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Engineering · Manufacturing · Motorsports
STATUS: OPEN
GO-KART DESIGN & FABRICATION
POWERED BY ARC GLOBAL
30-DAY DESIGN
+ FABRICATION
A comprehensive understanding of the principles and techniques involved in designing, analyzing, simulating, and fabricating high-performance go-karts. 100% offline. 100% in-person.
🏎️
Phase 1 — Design & Simulation
Days 1–15. Chassis design and analysis, suspension & steering systems, powertrain dynamics & tire behavior, vehicle dynamics fundamentals, design validation through simulation.
🔧
Phase 2 — Fabrication & Testing
Days 16–30. Chassis manufacturing, component & powertrain assembly, suspension & steering integration, wiring and final integration, track testing & performance evaluation.
🏆
What You'll Build
A fully functional go-kart — taken from design to track-tested reality, entirely by your own hands in the workshop.
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Career Outcome
Industry-ready skills in chassis design, vehicle dynamics, simulation, fabrication, and motorsports data analysis.
PHASE 1
Design & Simulation
DAYS 1–15
Classroom + Practical Exercises
PHASE 2
Fabrication & Testing
DAYS 16–30
Workshop + Track Testing
This program provides a comprehensive understanding of the principles and techniques involved in designing, analyzing, simulating, and fabricating high-performance go-karts. Phase 1 covers chassis design, suspension & steering systems, powertrain dynamics, tire behavior, and design validation through simulation. Phase 2 moves into chassis manufacturing, component assembly, wiring, and culminates in track testing and performance evaluation.
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Design Expertise
Master chassis, suspension, steering, braking & powertrain design principles.
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Simulation Skills
Validate designs through simulation and basic engineering analysis.
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Hands-On Fabrication
Welding, assembly, and integration skills in a real workshop environment.
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Vehicle Dynamics
Deep understanding of forces, handling, cornering and performance parameters.
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Data Analysis
Interpret track data to improve vehicle performance iteratively.
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Industry Readiness
Safety standards, regulations, and documentation for motorsports & automotive careers.
01
Introduction
- Types of go-karts, safety & regulations
- Design overview
02
Chassis Frame Design
- Structural analysis, load distribution
- Ergonomics & materials
03
Steering System
- Ackermann principle, geometry
- Kinematics & optimization
04
Braking System
- Brake types, components
- Balance & performance
05
Suspension System
- Suspension types, geometry
- Alignment & dynamics
06
Powertrain Design
- Engine selection, transmission
- Drivetrain integration
07
Tire Dynamics
- Construction, grip
- Pressure & temperature effects
08
Vehicle Dynamics
- Forces, weight transfer
- Stability & handling
09
Cornering & Handling
- Racing lines, understeer/oversteer
- Optimization
10
Design Validation
- Simulation concepts
- Validation techniques & improvements
11
Fabrication & Assembly
- Welding & fabrication techniques
- Chassis fabrication, powertrain & suspension assembly
- Wiring & final integration
12
Testing & Final Project
- Track testing & validation
- Performance evaluation & data analysis
- Final project build, documentation & showcase
❤️
Genuine Interest
Curiosity and willingness to explore go-kart engineering and motorsports.
🎓
Career Focus
Actively pursuing a career in automotive, motorsports or a related domain.
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Basic Knowledge
Foundational understanding of engineering concepts — no prior experience required.
⏰
Commitment
Prepared to attend all sessions and invest time in assignments and tasks.
💬
Language Proficiency
Sufficient English skills for listening, speaking, reading, and writing.
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Technical Access
Computer with stable internet for course materials and virtual activities.
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Non-Refundable ProgramThis is a non-refundable program once enrollment is confirmed.
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Curriculum FlexibilityCurriculum may be adjusted based on available resources and program objectives.
Ready to Build Your
Own Go-Kart?
Enroll now and secure your seat in this 30-day intensive program.
Register Now →
