1. Understanding High Voltage Risks: Recognize the dangers associated with high-voltage systems in EVs, Hybrids, and the importance of using appropriate PPE to mitigate these risks.
2. Safety and Compliance: Learn the safety measures and compliance requirements for performing insulation resistance tests, including proper shutdown procedures and the use of PPE.
3. Identification and Inspection: Identify the type of battery and inspect it for any signs of damage or leakage before handling.
4. Thermal Management: Be aware of the battery's temperature. Batteries should be kept within their recommended temperature range to avoid thermal runaway, which can lead to fires or explosions.
5. Use Certified Equipment: Use charging equipment that is certified by a nationally recognized testing laboratory. This ensures the equipment meets safety standards.
6. Measuring Insulation Resistance:  Learn how to measure the insulation resistance of high-voltage components in hybrid and EVs to ensure they are properly insulated and safe to operate.
7. Understanding Low-Resistance Measurements: Learn how to measure very low resistances accurately, which is crucial for diagnosing the integrity of electrical connections and components in hybrid and EV systems.
8. Diagnosing Motor Windings and Generator windings: Gain the ability to test the resistance of motor windings in hybrid and EV drive motors, identifying potential issues such as short circuits or open circuits.
9. Interpreting Results: Develop skills to interpret milliohm meter readings to determine the health of electrical components, ensuring they meet manufacturer specifications.
10. Energy Recovery Principles: Understand the fundamental principles of regenerative braking, including how kinetic energy is converted back into electrical energy and stored in the vehicle's battery

Costs for completing a degree or certificate can vary. For more information about costs, visit our How Much Does it Cost? page.