UCC Minutes for April 13, 2006

Present:

Regular Members: A. Arnold , E. Arnold, J. Neil, J. Lewis, C. Estes, P. Schwager,

Ex Officio Members: L. Griffin, R. Mitchelson, D. Long

Administrative: D. Coltraine

Absent: , R. M. Schinasi, D. K. Dobney (SGA rep.) L. Warren

1. 2:10 Approval of minutes of March 9, 2006

Minutes were modified and approved unanimously by the committee. The corrected version will be sent to the senate for posting.

2. 2:20: Chemistry Department

Proposal from the Chemistry Department related to new courses: memo, 1500, 1510/11, documents, marked, signature sheet. (these will be emailed to the members)

Dr. Gerow from Chemistry presented the proposals for new courses. These new courses are being developed primarily for use by the Engineering program. After discussion the proposals were approved without dissent.

The committee notes that catalog copy submitted by the Chemistry Department included changes to the B.S. in Engineering degree program. UCC was unable to approve those changes as they must be brought to UCC by the Department of Technology Systems.

3. 2:40: Department of Technology Systems

a. Proposal from the Department of Technology Systems, Industrial Engineering Technology. Memos, signature, support, 3600, 4020, 4023, 4092, 4900, 4401, marked. (these will be emailed to the members)

Proposal from the DTS included change of prefix (MANF to IENG), degree requirement modifications (BS, Industrial Engineering Technology),  new courses (IENG 3600, 4092, 4900, 4401), revision of existing courses (IENG 4020, 4023), prerequisite changes (ITEC 3800, IENG 3020, 3300, 4200), and deletion of banked courses (MANF 4092, 4093). The proposals were discussed and approved without dissent.

b. Proposal from the Department of Computer Science related to changes in degree requirements, banking of courses, change in prerequisites, and WI designation. (these will be emailed to the members)

The curriculum changes requested by computer science are primarily clean up to make the catalog consistent with changes that were approved last year. The courses being banked were in the old core, and CSCI 4000 is being added to the core for assessment purposes. The changes were discussed and unanimously approved.

c. Memo related to WI designation for Industrial Technology courses. (these will be emailed to the members)

Catalog copy submitted with these minutes reflects this change.

3. Business: Discussion

a. Discussion related to the material presented by Dr. Knickerbocker.

The changes brought forward by Dr. Knickerbocker were discussed again and the committee agreed that the changes proposed by EPPC added clarity to the charges of the two committees. Dr. Arnold will send an email to Dr. Knickerbocker to that effect, with one suggestion to nsert a line on page 2 in the section “Curriculum Approval Process,” between “Writing across the curriculum….” and the “Chairperson to read:

“Communicate with units and programs that may be directly or indirectly affected by the curriculum.”

b. Discussion related to the letter from Dr. Rigsby (to be presented at the meeting).

Dr. Rigsby requests that the UCC review the need for the liaison program early next year. If the UCC decides to continue with the program, Dr. Rigsby requested a formal proposal be sent to the senate.

This year’s committee is putting on the record that the liaison system has resulted in curriculum that is properly prepared and can be approved with minimal discussion. Prior to the liaison system it was common for proposals to return to the UCC several times before they could be passed. It was suggested that problems with the system include some liaisons taking more authority than was intended, and it was felt this issue could be dealt with through enhanced training and communication. The liaison is not intended to be a formal approval step but a facilitator to ensure the development of consistent, quality curriculum. We have observed continuous improvements in the process and over time we expect the process to be even smoother.

A survey of the effectiveness of the liaison system is currently underway and the results of that survey will be considered in the fall and incorporated into any suggestions made.

c. Discussion related to liaison manual for next year.

General suggestions included:

(1) Add clarity to the role of the liaison, including clarification that the liaison is a facilitator of curriculum process and should be neutral on merits of the proposal, which is to be written and approved by departmental faculty. The liaison does not approve curriculum but is a facilitator.

(2) Add emphasis to the need to check with directly and indirectly affected units.

(3) Regarding attendance at UCC meetings, it could be clarified that whenever possible the liaison should accompany department faculty to the UCC meeting.

Diane Coltraine agreed to circulate the manual with suggested changes to UCC members for input.

d. Discussion about academic affairs support request for next year.

Academic Programs has planned, in collaboration with the graduate school, to be able to provide support for UCC and GCC. This support will take the form of the posting of agenda items, following the direction of the UCC Chair who creates the agenda and forwards the files to Academic Programs. In addition AP will plan to provide a master marked catalog document that would be emailed to the UCC secretary prior to each meeting.

Academic Programs will also continue to provide support in the form of training in preparation of curriculum proposals and catalog copy to all university faculty upon request.

At this juncture, UCC cannot omit the need for unmarked catalog minutes because they will be necessary for the electronic updates.

UCC will not be able to omit the need for units to find and correct other catalog occurrences of their curriculum changes because it would not be possible to foresee how such changes would affect the units. However, AP will continue to provide training for units to complete this function.

e. Discussion of annual report

Ellen Arnold will send the annual report via email and requests feedback from committee members.

Final Note: These minutes were approved by the 2005-2006 UCC on April 17, 2006 by 3:00 p.m.

Submitted by Dr. Cheryl Estes, UCC Secretary

UCC Meeting April 13, 2006

Marked Catalog Copy

Chemistry

Insert on pp. 329-332 of 2005 – 2006 catalog:

329

CHEM: CHEMISTRY

0150. Preparation for College Chemistry (2) (F,S,SS) 3 lectures per week. May not count toward general education science requirement. C: MATH 1065. Intensive review and study of basic chemical laws and mathematical tools needed for further study in general chemistry.

1020. General Descriptive Chemistry (4) (F,S) (GE:SC) May not count toward general education science requirement for science majors. General chemistry for nonscience majors.

