Energy Systems Engineering
Associate Dean, Graduate Studies and Research: Raman Paranjape, PhD
Graduate Program Coordinator: Jacob Muthu, PhD
For more information about Graduate programs, contact engg.grad@uregina.ca.
Courses
Doctor of Philosophy (PhD) in Energy Systems Engineering (after MASc in Engineering)
Normally, a student will enter the PhD program following the completion of a Master of Applied Science (MASc) degree which requires the completion of a master’s thesis at the U of R or a similar program at a recognized university. The minimum course requirements for the completion of the PhD program are:
| Course | Credit Hours |
| ENER 8xx | 6 credit hours |
| ENxx 8xx | 6 credit hours |
| ENGG 800 | 3 credit hours |
| ENGG 900 | 0 credit hours |
| ENER 901 | 45 credit hours |
| TOTAL | 60 credit hours |
Doctor of Philosophy (PhD) in Energy Systems Engineering (after MEng)
The program requirements for a student with a Master of Engineering degree from the U of R or an equivalent degree who is admitted to the PhD program in Engineering will be:
| Course | Credit Hours |
| ENER 8xx | 6 credit hours |
| ENxx or related discipline 8xx | 6 credit hours |
| ENGG 903 | 3 credit hours |
| ENGG 800 | 3 credit hours |
| ENGG 900 | 0 credit hours |
| ENER 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 Energy Systems Engineering (after Bachelor's)
| Course | Credit Hours |
| ENER 8xx | 12 credit hours |
| ENxx 8xx | 12 credit hours |
| ENxx or related discipline 8xx | 6 credit hours |
| ENGG 800 | 3 credit hours |
| ENGG 900 | 0 credit hours |
| ENER 901 | 60 credit hours |
| TOTAL | 93 credit hours |
Master of Applied Science (MASc) in Energy Systems Engineering (thesis)
The Master of Applied Science is a research-oriented program with a thesis requirement.
| Course | Credit Hours |
| ENER 8xx | 6 credit hours |
| ENxx 8xx | 3 credit hours |
| ENxx 8xx or ENER 3xx to 4xx | 3 credit hours |
| ENxx or related discipline 8xx | 3 credit hours |
| ENGG 900 | 0 credit hours |
| ENER 901 | 15 credit hours |
| TOTAL | 30 credit hours |
Master of Engineering (MEng) in Energy 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 academic experience with professional, on-the-job experience to facilitate professional development.
| Course | Credit Hours |
| ENER 8xx | 12 credit hours |
| ENxx 8xx or ENER 3xx to 4xx | 6 credit hours |
| ENxx or related discipline 8xx | 6 credit hours |
| ENGG 701 | 1 credit hours |
| ENGG 702 | 1 credit hours |
| ENGG 703 | 1 credit hours |
| ENER 902 | 3 credit hours |
| TOTAL | 30 credit hours |
Master of Engineering (MEng) in Energy Systems Engineering (co-op)
The Master of Engineering (Co-op) Program seeks to integrate academic experience with professional, on-the-job experience to facilitate professional development. It consists of the following requirements:
| Course | Credit Hours |
| ENER 8xx | 12 credit hours |
| ENxx 8xx or ENER 3xx to 4xx | 6 credit hours |
| ENxx or related discipline 8xx | 6 credit hours |
| ENGG 601 | 0 credit hours |
| ENGG 602 | 0 credit hours |
| ENGG 701 | 1 credit hours |
| ENGG 702 | 1 credit hours |
| ENGG 703 | 1 credit hours |
| ENER 902 | 3 credit hours |
| TOTAL | 30 credit hours |