Performed digital design using Xilinx Vivado and Vitis and implemented designs on FPGA.Designs involved Block Design, Verilog, Floorplanning, Placement and Routing, and C (for the FPGA processing system).Automated design testing using Matlab and a delay generator.Collected and analyzed data to characterize and calibrate designs

Co-leading the design and development of an autonomous robot's electrical system. In a lunar environment simulation, the goal for the robot is to autonomously navigate a unique obstacle course, to excavate regolith, and to build a berm.Previously, designed and built different robots with a team to autonomously navigate a timed obstacle course for the Annual Intelligent Ground Vehicle Competition.

Facilitated learning of Calculus 1 in class and outside of class. Held drop-in Zoom sessions and attended classes, so students could ask questions and develop a better understanding of the material.

Worked on-site at the Advanced Test Reactor.Performed and analyzed critical electrical designs with an emphasis on relay logic.Outlined project requirements and design.Revised and corrected electrical drawings.Worked independently while advised by experienced co-workers.