330

1021. General Descriptive Chemistry Laboratory (1) (F,S) (GE:SC) 3 lab hours per week. Chemistry lab for nonscience majors. P/C: CHEM 1020. Lab experiences illustrate fundamental chemical principles and relevance of chemistry in modern world. Topics include chemical measurements, acids, synthesis and purification of biochemical substances and DNA fingerprinting.

1120. Basic General, Organic, and Biochemistry I (4) (F,S,SS) (GE:SC) May not count toward general education science requirement for science majors. General, organic, and biochemistry and chemical applications in health professions.

1121. Basic General, Organic, and Biochemistry Laboratory I (1) (F,S) (GE:SC) 3 lab hours per week. C: CHEM 1120. Introduces lab techniques in general, organic, and biochemistry.

1130. Basic General, Organic, and Biochemistry II (3) (F,S,SS) (GE:SC) May not count toward general education science requirement for science majors. P: CHEM 1120. Continuation of CHEM 1120.

1131. Basic General, Organic, and Biochemistry Laboratory II (1) (F,S,SS) (GE:SC) 3 lab hours per week. C: CHEM 1130. Continuation of CHEM 1121.

1150, 1151. General Chemistry and Laboratory I (3,1) (F,S,SS) (GE:SC) For science majors. 3 lecture and 3 lab hours per week. P: Chemistry placement test or passing grade in CHEM 0150; P/C: MATH 1065; C for 1150: CHEM 1151; C for 1151: CHEM 1150. Basic principles and laws of chemistry. Topics include measurements, reactions and

stoichiometry, thermochemistry, atomic structure, periodicity, bonding and molecular structure, and states of matter.

1160, 1161. General Chemistry and Laboratory II (3,1) (F,S,SS) (GE:SC) 3 lecture and 3 lab hours per week. P: CHEM 1150, 1151; C for 1160: CHEM 1161; C for 1161: CHEM 1160; RC: MATH 1083 or 1085. Continuation of CHEM 1150. Topics include solutions, kinetics, equilibrium, acid-base theory, thermodynamics, and electrochemistry. Introduces organic, nuclear, and coordination chemistry.

1500. Materials Chemistry I (3) (S) Chemistry of elements and compounds, atomic structure, molecular geometry and intermolecular forces and their effect on the design and uses of materials. May not count toward chemistry major.

1510, 1511. Materials Chemistry II and Laboratory (1,1) (F) 1 hour lecture and 3 hours lab per week. P: CHEM 1500; C for CHEM 1510: CHEM 1511; C for CHEM 1511: CHEM 1510 Continuation of CHEM 1500. Chemistry of elements and compounds, equilibrium, thermodynamics and kinetics and their effect on the design and uses of materials. Lab experience demonstrates chemical properties of materials. May not count toward chemistry major.

2103. Introduction to Chemical Literature (1) (WI) (F,S) P: CHEM 2750. Introduces methods used to search and access chemical literature. Development of technical writing skills.

2111. Applications of Molecular Modeling (1) (F,S) (GE:SC) P/C: CHEM 2750. Applies molecular modeling to explore relationships between molecular structure and molecular properties.

2250, 2251. Quantitative and Instrumental Analysis (3,2) (WI, WI) (F,S) 3 lecture and 6 lab hours per week. P: CHEM 1160, 1161; 1 semester of organic CHEM; C for 2250: CHEM 2251; C for 2251: CHEM 2250. Theories and techniques of classical quantitative and modern instrumental analysis.

2301. Teaching Laboratory Chemistry (2,0) (F,S) 1 lecture and 3 lab hours per week. P: CHEM 1160, 1161. Instruction and supervised experience in methods and practice of teaching introductory chemistry lab.

2650. Organic Chemistry for the Life Sciences (4) (F) May not count toward CHEM major or minor. May not substitute as a prerequisite for CHEM 2760. P: CHEM 1160, 1161. Principles of organic chemistry. Emphasis on biologically

important topics.

2651. Organic Chemistry Lab for the Life Sciences (1) (F) 3 lab hours per week. May not count toward CHEM major or minor. May not substitute as a prerequisite for CHEM 2763. C: CHEM 2650. Organic lab techniques.

2750. Organic Chemistry I (3) (F,S,SS) P: CHEM 1160, 1161; C: CHEM 2753. Classes of compounds and their typical reactions, mechanisms, stereochemistry, and instrumental methods in organic chemistry.

2753. Organic Chemistry Laboratory I (1) (F,S,SS) 3 lab hours per week C: CHEM 2750. Organic lab techniques.

2760. Organic Chemistry II (3) (F,S,SS) P: CHEM 2750; C: CHEM 2763. Continuation of CHEM 2750.

2763. Organic Chemistry Laboratory II (1) (F,S,SS) 3 lab hours per week P: CHEM 2750, 2753; C: CHEM 2760. Continuation of CHEM 2753.

331

2770. Biological Chemistry (3) (F,S) (GE:SC) P: CHEM 2650 or 2760. Chemistry and intermediary metabolism of proteins, carbohydrates, lipids, and nucleic acids.

2771. Biological Chemistry Laboratory (1) (F,S) (GE:SC) 3 lab hours per week. C: CHEM 2770. Applies chemical lab techniques to study of proteins, carbohydrates, lipids, and nucleic acids.

3301. Practicum in Teaching (1) (F,S) 3 lab hours per week. May be repeated for credit. May count maximum of 4 s.h. toward CHEM major. P: CHEM 2301 and consent of instructor. Supervised practicum in teaching introductory chemistry lab.

3450. Elementary Inorganic Chemistry (3) (S) P: CHEM 2250, 2251; C: CHEM 3451. Survey of fundamental concepts and theories of inorganic chemistry, periodicity, descriptive chemistry of selected main group elements and transition

metals, and their role in organometallic, bioinorganic, and industrial chemistry.

