Winter 2013 Undergraduate Calendar

INDUSTRIAL AND MANUFACTURING SYSTEMS ENGINEERING

PROGRAMS
Industrial Engineering - General Program
Industrial Engineering - with Minor in Business Administration

CERTIFICATE
Honours Certificate in Industrial and Management Engineering

Additional Information: Industrial and Manufacturing Systems Engineering Program Regulations and Information
Faculty of Engineering Program Information, Regulations, Co-operative Education
GENERAL UNDERGRADUATE REGULATIONS

Bachelor of Applied Science in Industrial Engineering - General Program

OUTLINE OF STUDIES

Note: All students will follow the sequence of study terms shown in their program of study.

*FIRST YEAR -* Common to all Industrial Engineering Programs

*Fall Term*	Lect.	Lab.	Wt.
85-111.Engineering Mechanics I	2	2	3
85-133.Engineering and Design	3	3	4.5
62-140.Differential Calculus	3	1	3.5
62-126.Linear Algebra	3	1	3.5
85-118. Engineering and the Profession	2		2.0

*Winter Term*
85-120.Engineering Thermofluids	3	0.5/1.5	4
62-141.Integral Calculus	3	1	3.5
64-141.Introduction to Physics II	3	3	4.5
59-110.Topics General Chemistry	3	3	4.5
85-119. Technical Communications	2	2	3

**Summer TermCo-op students only**
85-198.Work Term I

*SECOND YEAR*
*Fall Term*
62-215. Vector Calculus	3	1.5	3.75
85-232. Engineering Software Fundamentals	3	1.5	3.75
85-234. Electrical and Computing Fundamentals	3	1.5	3.75
85-250. Engineering and the Environment	2	2	3
91-201. Engineering Management and Globalization	3	3	4
75-100. Introduction to Business

*Winter Term*
62-216. Differential Equations	3	1	3.5
85-222. Treatment of Experimental Data	3	1	3.5
85-218. Mechanics of Deformable Bodies	3	1	3.5
85-219. Introduction Engineering Materials	3	0	3
85-220, Numerical Analysis for Engineering	3	2	4
70-151. Financial Accounting I

*Summer Term* Co-op students only
85-298.Work Term II
*THIRD YEAR*
*Fall Term*
91-317.Systems Analysis and Design	3	2	4
91-312.Operations Research I	3	2	4
85-313.Engineering Economics	3	2	4
91-315.Product and Process Design	3	2	4
91-321.Manufacturing Process Design	3	2	4
Non technical elective

*Winter Term*
91-311. Computer Aided Design and Computer Aided Manufacturing	3	2	4
91-302. Health, Safety and Human Factors	3	2	4
91-327. Product Quality and Reliability	3	2	4
91-391 Supply Chain Engineering	3	2	4
71-243 Human Resource Management	3	2	4

*Summer Term* Co-op students only
85-398.Work Term III
*FOURTH YEAR*
*Fall Term*
91-400.Capstone Industrial Design Projects	1	8	5/term
91-413.Production Analysis and Logistics	3	2	4
91-422.Simulation of Industrial Systems	3	2	4
91-428.Facilities Design and Logistics	3	2	4
92-321.Control Theory I	3	1	3.5
Non-Technical Elective

*Winter Term*
91-400.Capstone Design Project	1	8	5/term
91-412.Operations Research II	3	2	4
85-421.Engineering and Society	3	0	3
91-435. DOE Techniques for Manufacturing	3	2	4
91-431 Flexible Manufacturing Systems	3	2	4

*Summer Term* Co-op students only
85-498.Work Term IV

Technical Electives
All technical electives must be engineering courses at or above the 300 level with a maximum one course in a different engineering program.

87-365. Transportation and Traffic Engineering
87-482. Planning and Construction Management
91-311. CAD/CAM
91-430. Directed Studies
91-431. Flexible Manufacturing Systems

Non-Technical Electives
Non-technical electives must be selected from the Faculty of Engineering's approved list in the Undergraduate Calendar.

Bachelor of Applied Science in Industrial Engineering - Minor in Business Administration Option

Students interested in a Minor in Business Administration are able to begin their specialized studies in the Fall term of the third year. This option includes a series of specialized curriculum that was specially prepared by the Odette School of Business for Industrial and Manufacturing Systems Engineering undergraduate students. This option includes one required non-technical elective. The Minor in Business Administration is administered by the Odette School of Business.

OUTLINE OF STUDIES

Note: All students will follow the sequence of study terms shown in their program of study.

