Program at a glance
Credential
Diploma
Work experience
Co-op / internship
Study options
Full-time
Open to International
Yes
Area of study
Length
2 years
Tuition grants
Invent and improve
Start in September
Learn relevant, up-to-date skills in the design, development, manufacture and maintenance of mechanical devices.
Industry standards developed in the classroom
You’ll gain practical hands-on experience in the laboratories and CNC-equipped machine shop balanced with a solid grounding in English, math, physics and engineering concepts.
Information Session
Theory and real-world combined
This program differs from traditional mechanical engineering because of the focus on relevant applied skills. The program includes an emphasis on computer-aided-design and computer-aided-manufacturing (CAD/CAM) technology, as well as an introduction to robotics and automation.
Students also have the option to include co-operative education or an internship.
Mechanical engineering is a growing industry, offering incredible opportunities for graduates. You’ll be involved in the analysis, design, production, and maintenance of machinery and mechanical devices. Career opportunities are available in manufacturing, transportation, mining, communications, paper, construction, and also consulting.
What you'll learn
Current students wanting information about your program, go to student planning in myCamosun.
Program outline
For more details, including courses, please see the program outline in the academic calendar.
What to expect
Effective date: September 2016
The program is delivered over five semesters, starting in September and running through to the end of August in the second year. Later in the first year you will choose if you want to go straight through or participate in paid co-op or internship work terms.
The program is rigorous, requiring you to do work outside of the classroom. In addition to up to 30 hours per week of class time, you should expect to spend between 15-20 hours outside of the classroom per week.
Year 1
In your first year, in addition to a foundation in engineering math, you’ll take courses in manufacturing processes, fluid power, mechanical control programming, engineering graphics, engineering materials, electricity and machines, building systems, and statics & dynamics.
A workplace education planning course prepares you to participate in an optional internship or co-operative education study options. You can start your first four-month work term at the end of year one.
Year 2
In your second year, you’ll have the option of completing the program or extending it by participating in co-operative education work terms. This work experience will extend your length of study into a third year, giving you four to twelve months of paid industry experience.
Your second and final year will give you the skills you need to be work-ready for an industry that is vibrant and in demand. You’ll study the mechanics and vibrations of machines, the strength of materials, fluids and heat transfer, control systems, machine design, thermodynamics, robotics and automation, electronics, and, energy and sustainability.
A comprehensive hands-on project planning and design course is an integral part of the second year, and culminates in a public showcase.
Tuition and fees
Effective from September 1, 2024, to August 31, 2025
Estimated tuition
Tuition estimates are for the entire program.
Mechanical Engineering Technology, Diploma
$15,703 (domestic)
$39,906 (international)
Mechanical Engineering Technology, Diploma, Co-op designation
$17,085 (domestic)
$43,288 (international)
Domestic tuition fees vary depending on the individual course fees for the classes you select.
For International students visit: International Tuition & Fees.
Student fees
In addition to tuition estimates, student fees are calculated based on your enrolment. Refer to: Student Fees.
Financial assistance
You may need to find more than one source of funding to help pay for your education and living costs while attending college. Check out sources of money you don't need to pay back as well as those that need to be repaid.
Admission requirements
One of: One of: One of: And one of:
When you apply you will need to submit proof that you meet the program admission requirements listed above. Where a letter grade is specified, you must have proof of that grade or higher.
For more details, including courses, please see the program outline in the Academic Calendar: Loading...
Ready to get started?
Check our current program availability.
Missing admission requirements?
You may be able to take an assessment or upgrade with us.
Need help applying?
Find out more on How to Apply or speak to an Admissions Advisor.
Contact us
If you have admissions questions contact us today!
If you have questions about what you can expect to learn in your technology classes contact lyle@camosun.ca.
Faculty/staff profile
Faculty/staff profile
Faculty/staff profile
Steve Ferguson
Instructor, Mechanical Engineering Dept.
fergusons@camosun.ca
250–370–4508
Technologies Centre
Full bio
Faculty/staff profile
Imtehaze Heerah
Instructor, Mechanical Engineering Dept.
heerah@camosun.ca
250-370-4510
Technologies Centre
Full bio
Faculty/staff profile
Faculty/staff profile
Pat Nicholson
Lab Assistant, Mechanical Engineering Dept.
nicholsonp@camosun.ca
250-370-4976
Technologies Centre
Full bio
Faculty/staff profile
Faculty/staff profile
Salah Elfurjani
Instructor, Mechanical Engineering Dept.
elfurjanis@camosun.ca
250-370-3864
Technologies Centre
Full bio
Faculty/staff profile
Scott Li
Instructor, Mechanical Engineering Dept.
lis2@camosun.ca
250-370-4459
Technologies Centre
Full bio
Faculty/staff profile
Sam Behfarshad
Instructor, Mechanical Engineering Dept.
behfarshads@camosun.ca
250-370-4445
Technologies Centre
Full bio
Learn more
For more details, including courses, please see the program outline in the academic calendar.
Contact information
Mechanical Engineering Technology department
Admissions questions:
International Admissions
International students please contact International Admissions