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Course Description

This Micro-Credential provides Automotive Service Technicians with an entry point into the knowledge and skills required to diagnose, service, and repair high-voltage electric vehicles safely. Designed for Professional Automotive Technicians to build on experience with conventional vehicle systems and develop the specialized skills necessary to service and maintain the ever-increasing numbers of electric vehicles on our roads.

This Micro-Credential meets the current high demand for EV training in the dealership, independent, and fleet repair community consisting of 6 hours of interactive online learning and 30 hours of in class/shop theory and hands-on practical instruction.

As there is wide demand for this type of education, we anticipate offering a modified version of this course to individuals who may not be automotive technicians. If you are not an automotive technician and are interested in electric vehicle training, please fill out this quick form.

Course Outline

The Micro-Credential is set up in eight modules, the first three modules are to be completed online (approx. 6 hrs. to complete) prior to the start of the start of the in-person class. Their will be review and additions of this content during the lab section.

  • There are numerous hands-on practical tasks completed during the course, including high-voltage (HV) battery pack removal, disassembly, testing and re-assembly; HV isolation fault testing and diagnosis; 3-phase HV motor diagnosis and testing; charging system testing and analysis
  • There are a total of three quizzes, done during the online portion, and a final 40 question test done on the last day in the classroom.

Learner Outcomes

This 36-hour Camosun College Micro-Credential course is designed to give students a broad understanding of EV Technology and Service including:

  • Applying high voltage safety procedures
  • Distinguishing different categories of high voltage vehicles 
  • Describing high voltage powertrain systems 
  • Servicing high voltage powertrain systems 
  • Servicing high voltage battery charging systems 
  • Comparing high voltage vehicle drivetrain systems 
  • Servicing high voltage vehicle temperature management systems 
  • Describing maintenance procedures and summarizing known concerns for high voltage vehicles 

Notes

Students are required to supply their own CSA approved footwear, coveralls/workwear, and safety glasses. High voltage safety PPE will be available for student use.

Prerequisites

Automotive Service Technician Red Seal Endorsement or registered apprentices who have completed Level 3 technical training. If you are an individual with a sound understanding of electrical theory, along with an engineering background or automotive repair experience or EV conversion experience, you may also be admitted. Prior to registering for this class, please confirm your eligibility with the instructor by emailing jonesp@camosun.ca.

Testimonials

“Camosun College is a very well-equipped facility with everything from cut away parts and whole engines with their components to complete vehicles to diagnose and take apart and test their systems hands on.

Myself and our Techs from Saanich all came away with a great training experience and new knowledge for ourselves and to take back to our workplaces. I would recommend this program to anyone or any operation that has EVs now or will have in the future.”

Mike Warhurst
Fleet Supervisor
District of Saanich

About the Instructor

Patrick Jones is an automotive enthusiast, an award-winning Instructor, and Program Leader in the Camosun College Automotive Department. He is a Red-Seal Certified Automotive Technician with more than 25 years of practical experience and teaches all levels of the Skilled Trades BC Automotive Service Technician Program. He has a BC Provincial Instructor Diploma and a Master of Education Degree in post-secondary curriculum and instruction from SFU. He has many years of specialized automotive technical training and has completed numerous Electric and Advanced Vehicle training programs through FutureTech Auto. Most recently, Patrick completed the SAE-ITC Electrified Transportation Pro+ Level 1 Trainer Certification Program in Michigan. He continues to focus his professional development on electrified transportation and advanced vehicle technologies. Patrick is seriously passionate about automobiles and education and is dedicated to sharing his enthusiasm while supporting students in their learning and inspiring their success.


This program qualifies for the StrongerBC future skills grant, which provides funding of up to $3500 per person for short-term skills training. Please visit the ProSIT StrongerBC page to confirm your eligibility and to learn how to apply.

StrongerBC logo

Supported by the Province of British Columbia

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Course Details
Section Title
Electric Vehicle Technology and Service Micro-Credential
Type
Online, self paced
Dates
Sep 28, 2024 to Oct 04, 2024
Type
Discussion
Days
Sa
Time
9:00AM to 4:00PM
Dates
Oct 05, 2024 to Oct 19, 2024
Type
Discussion
Days
T, Th
Time
6:00PM to 9:00PM
Dates
Oct 08, 2024 to Oct 17, 2024
Schedule and Location
Total Course Hours
33.0
Location
Delivery Options
Course Fee(s)
Tuition non-credit $1,820.00
Potential Discount(s)
Instructors
Section Notes

The course is set up in eight modules, the first three modules are to be completed online prior to the start of the start of the in-person class. Their will be some review of this content during the lab section.

Modules four through eight have various practical aspects to them that include HV battery removal in both a hybrid and a full EV, Lithium Ion battery pack disassemble and test, testing of HV motors, DTC diagnosis on various HV vehicles, testing and bleeding HV cooling systems and identifying regenerative braking systems. 

There are a total of three quizzes, done during the on line portion, and a final test done on the last day in the classroom.

Section Title
Electric Vehicle Technology and Service Micro-Credential
Type
Online
Dates
Nov 18, 2024 to Nov 24, 2024
Type
Discussion
Days
M, T, W, Th, F
Time
8:00AM to 3:00PM
Dates
Nov 25, 2024 to Nov 29, 2024
Schedule and Location
Total Course Hours
35.0
Location
Delivery Options
Course Fee(s)
Tuition non-credit $1,820.00
Potential Discount(s)
Instructors
Section Notes

The course is set up in eight modules, the first three modules are to be completed online prior to the start of the start of the in-person class. Their will be some review of this content during the lab section.

Modules four through eight have various practical aspects to them that include HV battery removal in both a hybrid and a full EV, Lithium Ion battery pack disassemble and test, testing of HV motors, DTC diagnosis on various HV vehicles, testing and bleeding HV cooling systems and identifying regenerative braking systems. 

There are a total of three quizzes, done during the on line portion, and a final test done on the last day in the classroom.

Section Title
Electric Vehicle Technology and Service Micro-Credential
Type
Online
Dates
Jan 20, 2025 to Jan 26, 2025
Type
Discussion
Days
M, T, W, Th, F
Time
8:00AM to 3:00PM
Dates
Jan 27, 2025 to Jan 31, 2025
Schedule and Location
Total Course Hours
35.0
Location
Delivery Options
Course Fee(s)
Tuition non-credit $1,820.00
Potential Discount(s)
Instructors
Section Notes

The course is set up in eight modules, the first three modules are to be completed online prior to the start of the start of the in-person class. Their will be some review of this content during the lab section.

Modules four through eight have various practical aspects to them that include HV battery removal in both a hybrid and a full EV, Lithium Ion battery pack disassemble and test, testing of HV motors, DTC diagnosis on various HV vehicles, testing and bleeding HV cooling systems and identifying regenerative braking systems. 

There are a total of three quizzes, done during the online portion, and a final test done on the last day in the classroom.

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We are especially grateful to live, work, and play on the traditional territories of the Lekwungen (Songhees, Esquimalt), Malahat, Pacheedaht, Scia'new, T'Sou-ke, and WSÁNEĆ (Pauquachin, Tsartlip, Tsawout, Tseycum) peoples. We acknowledge their welcome and graciousness to the students who seek knowledge here.

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