Electives
10
BIOL 327
Genetics
BIOL 328
Immunology
BIOL 337
Genetics Laboratory
BIOL 338
Immunology Lab
BIOL 369
Internship in Biology
BIOL 382
Introductory Biostatistics
BIOL 399
Research in the Biological Sciences
BIOL 403
Molecular Basis of Cancer
BIOL 407
Virology
BIOL 411
Cell Biology
BIOL 412
Cell Biology Laboratory
BIOL 470
Pathogenic Microbiology
BIOL 495
Molecular Genetics
BIOL 496
Plant Biotechnology
Total Hours
33
Pre-Medical Professions (BIPM) Concentration
Course List
Code
Title
Hours
Pre-Medical Professions Core Courses
BIOL 224 & BIOL 225
Animal Biology and Diversity and Animal Biology and Diversity Lab
4
or BIOL 226 & BIOL 227
Microbial Biology and Diversity and Microbial Biology and Diversity Lab
BIOL 316
Evolution: Theory and Process
3
BIOL 319 & BIOL 322
Introduction to Molecular and Cell Biology and Introduction to Molecular and Cell Biology Laboratory
4
or BIOL 327 & BIOL 337
Genetics and Genetics Laboratory
BIOL 330 & BIOL 331
Animal Physiology and Animal Physiology Laboratory
4
or BIOL 411 & BIOL 412
Cell Biology and Cell Biology Laboratory
or BIOL 397
Scientific Process
BIOL 321
Comparative Anatomy
3-4
or BIOL 328
Immunology
or BIOL 382
Introductory Biostatistics
or BIOL 446
Biochemistry I
Pre-Medical Professions Electives
13-16
Suggested electives, include at least one with an associated lab component*
BIOL 319
Introduction to Molecular and Cell Biology
BIOL 327
Genetics
BIOL 328
Immunology
BIOL 330
Animal Physiology
BIOL 335
Neurobiology
BIOL 321
Comparative Anatomy
BIOL 369
Internship in Biology
BIOL 382
Introductory Biostatistics
BIOL 397
Scientific Process
BIOL 399
Research in the Biological Sciences
BIOL 411
Cell Biology
BIOL 446
Biochemistry I
BIOL 467
Biochemistry II
BIOL 464
Endocrinology
BIOL 470
Pathogenic Microbiology
Total Hours
32-35
1
Must complete with a grade of “C” or better.
2
Elective Coursework:
In consultation with their advisor, students select majors-level coursework to obtain a minimum of 54 credits total, provided that at least 30 hours total are upper-division courses.
Students may count up to 6 credit hours of a combination of BIOL 369 and/or BIOL 399, and up to 4 credits of BIOL 485 toward this major.
Professional Programs have additional course requirements beyond those listed in PMP Concentration. Consult with Pre-health advisors.
*
The following BIOL courses will not count towards the BIOL electives nor the Biology major requirements: BIOL 113, BIOL 114, BIOL 131, BIOL 231, BIOL 207, BIOL 208, BIOL 295, BIOL 303.
Finish in Four Plans
Applied Genetics (BIAG)
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
CHEM 120 & CHEM 121
5
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
MATH 116
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
COMM 145
3
HIST 101 or HIST 102
3
ENG 100
3
15
16
Second Year
Fall
Hours
Spring
Hours
BIOL 224 & BIOL 225
4
BIOL 312
3
BIOL 327 & BIOL 337
4
BIOL 382, MATH 136, or MATH 183
3
Colonnade - Foundations Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Explorations Course
3
Colonnade - Foundations Course
3
Colonnade - Explorations Course
3
14
15
Third Year
Fall
Hours
Spring
Hours
PHYS 231 & PHYS 232
4
BIOL 316
3
BIOL AG Elective
3
BIOL 319, BIOL 382, or BIOL 411
3
BIOL AG Elective
3
BIOL 322
1
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
16
16
Fourth Year
Fall
Hours
Spring
Hours
BIOL 495 or BIOL 403
3
BIOL 489
1
BIOL AG Elective
3
BIOL AG Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
15
13
Total Hours 120
Applied Microbiology (BIMI)
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
CHEM 120 & CHEM 121
5
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
MATH 116
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
COMM 145
3
HIST 101 or HIST 102
3
ENG 100
3
15
16
Second Year
Fall
Hours
Spring
Hours
BIOL 226 & BIOL 227
4
BIOL 319 & BIOL 322
4
PHYS 231 & PHYS 232
4
BIOL 382, MATH 136, or MATH 183
3
Colonnade - Foundations Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Explorations Course
3
Colonnade - Foundations Course
3
Colonnade - Explorations Course
3
14
16
Third Year
Fall
Hours
Spring
Hours
BIOL 336
3
BIOL 312
3
BIOL AM Elective
3
BIOL 316
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Colonnade - Connections Course
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
BIOL 472
4
BIOL 489
1
BIOL AM Elective
3
BIOL 470 or BIOL 407
4
BIOL AM Elective
3
BIOL AM Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
16
14
Total Hours 121
Animal Physiology and Behavior (BIAP)
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
CHEM 120 & CHEM 121
5
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
MATH 116
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
COMM 145
3
HIST 101 or HIST 102
3
ENG 100
3
15
16
Second Year
Fall
Hours
Spring
Hours
BIOL 224 & BIOL 225
4
BIOL 316
3
PHYS 231 & PHYS 232
4
BIOL 382, MATH 136, or MATH 183
3
Colonnade - Foundations Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Explorations Course
3
Colonnade - Foundations Course
3
Colonnade - Explorations Course
3
14
15
Third Year
Fall
Hours
Spring
Hours
BIOL 327 & BIOL 337
4
BIOL 334
3
BIOL 464
3
BIOL 335
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
BIOL 377
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
16
15
Fourth Year
Fall
Hours
Spring
Hours
BIOL 330 & BIOL 331
4
BIOL 489
1
BIOL APB Elective
3
BIOL APB Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
16
13
Total Hours 120
Ecology, Wildlife, & Conservation (BIWC)
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
CHEM 120 & CHEM 121
5
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
MATH 116
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
COMM 145
3
HIST 101 or HIST 102
3
ENG 100
3
15
16
Second Year
Fall
Hours
Spring
Hours
BIOL 224 & BIOL 225
4
BIOL 316
3
PHYS 231 & PHYS 232
4
BIOL 382, MATH 136, or MATH 183
3
Colonnade - Foundations Course
3
BIOL EWC Elective
3
Colonnade - Explorations Course
3
Colonnade - Foundations Course
3
Colonnade - Explorations Course
3
14
15
Third Year
Fall
Hours
Spring
Hours
BIOL 315 & BIOL 355
5
BIOL 332
3
BIOL 327 & BIOL 337
4
BIOL EWC Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
BIOL EWC Elective
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
BIOL EWC Elective
3
BIOL 489
1
BIOL EWC Elective
3
BIOL EWC Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
15
16
Total Hours 121
Integrative Biology (BIIB)
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
CHEM 120 & CHEM 121
5
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
MATH 116
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
COMM 145
3
HIST 101 or HIST 102
3
ENG 100
3
15
16
Second Year
Fall
Hours
Spring
Hours
BIOL 224 & BIOL 225
or BIOL 226/227
4
BIOL 319 & BIOL 322
or BIOL 316
3-4
PHYS 231 & PHYS 232
4
BIOL 382, MATH 136, or MATH 183
3
Colonnade - Foundations Course
3
BIOL IB Elective
3
Colonnade - Explorations Course
3
Colonnade - Foundations Course
3
Colonnade - Explorations Course
3
14
15-16
Third Year
Fall
Hours
Spring
Hours
BIOL 327 & BIOL 337
or BIOL 315
3-4
IB Core Science Process or Upper-Level Elective
3
IB Core Science Process or Upper-Level Elective
3
IB Core Science Process or Upper-Level Elective
3
IB Core Lab Elective
1
IB Core Lab Elective
1
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
13-14
16
Fourth Year
Fall
Hours
Spring
Hours
BIOL IB Elective
3
BIOL 489
1
BIOL IB Elective
3
BIOL IB Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
15
16
Total Hours 120-122
Molecular Biotechnology (BIMB)
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
CHEM 120 & CHEM 121
5
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
MATH 116
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
COMM 145
3
HIST 101 or HIST 102
3
ENG 100
3
15
16
Second Year
Fall
Hours
Spring
Hours
BIOL 226 & BIOL 227
4
BIOL 312
3
BIOL 305
3
BIOL 382, MATH 136, or MATH 183
3
BIOL MB Elective
3
BIOL 319 & BIOL 322
4
Colonnade - Foundations Course
3
Colonnade - Foundations Course
3
Colonnade - Explorations Course
3
Colonnade - Explorations Course
3
16
16
Third Year
Fall
Hours
Spring
Hours
PHYS 231 & PHYS 232
4
BIOL 316
3
BIOL MB Elective
3
BIOL 350
3
BIOL MB Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
16
15
Fourth Year
Fall
Hours
Spring
Hours
BIOL MB Elective
3
BIOL 489
1
BIOL MB Elective
3
BIOL MB Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
BIOL 450
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
15
13
Total Hours 122
Pre-Medical Professions (BIPM)
First Year
Fall
Hours
Spring
Hours
BIOL 120 & BIOL 121
4
BIOL 122 & BIOL 123
4
CHEM 120 & CHEM 121
5
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
MATH 116
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
COMM 145
3
HIST 101 or HIST 102
3
ENG 100
3
15
16
Second Year
Fall
Hours
Spring
Hours
BIOL 224 & BIOL 225
or BIOL 226/227
4
CHEM 222 & CHEM 223
5
PHYS 231 & PHYS 232
4
BIOL 382, MATH 136, or MATH 183
3
Colonnade - Foundations Course
3
BIOL PMP Elective
3
Colonnade - Explorations Course
3
Colonnade - Foundations Course
3
Colonnade - Explorations Course
3
14
17
Third Year
Fall
Hours
Spring
Hours
PHYS 332 & PHYS 233
4
CHEM 446
3
CHEM 340 & CHEM 341
5
BIOL 319 & BIOL 322
4
BIOL PMP Elective
3
BIOL PMP Elective
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
15
16
Fourth Year
Fall
Hours
Spring
Hours
CHEM 342 & CHEM 343
5
BIOL 489
1
BIOL 330 & BIOL 331
or BIOL 397
3-4
BIOL 316
3
BIOL PMP Elective
3
BIOL PMP Elective
3
Colonnade - Connections Course
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
Colonnade - Connections Course
3
14-15
13
Total Hours 120-121
The major in biology (617) gives students an opportunity to take basic biology courses and couple the major
with a second major or minor. In addition to coursework, students may work with faculty
on research projects to gain experience for the workforce.
The major in Biology (Reference Number 617) provides an opportunity to acquire broad-based study in biology for students who wish to be certified to teach high school biology. These students must complete both the major in Biology (617) with a teacher education certification (TCHR) and the major in Science and Mathematics Education (reference number 774). Interested students should contact the SKyTeach Office, Kelly Thompson Hall 1011A, 270-745-3900 or visit www.wku.edu/skyteach.
In addition to coursework, students may apply up to three credit hours of faculty-guided independent research and/or an internship experience towards their degree.
Concentrations
Teacher Education (TCHR)
Program Requirements (36 hours)
This option for a major in biology requires a minimum of 36 semester hours in biology with 18 hours at the 300 or higher level plus the required supporting courses in addition to a TCHR major. The major/second major combination must be at least 54 total hours with 48 unduplicated hours.
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab1
BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab1
BIOL 489
Professional Aspects of Biology
Biology Core*
27
BIOL 222 & BIOL 223
Plant Biology and Diversity and Plant Biology and Diversity Lab
or BIOL 224 & BIOL 225
Animal Biology and Diversity and Animal Biology and Diversity Lab
or BIOL 226 & BIOL 227
Microbial Biology and Diversity and Microbial Biology and Diversity Lab
BIOL 319 & BIOL 322
Introduction to Molecular and Cell Biology and Introduction to Molecular and Cell Biology Laboratory
or BIOL 327 & BIOL 337
Genetics and Genetics Laboratory
BIOL 315
Ecology
or BIOL 316
Evolution: Theory and Process
Laboratory Experience Courses*
Select three of the following
BIOL 305
Genome Discovery & Exploration
BIOL 312
Bioinformatics
BIOL 321
Comparative Anatomy
BIOL 322
Introduction to Molecular and Cell Biology Laboratory
BIOL 325
Insect Biodiversity
BIOL 331
Animal Physiology Laboratory
BIOL 337
Genetics Laboratory
BIOL 338
Immunology Lab (Immunology Laboratory)
BIOL 348
Plant Taxonomy
BIOL 350
Introduction to Recombinant Genetics
BIOL 355
Ecology Lab
BIOL 356
Ornithology Lab
BIOL 404
Techniques and Theory of Electron Microscopy
BIOL 412
Cell Biology Laboratory
BIOL 447
Biochemistry Laboratory
BIOL 450
Recombinant Gene Technology
BIOL 456
Ichthyology
BIOL 457
Herpetology
BIOL 458
Fisheries Management
BIOL 470
Pathogenic Microbiology
BIOL 472
Applied and Environmental Microbiology
BIOL 485
Field Biology
BIOL 496
Plant Biotechnology
BIOL 497
Aquatic Field Ecology
Science Process Courses*
Select one of the following:
BIOL 305
Genome Discovery & Exploration
BIOL 312
Bioinformatics
BIOL 331
Animal Physiology Laboratory
BIOL 350
Introduction to Recombinant Genetics
BIOL 355
Ecology Lab
BIOL 397
Scientific Process
BIOL 404
Techniques and Theory of Electron Microscopy
BIOL 407
Virology
BIOL 412
Cell Biology Laboratory
BIOL 456
Ichthyology
BIOL 457
Herpetology
BIOL 470
Pathogenic Microbiology
BIOL 495
Molecular Genetics
BIOL 496
Plant Biotechnology
BIOL 497
Aquatic Field Ecology
HON 404
Honors Thesis / Project II
Required Supporting Courses
12-13
BIOL 382
Introductory Biostatistics
or MATH 136
Calculus I
or MATH 183
Introductory Statistics
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
Total Hours
48-49
1
Must complete with a grade of “C” or better.
*
The following BIOL courses will not count towards the BIOL Core nor the Biology major requirements: BIOL 113, BIOL 114, BIOL 131, BIOL 231, BIOL 207, BIOL 208, BIOL 295, BIOL 303.
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
SMED 101
3
SMED 102
3
Colonnade - Arts & Humanities
3
HIST 101 or HIST 102
3
MATH 116
3
Foreign Language or Elective
3
COMM 145
3
ENG 100
3
16
16
Second Year
Fall
Hours
Spring
Hours
BIOL 224 & BIOL 225
or BIOL 226/227
4
BIOL 319 & BIOL 322
4
CHEM 120 & CHEM 121
5
PHYS 231 & PHYS 232
4
SMED 310
3
SMED 320
3
ENG 200
3
BIOL 382, MATH 136, or MATH 183
3
15
14
Third Year
Fall
Hours
Spring
Hours
BIOL 315
3
BIOL 316
3
BIOL 327 & BIOL 337
4
BIOL Science Process Course & Upper Level lab
1
SMED 340
3
BIOL Upper Level Elective
3
ENG 300
3
BIOL Upper Level Elective
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
SMED 360
3
Colonnade - Connections Course
3
16
16
Fourth Year
Fall
Hours
Spring
Hours
BIOL 489
1
SMED 489
3
BIOL Upper Level Elective
3
SEC 490
10
SMED 470
3
Colonnade - Connections Course
3
Colonnade - Social & Behavioral Sciences
3
Elective (Minor/Certificate/BIOL/Free Elective As Needed)
3
16
13
Total Hours 122
Minor in Biology
Students, with the aid of their advisor, select biology courses to complete the 24
hours required for this minor.
The minor in biology (326) provides an opportunity for students to couple training in their primary discipline with an understanding of the foundational concepts, theories, patterns, and processes in the biological sciences. Beyond the core, the biology minor is flexible, allowing students to tailor their coursework to their primary areas of interest.
Course List
Code
Title
Hours
Required Courses:
BIOL 120 & BIOL 121
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
4
BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
4
Select additional biology courses with the aid of their advisor1
16
Total Hours
24
1
12 hours must be at the 300 or higher level. The following BIOL courses will not count towards the BIOL electives nor the Biology minor requirements: BIOL 113, BIOL 114, BIOL 131BIOL 231, BIOL 207, BIOL 208, BIOL 295, BIOL 303, BIOL 390.
Students, with the aid of their advisor, select additional biology courses to complete the minor. Students may count up to 3 credit hours of a combination of BIOL 369 and BIOL 399 and up to 4 credit hours of BIOL 485 toward this minor.
Bachelor of Science in Medical Laboratory Science
The Medical Laboratory Science program combines a minimum of three years (96 semester
hours) of college courses at Western Kentucky University with a minimum of 12 calendar
months (36 semester hours) of satisfactory clinical training in a school of Medical
Laboratory Science (Medical Technology)
Medical Laboratory Science, B.S.
Medical Laboratory Science, Bachelor of Science (5004)
The Medical Laboratory Science (MLS) program leads to a Bachelor of Science (BS) degree after four years of study. This specialized degree prepares students for careers in clinical laboratories such as those in hospitals, where specific professional credentials are required – credentials that other majors do not provide. Graduates of the MLS program are eligible to sit for the national certification exam administered by the American Society for Clinical Pathologists (ASCP). Passing this exam qualifies them to work in various diagnostic laboratories, including hospitals and clinical settings. One key advantage of the Medical Laboratory Science (MLS) major is that it prepares students to enter the workforce immediately upon graduation, with no additional education or training required.
The job outlook for this career is high and employment opportunities reside in rural, urban or metropolitan areas. Though two-thirds of Medical Laboratory Scientists work in hospital laboratories, new sources of employment include laboratories in physician’s offices, research facilities in universities and industries, public health centers, and veterinary clinics.
Coursework for this major requires a minimum of 82 hours (36 of which are completed at a Medical Laboratory Science school and transferred back to the Department of Biological Sciences) and leads to a B.S. degree in Medical Laboratory Science. No minor, second major, or certificate is required. A student must meet all of the Colonnade Requirements for the bachelor’s degree at Western Kentucky University before admission to the clinical year at the affiliated school of Medical Laboratory Science. Upon satisfactory completion of the course requirements in medical laboratory science, the Bachelor of Science degree will be awarded by Western Kentucky University. The program is affiliated with the following schools of medical technology: Bellarmine University, Louisville, KY; Owensboro Medical Health System, Owensboro, KY; Vanderbilt Medical Center, Nashville, TN; and St. Elizabeth Medical Center, Covington, KY.
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
4
BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
4
BIOL 224 & BIOL 225
Animal Biology and Diversity and Animal Biology and Diversity Lab
4
BIOL 226 & BIOL 227
Microbial Biology and Diversity and Microbial Biology and Diversity Lab
4
Select one of the following:
4
BIOL 319 & BIOL 322
Introduction to Molecular and Cell Biology and Introduction to Molecular and Cell Biology Laboratory
BIOL 327 & BIOL 337
Genetics and Genetics Laboratory
BIOL 328
Immunology
3
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
5
CHEM 222 & CHEM 223
College Chemistry II and College Chemistry II Laboratory
5
BIOL/CHEM 446
Biochemistry I
3
CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
5
MATH 118
College Algebra and Trigonometry
5
or MATH 116 & MATH 117
College Algebra and Trigonometry
Clinical training at a Medical Laboratory School
36
Total Hours
82
More detailed information including Colonnade (general education) requirements can be obtained from the coordinator. Students must consult the coordinator regarding applying for admission to the medical technology schools. Application is made 9 to 12 months in advance of the beginning date for the medical technology school. Admission to these schools is on a competitive basis, and maintenance of a good academic standing is required. Students are required to have liability insurance for their clinical years.
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
BIOL 122 & BIOL 123
4
BIOL 120 & BIOL 121
4
CHEM 120 & CHEM 121
5
CHEM 222 & CHEM 223
5
MATH 116
3
MATH 117
3
COMM 145
3
ENG 100
3
15
15
Second Year
Fall
Hours
Spring
Hours
BIOL 327 & BIOL 337
or BIOL 319/322
4
CHEM 340 & CHEM 341
5
BIOL 226 & BIOL 227
4
Upper Division Elective
3
ENG 200
3
HIST 101 or HIST 102
3
Upper Division Elective
3
Explorations Course
3
14
14
Third Year
Fall
Hours
Spring
Hours
Summer
Hours
BIOL 224 & BIOL 225
4
BIOL 328 & BIOL 338
4
BIOL 492
8
Colonnade/Free Elective as needed
3
CHEM 446
3
Upper Division Elective
3
Elective (Major/Colonnade/Free Elective As Needed)
3
Connections Course
3
Elective (Major/Colonnade/Free Elective As Needed)
This program provides excellent preparation for students intending to enter professional
programs such as dentistry and medicine as well as graduate study in biochemistry,
chemistry, or biology. This is the only standalone bachelor’s degree in biochemistry
at a public institution in the Commonwealth.
