3rd year Mechanical Engineer at UC Davis bridging precision manufacturing with ML-driven automation and controls to develop intelligent, high-performance mechatronic systems.

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SELECTED WORK

Formula Racing UC Davis

Design, manufacturing, and optimization of high-performance Formula SAE vehicle components with emphasis on precision machining, structural efficiency, and drivetrain innovation.

Computer Vision Arcade Machine

Development of a mechanically complex, computer vision–enabled arcade system integrating precision mechanisms, embedded hardware, and optimized prototyping workflows.

Hub Motor Project

Design and simulation of a high-performance electric hub motor system emphasizing electromagnetic efficiency, manufacturability, and future control integration.

Metal Gyroscope

Design and fabrication of a high-precision metal gyroscope assembly focused on tolerance control, mass distribution, and rotational performance.

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CORE COMPETENCIES

CNC Manufacturing

High-precision CNC and manual machining to ±0.005" for research and FSAE components.

SolidWorks

Parametric CAD for complex mechanical systems with manufacturability in mind.

GD&T

Applied GD&T to control variation and ensure functional, reliable assemblies.

Python

Automation and engineering tools, including ML-based CAD and rapid quoting systems.

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ABOUT & EXPERIENCE

A dedicated Mechanical Engineering student with practical experience in CNC machining, CAD design, and research applications. I aim to combine technical programming capabilities with my manufacturing and hardware expertise to optimize processes and performance while meeting precise specifications.