Go STEM! Kart

ME 1670 | Computer-Aided Design & Manufacturing

Project Overview

The Go STEM! Kart project challenged our team to design, model, and simulate a low-cost ($150 budget limit) go-kart from scratch. This project emphasized the transition from conceptual ideation to a fully realized digital prototype.

SoftwareSolidWorks / Fusion 360

Design FocusParametric Design & Assemblies

DeliverablesExploded Views & BOM

Core SkillsTolerance Analysis & Animation

My Design Contributions

I was responsible for the design and modeling of the driver interface and structural chassis sub-assemblies:

Driver Interface: Modeled the brake and accelerator pedals, steering wheel, and tire hubs.
Structural Seating: Designed the multi-part chair assembly and the chair attachment bar system.
Chassis Components: Created the floor plate, chassis rods, and the 2-rod/3-rod connectors that unified the frame.

Technical Challenges

Dimensional Consistency: Coordinated overall dimensions prior to CAD using parametric dimensions.
Mating Logic: Managed complex sub-assembly connections to ensure steering and pedal travel remained unconstrained.
Compatibility Fixes: Created custom "basic parts" to assist with the practicality of mating during the final assembly phase.