Course Description

30 days training on ATV/Go Kart/Formula/Solar Vehicle

Module 1: Introduction to Vehicle Dynamics

• Session 1.1: Overview of ATV, Go Kart, Formula, and Solar Vehicles
• Session 1.2: Principles of vehicle dynamics and performance metrics

Module 2: Chassis Design and Structural Analysis

• Session 2.1: In-depth study of chassis design for off-road vehicles
• Session 2.2: Structural analysis techniques and safety considerations

Module 3: Powertrain and Propulsion Systems Engineering

• Session 3.1: Engine selection and integration for optimal performance
• Session 3.2: Electric and hybrid propulsion systems for Solar Vehicles

Module 4: Suspension and Steering Optimization

• Session 4.1: Advanced suspension design for off-road conditions
• Session 4.2: Steering system optimization and control mechanisms

Module 5: Aerodynamics and Body Design

• Session 5.1: Aerodynamic principles and their impact on vehicle efficiency
• Session 5.2: Designing lightweight and aerodynamic vehicle bodies

Module 6: Hybrid and Solar Vehicle Integration

• Session 6.1: Integrating hybrid powertrains into vehicle systems
• Session 6.2: Solar vehicle technology and design implementation

Module 7: Vehicle Testing and Performance Evaluation

• Session 7.1: Performance testing methodologies
• Session 7.2: Data analysis for optimizing vehicle performance

Module 8: Safety Standards and Regulations in Vehicle Design

• Session 8.1: Compliance with safety standards in vehicle development
• Session 8.2: Understanding and adhering to regulations in vehicle design

Module 9: Project Management and Team Collaboration

• Session 9.1: Project planning, scheduling, and management
• Session 9.2: Effective collaboration and communication within a vehicle design team

Module 10: Final Project and Presentation

• Session 10.1: Group project on designing and developing a vehicle
• Session 10.2: Final presentations, feedback, and certification