Silicon Test- Analyzed and parsed >8MB STDF files using Python to help visualize and analyze data from Automatic Test Equipment- Created dashboards using Python and data visualization tools while integrating with SQLite

- Mentored first year engineering students and assisted in navigating through the college of engineering and applying to internships- Led classes of 10-20 students through basic engineering exercises and career development presentations

Avionics Integration - Hardware in the Loop testing for Falcon and Starship- Increased and improved checkout test coverage, documentation, and metrics on Falcon HITL testbeds - Managed Falcon Heavy testbed hardware and software upgrades; planned and delegated work to multiple teams to bring up the testbed after multiple years of being unused, including capturing all hardware upgrades and working with ground software and flight software to get the testbed running- Front-line debugger for all issues on HITL testbeds and found solutions for 5+ issues, helping acceleratelaunch cadence and overall testing time

Autonomous Systems Laboratory - Improved and edited autonomous voice assistant application using G2 software- Implemented a Voice Interface Module that queries for objects in NASA’s Platform for Autonomous Systems

Firmware - Chassis Controls Integration- Analyzed CAN traces pulled from engineering vehicles and test benches to validate firmware updates- Created and executed various test procedures in Python and Robot Framework to improve and validate vehicle firmware- Used Python to create a tool to compare CAN traces one-to-one and detect disparities in firmware updates

Autonomous Operations- Designed and created a CAN network with Python to send data between electronics control units- Created and performed test procedures for an autonomous rover in controlled environments

Autonomous Operations- Designed and assembled electrical systems and hardware mounts for an autonomous rover using off the shelf parts and internal fabrication shops- Programmed a P-control algorithm in C/C++ to run on an Arduino for an autonomous rover movement