OGDEN COLLEGE OF SCIENCE AND ENGINEERING
OFFICE OF THE DEAN
745-6371

REPORT TO THE UNIVERSITY CURRICULUM COMMITTEE

DATE:  November 29, 2007

FROM:  OGDEN COLLEGE OF SCIENCE AND ENGINEERING CURRICULUM COMMITTEE

The Ogden College of Science and Engineering submits the following items for consideration:

Type of Item	Description of Item	
Action	Revise Course Title
Math 142, Mathematics for Life Sciences
Contact:  Dr. Di Wu
di.wu@wku.edu  5-7048	
Action	New Course Proposal
ASTR 275, Astronomy Research Methods
Contact:  Dr. Richard Gelderman
Richard.gelderman@wku.edu  5-6203	
Action	New Course Proposal
ASTR 298, Research Experiences
Contact:  Dr. Michael Carini
Mike.carini@wku.edu  5-6198	
Action	New Course Proposal
AMS 262, Construction Laboratory
Contact:  Dr. Denise Gravitt
Denise.gravitt@wku.edu  5-2176	
Action	Revise a Program
Technology Management, Reference #575
Contact:  Dr. H. Terry Leeper
Terry.leeper@wku.edu  5-5954	

	
Office of the Registrar

						Proposal Date: 09/18/2007

Ogden College of Science and Engineering
Department of Mathematics
Proposal to Revise Course Title
Action Item

Contact Person:  Di Wu, di.wu@wku.edu, 5-7048

1.	Identification of course:

1.1	Current course prefix (subject area) and number:  Math 142
1.2	Current course title: Mathematics for Life Sciences
1.3	Credit hours: 5 hrs

2.	Proposed course title: Calculus with Applications for Life Sciences

3.	Proposed abbreviated course title: Calc with Apps for Life Sci
	
4.	Rationale for the revision of course title:
The current course title does not reflect the fact that this is a calculus course.

5.	Proposed term for implementation:
Spring 2008

6.	Dates of prior committee approvals:

	Department of Mathematics		____09/28/2007_____

	OCSE Curriculum Committee		____10/11/2007______

	General Education Committee		__________________

	University Curriculum Committee		___________________

	University Senate				___________________

Attachment:  Course Inventory Form

Office of the Registrar

						Proposal Date: 10/19/2007

Science & Engineering
Department of Physics and Astronomy
Proposal to Create a New Course
(Action Item)

Contact Person:  Richard Gelderman, richard.gelderman@wku.edu, (270) 745-6203

1.	Identification of proposed course:
1.4	Course prefix and number:  		ASTR 275
1.5	Course title: 				Astronomy Research Methods
1.6	Abbreviated course title: 		Astronomy Research Methods
1.4	Credit hours and contact hours: 	3.0
1.5	Type of course: 			C (lecture and lab)
1.6	Prerequisites: 		
	MATH 117 or equivalent
1.7	Course catalog listing: 
Intensive project-based course to introduce students to the fundamentals of astronomy using scientific research investigations as examples. Includes familiarization with astronomical instrumentation for imaging and spectroscopy of celestial objects, digital image reduction and analysis, and interpretation of results. Additional topics include the process and nature of scientific research and professional ethics.  This course does not count toward a major or minor in physics or astronomy. 

2.	Rationale:
2.1	Reason for developing the proposed course: 
Students in the Academy of Mathematics and Science in Kentucky are required to take coursework during Winter term. This course provides an intensive introduction to the tools and techniques of research in astronomy and astrophysics, satisfying the astronomy content pre-requisite for students who may wish to pursue mentored research projects.
   
2.2	Projected enrollment in the proposed course:  
Up to 20 students per term, based on students’ expressions of interest in astronomy.

2.3	Relationship of the proposed course to courses now offered by the department: 
This course will not be a standard introduction to astronomy (e.g., ASTR 104/106/108), but will introduce the fundamentals of astronomy as required by the students to complete guided research projects. It is a unique introductory course, designed for delivery during a 3-week term to a population of high achieving, highly motivated students such as those enrolled in the Academy of Mathematics and Science in Kentucky.

2.4	Relationship of the proposed course to courses offered in other departments: 
To our knowledge, no other department offers an introductory course delivered entirely through project-based instruction. 
2.5	Relationship of the proposed course to courses offered in other institutions: 
It is not clear that any other institution offers a comparable time-intensive project-based astronomy course.  

