I design mechanical systems, build prototypes, validate with testing, and communicate engineering clearly.
I am a Santa Clara University mechanical engineering student with hands-on experience spanning product design, CAD, structural analysis, test methods, controls, and mechatronics. My work ranges from safety enclosures and weld-analysis workflows to servo control, DOE-based experiments, and a roof-mounted solar tracker senior design project.
I enjoy work that sits between concept and proof: turning requirements into architecture, building a design that makes sense physically, then validating it with analysis, experiments, or iteration.
Enclosures, mechanisms, usability, DfM, and system-level thinking.
Contacts, bolt preload, mesh strategy, verification, and analysis judgment.
LabVIEW, vibrations, servo systems, data reduction, and experimental validation.
3D printing, Arduino-class builds, embedded systems, and rapid iteration.
A fast snapshot of the most job-relevant work for mechanical and product design roles.
Owned a real industrial project from requirements and CAD architecture to vendor-ready deliverables and installation support. Focused on safe coverage, motion clearance, usability, and manufacturable framing.
Leading a six-person team on a modular single-axis rooftop tracker. Driving mechanical architecture, actuator trade studies, mounting constraints, and design decisions that balance durability, maintenance, and manufacturability.
Studied and documented a faster FEA preparation workflow for weld-heavy structures, translating research into a practical repeatable method that reduced engineering prep time.
Designed and iterated a physical catapult, ran a 2⁴ full factorial DOE, and built an R model with adjusted R² = 0.9834 to understand performance and hit target distances.
Available for mechanical design, product design, and CAE-oriented opportunities.