Advisor: Dr. Kevin Williams, Department of Chemistry Kelly Thompson Hall, Office 4056 Phone: 270-745-8899
Faculty: Department of Chemistry: M. Kim, K. Williams, D. Wolfgang Department of Biology: R. King, A. Srivastava
Biochemistry is the study of the chemical basis of living organisms. The subject includes the investigation of the various classes of biomolecules (proteins, nucleic acids, lipids, and carbohydrates) and their metabolic interactions.
Training in biochemistry offers many exciting opportunities in teaching, research, and public service. It provides excellent preparation for students intending to enter professional programs such as Dentistry and Medicine as well as graduate study in Biochemistry, Chemistry, or Biology. The Biochemistry program is the only stand-alone Bachelor’s Degree in Biochemistry at a public institution in the Commonwealth. It is administered jointly through the Departments of Biology and Chemistry. Students may enroll for biochemistry courses through either the Department of Biology or the Department of Chemistry, depending upon their major emphasis.
Biochemistry I (BIOL 446|/CHEM 446|) is strongly recommended for pre-medicine and pre-dentistry students as well as for chemistry and biology majors.
The major in biochemistry requires a minimum of 60 semester hours and leads to a Bachelor of Science degree. This sequence of required chemistry and biology courses along with elective courses from biology, chemistry, agriculture, and physics offers the student a unique opportunity for interdisciplinary training.
Course List
Code
Title
Hours
Required Courses
CHEM 120
College Chemistry I
3
CHEM 121
College Chemistry I Laboratory
2
CHEM 222
College Chemistry II
3
CHEM 223
College Chemistry II Laboratory
2
CHEM 330
Quantitative Analysis
5
CHEM 340
Organic Chemistry I
3
CHEM 341
Organic Chemistry Laboratory I
2
CHEM 342
Organic Chemistry II
3
CHEM 343
Organic Chemistry II Laboratory
2
BIOL 120
Biological Concepts: Cells Metabolism and Genetics
3
BIOL 121
Biological Concepts: Cells, Metabolism, and Genetics Lab
1
BIOL 122
Biological Concepts: Evolution, Diversity, and Ecology
3
BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology Lab
1
BIOL 319
Introduction to Molecular and Cell Biology
3
BIOL 322
Introduction to Molecular and Cell Biology Laboratory
1
BIOL 411
Cell Biology
3
BIOL/CHEM 446
Biochemistry I
3
BIOL/CHEM 447
Biochemistry Laboratory
2
BIOL/CHEM 467
Biochemistry II
3
Electives
Select at least 12 hours of the following courses:
12
BIOL 212
BIOL 222
Plant Biology and Diversity
BIOL 223
Plant Biology and Diversity Lab
BIOL 224
Animal Biology and Diversity
BIOL 225
Animal Biology and Diversity Lab
BIOL 226
Microbial Biology and Diversity
BIOL 227
Microbial Biology and Diversity Lab
BIOL 312
Bioinformatics
BIOL 316
Evolution: Theory and Process
BIOL 327
Genetics
BIOL 337
Genetics Laboratory
BIOL 328
Immunology
BIOL 330
Animal Physiology
BIOL 331
Animal Physiology Laboratory
BIOL 335
Neurobiology
BIOL 350
Introduction to Recombinant Genetics
BIOL 382
Introductory Biostatistics
BIOL 399
Research in the Biological Sciences
BIOL 403
Molecular Basis of Cancer
BIOL 404
Techniques and Theory of Electron Microscopy
BIOL 407
Virology
BIOL 412
Cell Biology Laboratory
BIOL 420
Introduction to Toxicology
BIOL 440
Developmental Genetics
BIOL 450
Recombinant Gene Technology
BIOL 464
Endocrinology
BIOL 475
Selected Topics in Biology
BIOL 495
Molecular Genetics
BIOL 496
Plant Biotechnology
CHEM 320
Inorganic Chemistry I
CHEM 399
Research Problems in Chemistry
CHEM 420
Inorganic Chemistry II
CHEM 430
Forensic Chemistry
CHEM 435
Instrumental Analysis
CHEM 450
Physical Chemistry I
CHEM 451
Physical Chemistry I Laboratory
CHEM 452
Physical Chemistry II
CHEM 453
Physical Chemistry II Laboratory
CHEM 462
Bioinorganic Chemistry
CHEM 475
Selected Topics in Chemistry
AGRO 320
AGRO 350
AGRO 351
AGRO 352
AGRO 409
AGRO 410
AGRO 452
ANSC 345
Principles of Animal Nutrition
ANSC 437
Reproductive Physiology
ANSC 438
Reproductive Physiology Laboratory
ANSC 448
Applied Animal Nutrition
AGRI 399
Research Problems in Agriculture
PHYS 335
General Biophysics
PHYS 431
Radiation Biophysics
Total Hours
60
Additional Courses (12-14 Hours)
Course List
Code
Title
Hours
MATH 136
Calculus I
4
Select one of the following groups:
PHYS 231 & PHYS 232 & PHYS 233 & PHYS 332
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I and Laboratory for Physics and Biophysics II and Introduction to Physics and Biophysics II
8
PHYS 255 & PHYS 256 & PHYS 265 & PHYS 266
University Physics I and University Physics I Lab and University Physics II and University Physics II Laboratory
10
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
BIOL 120 & BIOL 121
4
BIOL 122 & BIOL 123
4
CHEM 120 & CHEM 121
5
CHEM 222 & CHEM 223
5
ENG 100
3
MATH 136
4
COMM 145
3
HIST 101 or HIST 102
3
15
16
Second Year
Fall
Hours
Spring
Hours
CHEM 330
5
BIOL 319 & BIOL 322
4
PHYS 231 & PHYS 232
4
CHEM 340 & CHEM 341
5
ENG 200
3
PHYS 332 & PHYS 233
4
Colonnade - Social & Behavioral Science
3
Colonnade - Arts & Humanitites
3
15
16
Third Year
Fall
Hours
Spring
Hours
CHEM 342 & CHEM 343
5
BIOL 446
3
Biochemistry Elective
3
BIOL 447
2
Colonnade - Writing in the Disciplines
3
BIOL 411
3
World Language or Elective
3
Biochemistry Elective
3
Colonnade - Social & Cultural
3
14
14
Fourth Year
Fall
Hours
Spring
Hours
BIOL 399 or CHEM 399
3
BIOL 467
3
Biochemistry Elective
3
Elective
3
Biochemistry Elective
3
Elective
3
Colonnade - Local to Global
3
Elective
3
Colonnade - Systems
3
Elective
3
15
15
Total Hours 120
Bachelor of Science in Chemistry
The major in chemistry requires a minimum of 33 semester hours and leads to the Bachelor
of Science degree. Requirements of the major include selecting one of four concentrations:
ACS-Approved, Foundations, General, or Teacher Certification. Prior to a selection
of a program of study, a student should consult with a chemistry advisor to determine
the most appropriate option.
The major in chemistry requires a minimum of 33 semester hours and leads to the Bachelor of Science degree. Requirements of the major include selecting one of four concentrations: ACS-Approved, Foundations, General, or Teacher Certification. The ACS-Approved Concentration does not require a minor or second major and is typically for students desiring graduate education in chemistry. The Foundations Concentration requires a minor or a second major and is appropriate for a wide range of career targets. The General Concentration requires a second major and is typically chosen by those in pre-health concentrations. The Teacher Certification Concentration is for students desiring Secondary Teacher Certification and requires a second major in Science and Mathematics Education (Reference Number 774). In addition to secondary certification in Chemistry, students may earn dual certification in Middle School Science. Prior to a selection of a program of study, a student should consult with a chemistry advisor to determine the most appropriate option. Students interested in teacher certification should also contact the SKyTeach Office, Kelly Thompson Hall 1011A, 270-745-3900 or visit www.wku.edu/skyteach.
WKU is on the approved list of the Committee on Professional Training of the American Chemical Society. For the Chemistry Department to certify graduates in this concentration, the completion of a minimum of 53 hours of chemistry courses, 16-18 hours of math and science cognate courses, and the Colonnade general education courses for the Bachelor of Science is required. Required chemistry courses for the ACS Approved concentration are:
Course List
Code
Title
Hours
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
5
CHEM 222 & CHEM 223
College Chemistry II and College Chemistry II Laboratory
5
CHEM 320
Inorganic Chemistry I
3
CHEM 330
Quantitative Analysis
5
CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
5
CHEM 342 & CHEM 343
Organic Chemistry II and Organic Chemistry II Laboratory
5
CHEM 398
Undergraduate Seminar
1
CHEM 399
Research Problems in Chemistry
2
CHEM 420 & CHEM 421
Inorganic Chemistry II and Inorganic Chemistry Laboratory
4
CHEM 435 & CHEM 436
Instrumental Analysis and Instrumental Analysis Laboratory
5
CHEM 446
Biochemistry I
3
CHEM 450 & CHEM 451
Physical Chemistry I and Physical Chemistry I Laboratory
5
CHEM 452 & CHEM 453
Physical Chemistry II and Physical Chemistry II Laboratory
5
Total Hours
53
Required Support Courses for ACS Approved Concentration (16-18 hours)¹
Course List
Code
Title
Hours
MATH 136
Calculus I
4
MATH 137
Calculus II
4
Select one series from the following:
8-10
PHYS 231 & PHYS 232 & PHYS 332 & PHYS 233
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I and Introduction to Physics and Biophysics II and Laboratory for Physics and Biophysics II
or
PHYS 255 & PHYS 256 & PHYS 265 & PHYS 266
University Physics I and University Physics I Lab and University Physics II and University Physics II Laboratory
Total Hours
16-18
1
Students initially ineligible for MATH 136 should consult their academic advisor for the proper first course in mathematics. It is recommended that students in this program take MATH 237, MATH 307 and MATH 331 in addition to the minimum math requirements listed above. The University Physics track is strongly recommended for this concentration.
Foundations Concentration (37 hours)
Course List
Code
Title
Hours
Required Courses:
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
5
CHEM 222 & CHEM 223
College Chemistry II and College Chemistry II Laboratory
5
CHEM 320
Inorganic Chemistry I
3
CHEM 330
Quantitative Analysis
5
CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
5
CHEM 342 & CHEM 343
Organic Chemistry II and Organic Chemistry II Laboratory
5
CHEM 398
Undergraduate Seminar
1
CHEM 446
Biochemistry I
3
CHEM 450 & CHEM 451
Physical Chemistry I and Physical Chemistry I Laboratory
5
A minor or second major is required for this concentration
Total Hours
37
Required Support Courses for the Foundations Concentration (8-9 hours)
Course List
Code
Title
Hours
MATH 136
Calculus I
4
Select one of the following course sequences:
PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
4-5
or PHYS 255 & PHYS 256
University Physics I and University Physics I Lab
Total Hours
8-9
General Chemistry Concentration (33 hours)
The General Chemistry Concentration is recommended for pre-health professions students majoring in chemistry and other students who desire a double major.
Course List
Code
Title
Hours
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
5
CHEM 222 & CHEM 223
College Chemistry II and College Chemistry II Laboratory
5
CHEM 330
Quantitative Analysis
5
CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
5
CHEM 342 & CHEM 343
Organic Chemistry II and Organic Chemistry II Laboratory
5
CHEM 320
Inorganic Chemistry I
3
or CHEM 446
Biochemistry I
CHEM 450 & CHEM 451
Physical Chemistry I and Physical Chemistry I Laboratory
5
A second major is required for this concentration.
Total Hours
33
Additional Support Courses for the General Chemistry Concentration (8-9 hours)
Course List
Code
Title
Hours
MATH 136
Calculus I
4
Select one of the following sequences:
PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
4-5
or PHYS 255 & PHYS 256
University Physics I and University Physics I Lab
Total Hours
8-9
Chemistry Major with Teacher Certification Concentration (33 hours)
Students interested in teaching chemistry must declare a second major in Science and Mathematics Education (SMED) available through the College of Education and Behavioral Sciences.
Course List
Code
Title
Hours
Chemistry Major Requirements
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
5
CHEM 222 & CHEM 223
College Chemistry II and College Chemistry II Laboratory
5
CHEM 320
Inorganic Chemistry I
3
CHEM 330
Quantitative Analysis
5
CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
5
CHEM 446 & CHEM 447
Biochemistry I and Biochemistry Laboratory
5
CHEM 450 & CHEM 451
Physical Chemistry I and Physical Chemistry I Laboratory
5
Total Hours
33
Required Support Courses for Teacher Education (16 hours)
Course List
Code
Title
Hours
MATH 136
Calculus I
4
PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
4
PHYS 332 & PHYS 233
Introduction to Physics and Biophysics II and Laboratory for Physics and Biophysics II
4
GEOL 111 & GEOL 113
The Earth and The Earth Laboratory
4
Total Hours
16
SMED Major Requirements (34 hours)
Course List
Code
Title
Hours
SMED 101
Step 1: Introduction to Inquiry-Based Approaches to Teaching
3
SMED 102
Step 2: Introduction to Inquiry-Based Lesson Design
3
SMED 310
Knowing and Learning in Mathematics and Science
3
SMED 320
Classroom Interactions
3
SMED 340
Perspectives on Mathematics and Science
3
SMED 360
Research Methods for Math and Science Teachers
3
SMED 470
Project-Based Instruction
3
SMED 489
SMED Student Teaching Seminar
3
SEC 490
Student Teaching
10
Total Hours
34
The Department of Chemistry offers a Joint Undergraduate Master's Program (JUMP) which provides academically outstanding students the opportunity to complete both an undergraduate and graduate degree in an accelerated timeframe. See https://catalog.wku.edu/graduate/enrollment/ or contact the chemistry graduate program coordinator for additional information.
This JUMP program allows students to start working toward their MS in chemistry while completing their bachelor’s of science degree in chemistry. Undergraduate students admitted into JUMP may take graduate courses that count toward both undergraduate and graduate degrees. Up to 9 credit hours can be double-counted toward both degrees, and up to 12 hours of graduate courses can be taken while a student is completing the undergraduate degree. The key benefit of the JUMP program is that it allows students to earn a bachelor’s and a master’s degree in an accelerated timeframe. For more information, see https://www.wku.edu/chemistry/.
A student must be a chemistry or biochemistry major, and they must have completed at least one semester long research experience with a faculty member in the Department of Chemistry to be considered for admission to the chemistry JUMP program. Note that admissions are competitive and dependent upon graduate program capacity.
Finish in Four Plans
ACS Approved Concentration
First Year
Fall
Hours
Spring
Hours
CHEM 120 & CHEM 121
5
CHEM 222 & CHEM 223
5
MATH 136
4
MATH 137
4
COMM 145
3
ENG 100
3
Colonnade - Social & Behavioral Sciences
3
Colonnade - Arts & Humanities
3
15
15
Second Year
Fall
Hours
Spring
Hours
CHEM 330
5
CHEM 340 & CHEM 341
5
PHYS 255 & PHYS 256
5
PHYS 265 & PHYS 266
5
CHEM 320
3
MATH 237
4
ENG 200
3
16
14
Third Year
Fall
Hours
Spring
Hours
CHEM 342 & CHEM 343
5
CHEM 399
1
CHEM 398
1
CHEM 446
3
CHEM 399
1
CHEM 452 & CHEM 453
5
CHEM 450 & CHEM 451
5
ENG 300
3
HIST 101 or HIST 102
3
Colonnade - Social & Cultural
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
CHEM 399
1
CHEM 399
1
CHEM 435 & CHEM 436
5
CHEM 420 & CHEM 421
4
Colonnade - Local to Global
3
Colonnade - Systems
3
General Elective
3
General Elective
3
General Elective
3
General Elective
4
15
15
Total Hours 120
General Concentration
First Year
Fall
Hours
Spring
Hours
CHEM 120 & CHEM 121
5
CHEM 222 & CHEM 223
5
MATH 136
4
ENG 100
3
COMM 145
3
HIST 101 or HIST 102
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
15
14
Second Year
Fall
Hours
Spring
Hours
CHEM 340 & CHEM 341
5
CHEM 342 & CHEM 343
5
PHYS 231 & PHYS 232
4
PHYS 332 & PHYS 233
4
ENG 200
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
ENG 300
3
15
15
Third Year
Fall
Hours
Spring
Hours
CHEM 446 or CHEM 320
3
CHEM 330
5
Elective or Course in 2nd Major
3
Colonnade - Social & Cultural
3
Colonnade - Arts & Humanities
3
Elective or Course in 2nd Major
3
Colonnade - Social & Behavioral Sciences
3
Elective or Course in 2nd Major
3
Colonnade - Natural & Physical Sciences w/ no lab
3
15
14
Fourth Year
Fall
Hours
Spring
Hours
CHEM 450 & CHEM 451
5
Colonnade - Systems
3
Colonnade - Local to Global
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
Elective or Course in 2nd Major
3
17
15
Total Hours 120
Foundations Concentration
First Year
Fall
Hours
Spring
Hours
CHEM 120 & CHEM 121
5
CHEM 222 & CHEM 223
5
MATH 136
4
MATH 137
4
COMM 145
3
ENG 100
3
Elective or Course in Minor
3
Elective or Course in Minor
3
15
15
Second Year
Fall
Hours
Spring
Hours
CHEM 330
5
CHEM 340 & CHEM 341
5
PHYS 255 & PHYS 256
5
PHYS 265 & PHYS 266
5
CHEM 320
3
HIST 101 or HIST 102
3
ENG 200
3
ENG 300
3
16
16
Third Year
Fall
Hours
Spring
Hours
CHEM 342 & CHEM 343
5
CHEM 399
3
CHEM 398
1
CHEM 446
3
Colonnade - Arts & Humanities
3
Colonnade - Social & Cultural
3
Colonnade - Social & Behavioral Sciences
3
Elective or Course in Minor
3
Colonnade - Natural & Physical Sciences w/ no lab
3
Elective or Course in Minor
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
CHEM 450 & CHEM 451
5
Colonnade - Systems
3
Colonnade - Local to Global
3
Elective or Course in Minor
3
Elective or Course in Minor
3
Elective or Course in Minor
3
Elective or Course in Minor
3
Elective or Course in Minor
3
Elective or Course in Minor
3
14
15
Total Hours 121
Teacher Certification Concentration
First Year
Fall
Hours
Spring
Hours
CHEM 120 & CHEM 121
5
CHEM 222 & CHEM 223
5
MATH 117
3
MATH 136
4
SMED 101
3
SMED 102
3
COMM 145
3
Colonnade - Arts & Humanities
3
HIST 101 or HIST 102
3
ENG 100
3
17
18
Second Year
Fall
Hours
Spring
Hours
CHEM 330
5
CHEM 340 & CHEM 341
5
PHYS 231 & PHYS 232
4
PHYS 332 & PHYS 233
4
SMED 310
3
SMED 340
3
SMED 320
3
ENG 200
3
15
15
Third Year
Fall
Hours
Spring
Hours
CHEM 320
3
SMED 360
3
GEOL 111 & GEOL 113
4
CHEM 450 & CHEM 451
5
SPED 330
3
LTCY 421
3
ENG 300
3
Colonnade - Local to Global
3
Colonnade - Social & Cultural
3
16
14
Fourth Year
Fall
Hours
Spring
Hours
CHEM 446 & CHEM 447
5
SEC 490
10
SMED 470
3
SMED 489
3
Colonnade - Systems
3
General Elective
1
12
13
Total Hours 120
Minor in Chemistry
At least ten semester hours must be earned in courses numbered 300 and above and at
least one upper-division laboratory-based course must be taken in residence at the
WKU Bowling Green campus.
At least ten semester hours must be earned in courses numbered 300 and above and at least one upper-division laboratory-based course must be taken in residence at the WKU Bowling Green campus.
Bachelor of Science in Environmental, Earth, and Sustainability Sciences
This program equips students to understand and solve environmental challenges through
an integrated study of environmental sciences, geosciences, sustainability, and environmental
management. Graduates pursue careers in environmental consulting and compliance, geoscience,
GIS/remote sensing, sustainability planning, natural resource and environmental management,
geotechnical and engineering support, climate and conservation, government agencies,
or continue to graduate study and Professional Geologist (PG) licensure pathways.
Through immersive fieldwork, laboratory analysis, and geospatial/data-science training,
students learn to analyze complex environmental and geoscience problems while building
strong foundations in scientific writing, quantitative reasoning, and professional
communication. Students choose between two concentrations:Environmental & Sustainability Sciences, which focuses on global sustainability, environmental processes and resource management,
and geospatial applications; andEnvironmental & Geological Sciences, which focuses on earth materials and environmental processes, energy and critical
minerals, and hydrology, and aligns with PG licensure preparation.
Environmental, Sustainability, and Geographic Studies, B.S.
Environmental, Earth, and Sustainability Sciences (5018)
The B.S. in Environmental, Earth, and Sustainability Sciences (EESS) equips students to understand and solve environmental challenges through an integrated study of environmental sciences, geosciences, sustainability, and environmental management. Graduates pursue careers in environmental consulting and compliance, geoscience, GIS/remote sensing, sustainability planning, natural resource and environmental management, geotechnical and engineering support, climate and conservation, government agencies, or continue to graduate study and Professional Geologist (PG) licensure pathways.
Through immersive fieldwork, laboratory analysis, and geospatial/data-science training, students learn to analyze complex environmental and geoscience problems while building strong foundations in scientific writing, quantitative reasoning, and professional communication. Students choose between two concentrations: Environmental & Sustainability Sciences, which focuses on global sustainability, environmental processes and resource management, and geospatial applications; and Environmental & Geological Sciences, which focuses on earth materials and environmental processes, energy and critical minerals, and hydrology, and aligns with PG licensure preparation.
