Master of Renewable Energy–MRE 180 points Qualification regulations
View qualification detailsEntry Requirements
1. (a) Before enrolment, a candidate for the MRE degree shall have:
(i) Completed a bachelor’s degree or equivalent with a B+ average grade or better in the relevant coursework, in engineering or science, or at the discretion of the Head of School, another relevant subject; and
(ii) Been accepted by the Head of School or nominee as capable of proceeding with the proposed course of study.
(b) Requirement (a)(i) may be waived or varied by the Associate Dean for a candidate who has had extensive practical, professional, or scholarly experience that provides an equivalent level of preparation.
General Requirements
2. (a) Except as provided in section 4 of this statute, the course of study for the MRE shall consist of:
Part 1: RESE 451, RESE 452; two of (RESE 411, RESE 412, RESE 421, RESE 422); two further 400- or 500-level CCSP/RESE courses; 30 further approved points from 400- or 500-level AIML/CCSP/DATA/EEEN/ENSC/ENVI/ESCI/GPHS/RESE
Part 2: RESE 589.
(b) With the approval of the Head of School, a candidate who has completed a relevant bachelor’s degree with honours or an equivalent qualification may be exempted up to 60 points from Part 1. 3. A candidate for the MRE shall normally be enrolled for at least three trimesters and shall complete the degree within four years of first enrolling in it. The Associate Dean may extend the maximum period in special cases.
Major subject requirements
4. The course of study for a candidate may satisfy the requirements of one major as listed below. The MRE may also be awarded without a major.
Renewable Energy Systems Engineering (RESE):
RESE 411, RESE 412, RESE 413, one of (431, 432), a RESE 589 project in an engineering topic approved by the Head of School.
Renewable Energy Systems Analysis (RESA):
RESE 421, RESE 422, two of (RESE 423, RESE 431, RESE 432), a RESE 589 project in an analytics topic approved by the Head of School.
Award of Honours
6. The MRE may be awarded with Distinction or Merit subject to section 3.5.4 of the General Programmes of Study Regulations. The award shall be made on the combined results of courses and the assessment of the research project.
Courses
| Course | Requisites Prerequisites (P), Corequisites(C), Restrictions (X), Double labelling (D) | Points | |
|---|---|---|---|
|
RESE 411
Power Systems Analysis
|
(P) EEEN 313 or; (C) RESE 413 | 15 | |
|
RESE 412
Advanced Development of RE Systems
|
(P) (EEEN 313, 315) or (C) (one of RESE 413, 421, 431) | 15 | |
|
RESE 413
Power Electronics and Electrical Machines
|
(P) EEEN 203, 204; (X) EEEN 313, EEEN/ECEN 405 | 15 | |
|
RESE 421
Energy Economic Analyses
|
(C) one of (RESE 412, 423, 431); (X) RESE 311 | 15 | |
|
RESE 422
Sustainability Modelling Techniques
|
(P) one of (RESE 412, 423, 431); (X) RESE 312 | 15 | |
|
RESE 431
RE Systems Generation
|
(X) RESE 321 | 15 | |
|
RESE 432
RE Storage and Conversion
|
(P) (one of RESE 431, 412); (X) RESE 322 | 15 | |
|
RESE 451
Research Methods for RE Systems (Theory)
|
(C) (one of RESE 421, 431, 412) | 15 | |
|
RESE 452
Research Methods for RE Systems (Project)
|
(P) RESE 451 | 15 |
| Course | Requisites Prerequisites (P), Corequisites(C), Restrictions (X), Double labelling (D) | Points | |
|---|---|---|---|
|
RESE 589
Research Project
|
(P) RESE 452, 60 further points from part 1 of the MRE | 60 |