Course Description

7 days training on Electric Vehicles

Day 1: Introduction to Electric Vehicles

• Overview of electric vehicle technologies
• Historical evolution and market trends
• Environmental and economic benefits of electric mobility

Day 2: Electric Power Systems and Batteries

• Fundamentals of electric power systems
• Battery technologies, charging infrastructure, and range considerations
• Integration of electric power systems in different vehicle types

Day 3: Electric Vehicle Components and Design

• Electric drivetrains, motors, and controllers
• Vehicle dynamics and aerodynamics for electric vehicles
• Safety considerations and regulatory compliance in design

Day 4: Charging Infrastructure and Smart Grid Integration

• Types of charging infrastructure
• Smart grid technologies and their role in electric vehicle charging
• Case studies of successful charging network implementations

Day 5: Electric Vehicle Control Systems and Autonomy

• Control algorithms for electric vehicle performance
• Autonomous and semi-autonomous systems in electric vehicles
• Integration of sensors and AI for enhanced vehicle control

Day 6: Maintenance and Servicing of Electric Vehicles

• Routine maintenance procedures for electric components
• Diagnostics and troubleshooting techniques
• Best practices for maintaining electric vehicle longevity

Day 7: Future Trends and Innovations in Electric Mobility

• Emerging technologies in electric vehicles
• Industry collaborations and advancements
• Ethical and sustainability considerations in the future of electric mobility