Mechanical engineers design and build machines and other products, such as robots, spacecraft, automobiles, artificial limbs, amusement park rides, elevators, and manufacturing equipment.
Mechanical engineers design and build machines and other products, such as robots, spacecraft, automobiles, artificial limbs, amusement park rides, elevators, and manufacturing equipment.
If something moves or uses energy, mechanical engineering was probably involved in its design or production.
The Mechanical Engineering Bridge to the University of British Columbia program consists of two academic terms, beginning in September and finishing at the end of May for entry into the third year of Engineering at the University of British Columbia in September.
Combining Theory And Technology
The Engineering Bridge programs share many common courses, which have been developed in consultation and cooperation with UBC and UVic.
The Engineering Bridge programs are rigorous and you should expect to dedicate yourself to your studies throughout your time in the program.An Internship work term is optional for this program.
The Only Program Of Its Kind
The Engineering Bridge programs at Camosun are unique and recognized across Canada as an excellent transition from a technology diploma to an Engineering degree (UVic) or Applied Science degree (UBC).
Although the Bridge programs are designed for graduates of technology diplomas delivered through Camosun, all graduates from accredited Canadian Technology Accreditation Board (CTAB) programs are welcome to apply.
Information Sessions
Find out more about upcoming networking and information sessions occurring at Camosun.
In Demand
Industry professionals and educators agree—the combination of a Technology diploma and Engineering degree creates the most desirable type of engineer.You will gain both hands-on experience with practical applied skills and an excellent knowledge of advanced engineering courses.
Co-ops And Internships
Alternate between full-time studies and full-time paid work, better preparing you to embark on your career after graduation.
What You'll Learn
Current students wanting information about your program, go to student planning in myCamosun.
Program Outline
What To Expect
Our Engineering Bridge programs are comprised of two academic terms. Each term, you’ll attend 14 weeks of class followed by an exam period. Classes are scheduled for 25-28 hours per week.
Homework commitments vary per student but amount to about three to four hours per day including weekends.If a number of years have passed since your graduation, it is strongly advised that you retake math courses in preparation for returning to school.
A comprehensive review of the math topics that Camosun students have covered in their technology programs has been created by instructor Raymond Lai for the Bridge program.
The Mechanical Engineering Bridge to the University of British Columbia program starts with the Fall semester and ends after the Winter semester. The optional internship work term is offered May through August.
After successful completion, you’ll transfer into the first academic term of third-year engineering at UBC (Vancouver or Okanagan) in September.
Tuition And Fees
Estimated Tuition
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.
Camosun College is located in beautiful Victoria, British Columbia with campuses on the Traditional Territories of the Lekwungen and W̱SÁNEĆ peoples. We acknowledge their welcome and graciousness to the students who seek knowledge here.
Graduates can progress to refrigeration and airconditioning mechanic apprenticeship, using credit toward their journeyperson (Red Seal) certification.
Refrigeration and air conditioning mechanics (RACM) install, maintain, repair and overhaul residential central air conditioning systems, commercial and industrial refrigeration and air conditioning systems and combined heating, ventilation and cooling systems.
This program teaches the students about heat pumps, ventilation, and air conditioning.
Students will learn machine theory, blueprint reading and applied mathematics.
The program provides both theoretical and practical knowledge of refrigeration systems, air conditioning, piping, welding and electrical wiring.
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