- Conducted research on an improved transport viscosity for multi-species plasma flow, utilizing Python and MATLAB for sophisticated analysis and modeling - Developed advanced mathematical and physical models for turbulent, multi-species plasma mixing under extreme temperatures and pressures

- Responsible for handling all financing/accounting within the club including membership dues and supplementary supplies- Attends bi-weekly meetings with professional in the current aerospace industry to help provide insight about professional development and networking opportunities

- Supported the Command, Control, Communications, and Computers Products and Solutions (C4PS) engineering team and development of future warfighting concepts and capabilities on Internal Research and Development (IRAD) projects- Developed real-time application to monitor and display the health and status of disaggregated Battle Management and Command and Control (BMC2) systems, streamlining an operator’s diagnostic assessment of the system- Deployment of Graphical User Interface (GUI) will be observed at each distributed node during a live flight demonstration- Supported development of cutting-edge future concepts underpinning the digital transformation of warfighting capabilities

- Lead the Avionics Team for the Spaceport America Cup Competition in 2021 with the design, testing and integration of an avionics systems- Set up an XBee radio system in order to send GPS and Altitude sensor data to the Ground Station for easy recovery, tracking and data collection -Implemented a Beaglebone Black to automatically process and log altimeter and accelerometer readings in order to fully simulate the flight - Collaborated with the Ground Stations team to construct a full stack which included 3D modeling and a live feed of data collected from the rocket in real time using Python -Modeled the systems of the avionics bay in SolidWorks to allow for simulation of parts and integration- Utilized the Raptor CO2 Ejection System and black powder charges to provide a dual-deployment recovery system including a drogue and a main parachute from the stratologger altitude data-Soldered the avionics system efficiently to allow for the future integration of data collection systems-Rebuilt and simulated the current competition rocket in OpenRocket in order to optimize the avionics bay to allow for the maximum altitude

- Worked on programming a system for live telemetry transmission for the BAMA-1 CubeSAT utilizing GNU Radio and GPredict to provide GFSK modulation and demodulation of data- BAMA-1 is a CubeSAT being launched to LEO by Astra to provide data on the feasibility of using a drag sail to help satellites deorbit

- Selected for the NASA Proposal Writing and Evaluation Experience (NPWEE); a collaboration program with NASA's Lucy Mission to Jupiter's Trojan Asteroids- Derived a project idea from the 2020 Technology Taxonomy that can be applicable to NASA projects- The MRLCS uses a three-jointed robotic arm with unhindered motion to angle and send out 1500 nm laser pulses encoded with information to allow for fiber-optic cable levels of speed with a massive bandwidth range among satellites in a vacuum - Competed against 40+ teams with unique proposals to a board of NASA proposal evaluators for a $10,000 grant and future funding and support by NASA

- Lead Scientist and Astrophysicist of the Science subteam - Worked to construct a Preliminary Design Review in a proposed NASA Mission Concept to Venus for atmospheric analysis- Attended lectures and collaborated with NASA employees and subcontractors to learn about the space field and PDR integration