3.	Discussion of proposed course:
3.1	Course objectives: 
Students shall become familiar with astronomical instrumentation for imaging and spectroscopy of celestial objects, digital data reduction and analysis, and interpretation of results as appropriate for an astronomical research project. 
  
3.2	Content outline:
•	Telescopes, instrumentation, celestial coordinates and acquisition of astronomical images
•	Calibration of digital images and photometric data analysis
•	Properties of stars and stellar evolution
•	Presentation of scientific results
•	The nature of the scientific process and professional ethics 
Additional course content will vary depending upon the interests of faculty and students.

3.3	Student expectations and requirements: 
Students will be assessed primarily on the results of three or four small projects, with additional contributions to the course grade coming from homework, quizzes and in-class interactive activities.  
 
3.4	Tentative texts and course materials:
No text will be required. Any course material will be available through a website.
	
4.	Resources:
4.1	Library resources:  see attached library resource form and bibliography
4.2	Computer resources: no new additional resources required

5.	Budget implications:
5.1	Proposed method of staffing: 	 current staff 
5.2	Special equipment needed: 	 none
5.3	Expendable materials needed: none
5.4	Laboratory materials needed:  none

6.	Proposed term for implementation:  Winter 2009

7.	Dates of prior committee approvals: 

	Department of Physics & Astronomy:	__19 October 2007___

	Ogden College Curriculum Committee	__1 November 2007__

	University Curriculum Committee:	            ___________________

	University Senate:		            	___________________
Attachment:  Bibliography, Library Resources Form, Course Inventory Form

ASTR 275: Astronomy Research Methods
Books in WKU Libraries collection – representative list of supplemental materials
Ball, Sir Robert S.   Great astronomers. London: Isbister and company, 1901.
Beet, Ernest Agar. Mathematical astronomy for amateurs. New York: W. W. Norton, 1972.
Cornell, James. Bubbles, voids, and bumps in time : the new cosmology. New York: Cambridge University Press, 1989.
Fox, Karen C. The big bang theory: what it is, where it came from, and why it works. New York: Wiley, 2002.
Hillier, Rodney. Gamma ray astronomy. New York: Oxford University Press, 1984.
Hodge, Paul W. The physics and astronomy of galaxies and cosmology. New York: McGraw-Hill, 1966.
Hoyle, Fred, Sir. Galaxies, nuclei, and quasars. New York: Harper & Row, 1965.
Jastrow, Robert. Red Giants and White Dwarfs; the evolution of stars, planets, and life. New York: Harper & Row, 1967.
Moore, Patrick. Naked-eye astronomy. New York: Norton, 1966.
Neal, Harry Edward. The telescope. New York: J. Messner, 1958.
Novikov, I. D. Physics of black holes. Boston : Kluwer Academic, 1989.
Parker, Barry R. The vindication of the big bang: breakthroughs and barriers. New York: Plenum Press, 1993.
Satterthwaite, Gilbert Elliott. Encyclopedia of astronomy. New York: St. Martin’s Press, 1971.
Seife, Charles Alpha & Omega : the search for the beginning and end of the universe. New York : Viking, 2003.
Stern, Alan. Our Universe: the thrill of extragalactic exploration. New York: Cambridge University Press, 2001. 
Young, Louise B. Exploring the universe. New York: McGraw-Hill, 1963.

Journals in WKU Libraries collection – representative list of supplemental materials
   Astronomy, Sky and Telescope, Scientific American, as well as numerous research journals

Media Resources in WKU Libraries collection – representative list of supplemental materials

Video recordings:
   Sagan, Carl Cosmos [videorecording] : a personal journey. Cosmos Studios, 2000.
   NASA CORE. The night sky series. Oberlin, OH : Lorian County JVS

Electronic book:
   Newcomb, Simon. Extent of the universe. Boulder, Colo.: NetLibrary

Electronic journals:
   Night Sky, Sky and Telescope, Sky Watch

						Proposal Date: 10/19/2007

Science & Engineering
Department of Physics and Astronomy
Proposal to Create a New Course
(Action Item)

Contact Person:  Michael Carini, mike.carini@wku.edu, (270) 745-6198

1.	Identification of proposed course:
1.7	Course prefix and number:  		ASTR 298
1.8	Course title: 				Research Experiences
1.9	Abbreviated course title: 		Research Experiences
1.4	Credit hours and contact hours: 	1.0 to 3.0
1.5	Type of course: 			R (research)
1.6	Prerequisites: 		
		MATH 117 or equivalent, and ASTR 106 or ASTR 214 or ASTR 275  
1.7	Course catalog listing: 
Individual or group research project carried out under direct faculty supervision. An oral presentation or paper, reviewed by a faculty committee, is required. 

