Myoelectric Arm Prosthetic
Commercial ProjectServed as project lead, designed, and built a custom myoelectric arm prosthetic, including initial testing, data analysis, circuit design, and microcontroller coding.
MS Engineering Student
Currently pursuing my master's degree in Bioengineering - Medical Product Engineering at the University of Pittsburgh, with anticipated graduation date of April 2026. My skillset is expansive and broadly applicable - from electronic design and machining work to high-precision device testing. I thrive in research and development roles, with extensive prior experience in product design, prototyping, product development, and testing. I particularly excel in iterative prototyping, design for manufacturing, user-centered design, and human factors engineering.
Served as project lead, designed, and built a custom myoelectric arm prosthetic, including initial testing, data analysis, circuit design, and microcontroller coding.
Helped develop, optimize, and test device to track airfield assets, including deicing trucks. Performed field installation and testing with devices. Performed thorough analysis on data collected by device and generated field reports.
Worked on sewer pipe inspection robot modernization project. Designed and fabricated custom parts and complex circuits. Performed thorough product testing through multiple rounds of prototyping.
Performed ethnographic research to define a clinical need in pediatric urology, and ideated, designed, prototyped, and tested a custom solution. Design was created using user-centered design, human factors, and risk-hazard mitigation techniques.
Worked on track lighting system project, including custom PCB design using KiCAD and fabrication of custom parts using various techniques like 3D printing and laser cutting. Performed design for manufacturing and iterative prototyping techniques to refine product design. Built over 200 units.
Developed a quality control inspection system for dental crowns, including automated robotic components, machine vision-driven programs, and a custom-made neural network for case matching.
Reached the semifinalist of the University of Pittsburgh's premiere innovation competition, the Big Idea Competition. Semifinal round results pending.
Awarded the University of Pittsburgh Graduate Engineering Education Scholarship, and member of associated fellowship program designed to develop graduate students for a career in industry
Awarded with joint degree from Frederick Honors College for outstanding undergraduate academic performance
Graduated with highest honors from undergraduate program
Completed a comprehensive co-curricular program including experiences in leadership development, professional communication skills, and global and cultural fluency.