Electric Drive Vehicle Fundamentals

Program Overview

This one-year program provides a comprehensive overview of Electric Vehicles (EVs), including theoretical and practical aspects such as electrical fundamentals, system diagnostics, and maintenance procedures. Students develop proficiency in selecting appropriate testing tools and adhering to industry standards. Upon completion, graduates can pursue careers in the private and public vehicle service/repair sectors or continue their studies in the Electric Drive Vehicle Technician diploma program.

Program Outline

Degree Overview:

This program provides a comprehensive introduction to the fundamentals of Electric Vehicles (EVs), encompassing both theoretical and practical aspects. Students will delve into the intricacies of Electric/Electronic fundamentals, explore the workings of electrified vehicle systems and components, gain a thorough understanding of High Voltage safety protocols, and acquire essential knowledge of Electric Vehicle maintenance procedures. The curriculum covers vehicle architectures and the fundamental principles of Low Voltage (LV)/High Voltage (HV) electrical power, which are crucial for comprehending the operation and diagnostics of systems employed in EVs, PHEVs (Plug-in Hybrid Electric Vehicles), and HEVs (Hybrid Electric Vehicles). Students will develop proficiency in selecting and utilizing appropriate testing tools and equipment, adhering to industry-approved standards, while mastering the art of system fault analysis. Upon successful completion of this program, students will have the opportunity to seamlessly transition into the second year of the Electric Drive Vehicle Technician diploma program. Furthermore, graduates will be eligible to obtain SAE Electrified Vehicle Certification Level 1, encompassing both theoretical and practical components. The practical portion of the certification will be acquired through the completion of the one-year program at St. Clair College. The program emphasizes project-based learning, culminating in a capstone EV-focused project. This project could encompass a wide range of aspects, including hardware, software, introductory programming/coding, build/fabrication, and system testing. Students will apply diverse project strategies, methodologies, and technologies throughout the capstone project. The program also fosters extensive hands-on experience and interpersonal skills development, reinforcing theoretical knowledge through practical learning experiences. These experiences are often conducted in collaboration with local Automotive Repair community partners, such as the Windsor Professional Automotive Repair Association.

Outline:

Semester 1

| Code | Title | Credits | |---|---|---| | EVT100 | Vehicle Fundamentals | 2 | | EVT103 | Applied Vehicle Fundamentals | 2 | | EVT104 | Automotive Operation | 2 | | EVT107 | Applied Automotive Operation | 3 | | EVT112 | Applied Lab Electronic and eDrive Technology I | 5 | | ELEC1030 | Choose 1 Elective Course | 3 |

Semester 2

| Code | Title | Credits | |---|---|---| | EVT200 | Arduino Microcontroller Basics | 6 | | EVT210 | Electronic and eDrive Technology II | 5 | | EVT212 | Applied Lab Electronic and eDrive Technology II | 5 | | EVT206 | SAE Level 1 Electrified Transportation | 2 | | EVT209 | Applied SAE Level 1 Electrified Transportation | 3 |

Careers:

Graduates of this program will be well-prepared for a variety of roles within the private and public vehicle service/repair sectors. Potential career paths include:

• Automotive dealership pre-delivery inspection
• Electric vehicle regular maintenance service helper positions
Students can also pursue an Automotive Service Technician apprenticeship program (NOC 7321). Examples of potential employers include:
• Automotive repair facilities
• Major OEMs (Ford/GM/Stellantis/Honda/Toyota)
Other potential career paths include:
• NOC 7334 (forklift, all-terrain, scooter EV vehicle configuration, troubleshooting and repair)
• NOC 1522 (EV vehicle parts specialist)
• NOC 9522 (motor vehicle assemblers and install prefabricated motor vehicle parts and components to form subassemblies and finished motor vehicles)

Other:

• Students coming from Motive Power diploma programs or motive power apprenticeships would find this program a suitable continuation of their studies.
• Students can progress into the Electric Drive Vehicle Technician college diploma program or enter into an apprenticeship after completing this program.