2.	Rationale:
2.6	Reason for developing the proposed course: 
Students in the Academy of Mathematics and Science in Kentucky are encouraged to complete a research project with a faculty mentor, receiving course credit in the process. 
   
2.7	Projected enrollment in the proposed course:  
Up to 12 students per semester, based on the expectation that approximately ten percent of the Academy students will elect to pursue a research project in astronomy or astrophysics.

2.8	Relationship of the proposed course to courses now offered by the department: 
There are upper level courses that provide academic credit for students participating in a mentored research project, a practicum or an internship. None of these upper level courses is appropriate for students enrolled in the Academy of Mathematics & Science. 

2.9	Relationship of the proposed course to courses offered in other departments: 
CHEM 299 is a comparable course. Many other departments offer research courses for juniors or senior students, while this course has been developed for less experienced but still highly qualified students, such as those enrolled in the Academy of Mathematics and Science in Kentucky. 

2.10	Relationship of the proposed course to courses offered in other institutions: 
All but two of our benchmark institutions offer research courses, however, only four of these offer them at the introductory level. None of our benchmarks serves a population like the Academy of Mathematics and Science in Kentucky.
3.	Discussion of proposed course:
3.5	Course objectives: 
The student should complete the course with a solid understanding of the skills, tools and processes required to successfully complete an original scientific research project. 
  
3.6	Content outline:
Course content will vary depending upon research projects offered by faculty mentors. Possible topics might include studies of stellar interactions, active galaxies, supernovae or cosmology.

3.7	Student expectations and requirements: 
Students will be expected to participate in regular meetings with the research mentor. Assessment will be based on the required oral presentation and/or written report, as judged by a faculty committee.  
 
3.8	Tentative texts and course materials:
A text is not applicable for mentored individual or group research projects.
	
4.	Resources:
4.3	Library resources:  see attached library resource form and bibliography
4.4	Computer resources: no new additional resources required

5.	Budget implications:
5.5	Proposed method of staffing: 	 current staff 
5.6	Special equipment needed: 	 none
5.7	Expendable materials needed: none
5.8	Laboratory materials needed:  none

6.	Proposed term for implementation:  Fall 2008

7.	Dates of prior committee approvals: 

	Department of Physics & Astronomy:	___19 October 2007___

	Ogden College Curriculum Committee	__ 1 November 2007__

	University Curriculum Committee:	            ___________________

	University Senate:		            	___________________

Attachment:  Bibliography, Library Resources Form, Course Inventory Form

ASTR 298: Research Experiences
Books in WKU Libraries collection – representative list of supplemental materials
Ball, Sir Robert S.   Great astronomers. London: Isbister and company, 1901.
Beet, Ernest Agar. Mathematical astronomy for amateurs. New York: W. W. Norton, 1972.
Cornell, James. Bubbles, voids, and bumps in time : the new cosmology. New York: Cambridge University Press, 1989.
Fox, Karen C. The big bang theory: what it is, where it came from, and why it works. New York: Wiley, 2002.
Hillier, Rodney. Gamma ray astronomy. New York: Oxford University Press, 1984.
Hodge, Paul W. The physics and astronomy of galaxies and cosmology. New York: McGraw-Hill, 1966.
Hoyle, Fred, Sir. Galaxies, nuclei, and quasars. New York: Harper & Row, 1965.
Jastrow, Robert. Red Giants and White Dwarfs; the evolution of stars, planets, and life. New York: Harper & Row, 1967.
Moore, Patrick. Naked-eye astronomy. New York: Norton, 1966.
Neal, Harry Edward. The telescope. New York: J. Messner, 1958.
Novikov, I. D. Physics of black holes. Boston : Kluwer Academic, 1989.
Parker, Barry R. The vindication of the big bang: breakthroughs and barriers. New York: Plenum Press, 1993.
Satterthwaite, Gilbert Elliott. Encyclopedia of astronomy. New York: St. Martin’s Press, 1971.
Seife, Charles Alpha & Omega : the search for the beginning and end of the universe. New York : Viking, 2003.
Stern, Alan. Our Universe: the thrill of extragalactic exploration. New York: Cambridge University Press, 2001. 
Young, Louise B. Exploring the universe. New York: McGraw-Hill, 1963.