3451. Elementary Inorganic Chemsitry Laboratory (1) (WI) (F,S) P: CHEM 2250, 2251; C: CHEM 3450 or 5550. Inorganic laboratory techniques, physical methods, and the synthesis and characterization of inorganic and organometallic compounds.

3501, 3502, 3503. Special Topics in Chemistry (1,2,3) May be repeated for maximum of 6 s.h. with change of topic. May not count toward general education science credit. P: CHEM 1160; consent of instructor. Selected topics of contemporary interest.

3850, 3851. Introduction to Physical Chemistry (4,1) (WI, WI) (F) 4 lecture and 3 lab hours per week. P: CHEM 1160, 1161; MATH 2122 or 2172; PHYS 1260, 1261; C for 3850: CHEM 3851; C for 3851: CHEM 3850. Physical chemistry for students with limited mathematical background.

3950, 3951. Physical Chemistry and Laboratory I (4,1) (WI, WI) (S) 4 lecture and 3 lab hours per week. P: CHEM 2250, 2251; MATH 2173; PHYS 1261, 2360; C for 3950: CHEM 3951; C for 3951: CHEM 3950. Theoretical and mathematical treatment of fundamental laws and theories underlying science of chemistry.

3960, 3961. Physical Chemistry and Laboratory II (4,1) (WI, WI) (F) 4 lecture and 3 lab hours per week. P: CHEM 3950, 3951; C for 3960: CHEM 3961; C for 3961: CHEM 3960. Continuation of CHEM 3950, 3951.

4103. Seminar (1) (F,S) P: Junior or senior standing; CHEM 2103. Discuss contemporary topics in chemistry, instruction on technical presentations, and submission of written and oral reports on approved topics. Requires attendance at selected

departmental seminars.

4505, 4506, 4507. Independent Study (1,2,3) (F,S,SS) May be repeated for credit. May count a maximum of 3 s.h. toward CHEM major. P: Consent of instructor and dept chair. Individual study in selected area of chemistry under immediate direction of faculty member.

4515, 4516, 4517. Research Problems in Chemistry (1,2,3) (F,S,SS) May be repeated for credit. May count maximum of 6 s.h. toward CHEM major. P: Consent of instructor. Advanced problems in chemistry pursued under supervision of faculty member.

5350, 5351. Instrumental Analysis (3,1) (WI, WI) 3 lecture and 3 lab hours per week. P: CHEM 3960; C for 5350: CHEM 5351; C for 5351: CHEM 5350. Theory and practical uses of modern instrumental methods of chemical analysis.

5525, 5526, 5527. Special Topics (1,2,3) May be repeated for credit with change of topic. P: Consent of instructor. Selected topics of current interest in areas of analytical, inorganic, organic, and physical chemistry.

5550. Advanced Inorganic Chemistry (4) (F) P: CHEM 3950; C: CHEM 3451 (for BS chemistry majors only). Advanced treatment of atomic and molecular structure, molecular symmetry, group theory, MO theory, the solid state and ionic bonding, transition metal coordination and organometallic compounds, homogeneous catalysis, and acid-base, redox, and bioinorganic chemistry.

332

5750. Advanced Organic Chemistry (3) P: CHEM 2760; P/C: CHEM 3960. Physical organic topics, including aromaticity, acid/base chemistry, reactive intermediates, mechanisms of common organic reactions, and relationship between structure and reactivity.

5760. Organic Structure Elucidation (3) P: Consent of instructor. Applies modern instrumental methods to elucidation of structures of organic compounds, with particular regard to elucidation of complex structures from combined application of spectral tools.

5993. Industrial Internship in Chemistry (3) 25-30 lab hours per week. May count maximum of 3 s.h. toward CHEM major. May be repeated. P: Selection by joint Department of Chemistry/Industry screening committee; CHEM 2250, 2760, 3950. Professional experience in industrial application of chemistry.

CHEM Banked Courses

1163. Introduction to Computer Techniques 5450. Industrial Chemistry (3)

in Experimental Chemistry (1) 5560. Inorganic Reaction Mechanisms (2)

3860, 3861. Introduction to Instrument- 5950, 5951. Introduction to Nuclear

Computer Interfacing (2,1) Chemistry (2,1)

5390. Bioanalytical Chemistry (2) 5970. Chemical Thermodynamics (2)

TECHNOLOGY SYSTEMS – IET DEPARTMENT

INSERT ON Page 108

EHST 2110. Introduction to Environmental Health Science (3) (F,S)

GEOG 3003. Political Geography (3) (WI) (S) (GE:SO)

GEOG 3410. Fundamentals of GIS (3) (F,S)

HIST 3260. U.S. and the Middle East, 1783 to the Present (3)

ICTN 2900, 2901. Fundamental Network Security (3,0) (P: ICTN 2154)

JUST 1000. Criminal Justice Systems (3) (F,S,SS)

MANFITEC 3800. Cost and Capital Project Analysis (3) (S) Formerly MANF 3800 (P: MATH 1065; MATH 2283 or ITEC 3200)

PLAN 1900. Planning for the Human Environment (3) (F,S,SS)

PLAN 3051. Introduction to GIS in Planning (3) (F,S) (P:GEOG 3410 or consent of Instructor)

PLAN 4015. Emergency Planning Management (3) (F,SS)

POLS 3144. American Foreign Policy (3) (S) (RP: POLS 2020)

POLS 3155. National Security Policy (3) (F,S)

POLS 3290. Confl ict and Peace in the Post Cold War Age (3) (S)

POLS 3293. International Organizations (3)

POLS 4380. Topics in International Politics (3) (P: POLS 2020 or Consent of Instructor)

POLS 4382. Politics of Terrorism (3) (S)

POLS 4383. War in the Modern Age (3)

SOCI 3235. Population Trends and Problems (3)(GE:SO)(P: SOCI 2110)

INSERT ON Page 283

DEPARTMENT OF TECHNOLOGY SYSTEMS

Paul J. Kauffmann, Chairperson, Suite 200 Science and Technology Building

Admission

Upon admission to the university, students may declare a major in one of the following degree programs: design, industrial distribution and logistics, industrial engineering technology, or information and computer technology, or manufacturing. The technology systems degree programs are accredited by the National Association of Industrial Technology. The minimum degree requirement is 126 s.h. of credit.

