- Reviewing specification sheets and qualification test data to create Verification Closure Notices for over 200 Enhanced Flight Imagery Launch Monitoring Real-time System (EFILMRS) requirements - Leading a collaboration with 5 EFILMRS engineers to draft a Test Procedure Strategy that demonstrates the capabilities of a ground decoding unit as a means to close verification gaps - Developing VHDL code on Vivado to create a test bench that will simulate sun visor solid state operations on a FPGA in order to increase processing speed of sun detection algorithms by 5%

- Researching about force, wind speed, and aerothermodynamic effects involved in rocket recovery to effectively determine the correct parachute sizing and types such as disk gap band and elliptical parachutes-Simulating the horizontal and vertical tracking of descending rockets by coding numerical differentiation, integration, and root finding methods in Excel’s VBA to accurately predict landing location and velocity-Analyzing over 100 data sets by conducting two-tail t-tests to determine the viability of the simulation results and creating a dispersion model of possible landing locations of a rocket

-Redesigned PCB for battery cells in order to increase heating efficiency using Ki-Cad and MATLAB to analyze thermal characteristics such as temperature rise and thermal transfer as functions of time -Validated and verified the performance of 10 18650 cells by conducting vibration, vacuum, and over discharging/charging tests to ensure batteries meet flight requirements as specified by NanoRacks -Created effective vacuum, vibration, charging cycle, and over-discharging/charging testing procedures and documented test result data for analytical purposes