Course Description

Design and development of ATV/Go Kart/Formula/Solar Vehicle

Module 1: Introduction to Vehicle Design

• Session 1.1: Overview of Off-Road Vehicles
• Session 1.2: Vehicle design principles and considerations

Module 2: Chassis Design and Construction

• Session 2.1: Basics of chassis design for ATV/Go Kart/Formula/Solar Vehicle
• Session 2.2: Materials and construction techniques

Module 3: Powertrain and Propulsion Systems

• Session 3.1: Engine selection and integration
• Session 3.2: Electric propulsion for Solar Vehicles

Module 4: Suspension and Steering Systems

• Session 4.1: Suspension design for off-road vehicles
• Session 4.2: Steering system considerations

Module 5: Aerodynamics and Body Design

• Session 5.1: Importance of aerodynamics in vehicle design
• Session 5.2: Designing vehicle bodies for efficiency and safety

Module 6: Hybrid and Solar Vehicle Technology

• Session 6.1: Integration of hybrid systems
• Session 6.2: Solar vehicle technology and design considerations

Module 7: Testing and Optimization

• Session 7.1: Performance testing and data collection
• Session 7.2: Optimization techniques for vehicle efficiency

Module 8: Safety Standards and Regulations

• Session 8.1: Understanding safety standards for vehicles
• Session 8.2: Compliance with regulations in vehicle development

Module 9: Project Management and Collaboration

• Session 9.1: Planning and managing a vehicle development project
• Session 9.2: Collaborative teamwork in vehicle design

Module 10: Final Project and Presentation

• Session 10.1: Completion of a group project involving the design and development of a vehicle
• Session 10.2: Final presentations, feedback, and certification