AUTO-265 Introduction to Electric Vehicles

Credits 4 / 6 Contact Hours
Pre-requisite: Placement into ACRD-080; AUTO-161 and AUTO-191 or ASE Certified in Electrical.  NOTE that PPE provided will be: Safety glasses with Z81 rating. Class Zero Electrical safety gloves meeting safety standard ASTM F1236 and IEC 60903.

 
This course provides students with the essential skills and knowledge required to safely work with high-voltage systems in hybrid and electric vehicles. Emphasizing industry best practices, students will explore high-voltage safety protocols, multimeter proficiency, cable identification, and personal protective equipment (PPE), including rubber glove testing. Additional topics include safety interlock systems, depowering procedures, battery technology, battery
management systems (BMS), charging infrastructure, and regulatory compliance. Through hands-on learning and theoretical instruction, students will develop the expertise necessary to ensure safety and efficiency in high-voltage automotive environments.
BILLABLE CONTACT HOURS: 6

Course Outcomes
1. High-Voltage Safety Awareness: Understand the importance of caution around high-voltage systems.
2. Multimeter Proficiency: Differentiate and use CAT I, CAT II, CAT III, and CAT IV multimeters.
3. High-Voltage Cable Identification: Identify and explain the uses of yellow/blue and orange high-voltage cables.
4. PPE Knowledge: List and describe personal protective equipment for high-voltage work.
5. Rubber Glove Testing: Detail the process for testing rubber gloves.
6. Safety Interlock System Understanding: Explain the purpose and function of safety interlock systems.
7. Depowering High-Voltage Systems: Describe the steps to safely depower high-voltage systems.
8. Hybrid and Electric Vehicle Knowledge: Explain hybrid and electric vehicles, their characteristics, and powertrain configurations.
9. Battery Technology and Management: Discuss high-voltage batteries, their types, designs, and management.
10. BMS Proficiency: Understand the purpose and function of the battery management system.
11. Charging Infrastructure and Safety: Explain safety precautions for using various charging systems and the use of solar energy.