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Instructors Team

Meet our dynamic team of Electric Vehicle Conversion Instructors, a collective force dedicated to guiding enthusiasts and professionals through the exciting world of transforming traditional vehicles into cutting-edge electric wonders.


Mohamed Lamaachi, Lead Instructor:
With over 11 years of experience, Mohamed Lamaachi is a trailblazer in the electric vehicle conversion space. Their expertise spans project leadership, innovation, and a deep understanding of the technical intricacies involved in turning conventional vehicles into sustainable, high-performance electric machines.


Richard E. Horvath, Technical Specialist:
A hands-on technical expert, Richard E. Horvath brings a wealth of experience in powertrain integration and battery technologies. Their specialization in tailoring conversions to meet unique requirements and delivering innovative solutions makes them an invaluable asset to the team.

Key Achievements of the Instructors Team:

1. Diverse Conversion Portfolio:
– The team collectively boasts a diverse portfolio of over 63 successful electric vehicle conversions, ranging from classic cars to utility vehicles.

2. Innovative Solutions:
– Known for their collaborative approach, the team has consistently developed and implemented creative solutions to overcome challenges in electric vehicle conversions.

3. Educational Impact:
– Through their combined efforts, the team has made a significant impact on educational outreach, reaching communities and individuals to foster awareness and understanding of electric vehicle conversion technology.

Teaching Philosophy of the Instructors Team:
The Instructors Team believes in creating a transformative learning experience that goes beyond theory. Their teaching philosophy emphasizes hands-on learning, collaborative problem-solving, and real-world applications. Through their collective knowledge and passion, they aim to empower students to become proficient and innovative contributors to the electric vehicle conversion field.

Drive the Future:
Master EV Conversions for a Sustainable Tomorrow.

Case Studies


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Electric Vehicle Conversion Mastery
Starts Here

Course Layout:


  • 1-1- introduction to the course
  • 1-2- how to use the course


  • 2-1 – Water Analogy
  • 2-2 – Atomic Level
  • 2-3 – Skier Analogy
  • 2-4 – Torque vs. Horsepower
  • 2-5 – AC vs. DC


  •  3-1 – Electric Motors
    • 3-1-1 – How Electric Motor Works
    • 3-1-2 – Types of Electric Motors
    • 3-1-3 – Types of Electric Motor Configurations
  • 3-2 – Controller & Inverter
    • 3-2-1 – Controller & Inverter
  • 3-3 – Battery
    • 3-3-1 – Basic Working Principle
    • 3-3-2 – Battery Characteristics
    • 3-3-3 – Lead Acid Batteries
    • 3-3-4 – Nickel Batteries
    • 3-3-5 – Lithium-ion Batteries
    • 3-3-6- Battery Charging Methods
  • 3-4- Charging Devices
    • 3-4-1 – AC Charging
    • 3-4-2 -DC Charging


  • 4 – 1 – Step 1: Range & Speed
  • 4 – 2 – Step 2: Choosing Donor Car
  • 4 – 3 – Step 3: Motor Sizing
  • 4 – 4 – Step 4: Battery Pack Sizing


  • 5 – 1  – DC High-Voltage System
  • 5 – 2 – DC Low- Voltage System
  • 5 – 3 – AC High-Voltage System
  • 5 – 4 – AC Low-Voltage System
  • 5 – 5 – CAN Network
  • 5 – 6 – VCU ( Part 1: Wiring )
  • 5 – 7 – VCU ( Part 2: Programming )
  • 5 – 8 – BMS (Part 1: Wiring)
  • 5 – 9 – BMS (Part 2: Programming )


  •  6-1 – Full DC EV Conversion
  •  6-2 – Full AC EV Conversion

From Gas to Green:

Enroll Now and Lead the Charge in Electric Vehicle Conversions!

Frequently Asked Questions

Q: What is electric vehicle (EV) conversion?

Electric vehicle conversion involves transforming a traditional internal combustion engine (ICE) vehicle into an electric vehicle by replacing the engine with an electric motor and integrating a battery system.

Q: What types of vehicles can be converted to electric?

Virtually any vehicle with an internal combustion engine, including cars, trucks, motorcycles, and even bicycles, can be converted to electric.

Q: Is it cost-effective to convert a vehicle to electric?

The cost-effectiveness of conversion depends on factors such as the type of vehicle, the quality of components used, and whether the conversion is done professionally or as a DIY project. It’s essential to consider long-term savings on fuel and maintenance.

Q: Can any car be converted, regardless of its age or condition?

