Undergraduate courses
Standard academic schedule
Please contact your academic advisor before making changes to your program.
- Work Term
- MECH400A - Capstone Design Proposal
- ECON 180 - Introduction to Principles of Microeconomics and Financial Project Evaluation
- MECH 400B – Capstone Design Project
- technical electives 4.5 units*
- ENGR 498 - Engineering Law
- 1 complementary studies elective or MECH 462
- technical electives 6.0 units*
*Complete a total of 3.0 units in 4th year from:
Technical electives
We offer around 22 technical electives each year. You'll choose 7 (10.5 units) as part of your degree program.
Specializations
If you complete 6.0 units in one of the specializations listed in the Academic Calendar you can request a specialization certificate from the Mechanical Engineering department office confirming this. The specialization will not be shown on your transcript.
You may apply for a maximum of 2 specialization certificates, which may share up to 3.0 units of courses only.
Specialization areas
- advanced materials
- biomedical engineering
- computer aided engineering and advanced manufacturing
- energy systems
- mechatronics
- thermo-fluids and aerodynamics
How to request
Fill out the request form to request a specialization certificate.
Topic, thesis & project courses
You may use a topic, thesis or project course as part of a specialization request if it applies to the area requested. Contact the undergraduate secretary to determine if they apply to a specialization area.
Special topics courses
Fall 2025
MECH 450C - Energy Conversion and Storage
Prerequisites: MECH 390 and MECH 395
MECH 450D - Engineering Optimization
Prerequisites: MATH 204
Spring 2026
MECH 450D - Pulp and Paper Technology
Prerequisites: none
Summer 2026
TBD
Design projects
Mechanical engineering students perform a major design activity in MECH 350, 400.
Industry-based project topics are often done in partnership with industry stakeholders. Students complete the design of a product or a system which includes:
- specification of function
- analysis
- selection of materials
- strength calculations
- preparation of working drawings
- cost analysis
- testing
- final design report
In some projects, it also includes a working prototype and a symposium presentation of the final design.