The fun and effective way to
learn energy tech

Master what's powering rapid chargers and EVs in byte-sized lessons

try the demo

What you'll learn

  • Physics principles: forces, motion and energy in renewable applications
  • Software: Understand common patterns in embedded programming
  • Electronics: circuit design, components and troubleshooting
  • Power Systems: energy flow, batteries, inverters and motor control

Onto your screen, from my EV builds

You get to skip the workshop grind: I spent 10,000 hours building electric cars - now you can learn what I know in this app.

Rendering of OpenInverter mini board

How you will learn

  • Widgets: Drag, drop, and experiment—arrange batteries, close switches, and see the results in action.
  • Byte-sized watching: Quick videos that simplify complex ideas into easy steps.
  • Quizzes: Prove what you know and strengthen weak spots with focused, fun questions.

Not A False Prophet: endorsement from the EV community

  • "The cabs converted by Janosch were excellent, both to drive and in implementation. The fact he's driven it up and down the country is testament to the reliability and quality of his workmanship. One of the coolest cars I've driven."

    Jamie - EV Converter
  • "I have driven a vehicle Janosch converted and have been following his work for more than two years now. Not everyone wants to ask questions in a public forum, someone who knows what they are doing and is available for 1-to-1 conversation is exactly what I would have wanted when starting my own EV conversion."

    Tom - EV Converter
  • "Janosch is an active community member and has contributed unit tests to the OpenInverter code. He is a clear communicator and knowledgeable with extensive practical experience. Having built multiple identical vehicles he also knows a ton about firmware development. Highly recommended."

    Johannes - OpenInverter Founder

Technology Foundations Course

Start with the Technology Foundations course, designed to teach you the essentials of electronics, power systems, and software integration. Once you’ve mastered the basics, move into advanced modules like renewable energy systems or electric vehicle design.