In theory, yes, but the practicality of conversion depends on the vehicle’s structural integrity, weight, and available space for battery installation. Older vehicles may require additional upgrades to meet safety and performance standards.

Q: What components are typically replaced or modified during conversion?

The main components replaced or modified include the internal combustion engine, fuel system, exhaust system, and radiator. Additionally, an electric motor, power electronics, and a battery pack are added.

Q: How long does an electric vehicle conversion take?

The timeline for conversion varies based on factors such as the complexity of the project, the type of vehicle, and the experience of the converter. It can range from a few weeks to several months.

Q: What is the range of a converted electric vehicle?

The range depends on the capacity of the battery pack and the efficiency of the conversion. It can typically range from 50 to 200 miles on a single charge.

Q: How does charging work for converted electric vehicles?

Converted electric vehicles can be charged using standard electric vehicle charging stations or household outlets. Charging times depend on the charger’s power and the battery capacity.

Q: Can a converted electric vehicle still use regenerative braking?

Yes, many electric vehicle conversions incorporate regenerative braking systems to capture and store energy during braking, contributing to increased efficiency.

Q: Are there legal and safety considerations for electric vehicle conversions?

Yes, there are legal and safety considerations. It’s crucial to adhere to local regulations, obtain necessary certifications, and ensure the converted vehicle meets safety standards.

Q: Can I convert my vehicle to electric as a DIY project?

Yes, it’s possible to convert a vehicle to electric as a DIY project, but it requires a good understanding of automotive and electrical systems.
This course provides the necessary skills and information you need for your first EV conversion.

Q: How does an electric vehicle conversion impact the vehicle's performance?

Electric vehicle conversions can enhance performance with instant torque and smooth acceleration. However, the performance depends on the choice of components and the overall design of the conversion.

How To Get Your Certificate

A career search starts with a good solid resume. It is instrumental for making a good first impression by demonstrating your knowledge, skills, and experience. Course certificates provide proof of your achievements. Relevant certifications will stand in the crowd and get you noticed.


You must include relevant credentials in your resume as employers and recruiters look for such things. In addition, you should keep on upgrading your skills by actively pursuing new courses and certifications. This will make your resume more appealing. is a platform for getting valuable certifications in green energy & electric transportation technologies. It helps you in learning and developing, and polishing your skills. It can give you the right momentum to learn new things or upgrading your knowledge. It can help you in getting suitable job opportunities.


When you complete a paid course at, you will receive a certificate of completion, which you can share with your friends, relatives, co-workers, and potential employers!


Once you finish a course, you will receive a certificate one day after your course completion. The certificate will be sent to your email inbox in a PDF format that you can download.

Student's Voice

Not only did this experience teach me the proper techniques of designing an electrical conversion project as promised, but it also taught me how to learn independently, how to stick with a problem and find ways of solving it, and perhaps most significantly, the experience taught me the skills that will enable me to continue to develop my skills beyond the electronic classroom.
Thomas Stephen Glenn
The course exceeded my expectations in many regards — especially the "real-life experience" lecture, which shows the implementation of the whole course knowledge.
Barry B Brooks
I got almost immediate responses when I turned in assignments and he had wonderful feedback! I think it does a very good job of covering the basic steps in usability testing.
Ericka James
Course materials were good, the mentoring approach was good, and working with other people via the Internet was good. The instructor did a good job of communicating and making it a more intimate arrangement. A lot of online courses fail because of isolation. EV conversion is very good and I think it’s a very solid course. I learned a lot.
Yehenew Seyoum
Very well organized and conceived. By following the course, I was able to learn and build my own EV Conversion, even though it took me 6 months to finish it.
Khalid Atia
I believe that I developed an understanding of the process of how electric vehicle works. This is what I was interested in achieving. Since I have zero background in that field.
Emmanuel Collins


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Case Study 1: Omar's DIY Electric Mini Cooper.

Omar, an avid DIY enthusiast with a passion for sustainability, decided to convert his aging Mini Cooper into an electric vehicle. Having no prior experience in EV technology, he enrolled in this online course that covered the fundamentals of EV conversion.

Online Learning Experience:
Through the course, Omar learned about selecting suitable components, performing the conversion safely, and integrating battery and motor systems. The course also provided practical demonstrations and hands-on projects to reinforce theoretical knowledge.

Conversion Process:
Armed with his newfound knowledge, Omar carefully followed the step-by-step instructions provided in the course. He sourced quality components, including a compact electric motor and a lithium-ion battery pack, to fit within the Mini Cooper’s compact design.