REVISION TO PAGE 290; RELOCATE TO PAGE 286

BS in ManufacturingIndustrial Engineering Technology

Minimum degree requirement is 126 s.h. of credit as follows:

1. General education requirements (See Section 4, General Education Requirements for all

Baccalaureate Degree Programs), including those listed below ......................................... 42 s.h.

COMM 2410. Public Speaking (3) (F,S,SS) (GE:FA) or COMM 2420. Business and Professional Communication (3) (F,S,SS) (GE:FA)

ECON 2113. Principles of Microeconomics (3) (F,S,SS) (GE:SO)

MATH 1065. College Algebra (3) (F, S, SS) (GE: MA) (P: Appropriate score on mathematics placement test) or MATH1066. Applied Mathematics for Decision Making (3) (F,S, SS) (GE:MA) (P: Appropriate score on mathematics placement test or approval of dept chair)

PHYS 1250, 1260. General Physics (3,3) (F,S,SS) (GE:SC) (P for 1250: MATH 1065 or 1066; P for 1260: PHYS 1250)

PHYS 1251, 1261. General Physics Laboratory (1,1) (F,S,SS) (GE:SC) (C for 1251: PHYS 1250 or 2350; C for 1261:PHYS 1260 or 2260)

PSYC 1000. Introductory Psychology (3) (F,S,SS) (GE:SO)

PSYC 3241. Personnel and Industrial Psychology (3) (F,S,SS) (GE:SO) (P: PSYC 1000 or 1060)

2. Core ........................................................................................................................ 66 s.h.

DESN 2034, 2035. Engineering Graphics I (3,0) (F,S,SS) (P: ITEC 2000 or MIS 2223)

DESN 2036, 2037. Computer-Aided Design and Drafting (3,0) (F,S,SS) (P: DESN 2034)

DESN 3032, 3033. Engineering Graphics II (3,0) (S) (P: DESN 2034)

DESN 3236, 3237. Geometric Dimensioning and Tolerancing (3,0) (F OY) (P: DESN 3032; MATH 1074; ITEC 3200or MATH 2283)

ITEC 2000. Industrial Technology Applications of Computer Systems (3) (F,S,SS)

ITEC 2010. Introduction to Industry and Technology (3) (F,S)

ITEC 2054, 2055. Electricity/Electronics Fundamentals (3,0) (F,S) Formerly ELEC 2054, 2055 (P: MATH 1065 or 1066 or 1085 or 2119)

ITEC 2080, 2081. Thermal and Fluid Systems (3,0) (S) (P: MANFIENG 2020)

ITEC 2090, 2091. Electromechanical Systems (3,0) (F) (P: ITEC 2054)

ITEC 3290. Technical Writing (3) (WI) (F,S,SS) (P: ENGL 1200)

ITEC 3292. Industrial Safety (3) (F,S) (P: Junior standing)

ITEC 3300. Technology Project Management (3) (F,S) (WI) Formerly ELEC 3300 (P: ENGL 1200; ITEC 2000 or MIS 2223)

ITEC 3800. Cost and Capital Project Analysis (3) (S) Formerly MANF 3800 (P: MATH 2283 1065or ITEC 3200)

ITEC 4293. Industrial Supervision (3) (WI) (SF) (P: Senior standing or approval of instructor)

ITEC 4300. Quality Assurance Concepts (3) (F,S) (P: ITEC 3200 or MATH 2283)

MANFIENG 2020, 2021. Materials and Processes Technology (3,0) (WI*) (F,S,SS) Formerly ITECMANF 2020, 2021 (P: ITEC 2000 or MIS 2223)

MANFIENG 2076, 2077. Introduction to Computer Numerical Control (CNC) (3,0) (F,S) Formerly MANF 2076, 2077 (P: DESN 2034)

MANFIENG 3020, 3021. Introduction to Computer Integrated Manufacturing (3,0) (S) Formerly MANF 3020, 3021 (P: ITEC 2090; MANFIENG 2076)

MANFIENG 3300. Plant Layout and Materials Handing (3) (F) Formerly MANF 3300 (P: MANFIENG 2020)

IENG 3600 Statics and Strength of Materials (3) (F) (P: IENG 2020, MATH 2119)

MANFIENG 4020, 4021. Manufacturing System Planning (3,0) (F,S) Formerly MANF 4020 (P: MANF 2020, 3300ITEC 3200; MATH 2119)

MANFIENG 4023. Advanced Manufacturing Systems (3) (S) Formerly MANF 4023 (P: MANF 4020IENG 3300)

IENG 4092 Operation Research (3) (S) (P: IENG 3300, MATH 2119)

MANFIENG 4200. Work Methods and Ergonomic Analysis (3) Formerly MANF 4200 (S) (P: ITEC 3292; MANF 2020IENG 4020)

IENG 4900 Capstone (3) (F,S) (P: Senior Standing)

3. Cognates ........................................................................................................................................ 12 s.h.

CHEM 1020 General Descriptive Chemistry (4) (F,S)

FINA 2244. Legal Environment of Business (3) (F,S,SS)

ITEC 3200. Introduction to Statistical Process Control (3) (F,S) (P: MATH 1065 or 1066 or equivalent) or MATH2283. Statistics for Business (3) (F,S,SS) (P: MATH 1065 or 1066 or equivalent)

MATH 1074. Applied Trigonometry (2) (F,S,SS) (P: MATH 1065)

Choose 4 s.h. CHEM electives, excluding CHEM 0150

MATH 2119: Elements of Calculus (3) (F,S,SS) ( P: MATH 1065 with minimum grade of C.)

