TABLES 2C MODIFIED SOFTWARE ENGINEERING UOIT

Transcription

1 TABLES 2C MODIFIED SOFTWARE ENGINEERING UOIT NOV. 30, 2008

2 TABLE 2C.3A REQUIRED COURSES (AU computed on an hourly basis) Common Core Courses PROGRAM: Software Average number of weeks per term of actual instruction for this prog 13 HOURS Academic Credit Lecture Lab/Tut AU=Lec+ 0.5 (lab/tut) Math+ BS Math Basic Science Comp. Studies Eng g Science BUSI 2000U Collaborative Leadership CHEM 1800U Chemistry for Engineers EDUC 1050U Technical Communications EDUC 1470U Impact of Science & Tech. on Society ENGR 1200U Introduction to Programming ENGR 3360U Engineering Economics ENGR 4760U Ethics and Law for Engineers MATH 1010U Calculus I MATH 1020U Calculus II MATH 1850U Linear Algebra for Engineers MATH 2860U Differential Equations PHY 1010U Physics I PHY 1020U Physics II SUB TOTAL TOTAL BROUGHT FORWARD Eng g Design

3 TABLE 2C.3A REQUIRED COURSES (AU computed on an hourly basis) Program Compulsory Courses PROGRAM: Software Average number of weeks per term of actual instruction for this program: 13 HOURS Academic AU=Lec+ Lecture Lab/Tut Credit 0.5 (lab/tut) Math+ BS Math Basic Comp. Eng g Eng g ENGR 1400U Information Technology ENGR 2110U Discrete Mathematics ENGR 2200U Electrical Engineering Fundamentals ENGR 2250U Introductory Electronics ENGR 2450U Digital Systems ENGR 2490U Software Project Management ENGR 2710U Software Design I ENGR 2720U Software Design II ENGR 3140U Computer Architecture ENGR 3650U Software Design III ENGR 3700U Data Management Systems ENGR 3720U Software Design IV ENGR 3770U Design and Analysis of Algorithms ENGR 3950U Operating Systems ENGR 3960U Programming Languages ENGR 3980U Software Quality ENGR 4650U Computer Networks ENGR 4790U Distributed Systems ENGR 4830U Real Time Systems and Control ENGR 4840U Computer Security ENGR 4850U User Interfaces ENGR 4890U Advanced Computer Networks ENGR 4900U Software Systems Design I MATH 2800U Stats & Probability for Engineers SUB TOTAL TOTAL BROUGHT FORWARD (from Common Core) CUMULATIVE TOTAL COMPUTATION OF PROPORTIONALITY FACTOR K: For all common core and program compusory courses for which the AUs are computed on an hourly basis K = 17.7 AU/Credit

4 TABLE 2C.3B REQUIRED COURSES (AU computed on a proportionality basis) Common Core Courses PROGRAM: All OPTION: All Proportionality Factory K = 17.7 AU/Credit ENGR 4901U Academic AU= K x Math + Basic Comp. Eng g Eng g Math Credit credits BS Software Systems Design II SUB TOTAL TABLE 2C.3B REQUIRED COURSES (AU computed on a proportionality basis) Program Compulsory Courses PROGRAM: Software Proportionality Factory K = 17.7 AU/Credit Academic AU= K x Math + Basic Comp. Eng g Eng g Math Credit credits BS SUB TOTAL 0.0 TOTAL BROUGHT FORWARD (from Common Core) CUMULATIVE TOTAL

5 TABLE 2C.3C REQUIRED COURSES (AU computed on an hourly or proportionality basis) Option Compulsory Courses PROGRAM: Software Average number of weeks per term of actual instruction for this program: 13 K = 17.7 AU/Credit HOURS AU=Lec+ 0.5 Academic Basic Comp. Eng g Eng g Lecture Lab/Tut (lab/tut) or Math+ BS Math Credit Kx credits SUB TOTAL 0.0 TOTAL BROUGHT FORWARD 0.0

6 PROGRAM: Software TABLE 2C.4 ELECTIVE COURSES AND MINIMUM PATH Average number of weeks per term of actual instruction for this program: 13 K (as calculated previously) = 17.7 AU/Credit HOURS AU=Lec+ 0.5 Academic Basic Comp. Eng g Eng g Lecture Lab/Tut (lab/tut) or K x Math+ BS Math Credit credits 0 Liberal Studies Electives Liberal Studies Electives Liberal Studies Electives (Adv.) ENGR 4860U Computer Graphics Design BUSI 4599U Internet Technologies Approved Equivalent SUB TOTAL TOTAL BROUGHT FORWARD

7 TABLE 2C.5 - SUMMARY Prepare one summary for each option, otherwise one summary per program. PROGRAM: Software Table Item Total AU Math + BS Math Basic Science Comp. Studies Eng g Science Eng g Design 2C.3A Compulsory Courses (hourly) C.3B Compulsory Courses (proportionally) C.3C Option Compulsory 2C.4 Electives TOTAL PRIOR STUDIES, (if claimed) PROGRAM TOTAL CEAB REQUIREMENTS

8 REPORT OF THE PROGRAM VISITOR 5. Quantitative evaluation of curriculum (cont'd) - visitors evaluation A M U Curriculum Content Analysis Results 1. Math + BS 2. Mathematics 3. Basic Science 4. Complementary Studies 5. Engineering Sciences (ES) 6. Engineering Design (ED) 7. ES + ED 8. Prior Studies Claimed COMMENTS (Comment on all M and U ratings - other comments as appropriate) 1-7: 12 courses have AUs with one or more small slices (AU categories below 25% of the AUs in the course) many far below. In all categories except Basic Science, the AU totals are far above the CEAB minimums. 3. For the 3 courses with the largest small slices (ENGR 2200, 2250, and 4890), I examined the course binders and interviewed the instructors. I am convinced that the Basic Science AUs in these courses make sense. There remain three more small slices (ENGR 3720, 4650, and 4850). If all of these slices are accepted, then the total AUs will be If they are all rejected, then the total is Report on the Accreditation Visit to the University of Ontario Institute of Technology 65