Course Description

On Site Internship on fabrication of ATV/Go Kart/Formula/Solar Vehicle

Module 1: Introduction to Vehicle Fabrication Session 1.1: Overview of Off-Road Vehicles

• Introduction to All-Terrain Vehicles (ATV), Go-Karts, Formula Vehicles, and Solar Vehicles
• Understanding the purpose, design, and components of each vehicle type

Session 1.2: Safety Protocols in Vehicle Fabrication

• Importance of safety in fabrication workshops
• Guidelines for the safe use of tools and machinery
• Emergency procedures and first aid training

Module 2: Design Principles and Planning Session 2.1: Vehicle Design Fundamentals

• Basics of vehicle aerodynamics, ergonomics, and chassis design
• Integration of suspension and steering systems

Session 2.2: Material Selection and Sourcing

• Understanding materials suitable for vehicle fabrication
• Sourcing and procurement considerations
• Sustainable and eco-friendly material choices

Session 2.3: Project Planning and Management

• Creating a timeline for fabrication projects
• Budgeting and resource allocation
• Team collaboration and coordination

Module 3: Fabrication Techniques and Skills Session 3.1: Welding and Metal Fabrication

• Hands-on training in welding techniques
• Fabrication of chassis and frame components

Session 3.2: Machining and CNC Operations

• Introduction to machining tools and CNC machinery
• Precision machining for vehicle parts production

Session 3.3: Composite Materials and Fabrication

• Understanding and working with composite materials
• Fabrication of lightweight components for vehicles

Module 4: Powertrain and Electrical Systems Session 4.1: Engine Integration and Tuning

• Installation and tuning of engines suitable for off-road vehicles
• Understanding powertrain dynamics

Session 4.2: Electrical Systems Integration

• Introduction to electrical systems in vehicles
• Wiring, sensors, and electronic control units (ECUs)

Session 4.3: Solar Vehicle Technology

• Basics of solar panels and integration into vehicles
• Design considerations for solar-powered vehicles

Module 5: Testing and Optimization Session 5.1: Performance Testing

• Implementing performance testing protocols
• Data collection and analysis

Session 5.2: Troubleshooting and Optimization

• Identifying and resolving issues in fabricated vehicles
• Optimization for better performance and efficiency

Module 6: Presentation and Documentation Session 6.1: Creating Technical Documentation

• Documenting the fabrication process
• Building a technical manual for the fabricated vehicle

Session 6.2: Final Presentation

• Preparing and delivering a comprehensive presentation on the fabricated vehicle
• Showcasing the vehicle’s features, design, and performance