
Truss Bridge Design
Designed and modeled a structural bridge in Fusion 360, applying statics and load-path principles to study how forces travel through the members and refine the structure for strength and material efficiency.
Mechanical engineering student interested in product development, mechanical design, hands-on testing, and the systems behind surgical robotics.

I’m drawn to engineering work that turns an idea into a physical design, tests it, and uses the results to make the next version better.
I’m a Mechanical Engineering student at San José State University currently studying thermodynamics and fluid mechanics, two subjects I’m especially interested in developing further. I’m also building experience in statics, dynamics, strength of materials, and mechanical design. I bring hands-on curiosity, clear communication, and experience coordinating with teams in fast-paced workplaces.
Coursework and independent concepts that show how I approach measurement, modeling, and design.

Designed and modeled a structural bridge in Fusion 360, applying statics and load-path principles to study how forces travel through the members and refine the structure for strength and material efficiency.
Co-authored a proposal for modular wind-powered microgrids that could keep critical rural facilities operating during grid outages. My turbine research compared onshore and offshore blade geometry, foundation systems, environmental loading, and material choices including GFRP, CFRP, concrete, and steel.
Read the research paper ↗
Used MATLAB to calculate values and graph how a wind turbine produces more power as wind speed increases. This project helped me practice using formulas, organizing data, and turning calculations into a clear visual.
A growing toolkit for analyzing, modeling, documenting, and communicating engineering work.
Education, technical skills, and work experience that demonstrate reliability, communication, and attention to detail.
B.S. candidate at San José State University · Expected May 2028
I’m seeking a collaborative mechanical engineering internship involving design, prototyping, analysis, testing, and clear technical communication.