4. Approved eElectives to complete requirements for graduation.

INSERT ON Page 298

IDMR Interior Design and Merchandising College of Human Ecology

IENG Industrial Engineering Technology College of Technology and Computer Science

INTE Interdepartmental Brody School of Medicine

INTL International Studies Thomas Harriot College of Arts and Sciences

IPAM Indigenous Peoples of the Americas Department of History

IRHE Interdisciplinary Rural Health Education Brody School of Medicine

ITAL Italian Department of Foreign Languages and Literatures

ITEC Industrial Technology College of Technology and Computer Science

JAPN Japanese Department of Foreign Languages and Literatures

JUST Criminal Justice College of Human Ecology

LATN Latin Department of Foreign Languages and Literatures

LDVP Leadership Development Center for Leadership Development

LEED Educational Leadership College of Education

LIBS Library Studies College of Education

MANF Manufacturing College of Technology and Computer Science

MAST Maritime Studies Coastal Resources Management

REVISION TO PAGE 415; RELOCATE TO PAGE 409

MANF: ManufacturingIENG: Industrial Engineering Technology

2020, 2021. Materials and Processes Technology (3,0) (WI*) (F,S,SS) Formerly ITEC MANF 2020, 2021 P: ITEC 2000 or DSCI 2223. Factors which influence the production and modification of materials into useful forms. Various manufacturing processes and machinery used to convert raw materials into finished products. Hands on experience with materials and processes used in industry.

2076, 2077. Introduction to Computer Numerical Control (CNC) (3,0) (F,S) Formerly MANF 2076, 2077 2 hours lecture and 2 hours lab per week. P: DESN 2034. Review of fundamental manual programming for numerical control machines. Topics include CNC machine types, controls, safety, and coordinate measuring systems; CNC speed and feed calculations, tooling and fixturing; and programming CNC mills and lathes; computer controlled laser cutting and engraving. Self-paced. Hands-on experience with CNC machines and simulations in virtual reality.

3020, 3021. Introduction to Computer Integrated Manufacturing (3,0) (S) Formerly MANF 3020,3021 2 lecture and 2 lab hours per week. P: ITEC 2090; MANF IENG 2076. Introduces computer integrated manufacturing processes. Develop basic understanding of manufacturing processes used to make products, application and potential benefits of automation and computer integrated manufacturing (CIM) concepts. Information on the way computer-based systems support operation of manufacturing business. Hands-on experience with tools and systems used in industry. Special attention to computer-aided design (CAD), computer aided manufacturing (CAM), industrial robots and supporting technologies, including automated data capture (primarily bar code). Fundamentals concepts reinforced using industrial software and hardware.

3300. Plant Layout and Materials Handling (3) (F) Formerly MANF 3300 P: MANF IENG 2020. Examines integrated plant layout and materials handlings approaches. Covers simulation as analytical tool.

3600. Statics and Strength of Materials (3) (F) P: IENG 2020, MATH 2119. Statics including vectors, moments, equilibrium of structures, centroids and moments of inertia. Strength of materials including basic stresses and deformations; beam diagrams, flexure and shear.

4020, 4021. Manufacturing System Planning (3,0) (F) 2 lecture and 2 lab hours per week. Formerly MANF 4020 P: MANF 2020, 3300 ITEC 3200; MATH 2119. Processes for manufacturing various products. Emphasis on selection criteria such as safety, material, jigs, fixtures, layout, and overall efficiency.Introduction to manufacturing planning including system concepts such as strategy, product design, learning curves, forecasting, aggregate planning, stochastic inventory control, reliability models, linear programming, and scheduling.

4023. Advanced Manufacturing Systems (3) (S) Formerly MANF 4023 P: MANF 4020 IENG 3300. Advances in technology, which occur in the manufacturing sector. Focus on computer-based technologies which improve productivity, reduce manufacturing costs, and produce high quality products. Design of advanced manufacturing systems through the incorporation of lean manufacturing techniques, value stream mapping, lean business processes, kaizen, visual workplace organization, total productive maintenance, setup reduction, poke yoke, lean accounting and theory of constraints.

4092. Operations Research (3) (S) P: IENG 3300, MATH 2119. Application of operations research models to industrial engineering problems. Linear programming, sensitivity analysis, transportation models, network models, queuing models, dynamic programming, game theory and simulation.

4200. Work Methods and Ergonomics Analysis (3) (S) Formerly MANF 4200 P: ITEC 3292; MANF 2020 IENG 4020. Work methods and study of work measurement systems. Principles of motion study, work simplification, and work measurement by direct and predetermined motion-time systems.

4401, 4402, 4403. Independent Study: Industrial Engineering Technology (1, 2, 3) P: Consent of instructor. Special topics in selected areas of Industrial Engineering Technology. Exploration and research in personal areas of interest.

4502. Laboratory Problems: Production (3) (F,S) Formerly MANF 4502 6 lab hours per week. Independent study of industrial manufacturing systems, processes, and concepts.

4507. Laboratory Problems: Metals (3) Formerly MANF 4507 6 lab hours per week. P: MANF 2076. In depth and independent study of concepts and/or processes of metals area, its tools, and materials. Emphasis on lab work.

4900. Capstone (3) (F,S) P: Senior Standing. Hands-on industrial project. Teams of students will work directly with individual clients or organizations to improve their processes through the implementation of industrial engineering technology principles and tools.

5504. Independent Study: Manufacturing (3) Formerly MANF 5504 May be repeated for credit with consent of dept chair. P: Consent of instructor. Research-oriented problem solving with tools, materials, and processes of manufacturing industries.

