- Hardware designer New Shepard payload and camera avionics - Lead hardware designer for New Glenn Autonomous Flight Safety System- Lead hardware designer for New Glenn Navigation Avionics

Lab TA responsible for several sections of introductory level EE labs.

- Assisted in creating and improving an automated testing suite for new device characterization. Work included developing drivers for computerized test equipment as well as report generation for test data examination.- Created analysis tools for jitter minimization and loop filter optimization in PLL applications.- Gained in depth knowledge of working product line and the importance of clock performance in several applications, such as Sync-E, Gigabit Ethernet, SERDES links, and FPGA systems.

- Assisted in the development of pattern recognition algorithms for the detections of elementary particle jets in the Compact Muon Solenoid (CMS) experiment at the Large Hadron Collider- Analysis of algorithm performance and metrics on the ROOT architecture and on FPGAs- Development of filtering algorithms for the Askaryan Radio Array (ARA) for the detection of neutrinos in cosmic rays

Responsibilities included lithography etching on silicon substrates for production of carbon nanotubes and sputter deposition methods.