Stepping into the world of electric vehicles (EVs) is like stepping into the future of automotive tech—it’s where sustainability meets innovation! For those of us who live and breathe cars, becoming an Electric Vehicle Technician is not just about learning new tricks; it’s about gearing up for the future and ensuring we’re on top of the game in the automotive evolution. Yes, there will still be work on the gas and diesel cars for years to come, but why not try to get ahead of the game.
The electric vehicle (EV) market in the United States broke records in 2022, estimated at just under 918,500 light electric vehicle sales. Tesla continues to dominate the U.S. EV market, with an estimated 536,100 electric vehicles sold in the United States in 2022 And in the UK, EVs made up a whopping 10.7% of all new car sales in 2021, up from just 1.6% in 2019 and in 2022, EVs was the second most popular propulsion type within new passenger car registrations, at around 267,200 sales.
But obviously, it’s not just Tesla, the the new automakers such as NIO, Rivian, and a host of others, as well as the behemoths of the traditional automotive such as Toyota, BMW, Mercedes, or VW – they are all producing thousands of vehicles every day, and they will all need servicing.
It’s not just a phase; it’s a full-throttle revolution, and it’s changing the way we think about cars!
4 reasons why jump on the EV technician bandwagon, and get trained/certified.
Stay Ahead of the Curve: EVs are the future of cars (whether we like it or not), and having the know-how to service them means you’re ahead in the industry. It’s about being the go-to tech guy in a world that’s increasingly going electric!
Expand Your Skillset: Learning the ins and outs of EVs means you’re not just a regular mechanic; you’re a specialized technician with a unique set of skills that are in high demand.
Boost Your Earnings: With specialized skills come specialized rates. Being able to service EVs can open the door to higher earning potential and more lucrative opportunities.
Be a Part of the Green Revolution: For some people, it’s more than just a job; it’s about being a part of something bigger. It’s about contributing to a cleaner, greener planet and making a difference for future generations.
What’s the Deal with EVs?
EVs are a different breed. They don’t run on fossil fuels; they run on electricity stored in batteries. This means no messy oil changes, no rusty rotten leaking exhaust systems, burnt cylinders, blown head gaskets, and on top, a whole new set of components to understand, like high-voltage systems, electric propulsion, and advanced battery management. A totally different breed and way to think about car maintenance.
What’s in It for You?
Diverse Learning: The Certified Electric Vehicle Technician (CEVT) Training Program by the Clean Tech Institute is not just about theory; it’s about getting your hands dirty and applying what you learn in real-world scenarios.
Broaden Your Horizons: From learning about state-of-the-art regenerative braking to mastering sophisticated propulsion sensing systems, this program is your ticket to becoming a well-rounded, versatile technician.
Practical Experience: Get hands-on experience with tasks like converting a traditional car into an electric one and designing and creating adapters for electric motors.
What you should expect from a good Certified Electric Vehicle Technician (CEVT) Training
- Introduction to Advanced Vehicle Technologies:
This module provides a foundational understanding of cutting-edge vehicle technologies, focusing on innovations and advancements in the electric vehicle sector. It aims to familiarize participants with the current landscape of EV technology, setting the stage for more specialized topics.
- Development of Electric Vehicles:
Participants will explore the historical evolution and progressive development of electric vehicles. This module covers the milestones and breakthroughs in EV technology, offering insights into the journey from the first electric car to today’s sophisticated models.
- High Voltage Electrical and Vehicle Safety:
Safety is paramount in dealing with high-voltage systems. This module imparts knowledge on high-voltage electrical safety protocols and vehicle safety systems, ensuring participants can handle EV components safely and effectively.
- Hybrid Engines and Electrical Machines:
This section delves into the mechanics and functionalities of hybrid engines, AC induction, and permanent magnet electrical machines. Understanding these components is crucial for anyone looking to specialize in electric and hybrid vehicle technology.
- Power Inverter and Electric Circuit Systems:
A detailed exploration of power inverter systems and electric circuit systems is provided, focusing on their integral roles in converting and controlling electrical power in EVs.
- Electric Propulsion Sensing and DC-DC Converter Systems:
Participants will gain insights into the workings of electric propulsion sensing systems and DC-DC converter systems, learning how they contribute to the efficient operation of electric vehicles.
- Transaxles, Gears, and Cooling Systems:
This module examines the critical components like transaxles, gears, and cooling systems, essential for the optimal functionality and performance of electric vehicles.
- Energy Management and Battery Technologies:
Energy management is the backbone of EV operation. This section provides comprehensive knowledge on energy management hardware systems and various battery technologies, including the latest in Nickel-Metal Hydride and Lithium Ion technologies.
- Battery Management and Regenerative Braking Systems:
Understanding battery management and regenerative braking systems is crucial for maximizing EV efficiency and longevity. This module covers the principles and applications of these systems in hybrid vehicles.
- Electric Car and Hybrid Climate Control Systems:
Climate control in EVs and hybrids is explored, focusing on the technologies and systems that maintain comfortable cabin conditions while optimizing energy use.
- Computer-Aided Design (SolidWorks software):
Participants will receive hands-on training in SolidWorks software, learning to design various electric vehicle components and systems with precision and efficiency.
- Practical Workshops:
Adapter Design and Creation: Practical application of designing and creating an adapter for an electric motor.
Fiber-Glass Battery Box Fabrication: Hands-on experience in designing and making a fiber-glass battery box.
Conversion Workshop: A unique opportunity to convert an internal combustion car into a 100% electric car, applying the knowledge gained throughout the program.
- First Responder Safety and Basic Electric Car Maintenance:
This module equips participants with the essential knowledge and protocols for ensuring safety in emergency situations involving electric vehicles and provides a foundational understanding of basic electric car maintenance.
The CEVT Training Program is more than just a learning experience; it’s a gateway to the future of sustainable mobility. Graduates should be well-equipped to contribute to the electric vehicle repair, and maintenance sectors, driving innovation and sustainability in the industry.