Online Component (20 Days):

Module 1: Introduction

Introduction to Go-Kart Design and Dynamics
Types of go-karts and their applications
Safety considerations and regulations
Overview of the design and fabrication process
Module 2: Chassis Frame Design

Chassis Design and Analysis
Structural analysis and load distribution
Ergonomics and driver positioning
Material selection for the chassis frame
Module 3: Steering System Design

Steering geometry and kinematics
Components of the steering system
Ackermann steering principle and its application
Design considerations for optimal steering performance
Module 4: Braking System Design

Principles of braking systems
Types of brakes and their characteristics
Brake system components and their design considerations
Brake balance and optimization techniques
Module 5: Suspension System Design

Suspension Systems and Geometry
Suspension types, characteristics, and selection
Suspension geometry and alignment
Suspension forces and dynamics analysis
Module 6: Power Train Design

Powertrain Dynamics
Engine selection and specifications
Clutches, gearboxes, and drivetrain systems
Throttle and brake system design considerations
Module 7: Tire Dynamics

Tire Behavior and Dynamics
Tire types, construction, and selection
Tire behavior and grip limits
Tire pressure and temperature management
Module 8: Vehicle Dynamics

Vehicle Dynamics Fundamentals
Forces and moments acting on a go-kart
Weight transfer and balance
Vehicle stability and handling characteristics
Module 9: Cornering & Handling

Cornering and Handling
Cornering dynamics and optimal racing lines
Understeer and oversteer characteristics
Tuning suspension and steering for improved handling
Offline Component (10 Days):

Module 10:

Fabrication Techniques and Materials
Welding and metal fabrication
Composite materials and fabrication methods
Safety measures and regulations
Module 11:

Chassis Fabrication
Frame fabrication techniques
Welding and assembly of chassis components
Chassis reinforcement and safety considerations
Powertrain Assembly and Integration
Integration of engine, clutches, and drivetrain components
Mounting and alignment considerations
Steering System Assembly
Assembly and installation of suspension components
Steering system assembly and alignment
Final Assembly and Integration
Integration of all subsystems
Wiring and electrical system installation
Fine-tuning and system validation
Module 12:

Track Testing and Performance Evaluation
Testing and validation of the fabricated go-karts
Performance evaluation and data analysis
Final Project Preparation
Documentation and presentation preparation
Project showcase and review
Please note that the curriculum can be adjusted based on the available resources, equipment, and the specific objectives of the training program.