Concentrations
Environmental and Sustainability Sciences (ENSS)
Environmental and Geological Sciences (ENGS)
Program Requirements (48-53 hours)
The major in Environmental, Earth, and Sustainability Sciences (EESS) requires a minimum of 48-53 hours and leads to a Bachelor of Science degree. Other required math and science cognate courses total an additional 6-9 hours. No minor is required.
Environmental and Sustainability Sciences Concentration (31 hours)
GEOG 110
World Regional Geography
3
GISC 317
Geographic Information Systems II
4
GEOG 380
Global Sustainability
3
or GEOG 480
Sustainable Cities
GEOG 495
Applied Research, Independent Study, or Internship
3
or GEOG 452
Applied Geoscience Field Experiences
Electives
Elective coursework selected from any GEOG, GISC, METR, EMDS, or GEOL 200-400 level course with advisor approval. Up to six hours may be taken outside of the department with advisor approval.
18
Total Hours
31
Course List
Code
Title
Hours
Environmental and Geological Sciences Concentration (25 hours)
GEOL 112
Earth's Past and Future
3
GEOL 114
Earth's Past and Future Lab
1
GEOL 350
Mineralogy and Petrology
4
GEOL 360
Sedimentology and Stratigraphy
4
GEOL 408
Structural Geology
4
GEOL 301
Earth's Climate in Time
3
GEOL 310
Global Hydrology
3
or GEOL 440
Hydrogeology
or GEOL 311
General Oceanography
GEOL 420
Geomorphology
3
or GEOL 399
Research Problems in Geology
Total Hours
25
Course List
Code
Title
Hours
Additional requirements for both concentrations (Select two from the following) (6-9 hours)
BIOL 120 & BIOL 121
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
4
or BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
BIOL 226 & BIOL 227
Microbial Biology and Diversity and Microbial Biology and Diversity Lab
3-4
or BIOL 315
Ecology
CHEM 105 & CHEM 106
Fundamentals of General Chemistry and Fundamentals of General Chemistry Laboratory
4-5
or CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
PLSS 350
Introduction to Soils
3
CS 170
Problem Solving and Programming
3-4
or CS 180
Computer Science I
or GISC 414
Remote Sensing Fundamentals
or GISC 417
GIS Analysis & Modeling
or GISC 419
GIS Programming
DATA 301
Big Data with its Applications
3
or STAT 330
Introduction to Statistical Software
MATH 136
Calculus I
4
PHYS 180 & PHYS 181
Introductory Modern Physics and Introductory Modern Physics Laboratory
4
or PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
Finish in Four Plans
EESS - Environmental and Geological Sciences (ENGS) concentration
First Year
Fall
Hours
Spring
Hours
GEOL 111
3
GEOL 112
3
GEOL 113
1
GEOL 114
1
ENG 100
3
ENG 200
3
GEOG 175
2
GEOL 250
3
Colonnade - Quantitative Reasoning
3
COMM 145
3
Colonnade - Arts & Humanities
3
15
13
Second Year
Fall
Hours
Spring
Hours
GEOL 380
3
GEOL 350
4
GISC 316
4
GEOL 360
4
GEOL 301
3
Additional Science Requirement - 1
4
HIST 101 or HIST 102
3
Colonnade Connections - Social & Behavioral
3
Independent Research (GEOL 399)
3
16
15
Third Year
Fall
Hours
Spring
Hours
GEOL 408
4
GEOL 420
3
GEOG 300
3
GEOG 391
4
GEOL 399
2
GEOL 310 or GEOL 311
3
Colonnade Connections - Local to Global
3
General Elective
3
Additional Science Requirement-2 (CS 170)
3
3
15
16
Fourth Year
Fall
Hours
Spring
Hours
GEOL 499
2
Field Study/Internship
3
Independent Research (GEOL 399)
3
Independent Research (GEOL 399)
3
General Elective
4
General Elective
3
General Elective
3
General Elective
3
General Elective
3
General Elective
3
15
15
Total Hours 120
EESS - Environmental and Sustainability Sciences (ENSS) concentration
First Year
Fall
Hours
Spring
Hours
GEOG 103 or GEOL 111
3
GEOG 110
3
ENG 100
3
GEOG 280
4
GEOG 175
2
ENG 200
3
Colonnade - Quantitative Reasoning
3
COMM 145
3
Colonnade - Arts & Humanities
3
ENSS Concentration Elective
3
14
16
Second Year
Fall
Hours
Spring
Hours
GISC 316
4
GEOG 300
3
GEOG 295
3
GISC 317
4
ENSS Concentration Elective
3
Colonnade Connections - Local to Global
3
HIST 101 or HIST 102
3
ENSS Concentration Elective
3
Colonnade Connections - Systems
3
Additional Science Requirements - 1
3
16
16
Third Year
Fall
Hours
Spring
Hours
GEOG 452 or GEOG 495
3
GEOG 380 or GEOG 480
3
Additional Science Requirement - 2
3
GEOG 391
4
ENSS Concentration Elective
3
ENSS Concentration Elective
3
ENSS Concentration Elective
3
Independent Research
3
Colonnade Connections - Social & Cultural
3
General Elective
3
15
16
Fourth Year
Fall
Hours
Spring
Hours
Independent Research
3
GEOG 499
1
General Elective
3
Independent Research
3
General Elective
3
Field Study/Internship
3
General Elective
3
General Elective
3
General Elective
3
General Elective
2
15
12
Total Hours 120
Geographic Information Systems, Certificate
This certificate is designed for students in a variety of disciplines that involve
the analysis, mapping, display, and interpretation of geospatial data and information.
Students who complete the program will have a solid foundation that spans the collection,
management, analysis, interpretation, and display of data using GIS.
Geographic Information Systems (GIS) technology is widely used in business, industry, government, and education. This certificate is designed for students in a variety of disciplines that involve the analysis, mapping, display, and interpretation of geospatial data and information. Students who complete the program will have a solid foundation that spans the collection, management, analysis, interpretation, and display of data using GIS. They will gain practical experience by completing projects that require the use of sophisticated GIS functions. Finally, they will learn how to develop and implement their own customized GIS functions.
The program is housed in the Department of Earth, Environmental and Atmospheric Sciences.
Program Requirements (14 hours)
Course List
Code
Title
Hours
Enroll in the following GISC courses:
GISC 316
Geographic Information Systems I
4
GISC 317
Geographic Information Systems II
4
GISC 417
GIS Analysis & Modeling
3
GISC 419
GIS Programming
3
Total Hours
14
Bachelor of Science in Disaster Science
This program builds upon traditional emergency management practices to include a better
understanding of the complex causal relationships that yield the destructive outcomes
trending in modern catastrophic events. This program prepares students to function
effectively in all phases of the disaster cycle, with particular focus on preparedness,
prevention, and mitigation efforts to lessen the potential for loss of life, property,
and environmental impacts.
The Bachelor of Science in Disaster Science builds upon traditional emergency management practices to include a better understanding of the complex causal relationships that yield the destructive outcomes trending in modern catastrophic events. This program prepares students to function effectively in all phases of the disaster cycle, with particular focus on preparedness, prevention, and mitigation efforts to lessen the potential for loss of life, property, and environmental impacts.
Advanced Disaster Planning, Management, and Preparedness
3
GEOG 499
Professional Preparation
1
Complete a minimum of 3 hours from these courses:
3
EMDS 404
Trends in Disaster Preparedness and Management
GEOG 495
Applied Research, Independent Study, or Internship
Additional Required Courses:
MATH 136
Calculus I
4
MATH 183
Introductory Statistics
3
or STAT 301
Introductory Probability and Applied Statistics
or GEOG 391
Geoscience Statistical Analysis
Total Hours
52
Students will complete the requirements for a certificate in Emergency Management Disaster Science in the course of degree completion.
Finish in Four Plans
First Year
Fall
Hours
Spring
Hours
DISC 101
3
COMM 145
3
ENG 100
3
HIST 101
3
MATH 117
3
ENG 200
3
Colonnade
3
EMDS 400
3
Colonnade
3
12
15
Second Year
Fall
Hours
Spring
Hours
DISC 200
3
GEOG 300
3
GEOG 226
3
METR 121
3
Colonnade
3
EMDS 401
3
Elective
3
MATH 136
4
Elective
3
Colonnade
3
15
16
Third Year
Fall
Hours
Spring
Hours
MATH 183, STAT 301, or GISC 316
3-4
GISC 317
4
GISC 316
4
Colonnade
3
EMDS 402
3
Elective
3
Colonnade
3
Elective
3
Colonnade
3
Elective
3
16-17
16
Fourth Year
Fall
Hours
Spring
Hours
EMDS 403
3
GEOG 495 or EMDS 404
3
GEOG 499
1
Elective
3
METR 324
3
Elective
3
Elective
3
Elective
3
Elective
3
Elective
3
Elective
3
16
15
Total Hours 121-122
Bachelor of Science in Meteorology
In addition to preparing students for immediate employment as meteorologists, the
combination of advanced theoretical and applied coursework as well as experience with
meteorological instrumentation and computer programming will provide a foundation
for students who wish to pursue graduate school in the atmospheric sciences. Students
will become more directly involved in faculty-sponsored research, increased co-authorship
of peer-reviewed research articles, and increased presentation of research results
at professional meetings and conferences.
The B.S. in Meteorology degree at WKU is the first and largest meteorology program in Kentucky or Tennessee that meets all the Federal Civil Service requirements (GS-1340) for employment by the National Weather Service and enables TV broadcast meteorologists to immediately pursue the "Certified Broadcast Meteorologist" program of the American Meteorological Society upon graduation. In addition to preparing students for immediate employment as meteorologists, the combination of advanced theoretical and applied coursework as well as experience with meteorological instrumentation and computer programming will provide a foundation for students who wish to pursue graduate school in the atmospheric sciences. Students will become more directly involved in faculty-sponsored research, increased co-authorship of peer-reviewed research articles, and increased presentation of research results at professional meetings and conferences.
Students will also have the opportunity to work for White Squirrel Weather (WSWX), which acts as the WKU weather service, where students make weather observations and weather forecasts to provide decision support to a variety of WKU entities, including WKU Athletics, Environmental Health and Safety, and WKU Admissions.
The major in Meteorology leads to a Bachelor of Science in Meteorology and requires a minimum of 50 semester hours of meteorology, geography, GIS, and computer science. A minor program is not required. Other required courses in physics and mathematics total an additional 25 semester hours. Students majoring in meteorology will learn the key concepts and skills necessary to qualify as a meteorologist for the National Weather Service, and to meet the standards of the American Meteorological Society.
Required Courses
Course List
Code
Title
Hours
METR 121
Meteorology
3
METR 122
Aviation Meteorology
3
CS 170
Problem Solving and Programming
3
GEOG 300
Writing in the Geosciences
3
GISC 316
Geographic Information Systems I
4
METR 324
Weather Analysis and Forecasting
3
GEOG 391
Geoscience Statistical Analysis
4
METR 431
Dynamic Meteorology I
3
METR 432
Synoptic Meteorology
3
METR 433
Dynamic Meteorology II
3
METR 437
Mesoscale Meteorology
3
METR 438
Physical Meteorology
3
Meteorology Technique Course
METR 325
Meteorological Instrumentation and Measurement
3
or METR 335
Satellite/Radar Meteorology
Total Hours
41
In addition to the required courses, select 9 hours from any 200-level or above METR course
Course List
Code
Title
Hours
Suggested courses include:
9
METR 322
Global Climate Systems
METR 325
Meteorological Instrumentation and Measurement
METR 326
Applied Meteorology / Climatology
METR 335
Satellite/Radar Meteorology
METR 422
Physical Climatology
METR 425
Field Methods in Severe Weather Analysis and Forecasting
METR 430
Meteorological Computing
METR 439
Atmospheric Modeling
METR 460
Climate Teleconnections
METR 475
Selected Topics in Meteorology
Total Hours
9
Additional Courses Required Outside of the Major
Course List
Code
Title
Hours
PHYS 255 & PHYS 256
University Physics I and University Physics I Lab
5
PHYS 265 & PHYS 266
University Physics II and University Physics II Laboratory
5
MATH 136
Calculus I
4
MATH 137
Calculus II
4
MATH 237
Multivariable Calculus
4
MATH 331
Differential Equations
3
Total Hours
25
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
METR 121
3
MATH 137
4
ENG 100
3
METR 122
3
MATH 136
4
HIST 101 or HIST 102
3
Colonnade - Social & Behavioral
3
COMM 145
3
GEOG 175
2
General Elective
3
15
16
Second Year
Fall
Hours
Spring
Hours
MATH 237
4
MATH 331
3
METR Elective
3
METR 324
3
GISC 316
4
World Language or General Elective
3
Colonnade - Arts & Humanities
3
ENG 200
3
CS 170
3
14
15
Third Year
Fall
Hours
Spring
Hours
METR 431
3
METR 433
3
GEOG 300
3
Colonnade - Connections
3
METR 335 (or METR Elective)
3
METR 438
3
PHYS 255 & PHYS 256
5
PHYS 265 & PHYS 266
5
General Elective
3
17
14
Fourth Year
Fall
Hours
Spring
Hours
METR 432
3
METR 437
3
Colonnade - Connections
3
METR 325 (or METR Elective)
3
METR Elective or Independent Research
3
GEOG 391
4
General Elective
3
Colonnade - Connections
3
General Elective
3
General Elective
1
15
14
Total Hours 120
120 Hours total are required in the program, with 42 hours at the 300/400 level.
Summer courses, including Study Abroad, Field Camps, and other independent research opportunities, can reduce the number of hours required in the regular semesters.
Any of the courses can be moved from semester to semester to take advantage of courses when offered.
The WKU Colonnade Program requires a minimum of 39 hours, with several required courses in the Geography program that can be double-counted. METR/GEOG courses marked * count for Colonnade Credit.
Colonnade Connections courses are restricted to Juniors/Seniors, unless 21 credit hours of Colonnade Explorations and Foundations courses have already been completed. Three disciplines are required for Connections credit (METR, GEOG, GEOL, and GISC count as separate disciplines).
REQUIRED IN THE MAJOR (48 hours): CORE COURSES = METR 121*, 122, CS 170, GEOG 300*, 391, GISC 316, METR 324, 431, 432, 433, 437, 438 (38 hours); ELECTIVE COURSES = any 12 hours of approved METR or equivalent coursework; PLUS PHYS, 255 256, 265, 266, MATH 136*, 137*, 237, 331.
The certificate provides students, whether traditional or working professionals, an
in-depth acumen related to incident management, risk identification, emergency planning,
and emergency management program evaluation.
The certificate provides students, whether traditional or working professionals, an in-depth acumen related to incident management, risk identification, emergency planning, and emergency management program evaluation.
The program is housed in the Department of Earth, Environmental and Atmospheric Sciences.
Program Requirements (12 hours)
Course List
Code
Title
Hours
Program Courses:
EMDS 400
Emergency Management Policy and Practices
3
EMDS 401
Natural and Technological Disaster Risks 1, 2
3
EMDS 402
Resiliency in Response to Terrorism and Violence
3
EMDS 403
Advanced Disaster Planning, Management, and Preparedness 1, 2
3
Total Hours
12
1
Students from other disciplines (Education Administration, Leadership, Engineering, Meteorology, etc.) may substitute up to three credit hours from within their discipline, with the approval of the program coordinator, in lieu of EMDS 401 or EMDS 403.
2
EMDS 404 may be substituted for either EMDS 401 or EMDS 403.
(528) This major is for students that intend to pursue a graduate degree in mathematics,
and/or intend to pursue employment in business and industry. This major does not
lead to teacher certification.
This major is for students that intend to pursue a graduate degree in mathematics, and/or intend to pursue employment in business and industry. This major does not lead to teacher certification.
A major in mathematics provides a Bachelor of Arts degree and requires either a minimum of 36-39 semester hours for a general major with a minor or second major or a minimum of 51 semester hours for an extended major. Note: All mathematics courses listed as prerequisites for other mathematics courses must have been completed with a grade of “C” or better.
Students in the extended major (528) are required to satisfy a computational requirement by completing two courses chosen from CS 180, CS 290
, STAT 330, MATH 371, PHYS 316, or PHYS 318. [If MATH 371 is selected to fulfill this requirement, it cannot also be used as an elective in the extended major (528).]
To prepare for graduate study in mathematics, the student must complete a minimum of 51 hours of mathematics with the following requirements:
Core Courses
Course List
Code
Title
Hours
MATH 136
Calculus I
4
MATH 137
Calculus II
4
MATH 237
Multivariable Calculus
4
MATH 307
Introduction to Linear Algebra
3
MATH 310
Introduction to Discrete Mathematics
3
MATH 317
Introduction to Algebraic Systems
3
MATH 337
Elements of Real Analysis
3
MATH 431
Intermediate Analysis I
3
MATH 498
Senior Seminar
1-3
Total Hours
28-30
Select one of the following concentrations:
B1: Fundamentals of Analysis and Discrete Mathematics
Course List
Code
Title
Hours
MATH 417
Algebraic Systems
3
MATH 439
Topology I
3
MATH 450
Complex Variables
3
Select two of the following:
6
MATH 323
Geometry I
MATH 415
Algebra and Number Theory
MATH 473
Introduction to Graph Theory
Select six elective hours from the following:
6
MATH 275
Introductory Topics in Mathematics (up to 3 hours)
STAT 301
Introductory Probability and Applied Statistics
MATH 305
Introduction to Mathematical Modeling
MATH 323
Geometry I
MATH 331
Differential Equations
STAT 480
Advanced Statistical Data Analysis
MATH 382
Probability and Statistics I
MATH 398
Seminar (up to 3 hours)
MATH 405
Numerical Analysis (Course name changes to Numerical Analysis)
MATH 406
Numerical Linear Algebra with Applications in Data Science (Course name changes to Numerical Linear Algebra with Applications in Data Science)
MATH 409
History of Mathematics
MATH 415
Algebra and Number Theory
MATH 435
Partial Differential Equations
MATH 470
Introduction to Operations Research
MATH 473
Introduction to Graph Theory
MATH 475
Selected Topics in Mathematics (up to 6 hours)
MATH 482
Probability and Statistics II
Total Hours
21
B2: Fundamentals of Applied Mathematics
Course List
Code
Title
Hours
MATH 331
Differential Equations 1
3
MATH 382
Probability and Statistics I 1
3
MATH 405
Numerical Analysis (Course name changes to Numerical Analysis) 1
3
MATH 482
Probability and Statistics II
3
STAT 480
Advanced Statistical Data Analysis 1
3
Select one of the following:1
3
MATH 305
Introduction to Mathematical Modeling
MATH 406
Numerical Linear Algebra with Applications in Data Science (Course name changes to Numerical Linear Algebra with Applications in Data Science)
MATH 435
Partial Differential Equations
MATH 470
Introduction to Operations Research
Select three credit hours of the following:
3
MATH 275
Introductory Topics in Mathematics
MATH 305
Introduction to Mathematical Modeling
MATH 323
Geometry I
MATH 398
Seminar
MATH 406
Numerical Linear Algebra with Applications in Data Science (Course name changes to Numerical Linear Algebra with Applications in Data Science)
MATH 409
History of Mathematics
MATH 415
Algebra and Number Theory
MATH 417
Algebraic Systems
MATH 435
Partial Differential Equations
MATH 439
Topology I
MATH 450
Complex Variables
MATH 470
Introduction to Operations Research
MATH 473
Introduction to Graph Theory
MATH 475
Selected Topics in Mathematics
Total Hours
21
B3: Fundamentals of Mathematical Studies
Course List
Code
Title
Hours
MATH 450
Complex Variables
3
Select two of the following:
6
MATH 405
Numerical Analysis (Course name changes to Numerical Analysis)
MATH 406
Numerical Linear Algebra with Applications in Data Science (Course name changes to Numerical Linear Algebra with Applications in Data Science)
MATH 409
History of Mathematics
MATH 415
Algebra and Number Theory
MATH 417
Algebraic Systems
MATH 435
Partial Differential Equations
MATH 439
Topology I
MATH 470
Introduction to Operations Research
MATH 473
Introduction to Graph Theory
MATH 482
Probability and Statistics II
Select twelve elective hours of the following:
12
MATH 275
Introductory Topics in Mathematics (up to 3 hours)
STAT 301
Introductory Probability and Applied Statistics
MATH 305
Introduction to Mathematical Modeling
MATH 323
Geometry I
MATH 331
Differential Equations
MATH 382
Probability and Statistics I
MATH 398
Seminar (up to 3 hours)
MATH 405
Numerical Analysis (Course name changes to Numerical Analysis)
MATH 406
Numerical Linear Algebra with Applications in Data Science (Course name changes to Numerical Linear Algebra with Applications in Data Science)
MATH 409
History of Mathematics
MATH 415
Algebra and Number Theory
MATH 435
Partial Differential Equations
MATH 470
Introduction to Operations Research
MATH 473
Introduction to Graph Theory
MATH 475
Selected Topics in Mathematics (up to 6 hours)
MATH 482
Probability and Statistics II
STAT 480
Advanced Statistical Data Analysis
Total Hours
21
1
Students may take certain 500-level mathematics courses for undergraduate credit in place of courses listed in items B1i, B1ii, B2i, B2ii, B3i, or B3ii with the approval of the mathematics department chair. No minor or second major for the extended major is required.
