The ASI team integrates UA products into demonstration rigs and customer flight systems by performing system and wiring harness design, product testing, troubleshooting, and reverse engineering of 3rd party products.• Design wiring harnesses on various programs for fabrication and installation on customer aircraft.• Compatibility test avionics equipment such as radar, TCAS, and transponder systems for business proposals.• Write and redline documents relevant to product integration:… Show more The ASI team integrates UA products into demonstration rigs and customer flight systems by performing system and wiring harness design, product testing, troubleshooting, and reverse engineering of 3rd party products.• Design wiring harnesses on various programs for fabrication and installation on customer aircraft.• Compatibility test avionics equipment such as radar, TCAS, and transponder systems for business proposals.• Write and redline documents relevant to product integration: installer manuals and internal test reports.Support the sales department by evaluating integration feasibility and potential developmental requirements on potential programs involving hundreds of aircraft. Show less

The ASI Team integrates UASC components into customer flight systems, performs product testing and debugging, identifies manufacturing issues, and explores the feasibility of technical business proposals.Worked a full-time 10-week summer internship on the ASI team, redlined documents, compiled and wrote manuals, created AutoCAD wiring and block diagrams, organized inventory, wrote internal documentation of procedures, and assisted with field testing and harmonization efforts for Enhanced… Show more The ASI Team integrates UASC components into customer flight systems, performs product testing and debugging, identifies manufacturing issues, and explores the feasibility of technical business proposals.Worked a full-time 10-week summer internship on the ASI team, redlined documents, compiled and wrote manuals, created AutoCAD wiring and block diagrams, organized inventory, wrote internal documentation of procedures, and assisted with field testing and harmonization efforts for Enhanced Flight Vision Systems. Show less

ML-RCP summer intern at the AFRL Materials and Manufacturing Directorate (RXNC) for 12 weeks as a DoD contractor studying Ceramic Matrix Composites.

Reporting to PI Dr. Oleysa Zhupanska and Air Force Research Lab Manager Dr. Ashley Hilmas on the project Machine Learning and Peridynamic In Situ Micromechanical Study of Damage Evolution in Ceramic Matrix Composites (CMCs). Our goal is to segment microstructures and damage features of CMCs from CT scans taken under load, create digital twins of these scans, and then replicate observed damage (fractures) in a peridynamic simulation to improve our failure prediction capabilities for CMC… Show more Reporting to PI Dr. Oleysa Zhupanska and Air Force Research Lab Manager Dr. Ashley Hilmas on the project Machine Learning and Peridynamic In Situ Micromechanical Study of Damage Evolution in Ceramic Matrix Composites (CMCs). Our goal is to segment microstructures and damage features of CMCs from CT scans taken under load, create digital twins of these scans, and then replicate observed damage (fractures) in a peridynamic simulation to improve our failure prediction capabilities for CMC components. Show less

The Support Aerial Incendiary Locator (SAIL) is a high-endurance paraglider UAS sponsored by NASA and Universal Avionics for semi-autonomously monitoring wildfires. At Design Day 2023, we received the Perseverance and Recovery award for overcoming non-engineering challenges, and we were the highest-scoring aerospace class project. I acted as the controls specialist; mapped the paraglider’s flight dynamics to an autonomous flight control system intended for fixed-wing UAS and set up a… Show more The Support Aerial Incendiary Locator (SAIL) is a high-endurance paraglider UAS sponsored by NASA and Universal Avionics for semi-autonomously monitoring wildfires. At Design Day 2023, we received the Perseverance and Recovery award for overcoming non-engineering challenges, and we were the highest-scoring aerospace class project. I acted as the controls specialist; mapped the paraglider’s flight dynamics to an autonomous flight control system intended for fixed-wing UAS and set up a Linux-based camera system running off the UAS’ central power for recording thermal video. I helped flight test and document all 5 UAS subsystems with reports and diagrams. Coordinated a team of five students, three advisors, and one outside sponsor to meet our 3 team objectives by scheduling meetings with objectives and agenda structures prepared and handling paperwork for procurement.For more information on the Support Aerial Incendiary Locator, see the attached media or project description near the bottom of my page. Show less