Journals in WKU Libraries collection – representative list of supplemental materials
   Astronomy and Astrophysics, Astronomical Journal, Astrophysical Journal, Monthly Notices of the Royal Astronomical Society, and other physics and astronomy research journals

Media Resources in WKU Libraries collection – representative list of supplemental materials

Video recordings:
   Sagan, Carl Cosmos [videorecording] : a personal journey. Cosmos Studios, 2000.
   NASA CORE. The night sky series. Oberlin, OH : Lorian County JVS

						Proposal Date: August 28, 2007

Ogden College of Science & Engineering
Department of Architectural & Manufacturing Sciences
Proposal to Create a New Course
(Action Item)

Contact Person:  Name: Dr. Denise Gravitt
   	email: denise.gravitt@wku.edu
	phone: 745-2176

1.	Identification of proposed course:

1.10	Course prefix (subject area) and number:  AMS 262
1.11	Course title: Construction Laboratory
1.12	Abbreviated course title: Construction  Laboratory
1.4	Credit hours and contact hours: 1 credit, 2 contact hours
	1.5	Type of course: A
1.6	Prerequisites/corequisites: Corequisite AMS 261
1.7	Course catalog listing: The laboratory to accompany AMS 261.  Hands-on experience with basic construction methods and materials used in light commercial and residential construction, including framing, concrete, masonry, and miscellaneous metals. Lab fee required. 

2.	Rationale:

2.11	Reason for developing the proposed course:  Students in our programs need more hands-on experience with applied building techniques for light commercial and residential construction.  
2.12	Projected enrollment in the proposed course: 60 students total- 4 sections of 15 students each based upon current and projected enrollment in AMS 261.
2.13	Relationship of the proposed course to courses now offered by the department: The hands-on exercises content in this laboratory course will support the content of AMS 261 Construction Methods and materials.
2.14	Relationship of the proposed course to courses offered in other departments: This course title is similar to CE 371 Construction Materials Laboratory; however, the AMS 262 course will focus more on residential and light commercial applications.
2.15	Relationship of the proposed course to courses offered in other institutions: Other related institutions in the Associated Schools of Construction that also are accredited by the American Council for Construction Education offer this course content.  Most of the programs offer it in a similar class, although some programs break up the topics into multiple classes according to their needs.  Similar courses are:
Eastern Carolina University: CMGT 2660/ 2661. Construction Techniques I 
Illinois State University: TEC 121 Construction Methods
Indiana State University: MCT 211 Construction Methods & Equipment
University of North Florida: BCN 1210L Building Construction Materials Lab
Virginia Polytechnic Institute and State University: CM 2005: Building and Materials + Lab
Western Carolina University: CM 211 Construction Methods and Materials I

3.	Discussion of proposed course:

3.9	Course objectives:   Students will be able to identify residential and light commercial construction project materials and demonstrate appropriate safety and construction methods.  

3.10	Content outline: Light commercial materials and construction techniques including, but not limited to:

•	Concrete mixing and slump
•	Masonry installation
•	Wood framing
•	Insulation and sealants
•	Shingles and siding
•	Miscellaneous metals 

3.11	Student expectations and requirements: Applied building lessons and exercises using construction materials, exams, and attendance. 

3.12	Tentative texts and course materials: Exercises in Building Construction: Forty-Five Homework and Laboratory Assignments to Accompany Fundamentals of Building Construction: Materials and Methods 
Edward Allen, Joseph Iano (2004) John Wiley & Sons. ISBN# 0-471-45969-0
	
4.	Resources:

4.5	Library resources: See attached Library Resources form. 

4.6	Computer resources: WKU and AMS Dept. computer resources are adequate for the propose course.

5.	Budget implications:

5.9	Proposed method of staffing: Current faculty are qualified and available to teach the course. 

5.10	Special equipment needed: None

5.11	Expendable materials needed: Wood Framing, Masonry Unit, Mortar and Concrete (Sponsors for materials to be donated have been identified).