The Department of Mathematics offers a Joint Undergraduate Master's Program (JUMP) which provides academically outstanding students the opportunity to complete both an undergraduate Bachelor of Arts degree and a graduate Master of Science degree in an accelerated timeframe. The MS in Mathematics prepares students to be competitive applicants for admission into a Ph.D. program and/or for positions where strong research skills are needed. Contact the graduate program coordinator for additional information, see https://catalog.wku.edu/graduate/science-engineering/mathematics/mathematics-ms/
This JUMP program allows students to start working toward their MS in Mathematics with a concentration in General Mathematics, Computational Mathematics, or Mathematical Economics (Ref: 085) while completing their Bachelor of Arts degree in Mathematics (Ref: 528 and 728) or a Bachelor of Science degree in Mathematical Economics (Ref: 731). Undergraduate students admitted into JUMP may take graduate courses that count toward both undergraduate and graduate degrees. Up to 12 credit hours can be double-counted toward both degrees, and up to 15 hours of graduate courses can be taken while a student is completing the undergraduate degree. The key benefit of the JUMP program is that it allows students to earn a bachelor’s and a master’s degree in an accelerated timeframe. For more information, see https://www.wku.edu/math/.
To be considered for admission to the JUMP program to earn a BA in Mathematics (or a BS in Mathematical Economics) and a MS in Mathematics in an accelerated timeframe, a student must meet the following requirements:
Be a Mathematics or a Mathematical Economics major (includes programs with reference numbers 528, 728, and 731);
Have completed at least 60 hours total, with at least 24 hours earned at WKU;
Have at least 15 or more credit hours remaining to complete the bachelor’s degree;
Have completed or be enrolled in 15 credit hours in Mathematics;
Have a minimum cumulative undergraduate GPA of 3.25;
Have one of the following:
a. 3.25 GPA in the Mathematics or Mathematical Economics major AND a grade of B or higher in at least one of the courses: MATH 307, MATH 310, MATH 317, MATH 337, MATH 439;
b. 3.0 GPA in the Mathematics or Mathematical Economics major AND a grade of B or higher in at least two of the courses: MATH 307, MATH 310, MATH 317, MATH 337, MATH 439.
All applicants to Mathematics JUMP must submit to a Graduate Coordinator the following documents for consideration: one letter of recommendation from a WKU Mathematics faculty members and a statement of purpose outlining academic goals and motivation for pursuing the JUMP program.
Finish in Four Plans
Fundamentals of Analysis & Discrete Mathematics Concentration
First Year
Fall
Hours
Spring
Hours
MATH 136
4
MATH 137
4
CS 180
4
CS 290 or STAT 330
3-4
COMM 145
3
ENG 100
3
Colonnade - Natural & Physical Sciences w/ lab
3-5
HIST 101 or HIST 102
3
Colonnade - Social & Behavioral Science
3
14-16
16-17
Second Year
Fall
Hours
Spring
Hours
MATH 307
3
MATH 237
4
MATH 310
3
Math upper-division Elective
3
ENG 200
3
Colonnade - Natural & Physical Sciences w/ no lab
3
Colonnade - Arts & Humanities
3
Colonnade - Writing in the Disciplines
3
World Language Requirement or General Elective
3
General Elective
3
15
16
Third Year
Fall
Hours
Spring
Hours
MATH 317
3
MATH 337
3
Math upper-division Elective
3
MATH 417
3
Colonnade - Social & Cultural
3
Colonnade - Local to Global
3
Colonnade - Systems
3
General Elective
3
General Elective
3
General Elective
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
MATH 431
3
MATH 450
3
MATH 439
3
MATH 498
3
Math upper-division Elective
3
Math upper-division Elective
3
General Elective
3
General Elective
3
General Elective
2
General Elective
3
14
15
Total Hours 120-123
Fundamentals of Applied Math Concentration
First Year
Fall
Hours
Spring
Hours
MATH 136
4
MATH 137
4
CS 180
4
CS 290 or STAT 330
3-4
COMM 145
3
ENG 100
3
Colonnade - Natural & Physical Sciences w/ lab
3-5
HIST 101 or HIST 102
3
Colonnade - Social & Behavioral Science
3
14-16
16-17
Second Year
Fall
Hours
Spring
Hours
MATH 307
3
MATH 237
4
MATH 310
3
MATH 331
3
ENG 200
3
Math upper-division Elective
3
Colonnade - Arts & Humanities
3
Colonnade - Natural & Physical Sciences w/ no lab
3
World Language Requirement or General Elective
3
Colonnade - Writing in the Disciplines
3
15
16
Third Year
Fall
Hours
Spring
Hours
MATH 317
3
MATH 337
3
MATH 382
3
MATH 482
3
MATH 405
3
Colonnade - Local to Global
3
Colonnade - Social & Cultural
3
Colonnade - Systems
3
General Elective
3
General Elective
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
MATH 431
3
MATH 498
3
Math upper-division Elective
3
STAT 480
3
General Elective
3
General Elective
3
General Elective
3
General Elective
3
General Elective
2
General Elective
3
14
15
Total Hours 120-123
Fundamentals of Math Studies Concentration
First Year
Fall
Hours
Spring
Hours
MATH 136
4
MATH 137
4
CS 180
4
CS 290 or STAT 330
3-4
COMM 145
3
ENG 100
3
Colonnade - Natural & Physical Sciences w/ lab
3-5
HIST 101 or HIST 102
3
Colonnade - Social & Behavioral Science
3
14-16
16-17
Second Year
Fall
Hours
Spring
Hours
MATH 307
3
MATH 237
4
MATH 310
3
Math upper-division Elective
3
ENG 200
3
Math upper-division Elective
3
Colonnade - Arts & Humanities
3
Colonnade - Natural & Physical Sciences w/ no lab
3
World Language Requirement or General Elective
3
Colonnade - Writing in the Disciplines
3
15
16
Third Year
Fall
Hours
Spring
Hours
MATH 317
3
MATH 337
3
Math upper-division Elective
3
MATH 450
3
Colonnade - Local to Global
3
Math upper-division Elective
3
Colonnade - Social & Cultural
3
Colonnade - Systems
3
General Elective
3
General Elective
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
MATH 431
3
MATH 498
3
Math upper-division Elective
3
Math upper-division Elective
3
General Elective
3
General Elective
3
General Elective
3
General Elective
3
General Elective
2
General Elective
3
14
15
Total Hours 120-123
(728) This major is intended for students that are pursuing a basic math major for employment
purposes and/or are interested in mathematics as part of a degree with two majors.
Students pursuing teacher certification will also major in Science and Mathematics
Education (774).
This major is intended for students that are pursuing a basic math major for employment purposes and/or are interested in mathematics as part of a degree with two majors. Students pursuing teacher certification will also major in Science and Mathematics Education (774).
A major in mathematics provides a Bachelor of Arts degree and require a minimum of 39 semester hours for a general major with a minor or second major. Note: All mathematics courses listed as prerequisites for other mathematics courses must have been completed with a grade of “C” or better.
The general mathematics major (728) offers two options:
Students in the general mathematics major (728) are required to satisfy a computational requirement as detailed within the options below.
Students must complete a minimum of 39 hours of mathematics with a minor or second major giving a total of at least 59 hours (53 unduplicated) with the following requirements.²
Core Mathematics Courses
All students in the general mathematics (728) major must complete the following core mathematics courses:
Course List
Code
Title
Hours
MATH 136
Calculus I
4
MATH 137
Calculus II
4
MATH 237
Multivariable Calculus
4
MATH 307
Introduction to Linear Algebra
3
MATH 310
Introduction to Discrete Mathematics
3
MATH 317
Introduction to Algebraic Systems
3
MATH 337
Elements of Real Analysis
3
MATH 498
Senior Seminar
3
Total Hours
27
Teacher Certifiable Option (TCHR)
Students in the Teacher Certifiable Option must complete a second major in Science and Mathematics Education (774).
In addition to the Core Mathematics Courses, students must complete 12 additional hours as follows:
Course List
Code
Title
Hours
Required Courses:3
MATH 304
Functions, Applications and Explorations
3
MATH 323
Geometry I
3
MATH 421
Problem Solving for Secondary Teachers
3
STAT 301
Introductory Probability and Applied Statistics
3
Total Hours
12
Students in the Teacher Certifiable Option must satisfy a computational requirement by completing either CS 170 or CS 180.
General (Non-Teacher Certifiable) Option (MATN)
Students in the Non-Teacher Certifiable Option must complete a minor or second major giving a total of at least 59 hours (53 unduplicated).
In addition to the Core Mathematics Courses, students must complete 12 additional hours as follows:
Course List
Code
Title
Hours
Select six (6) hours from the following:1
6
MATH 405
Numerical Analysis (Course name changes to Numerical Analysis)
MATH 406
Numerical Linear Algebra with Applications in Data Science (Course name changes to Numerical Linear Algebra with Applications in Data Science)
MATH 415
Algebra and Number Theory
MATH 417
Algebraic Systems
MATH 431
Intermediate Analysis I
MATH 435
Partial Differential Equations
MATH 439
Topology I
MATH 450
Complex Variables
MATH 470
Introduction to Operations Research
MATH 473
Introduction to Graph Theory
MATH 482
Probability and Statistics II
Select six (6) hours from the following:1
6
MATH 305
Introduction to Mathematical Modeling
MATH 323
Geometry I
MATH 331
Differential Equations
MATH 382
Probability and Statistics I
MATH 398
Seminar ((up to 3 hours))
MATH 405
Numerical Analysis (Course name changes to Numerical Analysis)
MATH 406
Numerical Linear Algebra with Applications in Data Science (Course name changes to Numerical Linear Algebra with Applications in Data Science)
MATH 415
Algebra and Number Theory
MATH 417
Algebraic Systems
MATH 435
Partial Differential Equations
MATH 439
Topology I
MATH 450
Complex Variables
MATH 470
Introduction to Operations Research
MATH 475
Selected Topics in Mathematics ((up to 3 hours))
MATH 482
Probability and Statistics II
STAT 301
Introductory Probability and Applied Statistics
STAT 480
Advanced Statistical Data Analysis
Total Hours
12
Students in the General Option must satisfy a computational requirement by completing either CS 180, PHYS 316, PHYS 318 or STAT 330.
1
Students may take certain 500-level mathematics courses for undergraduate credit with the approval of the Department Chair in place of courses listed in the elective sections of the General Option.
2
Note: This major is not intended to prepare students adequately for graduate mathematics. Students intending to seek a graduate degree in mathematics should pursue major 528.
The Department of Mathematics offers a Joint Undergraduate Master's Program (JUMP) which provides academically outstanding students the opportunity to complete both an undergraduate Bachelor of Arts degree and a graduate Master of Science degree in an accelerated timeframe. The MS in Mathematics prepares students to be competitive applicants for admission into a Ph.D. program and/or for positions where strong research skills are needed. Contact the graduate program coordinator for additional information, see https://catalog.wku.edu/graduate/science-engineering/mathematics/mathematics-ms/
This JUMP program allows students to start working toward their MS in Mathematics with a concentration in General Mathematics, Computational Mathematics, or Mathematical Economics (Ref: 085) while completing their Bachelor of Arts degree in Mathematics (Ref: 528 and 728) or a Bachelor of Science degree in Mathematical Economics (Ref: 731). Undergraduate students admitted into JUMP may take graduate courses that count toward both undergraduate and graduate degrees. Up to 12 credit hours can be double-counted toward both degrees, and up to 15 hours of graduate courses can be taken while a student is completing the undergraduate degree. The key benefit of the JUMP program is that it allows students to earn a bachelor’s and a master’s degree in an accelerated timeframe. For more information, see https://www.wku.edu/math/.
To be considered for admission to the JUMP program to earn a BA in Mathematics (or a BS in Mathematical Economics) and a MS in Mathematics in an accelerated timeframe, a student must meet the following requirements:
Be a Mathematics or a Mathematical Economics major (includes programs with reference numbers 528, 728, and 731);
Have completed at least 60 hours total, with at least 24 hours earned at WKU;
Have at least 15 or more credit hours remaining to complete the bachelor’s degree;
Have completed or be enrolled in 15 credit hours in Mathematics;
Have a minimum cumulative undergraduate GPA of 3.25;
And have one of the following:
3.25 GPA in the Mathematics or Mathematical Economics major AND a grade of B or higher in at least one of the courses: MATH 307, MATH 310, MATH 317, MATH 337, MATH 439;
3.0 GPA in the Mathematics or Mathematical Economics major AND a grade of B or higher in at least two of the courses: MATH 307, MATH 310, MATH 317, MATH 337, MATH 439.
All applicants to Mathematics JUMP must submit to a Graduate Coordinator the following documents for consideration: one letter of recommendation from a WKU Mathematics faculty members and a statement of purpose outlining academic goals and motivation for pursuing the JUMP program.
Finish in Four Plans
Teacher Certifiable Option (TCHR)
First Year
Fall
Hours
Spring
Hours
MATH 136
4
MATH 137
4
SMED 101
3
SMED 102
3
CS 180 or CS 170
3-4
ENG 100
3
COMM 145
3
HIST 101 or HIST 102
3
Colonnade - Natural & Physical Sciences w/ lab
3-5
Colonnade - Social & Behavioral Science
3
16-19
16
Second Year
Fall
Hours
Spring
Hours
MATH 307
3
MATH 310
3
MATH 237
4
MATH 304
3
SMED 310
3
SMED 320
3
ENG 200
3
Colonnade - Arts & Humanities
3
Colonnade - Natural & Physical Sciences w/ no lab
3
World Language Requirement or General Elective
3
16
15
Third Year
Fall
Hours
Spring
Hours
MATH 317
3
MATH 337
3
MATH 323
3
MATH 421
3
SMED 340
3
STAT 301
3
Colonnade - Writing in the Disciplines
3
SMED 360
3
Colonnade - Local to Global
3
Colonnade - Systems
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
MATH 498
3
SMED 489
3
SMED 470
3
SEC 490
10
Colonnade - Social & Cultural
3
General Elective
3
General Elective
2-3
14-15
13
Total Hours 120-124
General (Non-Teacher Certifiable) Option (MATN)
First Year
Fall
Hours
Spring
Hours
MATH 136
4
MATH 137
4
Computational Requirement
3-4
General Elective
3
COMM 145
3
ENG 100
3
Colonnade - Natural & Physical Sciences w/ lab
3-5
HIST 101 or HIST 102
3
Colonnade - Social & Behavioral Science
3
13-16
16
Second Year
Fall
Hours
Spring
Hours
MATH 307
3
MATH 310
3
MATH 237
4
Minor Elective
3
Minor Course
3
Colonnade - Social & Cultural
3
ENG 200
3
Colonnade - Arts & Humanities
3
Colonnade - Natural & Physical Sciences w/ no lab
3
World Langauge Requirement or General Elective
3
16
15
Third Year
Fall
Hours
Spring
Hours
MATH 317
3
MATH 337
3
Math upper-division Elective
3
Math upper-division Elective
3
Minor Course
3
Minor Course
3
Colonnade - Local to Global
3
Colonnade - Systems
3
Colonnade - Writing in the Disciplines
3
General Elective
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
Math upper-division Elective
3
MATH 498
3
Minor Course
3
Math upper-division Elective
3
Minor Course or General Elective
3
Minor Course
3
General Elective
3
General Elective
3
General Elective
3
General Elective
3
15
15
Total Hours 120-123
Bachelor of Science in Mathematical Economics
This program is for students wishing to pursue either a graduate degree in economics
or a highly applied, analytical occupation with a heavy emphasis on quantitative skills
such as an actuary. This degree does not require a second major or a minor. The BS
in Mathematical Economics offers two concentrations: General concentration and Actuarial
Science concentration.
The B.S. in Mathematical Economics is built for students aiming at a graduate degree in economics or a highly quantitative, analytical career such as actuarial science. By combining rigorous mathematics — calculus, linear algebra, differential equations — with economic theory, this program prepares graduates for some of the most data-intensive roles in business, government, and finance. International students completing this program may also qualify for the STEM OPT visa extension.
What is your path to a degree in Mathematical Economics at WKU?
The Mathematical Economics program requires 50–65 hours of professional and elective coursework, within the 120 hours required for a baccalaureate degree. Rather than a course-by-course list, the path is intentionally structured so each stage builds the skills students need for both certification and career.
Core Courses (34 hours)
Graduate-level economics and many quantitative careers demand a level of mathematical sophistication beyond a typical business degree. This core builds that foundation — calculus, linear algebra, and rigorous economic theory — so students are prepared for the technical demands of advanced study or highly analytical roles from day one of their upper-division coursework.
Program Concentrations
Students will choose one of the following concentrations based on their interests and career goals.
General Concentration (16 hours)
Students aiming at a Ph.D. or a heavily quantitative career need depth beyond the core. This concentration adds advanced mathematics and applied economics coursework that mirrors the rigor of graduate programs, while still closing with career-readiness training for those entering the workforce directly.
Actuarial Science Concentration (30–31 hours)
Becoming an actuary requires passing a demanding series of professional exams. This concentration is purpose-built around that path — sequencing probability, finance, and actuarial mathematics courses so that, by graduation, students have covered the material tested on the first two actuarial exams and earned the VEE credits required by the Society of Actuaries.
The major in Mathematical Economics requires a total of 120 credit hours with a core of 18 hours in economics, 15 hours in mathematics, and 1 hour of an interdisciplinary seminar course. The concentration in general mathematical economics requires an additional 9 hours in economics, 6 hours in mathematics, and 1 hour in a career readiness course. The concentration in actuarial science requires an additional 3 hours in economics, 9 hours in mathematics, 12 hours in finance, 3-4 hours in computer science, and 3 hours in actuarial science.
The program of study does not require completion of a second major or minor.
Course List
Code
Title
Hours
Core Courses
ECON 202
Principles of Economics (Micro)
3
ECON 203
Principles of Economics (Macro)
3
ECON 206
Statistics
3
or STAT 301
Introductory Probability and Applied Statistics
ECON 302
Microeconomic Theory
3
ECON 303
Macroeconomic Theory
3
Select one of the following:
3
ECON 465
Regression and Econometric Analysis
ECON 480
Economic Forecasting
STAT 401
Regression Analysis
MATH 136
Calculus I
4
MATH 137
Calculus II
4
MATH 237
Multivariable Calculus
4
MATH 306
Applied and Computational Linear Algebra 1
3
or MATH 307
Introduction to Linear Algebra
ECON 497
Senior Seminar in Mathematical Economics
1
Total Hours
34
1
Students who plan to pursue a PhD in Economics should take MATH 307.
Additionally, majors must choose a concentration in either General Mathematical Economics or Actuarial Science.
General Mathematical Economics Concentration
Course List
Code
Title
Hours
ECON 306
Statistical Analysis
3
or ECON 307
Financial Data Modeling
ECON 464
Introduction to Mathematical Economics
3
Select 3 hours of 300- and 400-level economics electives
3
MATH 331
Differential Equations
3
or MATH 310
Introduction to Discrete Mathematics
Select one of the following:
3
MATH 331
Differential Equations
MATH 310
Introduction to Discrete Mathematics
MATH 305
Introduction to Mathematical Modeling
MATH 382
Probability and Statistics I
MATH 435
Partial Differential Equations
MATH 405
Numerical Analysis
ECON 399
Career Readiness in Economics
1
Total Hours
16
Actuarial Science Concentration
Course List
Code
Title
Hours
ECON 307
Financial Data Modeling
3
MATH 310
Introduction to Discrete Mathematics
3
ACTU 382
Probability and Statistics I
3
ACTU 482
Probability and Statistics II
3
FIN 330
Principles of Finance
3
FIN 332
Investment Theory
3
FIN 350
Risk Management and Insurance
3
FIN 437
Corporate Asset Management
3
CS 170
Problem Solving and Programming
3-4
or CS 180
Computer Science I
or STAT 330
Introduction to Statistical Software
ACTU 301
Financial Mathematics for Actuarial Science
3
Total Hours
30-31
Finish in Four Plans
Actuarial Science Concentration
First Year
Fall
Hours
Spring
Hours
BA 170
1
COMM 145
3
ENG 100
3
MATH 137
4
MATH 136
4
ECON 202
3
Colonnade - Arts & Humanities
3
HIST 101 or HIST 102
3
General University Elective
3
Colonnade - Natural & Physical Sciences w/ lab
3
14
16
Second Year
Fall
Hours
Spring
Hours
ECON 203
3
CS 170, CS 180, or STAT 330 (STAT 330 is recommended.)
