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Electric Vehicle Masterclass: Design, Technology & Future

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This comprehensive online course provides an in-depth understanding of Electric Vehicle (EV) technology, covering everything from the fundamentals of electric mobility to advanced EV systems and infrastructure. Designed for students, engineers, and automotive enthusiasts, the course blends theory with real-world applications to prepare learners for the rapidly growing electric vehicle industry.

Topics include EV architecture, battery technology, electric motors, power electronics, charging infrastructure, and environmental impact. Through interactive modules, case studies, and hands-on design concepts, learners will gain the knowledge and skills needed to contribute to EV design, development, and deployment.

Whether you aim to pursue a career in EV technology or simply understand the future of transportation, this course offers the foundational and technical insights needed to stay ahead in the electric revolution.


Key Highlights:

  • Fundamentals of electric vehicles and e-mobility

  • EV components: batteries, motors, controllers, and inverters

  • Powertrain and drivetrain configurations

  • Battery management systems (BMS) and thermal control

  • Charging systems and infrastructure (AC/DC, fast charging)

  • Safety, standards, and environmental considerations

  • Case studies from leading EV manufacturers

  • Career opportunities in the EV sector

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Course Outcome
  • Understand the core principles and architecture of electric vehicles (EVs).

  • Identify and explain the functions of key EV components such as batteries, electric motors, controllers, and inverters.

  • Analyze and compare different EV drivetrain and powertrain systems.

  • Evaluate battery technologies and their role in EV performance, safety, and sustainability.

  • Understand charging systems and infrastructure, including slow, fast, and wireless charging.

  • Apply knowledge of power electronics in EV design and control systems.

  • Assess the environmental and economic impact of EV adoption.

  • Design basic EV system models for conceptual and academic applications.

  • Prepare for roles in EV development, testing, manufacturing, and support.

  • Stay updated on global EV trends, policies, and industry innovations.

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