Automotive Engineering: Electric Vehicles (EV) Fundamentals
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Available in
days
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after you enroll
- Early Electric Vehicle Developments (4:04)
- Revival and Modern Evolution of EVs (4:04)
- Electricity Fundamentals for EV Applications (4:10)
- Overview of EV Architectures (4:28)
- Electric Powertrains vs. Internal Combustion Engines (5:14)
- Basic Mechanical Concepts Underlying EV Drivetrains (4:24)
- EV System Layouts and Configurations (5:51)
- Energy Storage Evolution and Sustainability (5:43)
- Future of Electrification and Global Adoption (4:48)
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days
days
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- Battery Cell Chemistry and Construction (5:17)
- Battery Pack Design and Management (3:29)
- Charging Fundamentals and Infrastructure (5:03)
- Power Electronics in EVs (4:22)
- Electric Motors: Types and Principles (4:49)
- Motor Control and Inverter Strategies (3:29)
- Onboard Auxiliary Systems (3:15)
- Vehicle-to-Grid (V2G) and Energy Feedback (3:39)
- Safety and Protection in High-Voltage Circuits (2:58)
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days
days
after you enroll
- Chassis and Platform Engineering for EVs (4:10)
- Driving Dynamics and Control Systems (4:14)
- Infotainment and Connected Car Systems (3:43)
- Noise, Vibration and Harshness (NVH) in Electric Vehicles (3:57)
- Manufacturing Processes and Supply Chain (3:59)
- Regulatory and Certification Requirements (3:20)
- Market Segmentation and Adoption Patterns (3:42)
Available in
days
days
after you enroll
- Diagnosis and Troubleshooting of Powertrain Components (4:00)
- Battery Degradation and End-of-Life Management (4:09)
- Fleet Management and Large-Scale Electrification (4:08)
- High Performance Electric Vehicles and Motorsport (3:36)
- Emerging Battery Technologies (3:40)
- Ultra-Fast Charging and Inductive Charging (3:34)
- Sustainability, Recycling and Circular Economy (4:34)
- Outlook on Autonomous Electric Mobility (5:14)
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