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Master of Engineering in Sustainable Energy Engineering
Overview
The Master of Engineering (MEng) in Sustainable Energy Engineering (SEE), offered through the Faculty of Applied Sciences, is a course-based, interdisciplinary program. The primary emphasis of the program is to couple fundamental engineering knowledge with critical policy, business, and environmental considerations relating to the sustainable provision, conversion, and use of energy.
Through formal coursework and an integrated team-based project, SEE MEng graduates will be equipped to:
- Assess, interpret and communicate the complex trade-offs involved in the development, deployment, and use of clean energy technologies
- Address current energy needs without compromising the needs of future generations
Candidates will develop a strong interdisciplinary understanding of sustainable energy engineering and the intersecting and conflicting demands of policy, business and environmental sustainability. Graduates will have demonstrated mastery of:
- Applying engineering tools to sustainable energy problems
- Analyzing energy engineering applications from diverse viewpoints
- Designing creative and inclusive solutions to energy engineering problems
- Communicating risks, benefits and trade-offs of alternative solutions to stakeholders
A Course-Based Graduate Degree
Position yourself for success in the transition to a net-zero economy with our Master of Engineering program, offering interdisciplinary training in sustainable energy, advanced technological design, and leadership skills.
PROGRAM
Master of Engineering in Sustainable Energy Engineering (SEE)
DEGREE
Master of Engineering (MEng) in Sustainable Energy
PROGRAM LENGTH
Students are expected to complete the program requirements within four terms (16 months). The program begins every September (fall term), and admissions open once a year.
Is this Program Right for You?
The SEE MEng is a full-time, intensive program that will allow you to apply your foundational knowledge in engineering to focus on some of the key challenges that we will be facing through the 21st century. Your undergraduate degree and relevant employment experience will underpin your SEE MEng journey. You will leave with a broader understanding of the interconnections between engineering, policy, and business that are critical to achieving a just, resilient and sustainable net-zero future.
Program Requirements
This program of a set of mandatory courses (19 units), elective courses (minimum 8 units), and a team-based integrated project (6 units, taken over two consecutive terms).
Students who lack the necessary background knowledge may, at the discretion of the program chair, be asked to complete additional courses to ensure an adequate breadth of knowledge to successfully complete the full program requirements.
Prospective students should have:
- A solid foundation in a relevant field of engineering (see MEng admission requirements);
- A demonstrated passion for improving the world around them; and
- A desire to learn in a fast-paced, intensive, and interdisciplinary environment.
FAQ
Program Information
What terms do you admit students into the M.Eng. program?
We have one admission term per year, in the fall term. This is because the program structure requires that courses be taken in sequence, and the courses are only offered once per year. The first admission term will be fall 2025.
How many students are you planning to admit for the coming year?
We are limiting enrollment to 20 seats for the first cohort. This will allow us to provide individualized support to each student.
How does the SEE M.Eng. program differ from a professional master’s degree?
The M.Eng. is a full-time program targeted at recent graduates and others at an early stage of their career who want to focus on Sustainable Energy Engineering. It brings in aspects of business, policy, and environmental studies but is not focused on engineering leadership or business in the same way that many professional master’s degrees are. It is a regular fee program, with fees charged at the same level for both domestic and international students.
Can I do the program remotely?
No. Course and program delivery is predominantly in-person.
Do I need a background in engineering to apply?
It is not required, but a strong background in a closely related field is critical. Basic understanding of energy, thermodynamics, and electrical systems is required for success. Admitted students could also undertake preparatory additional training to improve their confidence in core topic areas.
Can I suggest a capstone project based on my industrial experiences?
Capstone projects are team-based and selected between the team and the course instructor. Having an active external participant is critical to get full value from the capstone project. If support from a current/former employer is available, and the project is appropriate, then it could be considered.
Does the program offer career placement services or networking opportunities?
SFU offers free career guidance and support to all students, including assistance with exploring career options, developing job search strategies, and preparing for applications. These resources are tailored to enhance your professional readiness and help you connect with opportunities in your field.
Admission Process and Requirements
What are the English language requirements for the program?
You must meet SFU’s admissions requirements, check the graduate admissions page for details (Admission Requirements - Graduate Studies - Simon Fraser University)
Is there any minimum CGPA requirement during the program?
CGPA must be maintained above the SFU graduate studies minimum of 3.0 for a student in a master’s degree. More information can be found in the graduate general regulations (Graduate General Regulations - Spring Calendar - Simon Fraser University)
How can I increase my chances of being admitted into the program?
The admissions review committee takes a holistic approach, considering all aspects of an applicant’s educational and employment history. Ensure that your CV, letter of intent, and references can all speak to your passion and commitment to sustainability and your interest in the role of energy and engineering in a sustainable future.
Do I need to complete a GRE or other standardized test for admission?
The only required test is for English language if necessary, depending on SFU’s requirements. You are free to include GRE or other standardized test scores in your overall application. The admissions committee will consider the full application for each applicant individually.
Do I need to identify an academic supervisor?
No, as the M.Eng. is a course-based program, there is no need to identify a research supervisor in advance.
Fees and Financial Support
What can you tell me about fees and financial support?
This is a regular fee program, with the same tuition for domestic or international students. Up-to-date information on fees is available from the graduate studies website (Tuition Types - Graduate Studies - Simon Fraser University). M.Eng. students are eligible to apply for various funding and awards, including teaching assistantships, competitive donor-funded awards, and other scholarships or bursaries available through SFU (Awards + Funding - Graduate Studies - Simon Fraser University).
Will the program provide any funding from academic supervisors, like SEE's MASc and PhD programs?
As the program does not include a research thesis, supervisor-supported research scholarships / stipends are not provided to M.Eng. students. Students may choose to work as part-time research assistants if an appropriate opportunity is available and where permitted by their immigration status.
Is there any difference between international and domestic fees?
At the time this document was prepared, tuition fees are the same for domestic and international students. Tuition and ancillary fees are described in: Tuition Types - Graduate Studies - Simon Fraser University.