3-4
ACCT 110 (Pre-requisite for FIN 330)
3
FIN 330
3
MATH 306 or MATH 3071
3
ECON 206 or STAT 301
3
MATH 310
3
MATH 237
4
Colonnade - Literary Studies
3
Colonnade - Natural & Physical Sciences
3
15
16-17
Third Year
Fall
Hours
Spring
Hours
ECON 302
3
ECON 303
3
ECON 307
3
FIN 332
3
ACTU 382
3
FIN 350
3
ACTU 301
3
ACTU 482
3
Colonnade - Connections Social & Cultural or Local to Global or Systems
3
Colonnade - Writing in the Disciplines
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
ECON 465, STAT 401, or ECON 4802
3
ECON 497
1
FIN 437
3
Colonnade - Connections Social & Cultural or Local to Global or Systems
3
FIN 4383
3
General University Elective
3
Colonnade - Connections Social & Cultural or Local to Global or Systems
3
General University Elective
3
General University Elective
3
General University Upper-Division Elective
3
General University Elective
1
15
14
Total Hours 120-121
1
Students who plan to pursue a PhD in Economics should take MATH 307.
2
It is recommended that ECON 465 should be taken during the second to last semester as it will help student prepare for the Senior Seminar. ECON 465 should not be taken concurrently with ECON 497
3
ECON 480 and FIN 438 are not required for the degree. However, FIN 438 can used toward a VEE credit, and ECON 480 will help students prepare for actuarial exams.
General Concentration
First Year
Fall
Hours
Spring
Hours
BA 175
3
COMM 145
3
ECON 202
3
HIST 101 or HIST 102
3
ENG 100
3
MATH 137
4
MATH 136
4
Colonnade - Arts & Humanities
3
Colonnade - Natural Sciences w/ lab
3
Colonnade - Literary Studies
3
16
16
Second Year
Fall
Hours
Spring
Hours
MATH 306 or MATH 3071
3
CS 170 or CS 180
3-4
ECON 203
3
ECON 206 or STAT 301
3
MATH 310 or MATH 331
3
MATH 237
4
Colonnade - Natural & Physical Sciences w/ no lab
3
Colonnade - Social & Cultural or Local to Global or Systems
3
Colonnade - Connections Social & Cultural or Local to Global or Systems
3
General Elective
3
15
16-17
Third Year
Fall
Hours
Spring
Hours
ECON 302
3
ECON 303
3
ECON 306
3
ECON 465, ECON 480, or STAT 401
3
General upper-division Elective
3
Colonnade - Writing in the Disciplines
3
General Elective
3
Colonnade - Connections Social & Cultural or Local to Global or Systems
3
MATH 305, MATH 310, or MATH 331
3
General Elective
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
ECON 464
3
ECON 497
1
ECON 4652
3
General upper-division Elective
3
General upper-division Elective
3
General upper-division Elective
3
General upper-division Elective
3
General Elective
3
General Elective
3
General Elective
2
15
12
Total Hours 120-121
1
Students who plan to pursue a PhD in Economics should take MATH 307.
2
It is recommended that ECON 465 should be taken during the second to last semester as it will help student prepare for the Senior Seminar. ECON 465 should not be taken concurrently with ECON 497.
Bachelor of Science in Middle Grades Mathematics
This program is for students who plan to teach mathematics in grades 5-9 only. The
degree requires a second major in Science and Mathematics education (reference number
774).
Middle Grades Mathematics, B.S.
Middle Grades Mathematics, Bachelor of Science (730)
A major in middle grades mathematics is for students who plan to teach mathematics in grades 5-9 only. The degree requires a second major in Science and Mathematics education (reference number 774). Upon successful completion of both majors, the student will receive a Bachelor of Science degree. In addition to middle grades mathematics certification, students may earn dual certification in Middle School Science. Students interested in teacher certification should also contact the SKyTeach Office, Kelly Thompson Hall 1011A, 270-745-3900 or visit www.wku.edu/skyteach.
Introduction to Advanced Mathematics for Middle Grades Teachers
3
or MATH 310
Introduction to Discrete Mathematics
MATH 304
Functions, Applications and Explorations
3
MATH 308
Rational Numbers and Data Analysis for Teachers
3
MATH 403
Geometry for Elementary and Middle Grades Teachers
3
or MATH 323
Geometry I
MATH 411
Problem Solving for Elementary and Middle Grades Teachers
3
or MATH 421
Problem Solving for Secondary Teachers
MATH 413
Algebra and Technology for Middle Grades Teachers
3
MATH 490
Seminar in Middle Grades Mathematics
3
or MATH 498
Senior Seminar
Total Hours
34
Students must attain a grade of “C” or better in each required course and must have a 2.5 GPA overall in required mathematics courses.
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
MATH 136
4
MATH 183
3
SMED 101
3
MATH 205
3
ENG 100
3
SMED 102
3
Colonnade: Natural & Physical Sciences
3
COMM 145
3
Colonnade: Arts & Humanities
3
Colonnade: Social & Behavioral
3
16
15
Second Year
Fall
Hours
Spring
Hours
MATH 302
3
MATH 206
3
MATH 308
3
MATH 304
3
SMED 310
3
SMED 320
3
ENG 200
3
Colonnade: Natural & Physical Sciences with Lab
3
World Language, if needed OR General Elective
3
World Language, if needed OR General Elective
3
15
15
Third Year
Fall
Hours
Spring
Hours
MATH 411
3
MATH 403
3
MATH 413
3
SMED 360
3
SMED 340
3
ENG 300
3
Colonnade: Connections (Social & Cultural)
3
Colonnade: Connections (Local to Global)
3
Elective
3
Elective
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
MATH 490
3
SMED 489
3
SMED 470
3
MGE 490
10
Colonnade: Connections (Systems)
3
Elective
3
Elective(s)
4
16
13
Total Hours 120
Minor in Applied Statistics
A minor in applied statistics requires a minimum of 19 semester hours. This program
is designed for a student seeking a career as a statistical programmer/analyst/consultant
in a knowledge-based industry or in a research institution.
A minor in applied statistics requires a minimum of 19 semester hours. This program is designed for a student seeking a career as a statistical programmer/analyst/consultant in a knowledge-based industry or in a research institution.
Program Requirements (19 hours)
Course List
Code
Title
Hours
MATH 136
Calculus I
4
STAT 301
Introductory Probability and Applied Statistics
3
STAT 330
Introduction to Statistical Software
3
STAT 401
Regression Analysis
3
STAT 402
Experimental Design
3
Select at least three credit hours of relevant elective courseworks from the following:
3
Any 300-level or 400-level STAT course1
MATH 482
Probability and Statistics II
At most 3 credit hours of 300-400 level statistical coursework relevant to the student’s area of study2
Total Hours
19
1
Other than STAT 301, STAT 330, STAT 401, and STAT 402.
2
With prior approval from the Statistics Education Committee of the Department of Mathematics
Minor in Mathematics (Minor for Employment in Industry and/or Graduate Studies in
Mathematics)
This is a 24-hour minor.
Minor in Mathematics
Mathematics, Minor (Minor for Employment in Industry and/or Graduate Studies in Mathematics) (417)
Students may not count MATH 302, MATH 304, MATH 308, MATH 403, MATH 411, MATH 413, MATH 421, or MATH 490 toward the minor. MATH 398 may count toward the minor only if the student completes MATH 498.
2
Students may not count both MATH 382 and STAT 301 in the minor.
This program will prepare students for a wide variety of careers in STEM, graduate
work in physics, astronomy, and related fields or professional schools such as medical
school.
The Physics Major (reference number 754) can, by proper choice of electives, prepare students for a wide variety of careers in STEM, graduate work in physics, astronomy, and related fields or professional schools such as medical school. Included in this major is a 3-2 Physics/Aerospace Engineering pathway. Under this pathway, students spend 3 years at WKU and two years at the University of Alabama, Tuscaloosa. At the end of 5 years, they receive a BS in Physics from WKU and a BS in Aerospace Engineering from UA. Details can be found on the department website at https://www.wku.edu/physics/programs/aerospace_engineering_pathway/aerospace_engineering_pathway.php.
The major in physics requires a minimum of 35 semester hours and leads to a Bachelor of Science degree. A minor or second major is required. The foundation for the undergraduate major is provided by a core sequence of six lecture and five laboratory courses, requiring a total of 29 semester hours.
Course List
Code
Title
Hours
Core Sequence
PHYS 180 & PHYS 181
Introductory Modern Physics and Introductory Modern Physics Laboratory
4
PHYS 255 & PHYS 256
University Physics I and University Physics I Lab
5
PHYS 265 & PHYS 266
University Physics II and University Physics II Laboratory
5
PHYS 301
Electrical Measurements Laboratory
1
PHYS 302
Atomic Physics Laboratory
1
PHYS 316
Computational Physics
3
or PHYS 318
Data Acquisition Using Labview
PHYS 321
Introductory Modern Physics II
3
PHYS 350
Classical Mechanics I
3
PHYS 398
Junior Seminar
0.5
PHYS 440
Electricity and Magnetism I
3
PHYS 498
Senior Seminar
0.5
Select a minimum of 6 semester hours of upper division departmental courses1
6
Total Hours
35
1
The selection is determined by the student’s career aspirations, subject to approval by the student’s departmental advisor. The upper division electives must be chosen from the courses listed for departmental majors and minors, excluding PHYS 389, PHYS 399, and PHYS 489.
No more than 3 hours of PHYS 475 may be counted toward the 35 hour minimum requirement for the major.
Course List
Code
Title
Hours
Support Requirements
MATH 136
Calculus I
4
MATH 137
Calculus II
4
MATH 237
Multivariable Calculus
4
MATH 307
Introduction to Linear Algebra (or MATH 370 for applied physics track)
3
MATH 331
Differential Equations
3
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
5
(Support requirements differ for teacher certification; see below.) The department has prepared several career-oriented tracks, which detail relevant departmental electives and additional or departmentally-approved substitute support courses. Advising tracks currently defined within the Bachelor of Science in physics program include the following:
The general physics track is designed for those students who wish to pursue careers as physicists or are preparing for graduate study in physics.
The applied physics track combines extensive technical knowledge, related problem-solving skills, and computer techniques and internship opportunities to prepare students for positions in industrial and governmental laboratories.
The physics and astronomy track prepares students for careers in astronomy/space science and for graduate study in these areas.
The teacher certification track prepares students for careers teaching physics at the secondary school level. The student must also complete professional education requirements as specified by the School of Teacher Education. Students in this option must have a second major in science and math education (SMED).
Other - There are some specified programs such as a suggested pre-medicine curriculum for students wishing to major in physics. Course recommendations for these tracks are available from the departmental office. In all cases, the student must work closely with the departmental advisor from the beginning to plan a program of study that meets departmental and University requirements and that maximizes preparation to meet career goals.
Transfer of Credit
Transfer courses are welcomed and approved through the Physics faculty and College Dean.
Finish in Four Plans
Physics, No Concentration
First Year
Fall
Hours
Spring
Hours
PHYS 180
3
PHYS 255
4
PHYS 181
1
PHYS 256
1
MATH 136
4
MATH 137
4
ENG 100
3
CHEM 120
3
COMM 145
3
CHEM 121
2
PHYS 170
1
HIST 101 or HIST 102
3
PHYS 171
1
15
18
Second Year
Fall
Hours
Spring
Hours
PHYS 265
4
PHYS 321
3
PHYS 266
1
MATH 331
3
MATH 237
4
PHYS 301
1
MATH 307 or MATH 370
3
ENG 300
3
ENG 200
3
Colonnade
3
Colonnade
3
15
16
Third Year
Fall
Hours
Spring
Hours
PHYS 350
3
PHYS 480 (or PHYS 441/404)
3
PHYS 470 & PHYS 407 (or PHYS 460/406 or PHYS 425)
4
PHYS 316
3
PHYS 302
1
PHYS 398
0.5
MATH 435
3
PHYS 450 or PHYS 445
3
PHYS 330
3
MATH 382
3
Colonnade
3
Colonnade
3
17
15.5
Fourth Year
Fall
Hours
Spring
Hours
PHYS 470 & PHYS 407 (or PHYS 460/406 or PHYS 425)
4
PHYS 445 or PHYS 450
3
PHYS 440
3
MATH 450
3
PHYS 498
0.5
PHYS 480 (or PHYS 441/404)
3
PHYS 318
3
Colonnade
3
Colonnade
3
Colonnade
3
16.5
12
Total Hours 125
Physics, Physics Education
First Year
Fall
Hours
Spring
Hours
PHYS 170
1
PHYS 171
1
PHYS 180
3
PHYS 255
4
PHYS 181
1
PHYS 256
1
MATH 136
4
MATH 137
4
ENG 100
3
PHIL 215 or EE 180
3
Colonnade - Arts & Humanities
3
HIST 101 or HIST 102
3
SMED 101
3
SMED 102
3
COMM 145
3
21
19
Second Year
Fall
Hours
Spring
Hours
PHYS 265
4
PHYS 321
3
PHYS 266
1
PHYS 301
1
MATH 237
4
MATH 307
3
ENG 200
3
CHEM 120
3
SMED 310
3
CHEM 121
2
SMED 320
3
15
15
Third Year
Fall
Hours
Spring
Hours
PHYS 302
1
PHYS 440
3
PHYS 350
3
PHYS 398
0.5
PHYS 316 or PHYS 318
3
Colonnade - Social & Cultural
3
ENG 300
3
Colonnade - Local to Global
3
SMED 340
3
SMED 360
3
MATH 331
3
SPED 330
3
16
15.5
Fourth Year
Fall
Hours
Spring
Hours
PHYS upper-division Elective
3
SMED 489
3
PHYS upper-division Elective
3
SEC 490
10
PHYS 498
0.5
Colonnade - Systems
3
SMED 470
3
LTCY 421
3
15.5
13
Total Hours 130
Minor in Astronomy
Science majors can choose from a variety of specializations connecting to other fields,
such as astrobiology, astrochemistry, astrostatistics, or planetary science. Students
in other disciplines may still obtain a firm grounding in basic astronomy and physics,
supplemented with relevant courses from other fields.
The minor in astronomy is designed to provide a background in astronomy for students with a range of backgrounds. Science majors can choose from a variety of specializations connecting to other fields (Option A below), such as astrobiology, astrochemistry, astrostatistics, or planetary science. Students in other disciplines may still obtain a firm grounding in basic astronomy and physics, supplemented with relevant courses from other fields (Option B below.
A minor in astronomy consists of 19-20 credit hours.
Option A
Course List
Code
Title
Hours
Option A: Required Courses
ASTR 214
General Astronomy
4
ASTR 314
Observational Astronomy
4
Option A: Electives1
12
Students choose a specialization area that interests them and take a minimum of two courses (at least 6 hours) from this area , plus enough other courses from the list of general elective courses to reach the 20 hour program option requirement.
Students choose three unduplicated courses from the following list:
ASTR 305
Introduction to Astrobiology
COMM 365
Intercultural Communication
PHYS 489
Internship in Physics and Astronomy
REC 434
Interpreting America's National Parks
ASTR 104, ASTR 106, and PHYS 103 may apply if not used in Option B: Required Courses.
Total Hours
19
Students may petition the department to replace one of the above elective course with a different 3-hour course with a demonstrable connection to astronomy. The minor must include at least 10 credit hours at the 300-level or above.
Minor in Biophysics
This minor requires a minimum of 18 semester hours. The course sequence is intended
to serve students of the life sciences, that is, students of biology, pre-medicine
and pre-dental, agriculture, environmental health, psychology, science teaching, environmental
engineering, pre-veterinary, pre-pharmacy, and pre-optometry. In general, this curriculum
treats the physics of life processes and various applications of physics to biology
and medicine.
The minor in biophysics requires a minimum of 18 semester hours. This course sequence is intended to serve students of the life sciences, that is, students of biology, pre-medicine and pre-dental, agriculture, environmental health, psychology, science teaching, environmental engineering, pre-veterinary, pre-pharmacy and pre-optometry. In general, this curriculum treats the physics of life processes and various applications of physics to biology and medicine. (See the Biophysics section in this catalog.)
Course List
Code
Title
Hours
Complete two semesters of either Introductory Biophysics (PHYS 231 and PHYS 332) or University Physics (PHYS 255 and PHYS 265).
8-10
PHYS 231 & PHYS 232 & PHYS 332 & PHYS 233
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I and Introduction to Physics and Biophysics II and Laboratory for Physics and Biophysics II
PHYS 255 & PHYS 256 & PHYS 265 & PHYS 266
University Physics I and University Physics I Lab and University Physics II and University Physics II Laboratory
Select one of the following:
4
PHYS 335
General Biophysics
PHYS 337
Medical Imaging
PHYS 359
Clinical Optics
PHYS 379
Nanotechnology in Biophysics and Medicine
PHYS 431
Radiation Biophysics
PHYS 441 & PHYS 404
Optics and Optics Laboratory
Select additional related courses from the list below as needed to fulfill the minimum requirement of 18-20 credit hours for the Biophysics minor. (Substitutions to the courses below must be approved ahead of time by the Biophysics advisor.)
6
ASTR 305
Introduction to Astrobiology
BIOL 312
Bioinformatics
BIOL 319
Introduction to Molecular and Cell Biology
BIOL 335
Neurobiology
BIOL 377
Animal Form and Function
BIOL 399
Research in the Biological Sciences (Research topics must be biophysics-related and approved in advance by the program coordinator)
BIOL 404
Techniques and Theory of Electron Microscopy
BIOL 411
Cell Biology
CHEM 320
Inorganic Chemistry I
CHEM 399
Research Problems in Chemistry (Research topics must be biophysics-related and approved in advance by the program coordinator)
CHEM 420
Inorganic Chemistry II
CHEM 446
Biochemistry I
CHEM 447
Biochemistry Laboratory
CHEM 450 & CHEM 451
Physical Chemistry I and Physical Chemistry I Laboratory
EXS 310
Kinesiology
EXS 346
Biomechanics
PHYS 335
General Biophysics
PHYS 337
Medical Imaging
PHYS 359
Clinical Optics
PHYS 379
Nanotechnology in Biophysics and Medicine
PHYS 399
Research Problems in Physics and Astronomy (Research topics must be biophysics-related and approved in advance by the program coordinator)
This program is designed for students who are interested in a science-oriented degree
that will prepare them for graduate study in psychology or a related field or for
employment in jobs where strong quantitative and research skills are required.
Psychological Science, B.S.
There was an error retrieving information from the WKU CourseLeaf API.
If you continue to see this message, contact the ITS Service Desk.
The requested program could not be found.
Minor in Neuroscience
The minor in Neuroscience offers students the opportunity to study the intersection
of brain and behavior in a manner that incorporates tools and perspectives from the
psychological and biological sciences, and related disciplines.
The minor in Neuroscience offers students the opportunity to study the intersection of brain and behavior in a manner that incorporates tools and perspectives from the psychological and biological sciences, and related disciplines. This minor will be an attractive option for students who are:
Planning to pursue advanced study in any of several fields related to neuroscience, including psychology, biology, medicine, counseling, or social work or
Seeking relevant training for jobs related to the assessment, rehabilitation, and treatment of brain damage, brain diseases, and addiction.
Course List
Code
Title
Hours
Choose one
3
PSYS 100
Introduction to Psychology
or PSY 100
Introduction to Psychology
PSYS 160
Introduction to Biopsychology
Choose one pair of research methods courses
4
PSYS 210 & PSYS 211
Research Methods in Psychology and Research Methods in Psychology Laboratory
or PSY 210 & PSY 211
Research Methods in Psychology and Research Methods in Psychology Laboratory
Biology Prerequisite Core
8
BIOL 120 & BIOL 121
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
Upper level minor core (choose two)
6
PSYS 360
Behavioral Neuroscience
BIOL 335
Neurobiology
PHIL 332
Philosophy of Mind: Minds and Machines
NEUR 310
Research Techniques of Neuroscience
Select 9 credit hours in electives from the following courses: (Must include at least 3 PSYS hours and 3 BIOL hours)
9
PSYS 331
Principles of Human and Animal Learning
PSYS 333
Cognitive Psychology
PSYS 363
Sensory and Perceptual Systems
PSYS 462
Fundamentals of Cognitive Neuroscience
PSYS 465
Psychopharmacology
PSYS 482
Psychology of Sexuality
BIOL 316
Evolution: Theory and Process
BIOL 319
Introduction to Molecular and Cell Biology
BIOL 327
Genetics
BIOL 334
Animal Behavior
BIOL/CHEM 446
Biochemistry I
BIOL 464
Endocrinology
NEUR 401
Cellular and Molecular Neuroscience
NEUR 402
Systems Neuroscience
Total Hours
30
Note: Some courses available for the minor may have additional prerequisites.
Minor in Psychological Science
This minor might appeal to students who are in a pre-professional track (e.g., pre-med)
or to students majoring in disciplines where psychological science can inform research
and practice (e.g., biology, computer science, philosophy, religious studies, nursing,
communication disorders, management, etc.).
The minor in Psychological Science provides graduates with a broad overview of the discipline as well as exposure to the foundations of the discipline. The Psychological Science minor focuses students on becoming more engaged critical consumers of the science underlying psychology through courses informed by current research and practice in the scientific study of individual and collective behavior, the physical and environmental bases of behavior, and the analysis and treatment of behavioral problems. This minor might appeal to students who are in a pre-professional track (e.g., pre-med) or to students majoring in disciplines where psychological science can inform research and practice (e.g., biology, computer science, philosophy, religious studies, nursing, communication disorders, management, etc.).
