About this course
Certainly, here's a more detailed curriculum outline for an advanced course in Electric Vehicle (EV) Designing. This curriculum is designed to cover various aspects of electronic vehicle design comprehensively:
Module 1: Introduction to Electric Vehicle Technology
- Evolution of electric vehicles and their significance
- Environmental benefits and challenges of EVs
- Types of electric vehicles and their applications
Module 2: Electric Powertrains and Components
- Electric motor types, characteristics, and selection
- Battery technologies, chemistry, and energy storage systems
- Power electronics and motor controllers
Module 3: Battery Management Systems (BMS)
- Importance of BMS in EVs
- Cell balancing techniques
- State-of-charge (SOC) and state-of-health (SOH) estimation
Module 4: Electric Vehicle Architecture and Integration
- Vehicle platform design considerations
- Battery placement, integration, and safety
- Thermal management and cooling systems
Module 5: Vehicle Dynamics and Performance Optimization
- Impact of electric powertrains on vehicle dynamics
- Acceleration, torque, and power optimization
- Regenerative braking and energy recovery systems
Module 6: Charging Infrastructure and Systems
- Types of EV charging (AC vs. DC)
- Charging station design and compatibility
- Fast charging and battery considerations
Module 7: Electric Vehicle Control Systems
- Vehicle control architecture and software
- Power distribution and energy management strategies
- Integration of control units (motor, battery, etc.)
Module 8: Electric Vehicle Safety and Regulations
- High-voltage safety measures and standards
- Crash safety considerations for EVs
- Regulatory compliance and certification processes
Module 9: Lightweight Materials and Structural Design
- Role of lightweight materials in EV design
- Material selection and sustainability
- Structural design for crash safety and efficiency
Module 10: Autonomous and Connected Electric Vehicles
- Autonomous driving technologies and levels
- Sensor integration and sensor fusion
- Vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication
Module 11: Electric Vehicle Testing and Validation
- Testing methodologies for EV components
- Performance testing and validation processes
- Simulation and real-world testing considerations
Module 12: Battery Manufacturing and Recycling
- Battery manufacturing processes and challenges
- Recycling and disposal of batteries
- Second-life applications for EV batteries
Module 13: Market Trends and Business Considerations
- EV market trends and consumer preferences
- Business models and strategies in the EV industry
- Cost considerations and pricing strategies
Module 14: Capstone Project or Advanced Design Project
- Designing and simulating an electric vehicle concept
- Developing a prototype or simulation
- Presenting a comprehensive design report
Please note that this curriculum is a detailed guideline and can vary based on the specific program, institution, and the evolving nature of electric vehicle technology. Always refer to the course details provided by the institution for the most accurate and up-to-date information.