5.12	Laboratory materials needed: Basic Construction Tools
4.7	Library resources: See attached Library Resources form. 
4.8	Computer resources: None

5.	Budget implications:

5.13	Proposed method of staffing: Current AMS Faculty 
5.14	Special equipment needed: None
5.15	Expendable materials needed: Materials that are not donated will be covered by a laboratory fee paid by the students. 
5.16	Laboratory materials needed: One time purchase of basic construction tools to be supplemented by the student lab fee. 

6.	Proposed term for implementation: Fall 2008

7.	Dates of prior committee approvals:

	Architecture & Manufacturing Sciences Dept.          	_____10/2/07_______

	OCSE   Curriculum Committee		            _____11/1/07_______

	University Curriculum Committee		            ___________________
  
	University Senate				            ___________________

Attachment:  Bibliography, Library Resources Form, Course Inventory Form

						Proposal Date: 02-01-07

Ogden College of Sciences and Engineering
Department of Architectural and Manufacturing Sciences
Proposal to Revise a Program
(Action Item)

Contact Person:  H. Terry Leeper, terry.leeper@wku.edu 270.745.5954

1.	Identification of program:

1.13	Reference number: 575 
1.14	Current program title: Technology Management
1.15	Credit hours: 54

2.	Identification of the proposed program changes: 
o	Drop 3 hours of upper division credit from the general electives category.
o	Add 3 hours upper division electives to the major.
o	Revise technical course transfer policy.

3.	Detailed program description:
	
Technology Management Major: (OLD)	51	hrs

Technical Course Transfer:			24	hrs
 Required Technical course transfer from a 
 technical college or KCTCS school in Kentucky
    (Courses will be listed individually and will be included in your GPA)

Technology Management Requirements:	27	hrs
AMS 271	Industrial Statistics 		                    3	hrs
AMS 310	Work Design/Ergonomics		3	hrs
AMS 356	Systems Design & Operations	3	hrs
AMS 394	Lean Manufacturing 	    	3 	hrs
AMS 371	Quality Assurance		                    3	hrs
AMS 390 	Project Planning and Control 	3	hrs
AMS 430	Tech Mgmt/Supervision/Team Bldg	3	hrs
AMS 490 	Senior Research 			3	hrs
ENG 307	Technical Writing			3	hrs

*Above classes must include a total of 24 or more
 hours in Upper Division.

General Electives                                                             33 hrs

Technical Course Transfer                                up to – 21 hrs
Technical course transfer from a technical college or KCTCS school in Kentucky 
(Courses will be listed individually and will be included in your GPA)

Other Requirements:                                                       12 hrs
Advisor Approved Upper Division Electives 
                (300-400 level courses)
	Technology Management Major: (NEW)	54	hrs

Technical Course Transfer:			24	hrs
 Technical courses transferred from a technical 
 school, college or university.
    (Courses will be listed individually and will be included in student’s GPA)

Technology Management Requirements:	30	hrs
AMS 271	Industrial Statistics 		                    3	hrs
AMS 310	Work Design/Ergonomics		3	hrs
AMS 356	Systems Design & Operations	3	hrs
AMS 394	Lean Manufacturing 	    	3 	hrs
AMS 371	Quality Assurance		                    3	hrs
AMS 390 	Project Planning and Control	                    3	hrs
AMS 430	Tech Mgmt/Supervision/Team Bldg	3	hrs
AMS 490 	Senior Research 			3	hrs
ENG 307	Technical Writing			3	hrs
Advisor Approved Upper Division Elective                   3  hrs

General Electives                                                              30  hrs

Technical Course Transfer                                up to – 21 hrs
Technical courses transferred from a technical school, college or university – advisor approved
(Courses will be listed individually and will be included in student’s GPA)

Other Requirements:                                                       9  hrs
Advisor Approved Upper Division Electives 
                (300-400 level courses)

4.	Rationale for the proposed program change:

This proposed change is to bring the program into compliance with University standards that 50% of the major must be at the upper division level.  The department is moving one 3 hour upper division elective from the General Electives area to the Major.  The transfer course work policy is to allow students to transfer into this program from institutions other than KCTCS.

5.	Effective catalog year:
	
	Fall 2008

6.	Dates of prior committee approvals:

	Architectural and Manufacturing Sciences Department        	10-02-2007	

	Ogden College Curriculum Committee			 10-11-2007

	University Curriculum Committee				

	University Senate				                        

Attachment:  Program Inventory Form