Course List
Code
Title
Hours
Required Courses
PSYS 100
Introduction to Psychology
3
or PSYS 160
Introduction to Biopsychology
PSYS 210 & PSYS 211
Research Methods in Psychology and Research Methods in Psychology Laboratory
4
Individual Differences and Social Processes (Category A)
PSYS 350
Social Psychology
3
or PSYS 440
Abnormal Psychology
Learning, Cognition, and Biopsychology (Category B)
Select one of the following:
3
PSYS 331
Principles of Human and Animal Learning
PSYS 333
Cognitive Psychology
PSYS 360
Behavioral Neuroscience
PSYS 363
Sensory and Perceptual Systems
Developmental Processes (Category C)
Select one of the following:
3
PSYS 220
Introduction to Lifespan Developmental Psychology
PSYS 321
Child Developmental Psychology
PSYS 423
Psychology of Adult Life and Aging
Additional Upper-level Courses1
Select six additional upper-level credit hours of PSYS courses2
6
Total Hours
22
1
The six additional upper-level credit hours of PSYS courses can include the above restricted elective courses that were not taken to meet the other requirements or any other upper-level PSYS hours. These hours can include no more than 3 credit hours of PSYS 490.
2
PSYS 300 can be taken to satisfy 3 of the 6 credit hours for these upper-level electives.
The middle school science major is for students who plan to teach science in grades
5 through 9. The middle school science major also requires completion of the science
and mathematics education (SMED) program. Upon successful completion of both majors,
students will qualify for an institutional recommendation for a Kentucky Provisional
Certificate for teaching in the middle grades (5-9) science field. Students must successfully
complete 30-31 semester hours of coursework.
The middle school science major is for students who plan to teach science in grades 5 through 9. The middle school science major also requires completion of the science and mathematics education (SMED) program. Upon successful completion of both majors, the student will earn a Bachelor of Science degree and will qualify for an institutional recommendation for a Kentucky Provisional Certificate for teaching in the middle grades (5-9) science field. Students may earn dual certification in both Middle School Science and Middle Grades Mathematics. Students who have an interest in teaching at the secondary level may earn dual certification in Middle School Science/Secondary Biology or Middle School Science/Secondary Chemistry. Students should contact the SKyTeach Office, Kelly Thompson Hall 1011A, 270-745-3900 or visit www.wku.edu/skyteach.
To major in Middle School Science, students must complete 30-31 semester hours of coursework with a “C” or higher in each course. All science courses must be completed with an average GPA of 2.75 or better.
Course List
Code
Title
Hours
Core Courses
ASTR 104
Astronomy of the Solar System
3
or ASTR 106
Astronomy of Stellar Systems
BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
4
Select one of the following:
4
GEOL 111 & GEOL 113
The Earth and The Earth Laboratory
GEOL 112 & GEOL 114
Earth's Past and Future and Earth's Past and Future Lab
Select one of the following:
4
PHYS 201
College Physics I
PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
Upper-Level Science Courses
SMED 360
Research Methods for Math and Science Teachers
3
Select three of the following:
9
ASTR 405
Astronomy for Teachers
BIOL 303
Life Science for Middle Grades Teachers
CHEM 470
Chemistry / Middle School
GEOL 305
Earth System Science for Teachers
Upper-Level Restricted Electives
Select one of the following:
3-4
BIOL 319 & BIOL 322
Introduction to Molecular and Cell Biology and Introduction to Molecular and Cell Biology Laboratory
BIOL 325
Insect Biodiversity
BIOL 326
Ornithology
BIOL 327
Genetics
BIOL 334
Animal Behavior
BIOL 348
Plant Taxonomy
GEOG 471
Technological Applications in Natural Resource Management
GEOL 408
Structural Geology
GEOL 310
Global Hydrology
GEOL 311
General Oceanography
GEOL 325
Introduction to Minerals and Crystalline Rocks
GEOL 380
Introductory Field Techniques
GEOL 405
Paleontology
SMED 300
Middle Grades Science Skills and Methods
SMED 400
Applying Middle Grade Science Across Disciplines
Total Hours
30-31
Support Courses
Students must complete the following support courses:
Course List
Code
Title
Hours
BIOL 120 & BIOL 121
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
4
Select one of the following:
3-5
MATH 117
Trigonometry
MATH 136
Calculus I
Select one of the following:
4-5
CHEM 105 & CHEM 106
Fundamentals of General Chemistry and Fundamentals of General Chemistry Laboratory
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
Total Hours
11-14
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
ASTR 104 or ASTR 106
3
GEOL 111 & GEOL 113
or GEOL 112/114
4
BIOL 120 & BIOL 121
or BIOL 122/123
4
BIOL 120 & BIOL 121
or BIOL 122/123
4
ENG 100
3
COMM 145
3
MATH 117
3
HIST 101 or HIST 102
3
SMED 101
3
SMED 102
3
16
17
Second Year
Fall
Hours
Spring
Hours
CHEM 105 & CHEM 106
or CHEM 120/121
4
PHYS 201 or PHYS 231/232
4
ENG 200
3
SMED 320
3
Colonnade: Arts & Humanities
3
Restricted Upper Division Elective*
3
SMED 310
3
World Language, if needed OR General Elective
3
World Language, if needed OR General Elective
3
General Elective
3
16
16
Third Year
Fall
Hours
Spring
Hours
SMED 340
3
SMED 360
3
MSS Elective
3
ENG 300
3
Restricted Upper Division Elective*
3
Restricted Upper Division Elective*
3
Colonnade: Connections (Social & Cultural)
3
MSS Elective
3
General Elective
3
MSS Elective
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
SMED 470
3
MGE 490
5-10
General Education B
3
SMED 489
3
Colonnade: Connections (Systems)
3
Colonnade: Connections (Local to Global)
3
12
13
Total Hours 120
*
Restricted upper division course. Student must select 3 of the following courses with the assistance of their advisor:
ASTR 405 Astronomy for Teachers
CHEM 470 Chemistry for Teachers
BIOL 303 Life Sciences for Middle Grades Teachers
GEOL 305 Earth Systems for Teachers
Bachelor of Science in Neuroscience
This program begins with a rigorous core of basic science classes and laboratories,
moving on to a core of more advanced classes. All students are educated in the breadth
of the subject, but will eventually choose one of three concentrations - systems,
behavioral, or computational.
The subject of neuroscience - the science of nervous system and brain structure and function - is a rapidly-growing science that has become established within many different scientific disciplines. The Neuroscience Major begins with a rigorous core of basic science classes and laboratories, moving on to a core of more advanced classes. All students are educated in the breadth of the subject, but will eventually choose one of three concentrations – systems, behavioral, or computational.
These three concentrations represent natural pipelines to a variety of careers and postgraduate degree options. The Systems concentration can lead to options such as in-depth graduate study in neuroscience or clinical psychopharmacology or a career in the pharmaceutical industry. The Systems concentration may also be supplemented with additional coursework as a pre-health professions option leading to a medical school application. Students in the Behavioral concentration can progress to graduate study in cognitive neuroscience or psychiatry. Those in the Computational concentration could find career options such as artificial intelligence, medical data analytics, healthcare analytics, prosthetics, or robotics. As a strong natural science degree with a large “hands-on” component, the Neuroscience Major educates students to be lifelong innovators and problem-solvers.
Systems (NSYS)
Behavioral (NBEH)
Computational (NCOM)
Program Requirements (64-70 Hours)
The Neuroscience Major begins with a rigorous core of basic science classes and laboratories, moving on to a core of more advanced classes. All students are educated in the breadth of the subject, but will eventually choose one of three concentrations - systems, behavioral, or computational.
Course List
Code
Title
Hours
Core Courses
BIOL 120 & BIOL 121
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
4
Take 3 of these 4
11-13
BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
PSYS 160 & PSYS 161
Introduction to Biopsychology and Introduction to Biopsychology Laboratory
CS 170
Problem Solving and Programming
or PSYS 415
Programming for Social Sciences
MATH 183
Introductory Statistics
3
or BIOL 382
Introductory Biostatistics
or PSYS 313
Statistics in Psychology
PSYS 210 & PSYS 211
Research Methods in Psychology and Research Methods in Psychology Laboratory
4
PSYS 300
Writing in the Psychological Sciences
3
NEUR 175
Neuroscience Seminar 1
1
NEUR 310
Research Techniques of Neuroscience
3
NEUR 401
Cellular and Molecular Neuroscience
3
NEUR 402
Systems Neuroscience
3
NEUR 498
Neuroscience Seminar 2 1
2
BIOL 399
Research in the Biological Sciences
1
or CHEM 399
Research Problems in Chemistry
or PSYS 490
Independent Study in Psychological Sciences
Total Hours
38-40
1
NEUR 498 will need to be taken twice to fulfill the requirements of Neuroscience.
Systems Concentration (67-70 hours)
Course List
Code
Title
Hours
Core Courses
38-40
BIOL 224 & BIOL 225
Animal Biology and Diversity and Animal Biology and Diversity Lab
4
BIOL 319
Introduction to Molecular and Cell Biology
3
BIOL 330
Animal Physiology
3
BIOL 464
Endocrinology
3
CHEM 222 & CHEM 223
College Chemistry II and College Chemistry II Laboratory
5
CHEM 340 & CHEM 341
Organic Chemistry I and Organic Chemistry Laboratory I
5
PSYS 360 & PSYS 365
Behavioral Neuroscience and Laboratory in Behavioral Neuroscience
3-4
or BIOL 335
Neurobiology
PSYS 465
Psychopharmacology
3
Total Hours
67-70
Behavioral Concentration (64-66 hours)
Course List
Code
Title
Hours
Core Courses
38-40
BIOL 224 & BIOL 225
Animal Biology and Diversity and Animal Biology and Diversity Lab
4
PSYS 331
Principles of Human and Animal Learning
3
or BIOL 334
Animal Behavior
PSYS 333
Cognitive Psychology
3
PSYS 360 & PSYS 365
Behavioral Neuroscience and Laboratory in Behavioral Neuroscience
4
PSYS 363
Sensory and Perceptual Systems
3
PSYS 440
Abnormal Psychology
3
PSYS 462
Fundamentals of Cognitive Neuroscience
3
PSYS 465
Psychopharmacology
3
Total Hours
64-66
Computational Concentration (64-66 hours)
Course List
Code
Title
Hours
Core Courses
38-40
CS 180
Computer Science I
4
CS 290
Computer Science II
4
CS 331
Data Structures
3
CS 339
Discrete Structures
3
CS 456
Artificial Intelligence
3
MATH 307
Introduction to Linear Algebra
3
PSYS 360
Behavioral Neuroscience
3
or BIOL 335
Neurobiology
PSYS 333
Cognitive Psychology
3
Total Hours
64-66
Required Support Course for Computational Concentration (4 hours)
Course List
Code
Title
Hours
MATH 136
Calculus I
4
Total Hours
4
Finish in Four Plans
Systems Concentration
First Year
Fall
Hours
Spring
Hours
BIOL 120
3
BIOL 122
3
BIOL 121
1
BIOL 123
1
ENG 100
3
CHEM 120
3
MATH 116
3
CHEM 121
2
NEUR 175
1
COMM 145
3
PSYS 160
3
Colonnade F-SB
3
PSYS 161
1
15
15
Second Year
Fall
Hours
Spring
Hours
MATH 183
3
ENG 200
3
CHEM 222
3
NEUR 310
3
CHEM 223
2
BIOL 224
3
PSYS 210
3
BIOL 225
1
PSYS 211
1
BIOL 319
3
Colonnade E-AH
3
Colonnade E-SB
3
15
16
Third Year
Fall
Hours
Spring
Hours
BIOL 330
3
NEUR 402
3
CHEM 340
3
PSYS 300
3
CHEM 341
2
Colonnade K-SY
3
NEUR 401
3
Elective
3
NEUR 498
1
Elective
3
Colonnade K-LG
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
BIOL 335
3
Independent Study
1
BIOL 464
3
Elective
3
NEUR 498
1
Elective
3
PSYS 465
3
Elective
3
Colonnade K-SC
3
Elective
3
Elective
3
16
13
Total Hours 120
Behavioral Concentration
First Year
Fall
Hours
Spring
Hours
BIOL 120
3
BIOL 122
3
BIOL 121
1
BIOL 123
1
ENG 100
3
CHEM 120
3
MATH 116
3
CHEM 121
2
NEUR 175
1
PSYS 100
3
PSYS 160
3
Colonnade F-SB
3
PSYS 161
1
15
15
Second Year
Fall
Hours
Spring
Hours
BIOL 224
3
COMM 145
3
BIOL 225
1
NEUR 310
3
ENG 200
3
PSYS 313
3
PSYS 210
3
PSYS 333
3
PSYS 211
1
Colonnade E-SB
3
Colonnade E-AH
3
14
15
Third Year
Fall
Hours
Spring
Hours
NEUR 401
3
NEUR 402
3
NEUR 498
1
PSYS 300
3
PSYS 331
3
PSYS 363
3
PSYS 440
3
Colonnade K-SY
3
Colonnade K-LG
3
Elective
3
Elective
3
16
15
Fourth Year
Fall
Hours
Spring
Hours
NEUR 498
1
Independent Study
1
PSYS 360
3
PSYS 462
3
PSYS 365
1
Elective
3
PSYS 465
3
Elective
3
Colonnade K-SC
3
Elective
3
Elective
3
Elective
3
14
16
Total Hours 120
Computational Concentration
First Year
Fall
Hours
Spring
Hours
BIOL 120
3
BIOL 122
3
BIOL 121
1
BIOL 123
1
ENG 100
3
COMM 145
3
MATH 116
3
MATH 117
3
PSYS 160
3
Colonnade F-SB
3
PSYS 161
1
NEUR 175
1
15
13
Second Year
Fall
Hours
Spring
Hours
CS 180
4
CS 290
4
MATH 136
4
ENG 200
3
PSYS 210
3
MATH 307
3
PSYS 211
1
NEUR 310
3
Colonnade E-AH
3
PSYS 313
3
PSYS 415
3
15
19
Third Year
Fall
Hours
Spring
Hours
CS 331
3
CS 339
3
NEUR 401
3
NEUR 402
3
NEUR 498
1
PSYS 300
3
PSYS 360
3
Colonnade E-SB
3
Colonnade K-LG
3
Colonnade K-SY
3
Elective
3
16
15
Fourth Year
Fall
Hours
Spring
Hours
NEUR 498
1
Independent Study
1
CS 456
3
PSYS 333
3
Elective
3
Elective
3
Elective
3
Elective
3
Elective
3
Elective
3
Elective
3
Elective
1
16
14
Total Hours 123
Brewing and Distilling Arts & Sciences, Certificate
This multidisciplinary certificate is designed to complement an existing major in
a related field, by providing a background understanding of topics related to the
brewing and distilling industries−students need to become competitive in the marketplace.
Brewing and Distilling Arts & Sciences Certificate
Brewing and Distilling Arts & Sciences, Certificate (1733)
Humans have been brewing alcohol since the dawn of recorded history, and distilling stretches back over a thousand years. Brewing and distilling play a major role in the Kentucky and U.S. economy. Industries as diverse as farming, tourism, construction, and retail all rely on and contribute to alcohol production.
This multidisciplinary certificate is designed to complement an existing major in a related field, by providing a background understanding of topics related to the brewing and distilling industries−students need to become competitive in the marketplace.
Program Requirements (10-12 hours)
Course List
Code
Title
Hours
BDAS 300
The Science of Fermentation in Brewing and Distilling
3
ENT 312
Entrepreneurship
3
ART/HIST 395
A Cultural History of Alcohol
3
or GEOG 386
Geography of Potent Potables:Brewing, Distilling, and Wine Making
Architectural Science is a bridge between design theory and construction practice.
Graduates find employment as drafters, designers, construction planners, estimators,
inspectors, technical sales representatives, and many other exciting areas.
Architectural Science is a bridge between design theory and construction practice. Architectural Technologists perform a variety of important functions in many areas of the architectural and building construction fields and are widely recognized by professionals in the construction industry. Graduates find employment as drafters, designers, construction planners, estimators, inspectors, technical sales representatives, and many other exciting areas.
Career Opportunities
Graduates obtain employment in a wide variety of organizations: architectural firms, engineering firms, interior design firms, contractors, design-build construction firms, surveying firms, government agencies, construction product manufacturers, construction material suppliers, inspection and testing firms, specialty consultants, and computer applications consultants.
Program Description
The program in Architectural Science is designed to provide graduates with a practical architectural education combining an understanding of the philosophy of building design with an applied technical knowledge of construction systems and materials. Graduates are prepared with the knowledge and skills to assist in developing drawings and related documentation, constructing architectural models, developing architectural renderings, creating digital images and visualizations, preparing cost estimates and construction planning documentation, and making professional presentations.
Program instruction includes architectural drafting, construction methods and materials, design principles, environmental systems, building systems, building codes, structural principles, project management, sustainability, and professional presentations.
Select 14 hours of advisor-approved architectural science electives. At least 3 hours of electives are required to be upper division
14
CE 160
Principles of Surveying
CE 161
Principles of Surveying Lab
ACCT 110
Accounting for Decision Makers
MKT 220
Basic Marketing Concepts
RE 170C
Essentials of Real Estate
RE 171C
Real Estate Brokerage Operation
RE 172C
Real Estate Marketing
RE 273C
Real Estate Law
RE 274C
Real Estate Appraisals
IDFS 201
Interior Design Studio I
IDFS 243
Materials and Finishes for Interior Design
IDFS 300
Interior Design Studio II
IDFS 301
Interior Design Studio III
IDFS 304
Lighting and Environmental Controls
IDFS 344
Revit for Interiors I
IDFS 401
Interior Design Studio V
IDFS 421
Portfolio Design
IDFS 427
Revit for Interiors II
CE 316
Equipment & Methods
CM 462
Construction Scheduling
ART 405
Art Theory and Criticism
GISC 316
Geographic Information Systems I
AS 375
Special Architectural Problems
AS 378
Architectural / Professional Presentation
AS 380
Independent Study in Architectural Sciences
AS 470
Land Development
SEAS 401
Contemporary Issues in Architecture and Manufacturing
SEAS 475
Selected Topics in Industry
Total Hours
80
A minor or second major is not required.
Additional Courses Required for the Major
Course List
Code
Title
Hours
MATH 117
Trigonometry
3
ECON 150
Introduction to Economics
3
or ECO 150C
Introduction to Economics
or ECON 202
Principles of Economics (Micro)
or ECO 202C
Principles of Economics (Micro)
or ECON 203
Principles of Economics (Macro)
or ECO 203C
Principles of Economics (Macro)
or ECON 375
Moral Issues of Capitalism
or ECON 390
Economics, Law, and Public Choice
Total Hours
6
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
AS 151
3
AS 163
3
AS 180
3
CM 261
3
MATH 117
3
ENG 200
3
ENG 100
3
ECON 202
3
Colonnade - Natural & Physical Science w/out lab
3
HIST 101
3
15
15
Second Year
Fall
Hours
Spring
Hours
AS 251
3
AS 273
3
AS 263
3
AS 351
3
AS 305
3
Management Elective
3
COMM 145
3
SEAS 325
3
CM 282
3
AS 369
4
15
16
Third Year
Fall
Hours
Spring
Hours
AS 373
3
MFGE 390
3
CE 303
3
Architectural Science Elective
3
Architectural Science Elective
3
ENG 300
3
Colonnade - Social & Cultural
3
Architectural Science Elective
3
SEAS 398
1
Colonnade - Local to Global
3
General Elective
3
16
15
Fourth Year
Fall
Hours
Spring
Hours
AS 469
4
Colonnade - Natural & Physical Science w/Lab
3
AS 488
3
AS 490
3
General Elective
1
Colonnade - Systems
3
Architectural Science Elective
2
Architectural Science Elective
3
CM 363
3
ENG 306 or ENG 307
3
13
15
Total Hours 120
Bachelor of Science in Civil Engineering
These skills learned in this program are complemented by advanced topics in engineering
design, management, finance, computer applications, and real world civil engineering
experiences. This program focuses on construction, geotechnical engineering, construction
materials, structures, surveying, and hydrology.
Civil Engineering, B.S.
Civil Engineering, Bachelor of Science (534P, 534)
Civil engineers design a better world in which to live. They design, build, and maintain our nation’s infrastructure including: roads and bridges; buildings and foundations; water supply and waste-water facilities; stormwater management systems; and environmental protection facilities.
The mission of the civil engineering program is to prepare students for professional engineering and management positions in all phases of civil engineering projects. The program provides a broad educational background with a foundation in basic engineering and business principles. These basic skills are complemented by advanced topics in engineering design, management, finance, computer applications, and real world civil engineering experiences throughout the baccalaureate degree program. The civil engineering program at WKU focuses on construction, geotechnical engineering, construction materials, structures, surveying, and hydrology.
The teaching philosophy of this program focuses on project-based learning. This is achieved by placing competent, practicing engineers in the classroom as professors, engaging students in the practice of civil engineering through hands-on class projects, and involving students in faculty consulting and applied research activities. Real engineering projects often serve as class projects. Project sites and professional engineering and construction management firm offices often serve as classrooms.
The curriculum requires a minimum of 62-63 technical specialty hours, completion of pre-major courses, additional 32 semester hours of math and science requirements, and completion of Colonnade general education hours.
The WKU Civil Engineering program is accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org.
