MULTI-VEHICLE ENGINEERING PROGRAM

Program Format

• Open enrollment year-round
• 2 classes per week
• Small group format
• Hands-on training with real equipment

Tuition

• 1.5-hour session — $299 per month
• 1-hour session — $199 per month
• Annual Membership Fee — $79.90

About the Program

The Multi-Vehicle Engineering Program provides structured mechanical education through real hands-on experience.

Students learn engineering principles by working directly with actual machines and mechanical systems — not just diagrams or models.

Our goal is to build understanding of how systems function, not simple memorization.

This program develops technical confidence, spatial awareness, and practical problem-solving skills.

Equipment and Systems We Work With

Throughout the program, students are exposed to multiple types of vehicles and mechanical platforms, including:

• Go-karts (classic and sport models)
• Mini bikes
• ATVs
• Snow vehicles
• Electric and gasoline-powered training rail systems
• Small internal combustion engines
• Various mechanical assemblies and components

Students study and work with:

• Engine fundamentals
• Chain and belt drive systems
• Brake systems
• Steering systems
• Suspension components
• Bearings and rotating assemblies
• Basic electrical systems
• Driving elements are limited and carefully supervised.

The primary focus is mechanical understanding and system logic.

Why Engineering at Ages 7–14 Matters

Hands-on mechanical education at this age:

• Builds engineering thinking
• Strengthens discipline
• Improves concentration
• Encourages responsibility
• Reduces fear of complex systems
• Students begin to understand how machines function in the real world.

For Parents

If you want your child to:

• Develop practical skills
• Gain confidence using tools
• Understand how mechanical systems work
• Build a strong technical foundation

This program provides structured, disciplined training in a safe and supervised environment.

Program Outcome

With consistent participation, students:

• Understand basic mechanical systems
• Become comfortable working with equipment
• Develop early engineering mindset
• Build practical skills that stay with them long-term