UK National Curriculum Aligned
Comprehensive automotive engineering curriculum designed for students aged 14-19
Request Full Curriculum GuideFour Progressive Learning Strands
Each week builds on the last, taking students from fundamentals to advanced engineering concepts
Mechanics & Structures
- • Chassis design and rigidity
- • Gear ratios and mechanical advantage
- • Suspension geometry
- • Weight distribution
- • Center of gravity principles
- • Wheelbase and track width
Electronics & Circuits
- • Basic circuit design
- • Motor control systems
- • Power distribution
- • LED lighting circuits
- • Soldering techniques
- • Troubleshooting methods
Programming & Control
- • Wireless control systems
- • Input/output programming
- • Automation basics
- • Testing and debugging
- • Performance optimization
- • Real-time control
Data Science & AI Intro
- • Performance data collection
- • Testing methodology
- • Data analysis basics
- • Pattern recognition
- • Optimization strategies
- • Introduction to AI thinking
4-Week Learning Journey
Week 1: Foundations & Assembly
Duration: 2-3 hours total
Students are introduced to automotive engineering concepts through real-world scenarios. They learn about chassis design, gear ratios, and mechanical principles before beginning the build process. The week concludes with a complete understanding of how each component contributes to the car's performance.
Learning Outcomes:
- Understand basic engineering terminology
- Identify key automotive components
- Complete initial kit assembly
- Demonstrate basic circuit construction
Week 2: Testing & Optimization
Duration: 3-4 hours total
Hands-on experimentation week where students modify specifications and observe results. They learn about gear ratios through practical testing, adjust wheelbase and track width, and document their findings. Introduction to the scientific method through iterative engineering processes.
Learning Outcomes:
- Modify mechanical specifications independently
- Conduct systematic performance tests
- Document changes and results
- Apply problem-solving strategies
Week 3: Challenges & Innovation
Duration: 3-4 hours total
Students face engineering challenges requiring creative solutions. Timed design challenges encourage teamwork and rapid prototyping. They learn to balance competing requirements (speed vs. stability, power vs. efficiency) and present their engineering decisions to peers.
Learning Outcomes:
- Work collaboratively on engineering problems
- Develop innovative solutions to constraints
- Present technical decisions effectively
- Understand engineering trade-offs
Week 4: Presentation & Career Pathways
Duration: 2-3 hours total
Final presentations where students showcase their projects and explain engineering decisions. Connection to real STEM careers in automotive, aerospace, and manufacturing. Introduction to AI and data-driven optimization. Certificate ceremony celebrating achievements.
Learning Outcomes:
- Present engineering projects professionally
- Understand STEM career pathways
- Recognize AI applications in engineering
- Receive certificate of completion
Complete Teacher Support Package
Lesson Plans
Complete 4-week curriculum with detailed timing guides and learning objectives
Video Tutorials
Step-by-step video guides for both students and teachers
Student Workbooks
Exercises, reflection journals, and documentation templates
Assessment Tools
Pre/post tests, skills evaluation, and progress tracking
Teacher Community
Access to forum, Q&A, and shared resources from other educators
Ongoing Support
Email and phone support throughout the program duration
Ready to Implement This Curriculum?
Download the full curriculum guide or speak with our education team