Course Description

15 days training on Electric Vehicles

Week 1: Foundation of Electric Vehicles

Days 1-3: Introduction and Basics

• Overview of electric vehicle technologies
• Historical evolution, market trends, and global landscape
• Environmental and economic implications of electric mobility

Days 4-6: Power Systems and Energy Storage

• Deep dive into electric power systems
• Battery technologies, charging infrastructure, and energy management
• Applications and integration of power systems in various vehicle types

Days 7-9: Vehicle Components and Design

• In-depth understanding of electric drivetrains, motors, and controllers
• Vehicle dynamics, aerodynamics, and safety considerations in design
• Compliance with regulations and standards in electric vehicle manufacturing

Week 2: Advanced Electric Vehicle Topics

Days 10-12: Charging Infrastructure and Grid Integration

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

Days 13-15: Control Systems, Autonomy, and Emerging Technologies

• Control algorithms for optimizing electric vehicle performance
• Autonomous and semi-autonomous systems in electric vehicles
• Integration of sensors, AI, and emerging technologies for advanced vehicle control

Week 3: Specialized Areas and Future Trends

Days 16-18: Sustainability, Environmental Impact, and Regulations

• Life cycle analysis of electric vehicles
• Sustainable manufacturing practices and materials
• Global and regional regulations, policies, and incentives

Days 19-21: Business Models, Market Strategies, and Policy Landscape

• Market analysis and competitive landscape in the electric vehicle industry
• Business models for manufacturers, service providers, and startups
• Government policies, incentives, and support programs for electric vehicles

Week 4: Advanced Applications and Project Work

Days 22-24: Advanced Applications of Electric Vehicles

• Industrial and commercial applications of electric vehicles
• Case studies on specialized electric vehicle designs and implementations

Days 25-27: Project Work and Prototyping

• Hands-on project work on electric vehicle design or optimization
• Prototyping techniques and testing procedures
• Project presentations and feedback sessions

Days 28-30: Future Trends, Innovations, and Industry Collaboration

• Exploration of cutting-edge technologies in electric vehicles
• Industry collaborations, potential advancements, and networking opportunities
• Discussions on the ethical considerations and challenges in the future of electric mobility