A driven, creative systems engineer with experience as a ground data systems architect/developer, systems integration and test engineer, telecommunications specialist, and local subject matter expert in the niche area of solar system geometry. I've had the pleasure of experiencing two summer internships at NASA's Jet Propulsion Laboratory and several years of systems development and test operations at Morehead State University for Lunar IceCube, a 6U CubeSat launching to the Moon on Artemis 1. Lunar IceCube (LIC) is a small satellite the size of a cereal box which looks to greatly improve our understanding of water transport physics on the moon. My personal role in this flight project has involved a variety of cross-discipline systems engineering work:As a spacecraft systems test engineer on LIC, I have been involved in all phases of the test life-cycle, from requirements definition to test planning, test procedure development, test execution, and test report completion. I have supported RF compatibility tests on LIC's X-band transponder, as well as over-the-air full systems tests while communicating with Morehead State's 21m deep space tracking antenna. Additional test experience involved electrical interface and functional testing of our RF ion propulsion unit.As a developer of the LIC science data interpretation system, I wrote software to give Lunar geographic context to the scientific observations of LIC. Two summer internships at NASA's Jet Propulsion Laboratory have proven to be great opportunities to learn and achieve goals leading to the successful completion of this project.As a developer and architect of the LIC ground data systems, I support tasks ranging from back-end database development to operational GUI design to mission planning and test activities, among others. This particular task has allowed me a unique insight into the operational aspects of a deep space CubeSat.