-Responsible for designing and executing experiments using ELISA and microparticles to create a Lab-on-a-Particle diagnosis tool. -Analyzing particle signal using fluorescence microscopy and ImageJ to quantify experimental protocols-Limiting corsstalk between positive and negative particles to limit false positive signals

Developed and implemented central communication platform for all members. Promoted and designed graphics for events and managed all social media platforms.

Created and tested a natural fiber beam for the SAMPE student bridge contest. Improved beam to hold 2500 lbf and placed second in international competition.

Designing and building a 3D printed pulse oximeter using CAD, Arduino, and circuitry.

-Fabricated microfluidic devices and microparticles to create a point-of-care cardiovascular diagnostic tool-Developed and optimized tyramide fluorescent signal amplification system to improve signal to noise ratio-Presented research in annual PATHS-UP virtual symposium