Design for Repairability Thesis
MS thesis investigating the effects of the Right-to-Repair Movement in consumer electronics and exploring the use of AI coding to develop analysis tools.
Hello, I'm
Mechanical Engineer & Developer
Mechanical engineer with a passion for design, data-driven problem solving, and building tools that make engineering workflows faster and smarter.
California Polytechnic State University, San Luis Obispo
Assisted, graded, and taught over 100 students in Engineering Design Communication Lab course covering Solidworks and hand drafting topics.
Ford Motor Company
Created Python-based web applications to access vehicle component data. Automated weekly updates of battery drain data for 19 vehicle lines using Selenium and Atlassian APIs, reducing upload time by 67%. Developed a Streamlit web app with SQL to track diagnostic trouble codes and identify failure trends.
UC Irvine Department of Radiological Sciences
Collaborated on developing a new method of treating spine tumors using radioactive powder. Designed, prototyped, and 3D-printed tools in Solidworks. Coauthor of publication in Physics in Medicine and Biology journal.
Brookwater Irrigation Consultants
Utilized AutoCAD to design high-quality and environmentally friendly irrigation systems for local buildings.
California Polytechnic State University, San Luis Obispo
Thesis in Design for Repairability (DfR) investigating the effects of the Right-to-Repair Movement in consumer electronics and exploring the use of AI coding to develop analysis tools.
University of California, Irvine
Specialization in Design of Mechanical Systems.
MS thesis investigating the effects of the Right-to-Repair Movement in consumer electronics and exploring the use of AI coding to develop analysis tools.
Designed and 3D-printed tools for treating spine tumors using radioactive powder. Coauthored publication in Physics in Medicine and Biology journal.