Course Description
The global shift toward electric mobility demands engineers, innovators, and enthusiasts who truly understand the design and operation of electric vehicles. This Masterclass EV Design & Operation course is crafted to provide in-depth technical knowledge and practical insights into how EVs are built, function, and perform.
You’ll explore EV architecture, powertrain design, battery management, control systems, and integration with charging infrastructure. Real-world case studies and industry applications will help you understand how modern EVs are designed for efficiency, safety, and performance.
What you'll learn in this course
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Gain a detailed understanding of EV architecture and components.
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Learn how electric powertrains, motors, and controllers are designed and operate.
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Understand battery systems, charging technologies, and energy management.
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Explore thermal management and vehicle efficiency optimization.
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Analyze case studies of successful EV models and their design approaches.
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Build the foundation to contribute to EV engineering, design, or R&D roles.
Requirements
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Basic understanding of electrical or mechanical engineering concepts (preferred but not mandatory).
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Familiarity with beginner-level EV fundamentals.
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Laptop/PC with internet connection for simulations and learning materials.
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Curiosity to explore advanced EV technologies and their real-world applications.
Curriculum
- 8 Lessons
- 120 mins.
- Evolution of electric mobility and modern EV architecture
- Key differences between electric, hybrid, and fuel-based vehicles
- Overview of EV subsystems – powertrain, energy storage, and control systems
- Design goals: efficiency, safety, and sustainability
- Types of electric motors – BLDC, PMSM, induction motors
- Motor design basics: torque, speed, and efficiency curves
- Powertrain configuration – single motor vs. multi-motor systems
- Cooling and thermal management in EV motors
- Battery chemistry – lithium-ion, solid-state, and future technologies
- Battery pack design – cells, modules, and packaging
- Battery Management System (BMS): monitoring and safety functions
- Energy density, charging cycles, and lifecycle optimization
- Onboard vs. offboard charging design
- Charging standards: CCS, CHAdeMO, GB/T, and wireless charging
- Fast-charging technologies and grid integration
- Smart charging, V2G (Vehicle-to-Grid), and renewable energy integration
- Power electronics: inverters, converters, and controllers
- Regenerative braking systems and energy recovery
- Software integration and ECU (Electronic Control Unit) basics
- Safety protocols and fault detection in EV electronics
- Chassis and body design considerations for EVs
- Weight distribution, aerodynamics, and material choices
- Suspension, steering, and braking systems tailored for EVs
- Crash safety and structural integrity in electric vehicles
- EV performance testing: range, efficiency, and reliability checks
- Diagnostic tools and data monitoring systems
- Preventive maintenance for batteries and motors
- Safety guidelines for operators and technicians
- Emerging technologies – hydrogen fuel cells, solid-state batteries
- Integration of AI and IoT in electric mobility
- Autonomous driving and EV design implications
- Opportunities for innovation, startups, and career growth in EV sector
Your Instructor
Skill Pathshala Team
Advanced Educator
Skill Pathshala is an online learning community with thousands of classes for creative and curious people, on topics including illustration, design, programming, photography, video, freelancing, and more. On Skill Pathshala, members come together to find inspiration and take the next step in their creative journey.
- Duration span 120 mins.
- Lectures0
- LanguageHindi
- Skill levelMedium
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