Through our Partner Program with SELOC, the curriculum is meticulously designed to offer students a holistic immersion into the world of electric vehicles, bridging the gap between traditional automotive practices and the future of transportation. Beginning with a foundational exploration of the EV landscape, the program delves into the intricacies of safety protocols, technical acumen, and hands-on workshops.
From understanding the nuances of internal combustion engine vehicles to mastering the complexities of EV systems, students are taken on a transformative learning journey. The curriculum emphasizes not just theoretical knowledge but also the practical skills essential for real-world applications, ensuring that graduates are fully equipped to drive innovation and uphold best practices in the ever-evolving EVC industry.
Explore the evolution of the Electric Vehicle Conversion Industry, delve into the intricacies of traditional and electric vehicles, and emphasize the importance of safety in both realms.
• History of electric vehicles.
• Current EV challenges and barriers.
• Basics of ICE vehicles and safety.
• Introduction to EV systems.
Students delve into automotive fundamentals, with a focus on Internal Combustion Engines (ICE) vehicles, and the core principles of electrical systems.
• Automotive safety basics.
• Deep knowledge of ICE components.
• Steps for ICE component removal.
• Intro to core EV electrical concepts.
• Practical work with basic circuits.
This curriculum delves deep into advanced EV systems, covering everything from battery and motor intricacies to high-voltage control systems.
• EV-specific safety expertise.
• Battery types and applications.
• Installation of EV Drivetrain Components.
• EV high-voltage system controls.
• EV component integration
This course propels students to the role of Electric Vehicle Conversion Technicians. They'll explore EV support systems, understand the activation phase, and delve deep into calibration and quality assurance practices.
• EV-specific safety protocols.
• BEV systems and user features.
• EV system integration and interplay.
• Quality control of EV component installation
• EV system activation and calibration.
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