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Course Outline
Introduction to Advanced EV Design
- Overview of cutting-edge EV technologies.
- Exploring current and future trends in EV design.
- Challenges and opportunities in EV innovation.
EV Architecture and Structural Design
- Designing lightweight and rigid vehicle structures.
- Integrating modular and scalable architectures.
- Safety considerations in structural design.
Aerodynamics and Efficiency Optimization
- Designing for low drag and high stability.
- Evaluating aerodynamic performance with simulations.
- Balancing aesthetics with energy efficiency.
Powertrain and Energy Management Innovations
- Optimising power distribution and energy recovery.
- Implementing next-gen battery technologies.
- Enhancing thermal management for longevity and performance.
Advanced Simulation and Prototyping Techniques
- Using CAD and FEA for structural analysis.
- Simulating powertrain performance and efficiency.
- Rapid prototyping with 3D modelling and printing.
Integrating Smart Technologies and IoT
- Embedding sensors and telematics for real-time monitoring.
- Leveraging AI for predictive maintenance and diagnostics.
- Exploring autonomous driving integration.
Case Studies and Real-World Applications
- Analysing innovative EV designs from leading manufacturers.
- Learning from successful EV startup projects.
- Exploring sustainable design practices.
Best Practices in EV Development
- Managing the design and development lifecycle.
- Incorporating sustainability at every stage.
- Ensuring compliance with automotive standards.
Summary and Next Steps
Requirements
- Strong grasp of automotive engineering principles.
- Practical experience with electric vehicle technologies.
- Familiarity with vehicle design and prototyping tools.
Audience
- Automotive engineers involved in EV development.
- R&D professionals exploring advanced EV solutions.
- Managers driving innovation in electric mobility.
14 Hours
