• Developed two lateral flow assay models using SolidWorks
• Used computational stress analysis to determine optimal pressure points
• 3D printed assay in PLA and designed for injection molding

• Fabricated and mated over 178 parts to create a mobile WALL-E in SolidWorks
• Created functional gear mates to articulate tracks
• Enables 5-DOF eye movement with the ability for WALL-E to fold up into a box!

• Developed arrhythmia detection algorithm via C++ to detect bradycardia and tachycardia through EKG data
• Constructed wireless holter monitor system to continuously monitor cardiac activity over a 14 day period using Arduino
• Optimized electrical circuit to reduce product cost to less than $120 per unit
• Used SolidWorks to develop two forms of holter monitor casing, including silicon injection molds