• Led multiple flatsat campaigns as the Responsible Engineer, serving as the primary authority for all flatsat-related tasks and decisions. Managed the construction and operation of diverse avionics systems, including power switching units (PSU), on-board computers (OBC), Thrust control units (TCU), battery charge/discharge regulator (BCDR), and attitude control systems (ACS), ensuring optimal performance.• Developed, fabricated, and systematically troubleshooted avionics hardware. Designed testing tools integrating electronic components like resistive loads and temperature sensors, and confirmed outcomes using electrical equipment such as oscilloscopes, digital multimeters (DMMs), and thermal guns. Developed comprehensive testing protocols and documentation to ensure performance consistency and reliability.• Authored flight sequences for space operations. Analyzed sensor data sheets (gyroscopes, star trackers, sun sensors) to ensure operational parameters during vehicle monitoring. Designed and implemented Grafana dashboards for routine system monitoring and commissioning, facilitating timely anomaly detection. Adjusted test beds to meet evolving requirements during system commissioning, ensuring compliance and operational readiness.

• Experimentally characterized the thermal and electrical properties of a thermoelectric generator (TEG) • Analyzed data using Excel and generated a validation report• Modeled an individual TEG array using COMSOL • Presented at symposium to colleagues and advisors

• Prototyped Cosmic Ray Detectors using multi-pixel photon counters to create inexpensive alternatives to those on the market. • Collected data with a NIM bin power supply, a Phillips Scientific NIM discriminator, AND logic units, an Ortec 820 octal preamplifier NIM module, model 996 timer counter unit. • Processed waveform analysis and Monte Carlo Simulations using Linux Machine. • Presented weekly progress to teammates and mentors.