- Developed LabVIEW programs to automate the servo valve testing process, including pressure gain, flow gain, and no-load drift. Used advanced program architecture concepts such as actor framework.- Automated testing sequences for individual servo valves by writing Test Point Instruction Python scripts, streamlining procedures and enhancing accuracy- Integrated software with hardware during automated test stand construction, ensuring seamless functionality alignment- Led spare parts procurement project for test stands, reducing downtime and optimizing operational efficiency

- Maintained lab equipment in good working condition- Integrated lab equipment for classroom use and aided in class experiment demonstrations while ensuring a safe and clean workspace

- Developed an executable that traverses the As-built Bill of Materials up its part tree and returns where a part with a material review is installed in the highest-level assembly- Coded entirely in Python, queries are made to the First Resonance API (GraphQL) to acquire information from Frontier’s inventory in the ION website- Manipulated and tested valves by developing software in LabVIEW to test pressure limits of the TALOS thruster, and interpreted acquired data

- Coaching students through challenging material with positive reinforcement and encouragement - Provided one-on-one and group tutoring instruction for over 20 students

- Worked with Caltech postdoc to code a map of vectors that would reflect the movement of Caulerpa algae's chloroplasts in electricity- Prepared detailed analyses, plans, diagrams and verification procedures for existing and proposed computer applications- Tested and implemented new software programs using Python, JupyterLab, Holoviz, and Matplotlib