Omar successfully converted his Mini Cooper into an electric vehicle over the course of several months. The converted vehicle not only retained its classic charm but also became a local sensation. Omar documented his journey on social media, inspiring others to consider DIY EV conversions.

Case Study 2: Alex's Family-Friendly Electric SUV​

Alex wanted to make a sustainable choice for his family’s transportation. He opted to convert their aging SUV into an electric family vehicle. With limited mechanical knowledge, He enrolled in this online course as a beginner.

Online Learning Experience:

This beginner-friendly course Alex chose covered the basics of electric vehicle components, safety considerations, and practical tips for individuals with minimal technical background. It included video tutorials and test sections to address common concerns.

Conversion Process:

Alex diligently followed the course modules, seeking additional clarification from the course community when needed. He selected a pre-designed conversion kit to simplify the process. The course emphasized safety measures and provided guidance on obtaining necessary certifications.


Alex successfully converted his family SUV into an electric vehicle, providing a quiet and emission-free transportation option for his family. His experience was shared on local forums, encouraging other families to explore electric vehicle conversions.

Case Study 3: Jake's Eco-Friendly Off-Road Adventure​

Jake, an off-road enthusiast and environmental advocate, decided to convert his aging 4×4 into an eco-friendly electric off-road vehicle. With a background in automotive maintenance.

Online Learning Experience:

The course provided Jake with specialized knowledge in electric conversions, covering aspects such as torque management, battery protection conditions, and customizing electric drivetrains. 3D demonstrations enhanced his learning.

Conversion Process:
Applying his expertise and insights from the online course, Jake transformed his 4×4 into an electric adventure machine. He selected components that could withstand challenging terrains and integrated a robust battery system.


Jake’s electric off-road vehicle became a conversation starter at off-road gatherings. His successful conversion was posted on social media, inspiring the off-road community of enthusiasts to explore sustainable alternatives for their adventure vehicles.

Case Study 4: Ryan's Commuter Conversion​

Ryan, a daily commuter with a knack for DIY projects, aimed to convert his compact car into an electric commuter vehicle. With a limited technical background, he enrolled in this online course tailored for DIY enthusiasts.

Online Learning Experience:

The course provided Ryan with the foundational knowledge of electric vehicle components, safety measures, and practical tips for a smooth conversion. Video tutorials and step-by-step guides supported his learning journey.

Conversion Process:
Following the guidance from the online course, Ryan replaced his car’s engine with an electric motor and installed a compact battery system. The course emphasized safety and simplicity, making the conversion accessible for DIY enthusiasts.


Ryan’s electric commuter car became a cost-effective and eco-friendly solution for his daily travel. His experience was shared on social media and DIY forums, encouraging others to consider converting their commuter vehicles to electric.

Case Study 5: Derek's Family-Focused Minivan

Derek, a family man concerned about environmental impact, aimed to convert his family minivan into an electric vehicle. With basic mechanical skills, he enrolled in this online course tailored for individuals with minimal technical background.

Online Learning Experience:

The course focused on beginner-friendly content, covering essential concepts of EV conversion, component selection, and safety considerations.

Conversion Process:

Derek diligently followed the course modules, choosing a pre-designed conversion kit for simplicity. With step-by-step guidance, he successfully converted the family minivan into an electric vehicle, ensuring safety features were a priority.


Derek’s electric minivan provided a quiet and emission-free solution for family transportation. His experience sparked interest among families in the community to explore electric vehicle conversions.

Case Study 6: Daniel's Sustainable Farming Venture

Daniel, a passionate farmer committed to sustainable agriculture, decided to convert his traditional diesel-powered tractor into an electric workhorse. Recognizing the need for environmentally friendly solutions in farming, he enrolled in this comprehensive online course specializing in electric vehicle conversions.

Online Learning Experience:
The online course provided Daniel with a deep understanding of electric drivetrains, battery management for heavy-duty applications, and the nuances of converting any machinery.

Conversion Process:

Applying the knowledge gained from the course, Daniel initiated the conversion of his tractor. He carefully replaced the diesel engine with a powerful electric motor and integrated a robust battery system designed for prolonged usage in the field. The course emphasized considerations for torque and power requirements.


Daniel’s electric tractor proved to be a sustainable and efficient addition to his farm operations. The reduced noise and emissions significantly improved the working conditions for farmworkers. His success gained attention from neighboring farms, sparking interest in the adoption of electric tractors for eco-friendly and cost-effective agriculture.