Civil Engineering Program Educational Objectives
The program achieves its mission by focusing on specific educational objectives. A few years after graduation, WKU CE graduates are expected to have the following characteristics:
Objective 1: Graduates attain positions of Engineer in Responsible Charge on projects in both the public and private sectors and successfully execute projects using technical and managerial skills while demonstrating professional and ethical behavior. Objective 2: Graduates attain Engineering licensure and other professional certifications as appropriate to their career. Objective 3: Graduates continue to pursue life-long learning opportunities through advanced degrees and various continuing education endeavors. Objective 4: Graduates become leaders within their companies, the profession, and other activities.
Academic Standards for the WKU Civil Engineering Program
Students are admitted as a pre-major in civil engineering. To transition from pre-major to major and to graduate with a degree in civil engineering, students must complete each of the following courses and labs with a grade of “C” or better:
Course List
Code
Title
Hours
ENG 100
Introduction to College Writing
3
COMM 145
Fundamentals of Public Speaking and Communication 1
3
MATH 136 & MATH 137
Calculus I and Calculus II
8
PHYS 255 & PHYS 256
University Physics I and University Physics I Lab
5
EM 222
Statics
3
GEOL 111
The Earth
3
1
COMM 145 will be replaced with a Human Communications (OC Course).
Students must also complete the following courses with a grade of “C” or better: all pre-major courses, and all major courses except for one. In addition, each student is required to have a 2-course sequence in four (4) different civil engineering areas. The curriculum already includes a 2-course sequence in structures, geotechnical engineering, and construction. Therefore, each student must select one of the technical electives to cover an additional area such as surveying, materials, environmental engineering, hydrology, or transportation.
Students must take the following 68 technical specialty credit hours required for the major:
Select one of the following:1
1-2
CE 176
Civil Engineering Freshman Design
ME 176
Mechanical Engineering Freshman Design
EE 101
Electrical Engineering Design I
SEAS 175
Freshmen Experience I
CE 160 & CE 161
Principles of Surveying and Principles of Surveying Lab
4
CE 303
Construction Management
3
CE 316
Equipment & Methods
3
CE 332
Transportation Engineering
3
CE 342
Fluid Thermal Science
3
CE 352
Introduction to Environmental Engineering
3
or EM 313
Dynamics
CE 370 & CE 371
Materials of Construction and Construction Materials Laboratory
3
CE 382
Structural Analysis
3
CE 383
Structural Steel Design
3
or CE 384
Reinforced Concrete Design
CE 410 & CE 411
Soil Mechanics and Soil Mechanics Lab
4
CE 412
Foundation Engineering
3
CE 461
Hydrology
3
or CE 462
Hydraulic Engineering Systems
ENGR 490
Senior Project 1
2
ENGR 491
Senior Project II
3
AS 163
Architectural Drafting
3
EM 222
Statics
3
EM 303
Mechanics of Deformable Solids
3
Select 9 hours of the following technical electives (six hours must have the prefix CE):
9
CE 300
Floodplain Management
CE 378 & CE 379
Route Surveying and Route Surveying Lab
CE 380 & CE 381
Boundary Surveying and Boundary Surveying Lab
CE 383
Structural Steel Design
or CE 384
Reinforced Concrete Design
CE 426
Advanced Construction Materials
CE 432
Traffic Engineering
CE 440
Masonry Design and Construction
CE 444
Bridge Engineering
CE 462
Hydraulic Engineering Systems
or CE 461
Hydrology
CE 474
Civil Engineering Design Project
CE 475
Selected Topics in Civil Engineering
EM 313
Dynamics
or CE 352
Introduction to Environmental Engineering
CM 363
Construction Estimating and Bidding
AS 305
Building Codes
SEAS 325
Survey of Building Systems
ENGR 400
Principles of Systems Engineering
GEOL 310
Global Hydrology
GEOL 415
Applied Environmental Geology
GISC 316
Geographic Information Systems I
GISC 317
Geographic Information Systems II
ME 220
Engineering Thermodynamics I
Total Hours
62-63
1
Students must also complete the following courses with a grade of “C” or better in all in all major courses except for one. In addition, each student is required to have a 2-course sequence in four (4) different civil engineering areas. The curriculum already includes a 2-course sequence in structures, geotechnical engineering, and construction. Therefore, each student must select one of the technical electives to cover an additional area such as surveying, materials, environmental engineering, hydrology, or transportation.
Additional Math and Science Requirements
Course List
Code
Title
Hours
MATH 237
Multivariable Calculus
4
MATH 331
Differential Equations
3
GEOL 113
The Earth Laboratory
1
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
5
STAT 301
Introductory Probability and Applied Statistics
3
or CE 305
Risk Analysis
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
CE 176
1
COMM 145
3
AS 163
3
CE 160
3
MATH 136
4
CE 161
1
GEOL 111
3
MATH 137
4
GEOL 113
1
PHYS 255
4
ENG 100
3
PHYS 256
1
15
16
Second Year
Fall
Hours
Spring
Hours
CE 303
3
CE 316
3
ENG 200
3
EM 303
3
MATH 237
4
MATH 331
3
EM 222
3
CE 305
3
Colonnade: Arts & Humanities
3
CE 332
3
16
15
Third Year
Fall
Hours
Spring
Hours
CE 382
3
CE Tech Elective
3
Colonnade: Social and Behavioral Elective
3
CHEM 120
3
CE 342
3
CHEM 121
2
CE 370
2
HIST 101 or HIST 102
3
CE 371
1
CE 384
3
ENG 300
3
CE 461
3
15
17
Fourth Year
Fall
Hours
Spring
Hours
CE 410
3
Colonnade - Social & Cultural
3
CE 411
1
CE Tech Elective
3
CE Tech Elective
3
ENGR 491
3
ENGR 490
2
Colonnade - Local to Global
3
CE 352
3
CE 412
3
Colonnade - Systems
3
15
15
Total Hours 124
Bachelor of Science in Computer Information Technology
Careers in the CIT field frequently exceed median pay and future job outlook growth.
The CIT program at WKU can help prepare students for many rewarding careers.
Computer Information Technology, B.S.
Computer Information Technology, Bachelor of Science (555)
Computer Information Technology (CIT) is an integral part of modern life and business. Careers in the CIT field frequently exceed median pay and future job outlook growth. The CIT program at WKU can help prepare students for many rewarding careers, including:
The CIT online degree requires 120 credit hours and leads to a Bachelor of Science degree. No minor or second major is required. Enrollment in the CIT program is limited and based on student qualifications. All courses in the major must be completed with a grade of “C” or better. The program requires 30-48 hours of upper-division CIT coursework, depending on transfer credits. All courses should be selected consistent with WKU’s degree requirements including:
30 hours minimum must be earned at WKU (typically satisfied by CIT course requirements below)
42 hours must be in upper-division credit (30 hours for students that transfer with an Associate of Applied Science degree in computer technology or related major, also satisfied by CIT course requirements below)
For transfer students (with an Associate of Applied Science degree or equivalent in computer technology or related major), 30 hours of CIT coursework is required. These include:
Course List
Code
Title
Hours
Core Courses:
CIT 300
Computer Information Technology Foundations
3
CIT 302
Web Development
3
CIT 352
Database Administration II
3
CIT 372
Telecommunications II
3
Select five courses from 400-level CIT courses.
15
Capstone course:
CIT 490
Senior Research
3
Total Hours
30
For non-transfer students, 48 hours of CIT coursework is required. These include:
Course List
Code
Title
Hours
Foundation Courses
CIT 300
Computer Information Technology Foundations
3
CIT 302
Web Development
3
CIT 310
Systems Architecture I
3
CIT 312
Systems Architecture II
3
CIT 330
Systems Development I
3
CIT 332
Systems Development II
3
CIT 350
Database Administration I
3
CIT 352
Database Administration II
3
CIT 370
Telecommunications I
3
CIT 372
Telecommunications II
3
Select five courses from 400-level CIT courses.
15
Capstone Course:
CIT 490
Senior Research
3
Total Hours
48
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
Colonnade - Natural & Physical Science w/ out lab
3
ENG 200
3
CS 146 or MATH 116
3
COMM 145
3
ENG 100
3
Colonnade - Arts & Humanities
3
World Language Requirement or General Elective
3
World Language Requirement or General Elective
3
IDST 175
3
HIST 101 or HIST 102
3
15
15
Second Year
Fall
Hours
Spring
Hours
ENG 300
3
Colonnade - Natural & Physical Science w/ lab
3
Colonnade - Social & Behavioral
3
CIT 300
3
General or Minor Elective
3
CIT 302
3
General or Minor Elective
3
Colonnade - Systems
3
General or Minor Elective
3
General or Minor Elective
3
15
15
Third Year
Fall
Hours
Spring
Hours
Colonnade - Social & Cultural
3
Colonnade - Local to Global
3
CIT 350
3
CIT 352
3
CIT 370
3
CIT 372
3
CIT 310
3
CIT 312
3
CIT 330
3
CIT 332
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
CIT 4XX Elective
3
CIT 490
3
CIT 4XX Elective
3
CIT 4XX Elective
3
CIT 4XX Elective
3
CIT 4XX Elective
3
General or Minor Elective
3
General or Minor Elective
3
General or Minor Elective
3
General or Minor Elective
3
15
15
Total Hours 120
Bachelor of Science in Computer Science
Within three to five years after graduation, graduates are expected to engage in continuous learning to adapt to innovation and evolving technologies; design and implement solid solutions for rapidly changing computing & information systems;
be effective team participants; effectively communicate ideas in verbal and written
form at the appropriate level for the audiences; be an ethical and socially responsible
computer science professional.
Computer Science Program Educational Objectives
The program achieves its mission by focusing on specific educational objectives. Within three to five years after graduation, WKU CS graduates are expected to be:
Objective 1: Attain, contribute to, and advance in a fulfilling professional computing career, utilizing and continuously improving technical skills and non-technical communication, while demonstrating a commitment to ethical computing and social responsibility. Objective 2: Effectively manage and lead complex computing initiatives, projects, and teams using adaptable leadership skills.
The major in computer science requires a minimum of 53 semester hours. To be admitted to the computer science major, students must complete and CS 221 with grades of "C" or better. In addition, all CS courses counting toward the CS program major must be completed with a grade of "C" or better. Computer Science electives may include from 0-3 hour of 200-level courses. Students must adhere to all University Policies as indicated in the WKU catalog section, "Academic Information."
Admission Requirements
The major in computer science requires a minimum of 53 semester hours. To be admitted to the computer science major, students must complete CS 290 or CS 221 with grades of "C" or better. In addition, all CS courses counting toward the CS program major must be completed with a grade of "C" or better. Computer Science electives may include from 0-3 hour of 200-level courses. Students must adhere to all University Policies as indicated in the WKU catalog section, "Academic Information."
Additional Requirements for the Systems/Scientific Applications Concentration
MATH 136
Calculus I
4
Math Electives
6-7
Choose two for the following list:
MATH 137
Calculus II
MATH 305
Introduction to Mathematical Modeling
MATH 307
Introduction to Linear Algebra
MATH 331
Differential Equations
MATH 405
Numerical Analysis
MATH 406
Numerical Linear Algebra with Applications in Data Science
MATH 470
Introduction to Operations Research
MATH 473
Introduction to Graph Theory
STAT 401
Regression Analysis
STAT 402
Experimental Design
Total Hours
10-11
General Option
Course List
Code
Title
Hours
Core Courses
CS 180
Computer Science I
4
CS 290
Computer Science II
4
CS 331
Data Structures
3
CS 325
Computer Organization and Architecture
3
CS 339
Discrete Structures
3
or MATH 310
Introduction to Discrete Mathematics
CS 351
Database Management Systems I
3
CS 360
Software Engineering I
3
CS 381
Introduction to Computer Networks and Security
3
CS 382
Programming Languages
3
CS 421
Data Structures and Algorithm Analysis
3
CS 425
Operating Systems I
3
CS 496
CS Senior Project and Professional Practice
3
STAT 301
Introductory Probability and Applied Statistics
3
Electives
Select 12 hours CS electives including: 3 hours at the 200-level or above (excluding CS 226 and CS 257), 6 hours at the 300-level or above and another 3 hours at the 400-level or above1
12
Total Hours
53
Course List
Code
Title
Hours
Additional Requirements for the General Option:
MATH 136
Calculus I
4
Total Hours
4
1
At most 1.5 hours of credit for CS 239 may count towards the major. At most 3 hours of credit for CS 239 and CS 245 (only for languages for which credit is not received through another course) may count towards the major.
The following 20 credit-hour program leads to a minor in computer science.
Course List
Code
Title
Hours
Required Courses for the Minor:1
CS 180
Computer Science I
4
CS 290
Computer Science II
4
CS 339
Discrete Structures
3
or CS 351
Database Management Systems I
Select 9 additional hours of CS courses at the 300-level or higher
9
Total Hours
20
1
All CS courses counting toward the CS program minor must be completed with a grade of “C” or better.
Bachelor of Science in Construction Management
This program involves planning, coordination, and control of projects from inception
to completion. Construction Managers work out of a main or field office to perform
a variety of important functions, including project planning, cost management, time
management, quality management, safety management, and contract administration.
Construction Management, B.S.
Construction Management, Bachelor of Science (533)
Construction Management involves planning, coordination, and control of projects from inception to completion. Construction Managers work out of a main or field office to perform a variety of important functions, including Project Planning, Cost Management, Time Management, Quality Management, Safety Management, and Contract Administration.
Career Opportunities
Graduates obtain employment in a wide variety of organizations, including construction management firms, general contractors, and specialty contractors serving the commercial, industrial, heavy civil, and residential construction sectors. They may choose to become specialists in estimating, scheduling, safety, quality, or field supervision. Typical job titles include project manager, project engineer, office engineer, field engineer, estimator, quantity surveyor, and superintendent, along with many others.
Program Description
The program in Construction Management is designed to provide students with technical and managerial skills needed to assume leading positions in the construction industry. A minor or second major is not required. Course requirements for the major are shown below. Students should consult with an advisor in planning their four-year degree program.
Principles of Surveying and Principles of Surveying Lab
4
CE 303
Construction Management
3
CE 316
Equipment & Methods
3
CE 370 & CE 371
Materials of Construction and Construction Materials Laboratory
3
CE 410 & CE 411
Soil Mechanics and Soil Mechanics Lab
3-4
or CM 346
Applied Soil Mechanics and Foundations
MATH 183
Introductory Statistics
3
or ECON 206
Statistics
or MFGE 271
Industrial Statistics
SEAS 325
Survey of Building Systems
3
SEAS 398
Internship I
1
ACCT 110
Accounting for Decision Makers
3
or FIN 161
Personal Finance
ECON 202
Principles of Economics (Micro)
3
or ECON 203
Principles of Economics (Macro)
MGT 200
Legal Environment of Business
3
MGT 210
Organization and Management
3
MKT 220
Basic Marketing Concepts
3
CM Technical Electives - Take 12 hours of the following courses.
12
AS 351
Building Information Modeling
BDAN 250
Introduction to Analytics
BDAN 305
Data Modeling and Analysis
BDAN 310
Business Data Analytics
BDAN 330
Structured Data Analysis
CE 378
Route Surveying
CE 380
Boundary Surveying
CE 426
Advanced Construction Materials
ECON 305
Labor Economics
ECON 307
Financial Data Modeling
ECON 385
Economic Development
ECON 414
Managerial Economics
ENG 306
Business Writing
or ENG 307
Technical Writing
ENT 312
Entrepreneurship
ENT 380
New Venture Business Planning
FIN 330
Principles of Finance
FIN 350
Risk Management and Insurance
FIN 389
Financial Analysis and Modeling
GISC 316
Geographic Information Systems I
GISC 317
Geographic Information Systems II
GISC 414
Remote Sensing Fundamentals
GISC 417
GIS Analysis & Modeling
GISC 477
Special Topics in GIS
MFGE 310
Safety in Industry
MFGE 390
Project Management
or ETM 390
Project Planning and Execution
MGT 301
Business Law
MGT 305
Ethics and Critical Thinking
MGT 311
Human Resource Management
MGT 313
Decision Modeling
MGT 314
Operations Management
MGT 326
Managing Projects in Organizations
MGT 400
Employment Law
MGT 423
Sourcing and Procurement Management
MKT 325
Personal Selling
MKT 425
Advanced Personal Selling Strategies
SEAS 367
Supervised Work Experience in Industry
Total Hours
71-72
Support Courses
Course List
Code
Title
Hours
Choose a Chemistry Course and Lab
4-5
CHEM 105 & CHEM 106
Fundamentals of General Chemistry and Fundamentals of General Chemistry Laboratory
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
GEOL 111
The Earth
3
MATH 117
Trigonometry
3
or MATH 118
College Algebra and Trigonometry
or MATH 136
Calculus I
Total Hours
10-11
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
AS 163
3
HIST 101 or HIST 102
3
MATH 117
3
GEOL 111
3
COMM 145
3
Colonnade: Literary Studies
3
Colonnade: Arts & Humanities
3
ENG 100
3
ACCT 110 or FIN 161
3
CM 261
3
15
15
Second Year
Fall
Hours
Spring
Hours
CM 282
3
MGT 210
3
CE 160
3
MATH 183
3
CE 161
1
MKT 220
3
MGT 200
3
ECON 202
3
CHEM 105 & CHEM 106
4
GENERAL ELECTIVE
3
14
15
Third Year
Fall
Hours
Spring
Hours
AS 305
3
CE 316
3
ENG 300
3
Connections - Local to Global
3
SEAS 325
3
CM 363
3
CM TECH ELECTIVE
3
CM TECH ELECTIVE
3
CE 303
3
CM TECH ELECTIVE
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
CM 462
3
CM 490
3
CE 410
3
SEAS 398
1
CE 411
1
Connetions - Systems
3
CE 370
2
GENERAL ELECTIVE
4
CE 371
1
GENERAL ELECTIVE
4
CM TECH ELECTIVE
3
Connections: Social & Cultural
3
16
15
Total Hours 120
Bachelor of Science in Electrical Engineering
This program builds a foundation of knowledge in electrical engineering by integrating
a variety of project experiences at every level throughout the curriculum. It produces
graduates who can immediately contribute to the profitability of their employer. Our
electrical engineering curriculum exposes students to a variety of topics to prepare
them for careers as engineers.
Electrical Engineering, B.S.
Electrical Engineering, Bachelor of Science (537P, 537)
Electrical engineering touches virtually every aspect of life in the twenty-first century. Electrical engineers are experts in dealing with electricity, electromagnetism, and electronics. Electrical engineers are employed in a variety of industries including:
Circuits and Electronics
Communication and Signal Processing
Electrical Power Systems
Computer Hardware and Embedded Systems
Robotics, Control Systems and Automation
Biomedical Applications
Automotive and Aerospace Systems
Manufacturing plants
The mission of our Electrical Engineering Program at WKU is to build a foundation of knowledge in electrical engineering by integrating a variety of project experiences at every level throughout the curriculum. Our program is to be relevant to our region and to produce graduates who can immediately contribute to the profitability of their employer. Our electrical engineering curriculum exposes students to a variety of topics to prepare them for careers as engineers.
The WKU Electrical Engineering program is accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org.
Electrical Engineering Program Educational Objectives
The program achieves its mission by focusing on specific educational objectives. A few years after graduation, WKU EE graduates are expected to be:
Objective 1: Pursuing successful and productive careers; Objective 2: Applying their engineering education to address real-world problems; Objective 3: Continuing their professional development and engaging in lifelong learning; and Objective 4: Emerging as leaders in their companies, professions, and communities.
For detailed information on the electrical engineering program, please see http://wku.edu/seas and/or contact your advisor.
Academic Standards for the Electrical Engineering Program
Students are admitted as a pre-major in Electrical Engineering. In order to transition from the pre-major to major and to graduate with a degree in Electrical Engineering, students must complete the following courses earning a grade of “C” or better in each course.
Course List
Code
Title
Hours
EE 210
Circuits & Networks I
3.5
MATH 136
Calculus I (F-QR)
4
MATH 137
Calculus II
4
PHYS 255
University Physics I (E-NS)
4
PHYS 265
University Physics II (E-NS Lab)
4
Human Communication (F-OC)
3
College Composition (F-WC)
3
For detailed information on the electrical engineering program, please see http://wku.edu/seas and/or contact your advisor.
