Dune Buggy June 2026- Present

I am continuing my learning journey by designing a dune buggy using my advanced modeling skills.

The above are images of several class projects that I modeled in DFT 254 at Wake Tech. They capture the skills I am using to design a custom dune buggy.

Custom All-Terrain Vehicle Development A two-year iterative engineering project focused on end-to-end vehicle design, mechanical integration, and structural optimization.

Project Overview: This project involves the complete design, simulation, and fabrication of a custom dune buggy. The objective is to apply advanced CAD modeling and mechanical engineering principles to create a functional vehicle from the chassis up. By managing the project from initial ergonomic constraints to final mechanical integration, I am demonstrating my ability to handle complex assemblies and cross-functional design challenges.

Key Engineering Competencies:

• Systems Engineering: Managing the integration of the powertrain, steering geometry, and suspension kinematics into a unified, high-performance chassis.

• Computer-Aided Design (CAD): Utilizing [Insert Software Name, e.g., SolidWorks/Fusion 360] to perform top-down assembly modeling, ensuring tight tolerances and collision detection.

• Analytical Modeling: Calculating vehicle dynamics, including Ackerman steering geometry, roll centers, and suspension travel to ensure handling stability.

• Structural Analysis (FEA): Applying Finite Element Analysis to optimize tube wall thickness, minimizing curb weight while maximizing torsional rigidity and safety.

• Project Lifecycle Management: Maintaining a two-year development schedule, tracking technical trade-offs, and documenting the design evolution from concept to build.