La Jolla, San Diego, California, United States
• Redesigned mission control dashboard using React + Redux to support telemetry, assay feedback, and new science modules; updated UI with real-time subsystem data for Mars rover deployment to improve science control by 25%.
• Integrated ZED-F9P RTK GPS with ROS1 using Python backend; fused Pixhawk MAVROS heading, RTK velocity and GPS information, RTCM correction data at 10Hz to publish rover velocity and location with 99.8% accuracy.
• Led backend assay analytics using Pandas, Matplotlib, and NumPy, processing fluorescence data from Bradford, Nile Red, and ATP tests; tested and validated ATP assay sensor outputs via lab-based optics testing.
• Programmed sensor control and testing logic in C++ for Arduino-based science box; deployed software on Jetson and Pi.