• Understand the fundamentals of electric vehicle technology.
• Learn about the design and construction of lightweight, efficient vehicles.
• Develop skills in aerodynamics, materials selection, and engineering design.
• Gain practical experience in building and testing Electrathon vehicles.
• Prepare for participation in Electrathon competitions.

• Introduction to Electrathon Racing
  • History and objectives of Electrathon racing
  • Overview of Electrathon competitions and rules
  • Basic principles of electric vehicle technology

• Vehicle Design and Aerodynamics

• • Principles of aerodynamics and their application to vehicle design
  • Designing for minimal drag and optimal performance
  • Using CAD software for vehicle design and simulation

• Materials and Construction Techniques

• • Selection of lightweight and strong materials
  • Construction methods for chassis, body, and other components
  • Safety considerations in vehicle construction

• Electrical Systems and Power Management

• • Basics of electric motors and battery technology
  • Designing and optimizing the electrical system for efficiency
  • Power management and energy conservation strategies

• Mechanical Systems and Drive Train

• • Design and construction of the drive train
  • Steering, braking, and suspension systems
  • Ensuring reliability and safety in mechanical systems

• Testing and Optimization

• • Testing vehicle performance in various conditions
  • Analyzing data and making design improvements
  • Preparing the vehicle for competition

• Teamwork and Project Management

• • Organizing and managing a design and construction team
  • Effective communication and collaboration
  • Project planning and time management

• Competition Preparation and Strategy

• • Understanding competition rules and scoring
  • Developing race strategies and plans
  • Preparing for inspections and race day logistics

The course will focus on the complete cycle of designing, building, and racing an Electrathon vehicle. Special emphasis will be placed on practical, hands-on experience and optimizing vehicle performance for competition.

• Quizzes and exams to test theoretical knowledge
• Practical assessments on design, construction, and optimization
• Team projects and vehicle builds
• Participation in a mock or actual Electrathon competition