Select 12 hours of the following Tech Electives I:
12
EE 410
Computer Design
EE 411
Computer Design Lab
EE 432
Power Systems II
EE 433
AI Application in Power Systems
EE 436
Electric Machines and Drives
EE 443
Microfabrication and MEMS
EE 445
Advanced Electronics
EE 447
Analog IC Design
EE 448
Analog IC Design Laboratory
EE 450
Digital Signal Processing
EE 451
Digital Signal Processing Lab
EE 455
Applied Machine Learning for Engineers
EE 461
Discrete Control Systems
EE 470
Communications and Modulation
EE 475
Communication Systems Lab
EE 477
Numerical Techniques in Electromagnetics
EE 479
Optoelectronics
EE 480
Embedded Systems
EE 490
Introduction to Robotics
EE 499
EE Special Topics
CS 315
System Administration
CS 360
Software Engineering I
ENGR 360
System Dynamics and Modeling
PHYS 318
Data Acquisition Using Labview
PHYS 445
Electromagnetism II
Select three hours of the following Tech Electives II:
3
CS 339
Discrete Structures
EM 222
Statics
or PHYS 350
Classical Mechanics I
EM 303
Mechanics of Deformable Solids
ENGR 400
Principles of Systems Engineering
MATH 305
Introduction to Mathematical Modeling
MATH 310
Introduction to Discrete Mathematics
ME 220
Engineering Thermodynamics I
or PHYS 330
Thermodynamics
ME 240
Materials and Methods of Manufacturing
ME 330
Fluid Mechanics
or CE 342
Fluid Thermal Science
MFGE 343
Automated Systems
PHYS 316
Computational Physics
PHYS 450
Classical Mechanics II
Total Hours
55
Additional Courses
Course List
Code
Title
Hours
CS 180
Computer Science I
4
CS 290
Computer Science II
4
ECON 202
Principles of Economics (Micro)
3
or ECON 203
Principles of Economics (Macro)
MATH 237
Multivariable Calculus
4
MATH 331
Differential Equations
3
PHYS 256
University Physics I Lab
1
STAT 301
Introductory Probability and Applied Statistics
3
Select one of the following 3-hour math electives:
3
MATH 307
Introduction to Linear Algebra
MATH 370
Applied Techniques in Mathematics
Select one of the following Chemistry Courses
3
CHEM 116
Introduction to College Chemistry
CHEM 120
College Chemistry I
Total Hours
28
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
EE 180
3
EE 101
1
MATH 136 (F-QR)
4
MATH 137
4
CS 180
4
PHYS 255 (E-NS)
4
College Composition (F-WC)
3
PHYS 256 (E-NS Lab)
1
CS 290
4
14
14
Second Year
Fall
Hours
Spring
Hours
EE 200
2
EE 211
3.5
EE 210
3.5
EE 380
4
MATH 237
4
MATH 331
3
PHYS 265
4
CHEM 116 or CHEM 120 (E-NS)
3
Human Comm (F-OC)
3
ECON 202 or ECON 203 (E-SB)
3
16.5
16.5
Third Year
Fall
Hours
Spring
Hours
EE 345
4
EE 300
1
EE 420
3
EE 431
3.5
EE 473
3
Tech Elective I
3
MATH 307 or MATH 370
3
Writing in the Disciplines (F-WC)
3
Literary Studies (F-AH)
3
STAT 301
3
Arts & Humanities Elec (E-AH)
3
16
16.5
Fourth Year
Fall
Hours
Spring
Hours
ENGR 490
2
ENGR 491
3
EE 460
3.5
Tech Elective I
3
Tech Elective I
3
Tech Elective I
3
Tech Elective II
3
Connections - Systems
3
Connections - Local to Global
3
World History (F-SB)
3
Connections - Systems
3
17.5
15
Total Hours 126
Bachelor of Science in Engineering Technology Management
This 2+2 program is designed specifically for students who currently hold a certificate
(with at least 24 hours of technical credit) or an associate of applied science degree
from a technical school, two-year college, or four-year institution. The Engineering
Technology Management program is a capstone program that provides a two-year management
emphasis for those working toward a supervisory position in industry.
Engineering Technology Management. B.S.
Engineering Technology Management, Bachelor of Science (5007)
Technology is defined as any tool or operating system designed to improve the efficiency, quality, and competitiveness of an organization. Engineering Technology Management at Western Kentucky University is a 2+2 program designed specifically for students who currently hold a certificate (with at least 24 hours of technical credit) or an associate of applied science degree from a technical school, two-year college, or four-year institution. The Engineering Technology Management program is a capstone program that provides a two-year management emphasis for those working toward a supervisory position in industry. Graduates are empowered to obtain a position of leadership in business, industry, or workforce development in support of innovation and global competitiveness. Students who transfer to WKU with an applied associate degree (e.g., Associate of Applied Science) receive a 12-hour waiver from the overall 42 hour upper-level course requirement.
Career Opportunities
Graduates obtain employment in a wide variety of positions, some job titles of graduates include: systems integrator, industrial engineer, production manager/specialist, manufacturing engineer, maintenance specialist, quality manager, quality engineer, production engineer, general manager, plant manager, industrial trainer, project manager, systems analyst, shift supervisor, and technology educator.
Program Description
Western Kentucky University provides upper-division hours both in the major and in general education toward the completion of the degree. Students take 33 hours of major courses that includes six (6) hours of upper-division electives approved by the advisor. Majors then take general education or elective courses to fulfill university requirements regarding the following:
30 hours minimum in WKU courses
42 hours minimum upper-division courses (unless receiving a waiver)
Select 24 semester hours of advisor approved courses transferred from a technical school, college or university 100/200 level
24
MFGE 271
Industrial Statistics
3
or MATH 183
Introductory Statistics
or ECON 206
Statistics
or STAT 301
Introductory Probability and Applied Statistics
ETM 310
Manufacturing Safety
3
ETM 342
Production Operations
3
ETM 356
Systems Design and Operations
3
ETM 371
Quality Systems
3
ETM 390
Project Planning and Execution
3
ETM 396
Supply Chain for Leaders
3
ETM 397
Lean Systems
3
ETM 430
Supervision
3
Select 6 hours of advisor-approved technical upper-division electives from the following:
6
AGMC 3@, AGMC 4@, AMS 3@, AMS 4@, EMDS 3@, EMDS 4@, ENT 3@, ENT 4@, ETM 3@, ETM 4@, MFGE 3@, MFGE 4@, MKT 3@, MKT 4@, ENV 3@, ENV 4@, MGT 3@, MGT 4@, SEAS 3@, SEAS 4@
Total Hours
57
Students should consult with an advisor in planning their four-year degree program in Engineering Technology Management.
Finish in Four Plans
Finish in Four Plan
Engineering Technology Management at Western Kentucky University is a 2+2 program designed specifically for students who currently hold a certificate (with at least 24 hours of technical credit) or an associate of applied science degree from a technical school, two-year college or four-year institution. Students should consult with an advisor in planning their four-year degree program in Engineering Technology Management.
Third Year
Fall
Hours
Spring
Hours
MFGE 271, MATH 183, ECON 206, or STAT 301
3
ETM 371
3
ETM 342
3
ETM 356
3
ETM 310
3
ETM 430
3
6
12
Fourth Year
Fall
Hours
Spring
Hours
ETM 390
3
ETM 396
3
ETM 397
3
Technical upper-division Elective
3
Technical upper-division Elective
3
6
9
Total Hours 33
Land Surveying, Certificate
Undergraduate students majoring in civil engineering or post-graduate students with
baccalaureate degrees in civil engineering, mining, or agricultural engineering accredited
by the Accreditation Board of Engineering and Technology (ABET) may obtain a Certificate
in Land Surveying (reference number 1700) in order to pursue licensure as a professional
surveyor in the state of Kentucky.
Post-graduate students with baccalaureate degrees in majors other than civil engineering,
mining or agricultural engineering may obtain a Certificate in Land Surveying in order
to pursue licensure as a professional surveyor in the state of Kentucky.
Undergraduate students majoring in civil engineering or post-graduate students with baccalaureate degrees in civil engineering, mining, or agricultural engineering accredited by the Accreditation Board of Engineering and Technology (ABET) may obtain a Certificate in Land Surveying (reference number 1700) in order to pursue licensure as a professional surveyor in the state of Kentucky by completing the following courses (15 hours) under the program requirements tab.
Post-graduate students with baccalaureate degrees in majors other than civil engineering, mining or agricultural engineering may obtain a Certificate in Land Surveying in order to pursue licensure as a professional surveyor in the state of Kentucky by completing the same courses as listed for the minor in land surveying (26 hours). See minor in land surveying.
Program Requirements (15 hours)
Course List
Code
Title
Hours
AS 163
Architectural Drafting
3
CE 160 & CE 161
Principles of Surveying and Principles of Surveying Lab
4
CE 380 & CE 381
Boundary Surveying and Boundary Surveying Lab
4
CE 378 & CE 379
Route Surveying and Route Surveying Lab
4
Total Hours
15
Bachelor of Science in Mechatronics Engineering Technology
This program prepares individuals to apply basic engineering principles and advanced
manufacturing technical skills in support of industrial operations. The major includes
instruction in optimization theory, human factors, organizational behavior, industrial
processes, industrial planning procedures, systems integration, quality, and project
management. Graduates achieve positions of leadership in business and industry while
practicing innovation in the global marketplace.
Manufacturing Engineering Technology, B.S.
Mechatronics Engineering Technology, Bachelor of Science (5015)
This program prepares individuals to apply basic engineering principles and advanced manufacturing technical skills in support of industrial operations. The major includes instruction in optimization theory, human factors, organizational behavior, industrial processes, industrial planning procedures, systems integration, quality, and project management. Graduates achieve positions of leadership in business and industry while practicing innovation in the global marketplace.
Program Description
A minor or second major is not required. Course requirements for the major are shown below. Students should consult with an advisor in planning their course schedules and career goals.
Project Lead the Way
The School of Engineering and Applied Sciences (SEAS) agrees to grant college level credit for secondary school students from certified Project Lead the Way (PLTW) schools who satisfy the following requirements:
First, students must complete the following two (2) PLTW courses with a grade of B or above and a 6 or above on the End of Course college credit exam: 1. Introduction to Engineering Design; and 2. Principles of Engineering
Second, students must complete two (2) of the following PLTW courses with a grade of B or above and a 6 or above on the End of Course college credit exam: Aerospace Engineering; Biological Engineering; Civil Engineering and Architecture; Computer Integrated Manufacturing; Computer Science and Software Engineering; Digital Electronics; Capstone Course – Engineering Design and Development
Third, students must meet the requirements for admission to Western Kentucky University and enroll in the Bachelor of Science in Manufacturing Engineering Technology program within SEAS. Finally, students requesting the credit must provide a written statement from the instructor of the PLTW program and the principal or guidance counselor, stating the student has successfully completed the program with the above specifications. In addition to the written statement, an official transcript should be submitted for verification.
If the previous four conditions are met, the following three (3) courses will be articulated to the student’s Western Kentucky University record:
Agricultural Mechanics and Agricultural Mechanics Laboratory
3
MFGE 120
Basic Electricity
3
MFGE 205
CADD for Manufacturing
3
MFGE 217
Industrial Materials
3
MFGE 227
Introduction to Manufacturing Methods
3
MFGE 271
Industrial Statistics
3
MFGE 328
Robotics and Machine Vision
3
MFGE 342
Manufacturing Operations
3
MFGE 343
Automated Systems
3
MFGE 370
Computer Numerical Control
3
MFGE 490A
Senior Research for Manufacturing Engineering Technology
3
SEAS 398
Internship I
1
or SEAS 401
Contemporary Issues in Architecture and Manufacturing
Total Hours
37
Course List
Code
Title
Hours
Management Core
MFGE 310
Safety in Industry
3
MFGE 355
System Design
3
MFGE 365
Systems Operation
3
MFGE 371
Quality Assurance
3
MFGE 390
Project Management
3
MFGE 394
Lean
3
MFGE 396
Introduction to Supply Chain Management
3
MFGE 430
Technology Management / Supervision / Team Building
3
Select one Communications Elective:
3
COMM 345
Advanced Presentational Speaking
or COMM 330
Leadership Communication
or COMM 346
Persuasion
or COMM 348
Interpersonal Communication
or COMM 349
Small Group Communication
or COMM 362
Organizational Communication
or MGT 261
Business Communication Fundamentals
Select one Business Law Elective:
3
MGT 301
Business Law
or MGT 333
Management of Nonprofit Organizations
Total Hours
30
Course List
Code
Title
Hours
Additional Program Requirements:
Select one of the following Chemistry sequences:
4-5
CHEM 105 & CHEM 106
Fundamentals of General Chemistry and Fundamentals of General Chemistry Laboratory
OR
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
MATH 117
Trigonometry (or higher)
3
PHYS 231 & PHYS 232
Introduction to Physics and Biophysics I and Laboratory for Physics and Biophysics I
4
Total Hours
11-12
†
Please consult with your advisor regarding courses within your major that can overlap with Colonnade Program requirements (such as CHEM 105/106 and CHEM 120/121 [E-NS/SL], COMM 349 [K-SY], ECON 202 and 203 [E-SB], and FIN 161 [E-SB]).
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
CHEM 105 & CHEM 106
4
COMM 145
3
ENG 100
3
HIST 101 or HIST 102
3
MATH 117
3
MFGE 217
3
MFGE 120
3
MFGE 271
3
MFGE 205
3
Finance Elective
3
16
15
Second Year
Fall
Hours
Spring
Hours
MFGE 227
3
ENG 200
3
MFGE 371
3
MFGE 342
3
PHYS 231 & PHYS 232
4
MGT 301 or MGT 333
3
Colonnade - Social & Behavioral Sciences
3
Colonnade - Arts & Humanities
3
General Elective
3
General Elective
3
16
15
Third Year
Fall
Hours
Spring
Hours
AGSY 371 & AGSY 372
3
MFGE 310
3
MFGE 328
3
MFGE 343
3
MFGE 355
3
MFGE 370
3
Communications Elective
3
MFGE 390
3
Connections - Social and Cultural
3
Connections - Local to Global
3
15
15
Fourth Year
Fall
Hours
Spring
Hours
ENG 300
3
MFGE 365
3
MFGE 396
3
MFGE 394
3
MFGE 430
3
MFGE 490A
3
SEAS 398
1
General Elective
3
Connections - Systems
3
General Elective
3
13
15
Total Hours 120
Bachelor of Science in Mechanical Engineering
This program focuses on the engineering sciences as well as design and professional
skills necessary for a successful career in mechanical engineering. The mechanical
engineering program provides a project-based, learner-driven environment relevant
to the needs of modern society.
Mechanical Engineering, B.S.
Mechanical Engineering, Bachelor of Science (543P, 543)
Mechanical engineers are involved in designing and building almost everything that is needed in our modern world, from nearly invisible electro-mechanical devices to enormous power generating and distribution systems producing millions of horsepower. Mechanical engineers use scientific principles from the physical world to create a tremendous variety of mechanical and thermal systems. Practicing mechanical engineers use these principles to design, analyze, manufacture, and maintain systems that include:
automobiles and aircraft
heating and cooling systems
electric power plants
specialized materials
manufacturing plants
industrial equipment and machinery
Mechanical engineers need a solid understanding of engineering science, which includes mechanics, engineering materials, thermodynamics and fluid mechanics. The program at WKU focuses on these sciences as well as design and professional skills necessary for a successful career in mechanical engineering. Our graduates have a strong competitive advantage with their unique background of engineering fundamentals combined with practical knowledge and experience. The mechanical engineering program provides a project-based, learner-driven environment relevant to the needs of modern society. In support of this learning environment, the professional engineering activities of the faculty create opportunities for the students to practice the art and science of contemporary Mechanical Engineering.
The curriculum requires a minimum of 58.5 technical specialty hours, completion of required Colonnade coursework, and 32-33 semester hours of required mathematics and science.
The WKU Mechanical Engineering program is accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org.
Mechanical Engineering Program Educational Objectives
The mission is achieved by focusing on specific program educational objectives. Within a few years of completing the Mechanical Engineering Program, a graduate will:
Objective 1: Either be contributing to their regions’ economic development through employment in mechanical engineering or related professions, or pursuing advanced credentials. Objective 2: Occupy leadership roles in their profession, or in their communities, as their career develops Objective 3: Demonstrate professionalism on diverse teams across a range of varied responsibilities Objective 4: Be proactive in their professional development and engage in the continuing education needed to maintain and enhance their career.
For detailed information on the mechanical engineering program, please see the “Mechanical Engineering Program Guide” (available at http://wku.edu/seas ) and/or contact your advisor.
Academic Standards for the Mechanical Engineering Program
Students are admitted as a Pre-Major in Mechanical Engineering. In order to transition from Pre-Major to Major and to graduate with a degree in Mechanical Engineering, student must satisfy the requirements below. All courses below must have a grade of “C” or better.
Course List
Code
Title
Hours
College Composition (F-W1)
3
Human Communications (F-OC)
3
MATH 136
Calculus I (or equivalent credit)
4
MATH 137
Calculus II (or equivalent credit)
4
PHYS 255 & PHYS 256
University Physics I and University Physics I Lab
5
Select one of the following:
4-5
CHEM 116 & CHEM 106
Introduction to College Chemistry and Fundamentals of General Chemistry Laboratory
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
EM 222
Statics
3
Total Hours
26-27
These pre-major eligibility requirements MUST be completed before enrolling in ME 200: Sophomore Design. Check degree audit for progress towards meeting these requirements.
Program Requirements
Course List
Code
Title
Hours
ME 176
Mechanical Engineering Freshman Design
1
ME 180
Freshman Design II
3
ME 200
Sophomore Design
3
ME 220
Engineering Thermodynamics I
3
ME 240
Materials and Methods of Manufacturing
3
ME 241
Materials and Methods of Manufacturing Lab
1
ME 310
Engineering Instrumentation and Experimentation
3
ME 325
Elements of Heat Transfer
4
ME 330
Fluid Mechanics
3
ME 332
Fluid Mechanics Laboratory
1
ME 344
Mechanical Design
3
ME 347
Mechanical Systems Laboratory
1
ENGR 490
Senior Project 1
2
ENGR 491
Senior Project II
3
EE 210
Circuits & Networks I
3.5
EM 222
Statics
3
EM 303
Mechanics of Deformable Solids
3
EM 313
Dynamics
3
Mechanical Engineering Technical Electives
15
Choose from the following list:
ME 321
Engineering Thermodynamics II
ME 494
WKU ME Selected Topics
ME 495
WKU ME Selected Projects
ME 496
WKU – ME Selected Topics (Fall)
ME 497
WKU – ME Selected Topics (Spring)
CE 305
Risk Analysis
CE 382
Structural Analysis
EE 460
Continuous Control Systems
ENGR 360
System Dynamics and Modeling
ENGR 400
Principles of Systems Engineering
PHYS 318
Data Acquisition Using Labview
Total Hours
61.5
Course List
Code
Title
Hours
Additional Required Courses
MATH 136
Calculus I
4
MATH 137
Calculus II
4
MATH 237
Multivariable Calculus
4
MATH 331
Differential Equations
3
PHYS 255 & PHYS 256
University Physics I and University Physics I Lab
5
PHYS 265 & PHYS 266
University Physics II and University Physics II Laboratory
5
Pick one Chemistry option
4-5
CHEM 120 & CHEM 121
College Chemistry I and College Chemistry I Laboratory
CHEM 116 & CHEM 106
Introduction to College Chemistry and Fundamentals of General Chemistry Laboratory
Math and Science Elective
3
Each mechanical engineering student must also take at least one mathematics / science elective, for a total of a minimum of 32 hours of mathematics and science courses beginning with MATH 136. This elective must be chosen from the following list:
ASTR 214
General Astronomy
BIOL 120 & BIOL 121
Biological Concepts: Cells Metabolism and Genetics and Biological Concepts: Cells, Metabolism, and Genetics Lab
BIOL 122 & BIOL 123
Biological Concepts: Evolution, Diversity, and Ecology and Biological Concepts: Evolution, Diversity, and Ecology Lab
BIOL 207
General Microbiology
CHEM 222 & CHEM 223
College Chemistry II and College Chemistry II Laboratory
PHYS 316
Computational Physics
PHYS 318
Data Acquisition Using Labview
MATH 305
Introduction to Mathematical Modeling
MATH 307
Introduction to Linear Algebra
MATH 310
Introduction to Discrete Mathematics
MATH 370
Applied Techniques in Mathematics
STAT 301
Introductory Probability and Applied Statistics
Total Hours
32-33
Students must complete a minimum of 32 hours of mathematics and science courses beginning with MATH 136. Student must also satisfy the WKU Colonnade requirements.
Finish in Four Plans
Finish in Four Plan
First Year
Fall
Hours
Spring
Hours
ME 176
1
ME 180
3
MATH 136
4
MATH 137
4
CHEM 116 & CHEM 106 (or CHEM 120/121)
4
PHYS 255
4
Colonnade - Arts & Humanities
3
PHYS 256
1
COMM 145
3
EM 222
3
15
15
Second Year
Fall
Hours
Spring
Hours
ME 240
3
ME 200
3
ME 241
1
MATH 331
3
MATH 237
4
EM 303
3
PHYS 265
4
EE 210
3.5
PHYS 266
1
ENG 200
3
ENG 100
3
16
15.5
Third Year
Fall
Hours
Spring
Hours
ME 220
3
EM 313
3
ME 344
3
ME 330
3
ME 310
3
ME 332
1
ME 347
1
ME Technical Elective
3
Math/Science Elective
3
ME Technical Elective
3
HIST 101 or HIST 102
3
Colonnade - Social & Behavioral
3
16
16
Fourth Year
Fall
Hours
Spring
Hours
ME 325
4
ENGR 491
3
ENGR 490
2
ME Technical Elective
3
ME Technical Elective
3
ME Technical Elective
3
Colonnade - Social & Cultural
3
Colonnade - Local to Global
3
ENG 300
3
Colonnade - Systems
3
15
15
Total Hours 123.5
Minor in Systems Engineering
Systems engineering is a robust approach to the design, creation, and operation of
systems. The minor requires 21 hours for CE and ME majors and 22 hours for EE majors.
Students must complete 12 or 12.5 hours of required courses and choose a minimum of
9 hours from elective courses.