Microcredential

Foundations of Vehicle Safety Level II - Electric & Hybrid Vehicles

Program

Students who are currently enrolled in automotive technology, have completed prior training, are in the industry, or considering updating their knowledge and skillsets need to know hybrid and electric vehicle (EV) safety. These vehicles use high-voltage electrical systems and lithium-ion batteries which pose unique safety risks. Understanding how to safely work on and handle these components is crucial to protect technicians, consumers, and the environment. Additionally, as the automotive industry increasingly adopts electric technology, knowledge of hybrid and EV safety is essential for career opportunities and customer trust. 

The Electric and Hybrid Vehicle Safety Microcredentials address this need, providing two levels of training across a range of vehicle types. 

 

Program Goals

The goal of this program is to provide students with practical, hands-on learning experiences in EV technology so that they may work safely across a full range of vehicle make and models. 

Program Learning Outcomes

By the end of this program, students will: 

  • Identify key differences in the electrical systems between traditional, gas-powered vehicles, hybrid vehicles and fully electric vehicles.
  • Understand and follow safety protocols as it relates to hybrid and EV electrifical systems.
  • Correctly and safely use the tools related necessary for working on hybrid and EV electrical systems.
  • Locate and safely remove HV service plugs.

Students will not directly work on any high-voltage components or systems, as this requires additional years of practice beyond the scope of this introductory certification. 

Academic Preparation

To participate, students must meet one of the following criteria: 

  • be currently enrolled in the automotive technology program
  • document completed prior training
  • document active industry participation consistent with training requirements 

This Level II microcredential consists of 3 courses within the existing CGCC Automotive Technology program. An applied capstone activity must also be created, and will be designed with each student on a case-by-case basis. Students must complete Electric & Hybrid Vehicle Safety Level I (Foundations of Vehicle Safety), or demonstrate equivalent industry experience to receive direct permission to participate. Students completing this microcredential may apply the credits to either the Automotive Technology Certificate or the Automotive Technology AOS degree.

Course Code
Title
Semester Hours
Sub-Total Semester Hours
11
Total Semester Hours
11