Course Outline:

Module 1: Introduction to Supra Design and Dynamics

Overview of Supra vehicles and their historical significance
Introduction to design principles and considerations for high-performance vehicles
Understanding the impact of design on vehicle dynamics and performance

Module 2: Aerodynamics for Supra Vehicles

Fundamentals of vehicle aerodynamics
Importance of aerodynamic design for Supra vehicles
Aerodynamic components and their impact on vehicle performance
Computational Fluid Dynamics (CFD) analysis for vehicle aerodynamics

Module 3: Chassis Design and Suspension Systems

Chassis design considerations for Supra vehicles
Suspension geometry and design principles
Analysis of suspension systems for improved handling and ride quality
Introduction to vehicle dynamics simulation tools

Module 4: Powertrain Systems and Performance

Overview of powertrain systems in Supra vehicles
Engine design and performance optimization
Transmission systems and drivetrain configurations
Analyzing powertrain performance using dynamometers and simulation tools

Module 5: Vehicle Dynamics and Handling

Fundamentals of vehicle dynamics and handling
Tire mechanics and their impact on vehicle performance
Steering systems and control mechanisms
Analyzing and optimizing vehicle handling characteristics

Module 6: Braking Systems and Safety

Brake system design principles for high-performance vehicles
Brake components and performance considerations
Introduction to advanced braking systems (e.g., ABS, electronic stability control)
Safety considerations and crashworthiness in Supra design

Module 7: Materials and Structural Analysis

Materials selection for high-performance vehicle structures
Structural analysis methods (e.g., finite element analysis)
Lightweighting strategies for improved performance and efficiency
Crash simulation and analysis

Module 8: Vehicle Integration and Packaging

Vehicle integration and packaging considerations
Ergonomics and interior design
Noise, vibration, and harshness (NVH) analysis and mitigation

Module 9: Fabrication Processes and Techniques

Introduction to fabrication techniques for vehicle components
Sheet metal fabrication and welding

Module 10: Fabrication Tools and Equipment

Introduction to fabrication tools and equipment
Lathe machining and milling
Fabrication safety protocols and best practices
Fabrication of chassis components and body panels
Assembly and integration of powertrain systems
Testing and quality control in fabrication