- Conducting extensive data analysis on HIPAA-sensitive patient data- Developing deep learning models in Pytorch, optimizing performance for biomedical applications

- Developed operating software for almond harvester, i.e. radar sensor and Piksi GPS module (ROS1, Linux, Python, C++)- Engineered radar sensor circuitry with Phidget encoders, integrated API to operating software, and oversaw assembly of GPS module- Streamlined calibration scripts and custom sync functions for the radar & GPS; conducted extensive data analysis and testing- Managed project migration from Raspberry Pi 4 to Intel NUC

- Communicate competition logistics with over 50+ Science Olympiad Division C (High School) Teams- Manage and set up community service projects- Coordinate with local high school teams and organize Science Olympiad training sessions

- Developed real-time chat messaging web app (global and private) using React.js, Node.js, and Firebase- Utilized React.js for creating interactive user interface and custom components

- Conducted research on RNA stability, condensation, and nanoparticle development with applications in drug delivery- Identified CaP to be an effective nanoparticle in preventing RNA degradation in the presence of RNase- Conducted degradation assays to determine CaP nanoparticle efficacy using HPLC, NanoDrop, etc- Skilled in general lab techniques (micropipetting, autoclaving, incubation, gel electrophoresis) and equipment (HPLC, NanoDrop Spectrophotometer, LC-MS, GC-MS)- Developed thorough laboratory procedures and conducted literature reviews