MANFIENG Banked Courses

2066, 2067. Polymeric Materials (3,0)

4094, 4095. Industrial Maintenance (3,0)

2072, 2073. Metals Technology I (3,0)

4501. Laboratory Problems: Maintenance (3)

3072. Metals Technology (3)

5060. Organic Matrix Composite Materials (3)

4060, 4061. Woods Products Manufacturing (3,0)

5090, 5091. Fluid Power Circuits (3,0)

4092, 4093. Manufacturing (3,0)

CSCI DEPARTMENT

INSERT ON Page 279-280

BA in Computer Science

Credit toward a computer science major will not be given for any CSCI course with a grade less than C being used to satisfy the requirements specified in the core. Minimum degree requirement is 126 s.h. of credit as follows:

1. General education (See Section 4, General Education Requirements for all Baccalaureate Degree Programs.)..................................................................................... 42 s.h.

2. Foreign language through level 1004 (preferably French, German, or Russian) ..... 12 s.h.

3. Core .................................................................................................................................. 35 s.h.

CSCI 2300. Computer Science Survey (3) (F,S,SS)

CSCI 2310, 2311. Algorithmic Problem Solving and Programming Laboratory (4,0) (F,S,SS)

(P: MATH 1065; C for 2310: CSCI 2311; C for 2311: CSCI 2310)

CSCI 3300. Introduction to Algorithms and Data Structures (4) (F,S,SS) (P: CSCI 2300, 2310;

C: CSCI 2427)

CSCI 3310. Advanced Data Structures and Data Abstraction (3) (F,S,SS) (P: CSCI 2427, 3300)

CSCI 3526. Switching Theory and Computer Organization (3) (F,S,SS) (P: CSCI 2310 or 2610;

CSCI 2427)

CSCI 3650. Analysis of Algorithms (3) (S,SS) (P: CSCI 3310 or 3510; CSCI 2427) or CSCI 4602.

Theory of Automata and Linguistics (3) (F) (P: CSCI 2427; CSCI Major)

CSCI 3675. Organization of Programming Language (3) (F,SS) (P: CSCI 3310 or 3510)

CSCI 4000. Senior Assessment (0) (F,S)

CSCI 4200. Software Engineering I (3) (WI) (F,S) (P: CSCI 3310 or 3510; CSCI major)

CSCI 4630. Operating Systems I (3) (S,SS) (F,S) (P: CSCI 3526 3300; CSCI major)

Choose 6 s.h. CSCI courses above 1999 2999,excluding CSCI 2600, 3584, and 5774

4. Cognates ........................................................................................................................ 6-7 s.h.

CSCI/MATH 2427. Discrete Mathematical Structures (3) (F,S,SS) (P: MATH 1065 or 1066)

MATH 2119. Elements of Calculus (3) (F,S,SS) (GE:MA) (P: MATH 1065 with a minimum grade

of C) or MATH 2122. Calculus for the Life Science II (3) (F,S,SS) (P: MATH 2121) or MATH

2171. Calculus I (4) (F,S,SS) (GE:MA)

(P: minimum grade of C in any of MATH 1083, 1085, or 2122)

5. Minor and electives to complete requirements for graduation.

BS in Computer Science

Credit toward a computer science major will not be given for any CSCI course with a grade less than C being used to satisfy the requirements specified in the common core, concentration area, and CSCI electives. Minimum degree requirement is 126 s.h. of credit as follows:

1. General education (See Section 4, General Education Requirements for all Baccalaureate Degree Programs), including those listed below ................................... 42 s.h.

COMM 2410. Public Speaking (3) (F,S,SS) (GE:FA) or COMM 2420. Business and Professional

Communication (3) (F,S,SS) (GE:FA)

PHIL 2275. Professional Ethics (3) (WI*) (F,S,SS) (GE:HU)

2. Common core ............................................................................................................................... 29 s.h.

CSCI 2300. Computer Science Survey (3) (F,S,SS)

CSCI 2310, 2311. Algorithmic Problem Solving and Programming Laboratory (4,0) (F,S,SS) (P:

MATH 1065; C for 2310: CSCI 2311; C for 2311: CSCI 2310)

CSCI 3300. Introduction to Algorithms and Data Structures (4) (F,S,SS) (P: CSCI 2300, 2310

P/ C: CSCI 2427)

CSCI 3310. Advanced Data Structures and Data Abstraction (3) (F,S,SS) (P: CSCI 2427, 3300)

CSCI 3526. Switching Theory and Computer Organization (3) (F,S,SS) (P: CSCI 2310 or 2610;

CSCI 2427)

CSCI 3650. Analysis of Algorithms (3) (S,SS) (P: CSCI 3310 or 3510; CSCI 2427) or CSCI 4602.

Theory of Automata and Linguistics (3) (F) (P: CSCI 2427; CSCI Major)

CSCI 3675. Organization of Programming Language (3) (F,SS) (P: CSCI 3310 or 3510)

CSCI 4000. Senior Assessment (0) (F,S)

CSCI 4200. Software Engineering I (3) (WI) (F,S) (P: CSCI 3310 or 3510; CSCI major)

CSCI 4630. Operating Systems I (3) (S,SS) (F,S) (P: CSCI 3526 3300; CSCI major)

3. Supporting area of concentration (Choose one from a. through d.)* ................................ 12 s.h.

a. Choose an additional 12 s.h. in MATH acceptable for a mathematics major

b. Choose an additional 12 s.h. in ACCT and/or DSCI

c. Choose an additional 12 s.h. in ICTN

d. 12 s.h. from ENGL 3750; PSYC 3226; PHIL 1180, 1500, 3580, 3255, 4283

4. Cognates .................................................................................................................... 18-19 s.h.

CSCI/MATH 2427. Discrete Mathematical Structure (3) (F,S) (P: MATH 1065 or 1066)

CSCI/MATH 3584. Computational Linear Algebra (3) (F,S,SS) (P: Calculus course)

ENGL 3880. Writing for Business and Industry (3) (WI) (F,S,SS) (P: ENGL 1200) or ITEC 3290.