*FIRST YEAR -* Common to all Engineering Programs

*Fall Term*	Lect.	Lab.	Wt.
85-111.Engineering Mechanics I	2	2	3
85-133.Engineering and Design	3	3	4.5
62-140.Differential Calculus	3	1	3.5
62-126.Linear Algebra	3	1	3.5
85-118. Engineering and the Profession	2		2.0

*Winter Term*
85-120.Engineering Thermofluids	3	0.5/1.5	4
62-141.Integral Calculus	3	1	3.5
64-141.Intro. Physics II	3	3	4.5
59-110.Topics General Chemistry	3	3	4.5
85-119. Technical Communications	2	1	2.5

**Summer TermCo-op students only**
85-198.Work Term I

*SECOND YEAR*
*Fall Term*
62-215. Vector Calculus	3	1.5	3.75
85-232. Engineering Software Fundamentals	3	1.5	3.75
85-234. Electrical and Computing Fundamentals	3	1.5	3.75
85-250. Engineering and the Environment	2	2	3
91-201. Engineering Management and Globalization	3	3	4
75-100. Introduction to Business	3	1	3.5

*Winter Term*
62-216. Differential Equations	3	1	3.5
85-222. Treatment of Experimental Data	3	1	3.5
85-218. Mechanics of Deformable Bodies	3	1	3.5
85-219. Introduction Engineering Materials	3	0	3
85-220 Numerical Analysis for Engineering
70-151. Financial Accounting

*Summer Term* Co-op students only
85-298.Work Term II

*THIRD YEAR*
*Fall Term*
91-317.Systems Analysis and Design	3	2	4
91-312.Operations Research I	3	2	4
85-313.Engineering Economics	3	1.5	3.75
91-315 Product and Process Design	3	2	4
91-321 Manufacturing Process	3	2	3
70-255 Managerial Accounting

*Winter Term*
91-311. Computer Aided Design and Computer Aided Manufacturing	3	1.5	3.75
91-302. Health, Safety and Human Factors	3	2	3
91-327. Product Quality and Reliability	3	2	4
91-391. Supply Chain Engineering	3	2	3
71-243. Human Resource Management	3	0	3
Non-technical elective

**Summer TermCo-op students only**
85-398.Work Term III

*FOURTH YEAR*
*Fall Term*
91-400. Capstone Design Project	1	8	5/term
91-413. Production Analysis and Logistics	3	2	4
91-422. Simulation of Industrial Systems	3	2	4
91-428.Facilities Design and Logistics	3	2	4
92-321. Control Theory	3	1	3.5
74-231.Principles of Marketing	3	0	3

*Winter Term*
91-400. Capstone Design Project	1	8	5/term
91-412. Operations Research II	3	2	4
85-421. Engineering and Society	3	0	3
91-435. DOE Techniques for Manufacturing	3	2	4
91-431. Flexible Manufacturing Systems	3	2	4
73-213. Management Information Systems	3	0	3

**Summer TermCo-op students only**
85-498.Work Term IV

Technical Electives
All technical electives must be engineering courses at or above the 300 level with a maximum one course in a different engineering program

87-365. Transportation and Traffic Engineering
87-482. Planning and Construction Management
91-311. CAD/CAM
91-430. Directed Studies
91-431. Flexible Manufacturing Systems

Non-Technical Electives
Non-technical electives must be selected from the Faculty of Engineering's approved list in the Undergraduate Calendar.

Honours Certificate in Industrial and Management Engineering

Admission Requirements:
A candidate for the degree of the Honours Certificate in Industrial and Management Engineerings in Industrial Engineering shall hold the degree of (i) Bachelor of Applied Science (B.A.Sc.); (ii) a four-year B.Sc. (or BCS) degree in Computer Science or in Physics, or related Science fields, (iii) Bachelor of Commerce (B.Comm.), or (iv) BHK Honours.

Total courses: Eight (8) courses

Major requirements:
The proposed program consists of eight (8) undergraduate level courses. The distribution of these courses will be as follows:
(a) a maximum of 5 courses from our 4^th year (91-4xx) courses and
(b) a maximum of 4 courses from our 3^rd year (91-3xx) and
(c) a maximum of 3 pre-requisite 200-level courses, with the approval of the AAU Head and depending on the discipline of your undergraduate degree.

No 100-level courses will be permitted. The present pre-requisite requirements for 4th year courses must be respected. All selected courses should not be from courses, subjects or topics that were part of the applicant’s undergraduate studies.

If students from another program (students with degree from the Department of Electrical and Computer Engineering, degree in Computer Science and so forth) are missing pre-requisites courses critical for successful completion of the certificate, they are to choose from appropriate 2^nd yr courses. A maximum of 3 courses from the pre-requisite courses will count towards the certificate, although more may be necessary depending on the student’s background.

Other requirements: Students from programs that do not have pre-requisite general engineering courses will need to obtain them as described earlier in this application. If the student has taken the equivalent to required pre-requisite courses, this requirement may/will be waived.

To qualify for the certificate, students will be required to successfully complete all 8 courses at the University of Windsor. No transfer credit will be considered for this certificate.

INDUSTRIAL AND MANUFACTURING SYSTEMS ENGINEERING: COURSES
INDUSTRIAL AND MANUFACTURING SYSTEMS ENGINEERING: INSTRUCTORS

ENGINEERING: GENERAL COURSES (85-)
ENGINEERING: NON-TECHNICAL ELECTIVE COURSES