1. Introduction to EV & HEV

   • Overview of electric and hybrid vehicles
   • Market trends and future outlook
   • Environmental and economic impacts

2. Electric Vehicle (EV) Fundamentals

   • Basic principles of electric propulsion
   • Types of electric vehicles: BEV, PHEV, FCEV
   • Key components: electric motors, batteries, power electronics

3. Hybrid Electric Vehicle (HEV) Fundamentals

   • HEV configurations: series, parallel, series-parallel hybrids
   • Powertrain components and their functions
   • Energy management and optimization

4. Battery Technology

   • Types of batteries: Li-ion, NiMH, solid-state
   • Battery management systems (BMS)
   • Charging infrastructure and technology

5. Electric Motors and Controllers

   • Types of electric motors: AC induction, permanent magnet synchronous, brushless DC
   • Motor control strategies and power electronics
   • Efficiency and performance optimization

6. Power Electronics and Control Systems

   • Inverters, converters, and chargers
   • Power management strategies
   • Control algorithms and software

7. Vehicle Dynamics and Simulation

   • Fundamentals of vehicle dynamics for EVs and HEVs
   • Simulation tools and techniques
   • Performance modeling and analysis

8. Thermal Management Systems

   • Cooling and heating requirements for batteries and power electronics
   • Thermal management strategies and systems
   • Impact on vehicle performance and longevity

9. Charging Infrastructure and Energy Storage

   • Types of charging systems: slow, fast, rapid charging
   • Grid integration and smart charging
   • Energy storage solutions and integration with the grid

10. Safety and Standards

    • Safety considerations for EVs and HEVs
    • Relevant standards and regulations
    • Certification and compliance

11. Case Studies and Practical Applications

    • Real-world examples of EV and HEV development
    • Success stories and lessons learned
    • Hands-on projects and practical exercises

Learning Outcomes:

• Understand fundamental principles of electric and hybrid vehicles
• Identify and describe key components and their functions
• Analyze and optimize EV and HEV powertrain performance
• Develop and implement energy management strategies
• Apply knowledge of battery technologies and charging systems
• Utilize simulation tools for vehicle dynamics and performance analysis
• Address safety, standards, and regulatory requirements

Target Audience:

• Automotive engineers and technicians
• Researchers and developers in the automotive industry
• Professionals transitioning to the EV and HEV sector
• Students and academics specializing in automotive engineering

Duration and Format:

• Duration: Few days to several weeks, depending on depth of coverage
• Format: In-person, online, or hybrid
• Includes: Lectures, hands-on workshops, simulations, real-world case studies

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