Technical Writing (3) (WI) (F,S,SS) (P: ENGL 1200)

MATH 2119. Elements of Calculus (3) (F,S,SS) (GE:MA) (P: MATH 1065 with a minimum grade

of C) or MATH 2122. Calculus for the Life Sciences II (3) (F,S,SS) (P: MATH 2121) or MATH

2171. Calculus I (4) (F,S,SS) (GE:MA) (P: minimum grade of C in any of MATH 1083, 1085, or

2122)

MATH 2228. Elementary Statistical Methods I (3) (F,S,SS) (P: MATH 1065 or equivalent) or

MATH 2283. Statistics for Business (3) (F,S,SS) (P: MATH 1065 or 1066 or equivalent) or

MATH 3307. Mathematical Statistics I (3) (F,S) (P: MATH 2172)

MATH 3229. Elementary Statistical Methods II (3) (F,S) (P: MATH 2228 or equivalent) or MATH

3308. Mathematical Statistics II (3) (F) (P: MATH 3307) or CSCI 5774. Programming for

Research (3) (F,S) (P: General course in statistics or consent of instructor)

5. CSCI electives above 1999 2999 (excluding CSCI 2600, 5774) ................................ 12 s.h.

6. Electives to complete requirements for graduation.

*Requirements for 4 3. and 7 6., above, may be met by satisfying the requirements for a minor.

Computer Science Minor

Minimum requirement for computer science minor is 26 s.h. of credit as follows:

1. Core ................................................................................................................................. 14 s.h.

CSCI 2300. Computer Science Survey (3) (F,S,SS)

CSCI 2310, 2311. Algorithmic Problem Solving and Programming Laboratory (4,0) (F,S,SS) (P:

MATH 1065; C for 2310: CSCI 2311; C for 2311: CSCI 2310)

CSCI 3300. Introduction to Algorithms and Data Structures (4) (F,S,SS) (P: CSCI 2300, 2310;

C: CSCI 2427)

CSCI 2427. Discrete Mathematical Structures (3) (F,S,SS) (P: MATH 1065 or 1066)

2. CSCI electives above 1999 2999, excluding 3584 ........................................................ 12 s.h.

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CSCI: COMPUTER SCIENCE

1001. Introduction to Computer Science for Non-majors (3) (F,S,SS) May not count towards a BA or BS degree in computer science, or towards general education credit. Elementary treatment of some basic ideas in computer science, such as how computers store and process data, binary and hexadecimal numbers, arithmetic/logic instructions, social issues, data structures, web pages, and the Internet. Targeted towards novice computer users.

1200. Introduction to Visual Programming (3) (F,S) May not count toward CSCI major or minor. P: MATH 1065. Introduces programming using a visual design tool such as Visual Basic.

2300. Computer Science Survey (3) (F,S,SS) Elementary architecture, operating systems, file systems, network, algorithmic, and software development concepts.

2310, 2311. Algorithmic Problem Solving and Programming Laboratory (4,0) (F,S,SS) P: MATH 1065; C for 2310: CSCI 2311; C for 2311: CSCI 2310. Design of algorithms and their implementation as programs in high-level language such as Java.

2427. Discrete Mathematical Structures (3) (F,S,SS) Same as MATH 2427 May not count toward MATH major or minor. May receive credit for only one of CSCI 2427; MATE or MATH 2775, 3237, or MATH 2427. P: MATH 1065 or 1066. Study of discrete mathematical structures. Special emphasis on structures most important in computer science. Practical applications of subject emphasized.

2510. Introduction to Computer Science I (3) (F,S,SS) P: MATH 1065 or 1066. Expression of computation or other processes as algorithms. Basic features of computer architecture and computer execution of stored programs. Concepts of computer science.

2600. Introduction to Digital Computation (3) (S) May not count toward CSCI major or minor. P: MATH 1065 or 1066. Emphasis on algorithmic approach to problem solving. Algorithms programmed and run on computer by all students.

2610, 2611. Introduction to Computer Science II and Laboratory (4,0) (F,S,SS) P: CSCI 2510; C for 2610: CSCI 2611; C for 2611: CSCI 2610. Expression of computation and other processes as algorithms and implementation of algorithms as computer programs. Students write algorithms for specific problems in contemporary high-level language, debug, and run programs on computer.

2618. COBOL (3) (F) P: CSCI 2310 or 2610. Basic and advanced elements of COBOL.

3300. Introduction to Algorithms and Data Structures (4) (F,S,SS) P: CSCI 2300, 2310; C: CSCI 2427, 2427. Advanced data representations such as lists and trees, including associated algorithms and use of both static and dynamic memory.

3310. Advanced Data Structures and Data Abstraction (3) (F,S,SS) P: CSCI 2427, 3300. Data abstractions such as stacks, queues, graphs, tables, and sets, and implementations in object-oriented style, including principles of class design.

3510. Data Structures (3) (F,S,SS) P: CSCI 2610; P/C: MATH 2427. Mathematical structures generally useful in understanding and applying computer concepts.

3526. Switching Theory and Computer Organization (3) (F,SS) P: CSCI 2310 or 2610; CSCI 2427. Theory and practice of computer and computer component design. Gates and gate-level design.

3573. Introduction to Numerical Analysis (3) (S) Same as MATH 3573 P: CSCI 2310 or 2610 or consent of instructor; MATH 2119 or 2172 or equivalent. Algorithms suitable for digital computation in areas of linear algebra, linear programming, slope finding, area finding, and nonlinear equation solution.

3584. Computational Linear Algebra (3) (F,S,SS) Same as MATH 3584 May not count toward MATH major or minor. P: Calculus course. Introduces vectors, matrices, and determinants. Special emphasis on application of linear algebra to solution of practical problems.

3601. Computer Organization and Programming (3) (F,S) P: CSCI 3300, 3510 or 3526. Assembly language used to illustrate general machine architecture that executes assembly language command structure.

