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Industrial Systems Engineering

Associate Dean, Graduate Studies and Research: Raman Paranjape, PhD

Graduate Program Coordinator: Mohammad Khondoker, PhD

For more information about Graduate programs, contact engg.grad@uregina.ca.

Faculty Listing

Student Advising

Department Description

The major areas of specialization are in manufacturing, control, process engineering and energy systems. Activities include CAE, Facilities design, Quality control, Performance evaluation of manufacturing systems, Fatigue analysis, Vibration and noise analysis, Design and manufacturing of pressure vessels, Non-linear dynamics fracture mechanics, Modeling/simulation/design/implementation of robotic human powered, Sensor-based motion planning, Optimal control, Artificial Neural networks, Virtual reality, Artificial/Computational sapiens (wisdom), Metabotics, Greenhouse gas technology control including Solubility of gases in liquids, PVT studies, Mass transfer with chemical reactions, Kinetics, Corrosion and degradation, Calorimetry, Physical and transport properties measurements, Pilot plant design and operations, Fuel cells, Biomass, Modeling and simulation of industrial systems, Renewable energy studies dealing with wind and solar energies.

Embedded Certificate Options

The following two certificates are permitted to be embedded within the Master of Applied Science (MASc) in Industrial Systems Engineering and the Master of Engineering (MEng) in Industrial Systems Engineering (project and co-op route):

Master's Certificate (MCert) in Advanced Manufacturing
Master's Certificate (MCert) in Engineering Management

Courses

Course catalogue and current course offerings

Doctor of Philosophy (PhD) in Industrial Systems Engineering (ISE)


Doctor of Philosophy (PhD) in Industrial Systems Engineering (after Master's)

The PhD program will consist of the following minimum requirements:

Course Credit Hours
ENGG 800 3 credit hours
ENIN 8xx 3 credit hours
ENxx 8xx* 3 credit hours
ENxx or related discipline 8xx 3 credit hours
ENxx or related discipline 8xx 3 credit hours
ENGG 900 0 credit hours
ENIN 901 45 credit hours
TOTAL 60 credit hours

 

Doctor of Philosophy (PhD) in Industrial Systems Engineering (after UofR MEng)

The program requirements for a student with a Master of Engineering degree from the University of Regina who is admitted to the PhD program in Engineering will be:

Course Credit Hours
ENGG 800 3 credit hours
ENIN 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx or related discipline 8xx 3 credit hours
ENxx or related discipline 8xx 3 credit hours
ENGG 900 0 credit hours
ENGG 903 3 credit hours
ENIN 901 45 credit hours
TOTAL 63 credit hours

Note: ENGG 903 is a research methodology course, and is to ensure that the student will be adequately prepared for PhD level research. Only students who have received their MENG from U of R are required to take this course.

Doctor of Philosophy (PhD) in Industrial Systems Engineering (after Bachelor's)

Course Credit Hours
ENGG 800 3 credit hours
ENIN 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx or related discipline 8xx 3 credit hours
ENxx or related discipline 8xx 3 credit hours
ENGG 900 0 credit hours
ENIN 901 60 credit hours
TOTAL 93 credit hours
Master of Applied Science (MASc) in Industrial Systems Engineering (ISE)


Master of Applied Science (MASc) in Industrial Systems Engineering (thesis)

The Master of Applied Science is a research-oriented program with a thesis requirement.

Course Credit Hours
ENIN 8xx 3 credit hours
ENIN 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx or related discipline 8xx 3 credit hours
ENxx 3xx to 8xx 3 credit hours
ENGG 900 0 credit hours
ENIN 901 15 credit hours
TOTAL 30 credit hours
Master of Engineering (MEng) in Industrial Systems Engineering (ISE)


Master of Engineering (MEng) in Industrial Systems Engineering (project)

The Master of Engineering degree program with a project report attracts practicing engineers. It complements the Graduate Cooperative Education Program, which seeks to integrate the academic experience with professional, on-the-job experience to facilitate professional development. 

Course

Credit Hours
ENIN 8xx 3 credit hours
ENIN 8xx 3 credit hours
ENIN 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENIN 3xx to 8xx 3 credit hours
ENxx or related discipline 3xx to 8xx 3 credit hours
ENGG 701 1 credit hour
ENGG 702 1 credit hour
ENGG 703 1 credit hour
ENIN 902 (over 2 semesters at 3 cr hrs each) 6 credit hours
TOTAL 30 credit hours

 

Master of Engineering (MEng) in Industrial Systems Engineering (co-op)

Course

Credit Hours
ENIN 8xx 3 credit hours
ENIN 8xx 3 credit hours
ENIN 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENxx 8xx 3 credit hours
ENIN 3xx to 8xx 3 credit hours
ENxx or related discipline 3xx to 8xx 3 credit hours
ENGG 601 0 credit hours
ENGG 602 0 credit hours
ENGG 701 1 credit hour
ENGG 702 1 credit hour
ENGG 703 1 credit hour
ENIN 902 (over 2 semesters at 3 cr hrs each) 6 credit hours
TOTAL 30 credit hours
Master’s Certificates (MCert)


Master’s Certificate (MCert) in Advanced Manufacturing

Course Credit Hours
Choose 1 of: ENIN 878, ENIN 880CL, ENIN 840, ENIN 821, ENIN 877 3 credit hours

Choose 2 of: ENIN 878, ENIN 880CL, ENIN 840, ENIN 821, ENIN 880CP, ENIN 877, ENIN 903, ENIN 812, ENIN 842, ENIN 888*

6 credit hours
Total 9 credit hours

*Additional electives may be permitted with approval of program chair. Only one course may be at the undergraduate level.

Master’s Certificate (MCert) in Engineering Management

Course Credit Hours
Choose 3 of: ENGG 819, ENIN 841, ENIN 826, ENIN 813, ENIN 814, ENGG 820, ENIN 843, ENIN 824* 9 credit hours
Total 9 credit hours