-Acquired deep understanding of technical planning, material planning, fleet development-Contributed in the operation of management of parts in the warehouse-Executed the repair and inspection of aircraft tires and brakes-Conducted maintenance on the landing gear of an aircraft

-Project includes the analysis of three geometries of a wedge, cone and flare plate with two jets inside.-Worked on 3D modeling using Fusion 360 to construct all three models.-Analyzed each model in ANSYS Fluent to observe the boundary layer on the surfaces.

-Led research studying Mach 3 and Mach 4 converging-diverging nozzles as reaction control systems exhaust are generally supersonic.-Observed the outflow of these nozzles through schlieren imaging and pressure transducers to confirm the expected pressure ratios and flow structures appear in the absence of crossflow.-Executed an ANSYS Fluent analysis of the nozzles to confirm that the internal flow structures appear reasonable.

-Operation of a Raman spectroscopy and UV-VIS spectroscopy to investigate the different properties of materials to compare the values with verified knowledge for accuracy of the machines.

-Participated inThe Design for Safety and Safety by Design (DSSD)program for undergraduates funded by National Science Foundation-Worked at the Active Responsive Multifunctional and Ordered-materials Research (ARMOR) Laboratory under Dr. Ken Loh at the university of California San Diego-Programmed ESP32 boards to wirelessly transmit and receive analog sensor data-Synchronized analog sensor data with a motion capture system

-Conducted literature reviews to increase magnetic tunnel junction knowledge-Simulated a multi-layered magnetic domain with the structure of a skyrmion to demonstrate the greater degree of efficiency and stability it has over other structures