Payload Rover - ASME
Goal: Design and construct a fully 3D printed payload rover's chassis that fits within the given constraints. Nationally compete with other respective ASME programs.
University at Buffalo - Mechanical Engineering
• Mechnanical Design • Prototyping • CAD & Simulation •
About
I am a mechanical engineering student interested in design, materials, and prototyping. I enjoy taking a concept from idea to a tested solution using CAD, calculations, and iterations.
Focus
My work includes early-stage mechanical design, rapid prototyping via 3D printing, simulation, and MATLAB-based tools. Between internship work, club work, and passion projects, I try to work on projects that are theoretical yet physical and measureable.
Projects
Updated: March 27, 2026.
Goal: Design and construct a fully 3D printed payload rover's chassis that fits within the given constraints. Nationally compete with other respective ASME programs.
Minimize total arrest force through design considerations and material choices.
Run fragile lines, cords, and/or hoses through a construction site using a bar clamp with a polyurthane channel attached.
Skills
Resume
Updated: April 22, 2026.
Contact
Phone: (585)-483-6130