3650. Analysis of Algorithms (3) (S,SS) P: CSCI 3310 or 3510; CSCI 2427. Decision trees, mathematical induction, and adversary arguments used to analyze correctness, complexity, and optimality of algorithms. Emphasis on searching and sorting algorithms.

3675. Organization of Programming Language (3) (F,SS) P: CSCI 3310 or 3510. Applied course in programming language constructs. Emphasis on run-time behavior of programs. Provides appropriate background for advanced-level courses involving formal and theoretical aspects of programming languages and compilation process.

3700. Database Management Systems (3) (F) P: CSCI 3310 or 3510. Theory and techniques of relational, hierarchical, and network database management systems.

3800. Introduction to Computer Graphics (3) (F) P: CSCI 3310 or 3510; MATH 3256 or 3584. Computer graphics systems, hardware, interactive methods; line and curve drawing; two- and three-dimensional transformations; and perspective transformation.

4000. Senior Assessment (0) (F,S) To be taken by CSCI seniors in final year semester. Assessment of departmental programs.

4200. Software Engineering I (3) (WI) (F,S) P: CSCI major and CSCI 3310 or 3510. Formal approach to state-of -the-art techniques in software design and development and application of the techniques.

4230. Software Engineering II (3) (F,S) P: CSCI 4200 or consent of the instructor. Conceptual and practical knowledge in relation to large-scale software development using established software engineering principles. Requires completion of major project using tools and methodologies provided.

4510. Object-Oriented Computing and Graphical User Interfaces (3) (F,S) P: CSCI 3310 or 3510. Object-oriented program design and development and data abstraction. Object-oriented programming languages. Applications to graphical user interfaces and event-driven computing.

4520. Introduction to Computer Architecture (3) (S) P: CSCI major; CSCI 3526. Organization of basic elements of computer system, including processor, memory, control unit, and I/O units.

4530. Computer Networks and the Internet (3) (S) P: CSCI 3300 or 3510 or consent of instructor. Theory and case studies of modern networking protocols and telecommunication methods. Local area and long-haul networks.

4602. Theory of Automata and Linguistics (3) (F) P: CSCI major; CSCI 2427. Basic concepts of automata theory and mathematical linguistics and their close interrelationship.

4627. Procedural Languages and Compilers (3) (S) P: CSCI major; CSCI 3526, 3675. State of the art techniques for compiling procedural languages.

4630. Operating Systems I (3) (F,S,SS) P: CSCI major and CSCI 3526 3300. Job control and operating systems. System organization, resource and storage allocation, interrupt handling, addressing techniques, file structures, and batch/time sharing systems.

4710. Introduction to Developing e-Business Systems (3) (WI) (F,S) P: CSCI 3310 or 3510 or consent of instructor. Introduces use of concepts, technologies, and building blocks from computer science, practical software engineering, and business development in building e-Commerce systems. Describes systematic life-cycle approach to developing successful

e-Commerce systems and presents knowledge essential to wide range of organization and software developers. Requires completion of major term projects using state-of-the art tools and methodologies.

4905. Selected Topics in Computer Science (3) (WI) May be repeated for maximum of 6 s.h. with change of topic. P: CSCI major and CSCI 3310 or 3510. Consideration of new or advanced topics in computer science.

5002. Logic for Mathematics and Computer Science (3) Same as MATH 5002 P: CSCI 3310 or 3510 or MATE 3223 or 2775 or MATH 2427 or 2775 or 3223 or 3256 or PHIL 3580 or equivalent. Methods of mathematical logic important in mathematics and computer science applications.

5210. Operating Systems II (3) P: CSCI 4630 or consent of instructor. Theory and practice of concurrent processes in computer operating systems. Process scheduling. Memory and auxiliary storage management.

5220. Program Translation (3) P: CSCI 4627 or consent of instructor. Formal language

specification for programming languages. Advanced parsing techniques. Code generation and optimization.

5501, 5502, 5503. Independent Study (1,2,3) Minimum of 3-6 hours per week depending on the nature of the work assigned. P: CSCI 3601 3310 or equivalent or consent of instructor. Advanced computer science students study topics that supplement regular curriculum.

5774. Programming for Research (3) Same as MATH 5774 For graduate student who wishes to use computer science to meet required research skills in his or her dept. May not count toward MATH major or minor. P: General statistics course or consent of instructor. Emphasis on minimum-level programming skill and use of statistical packages.

5800. Artificial Intelligence (3) P: CSCI 3310 or 3510 or consent of instructor. Fundamental problems and techniques of artificial intelligence. Heuristic search. Concepts of expert systems.

CSCI Banked Courses

1610. Elementary Pascal (3)

2510. Introduction to Computer Science I (3)

2610, 2611. Introduction to Computer Science II and Laboratory (4,0)

2901. Programming in ADA (1) 3574. Numerical Analysis II (3)

2902. Programming in C (1) 4600. Systems Analysis (3)

2903. Programming in FORTRAN (1) 4604. Systems Simulation (3)

3510. Data Structures (3) 5726. Scientific Programming (1)

Information and Computer Technology

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3. Upper Division Core

ICTN 4020 Senior Capstone Design Project I (1) (WI) (F) (P: Senior standing, IDIS 3790, ITEC 3290, 3300 and ICTN major)

ICTN 4022 Senior Capstone Design Project II (2) (WI) (S) (P: ICTN 4020)

INSERT ON Page 404

4020. Senior Capstone Design Project I (1) (WI) (F) 1 lecture hour per week. P: Senior standing, IDIS 3790, ITEC 3290, 3300 and ICTN major. Open-ended design project, exposing students to practice of information and computer technology. Develop proposal for ICTN 4022 project.

4022. Senior Capstone Design Project II (2) (WI) (S) 2 lecture hours per week. P: ICTN 4020. Open-ended design project, exposing students to practice of information and computer technology. Perform and complete project proposed in ICTN 4020.