REESE PRPICH

• Built Excel tools to run and interpret lab data more efficiently, cutting calculation time to less than half.
• Created research reports on real-world lab data; gained hands-on experience with a broad array of lab instruments and safety protocols.

• Wrote MATLAB code using Fourier analysis to isolate and map noise from raw EEG signals, producing live graphs for real-time visualization.
• Built a physical device to read brain waves and display data live, using an Arduino and MATLAB.
• Created reports performance and future improvements.

• Designed a device that reads live bio signals for integration across medical devices; built a prototype outline to validate signal capture.
• Led data collection and analysis; built pipelines processing EMGs data into personalized predictive outputs.

• Developed project timelines that streamlined workflow across design and assembly phases.
• Researched power delivery design avenues for a low-cost prosthetic hand, contributing to [specific outcome].
• Assembled a prosthetic hand prototype using inexpensive off-the-shelf components, [add metric].

Relevant Coursework

• Cell & Molecular Biology
• Biostatistics
• Fluid Mechanics /Thermodynamics
• Physics 2
• Circuits
• GPA: 3.6