Format and Pricing
- 8 sessions per month (1 hour 45 minutes each)
- Group size: Up to 10 students
- Two instructors per group
- Session times: 4:30 PM and 6:30 PM
- Cost: $350/month
Overview
The TechnoScout engineering program is designed to provide hands-on STEM education using real vehicles and components as educational platforms. Driving is not the goal, but a demonstration tool used sparingly and always in a safe, supervised environment. The focus is on understanding mechanical systems, developing problem-solving skills, and engaging students in engineering design and maintenance.
Program Coverage Includes
- Go-Karts (classic & sport)
- Mini Bikes & Dirt Bikes
- Electric Cars (EV kits)
- ATVs (All-Terrain Vehicles)
- Electric Train (ride-on, track-based)
- Snowmobiles (youth-sized)
- Buggies & Off-road vehicles
- Electric Motors & Propulsion Systems
- Scooters & Compact EVs
Program Structure
1. STEM Theory & Mechanical Principles (40%)
- Core topics: torque, braking, suspension, steering, power delivery
- Safety systems and their design: kill switches, padding, gear ratios
- Energy sources: gasoline vs. electric, batteries, voltage, motors
- Physics of movement: acceleration, weight distribution, balance
- Tools: how to use them safely and effectively
2. Hands-On Engineering Practice (40%)
- Disassembly and assembly of real systems (non-operational in classroom)
- Maintenance: cleaning filters, checking oil, tightening bolts, greasing parts
- Wiring and electrical connections for EVs and lighting
- Simulated repairs and component replacements
- Team projects: build and improve systems, test for durability
3. Controlled Demonstration (10-15%)
- Short rides with instructor (only after safety and training sessions)
- 1-on-1 riding or very small groups (2-3 students)
- Full protective gear and safety instructions required
- Only on closed test areas or indoor tracks
- Cancelled in bad weather or when risk is identified
4. Design & Innovation (10-15%)
- Modify or improve existing machines (hypothetical or model scale)
- Create custom electric vehicle mockups with real components
- 3D sketches, design boards, and concept presentations
- Science fair prep and local STEM challenges
Safety Practices
- Every session supervised by two trained instructors
- Vehicles operated only when conditions are safe and under full control
- Safety briefings at the start of every session
- No free riding, no open traffic areas
- Safety-rated helmets, gloves, and pads required
- Waivers, rules, and emergency contacts collected for each participant
Mission
To make STEM education exciting, tangible, and empowering by using real-world vehicles to teach engineering principles. The focus is on knowledge, safety, and responsible technical exploration.
