Designed and manufactured a high-precision air motor powered by compressed air within a rigorous 10-week development cycle. The project required advanced CNC milling and lathe operations to meet strict tolerancing standards. Through an iterative design process, I successfully navigated multiple rewo...

Developing the payload subsystem for the 2025–2026 Northrop Grumman Collaboration Project (NGCP), where Cal Poly SLO and Cal Poly Pomona jointly design an autonomous rescue mission system. My work focuses on the MEA payload mechanism, including the rack-and-pinion lift, synchronized bay doors, and s...

This project involved designing and simulating a bottling station mechanism in SolidWorks, featuring a Geneva wheel and cam-driven system. I created 3D models, assembled multiple mechanical components, and conducted a full motion analysis to demonstrate coordinated part movement. The goal was to sim...

The objective of this project was to apply core principles of mechanical design, analysis, and fabrication to create a functional and robust solution for a real-world problem. The primary goal was to design, analyze, and build a novel, open-source, compliant shopping cart.

In this mini project, I analyzed the structural behavior of wing spar concepts to understand how geometry and material choice influence deflection, stress, and overall design feasibility. I modeled two cross-sections: an I-beam and a hollow square, and evaluated each using steel, 2024 aluminum, and ...

This project focused on designing an assistive dining device to help individuals with essential tremors eat independently. The goal was to create a practical, low-cost solution that improved daily usability and confidence while applying structured engineering design methods to a real-world biomedica...