Roles spanning launch operations, propulsion research, satellite systems, and data analytics.
Control room operator for ground and vehicle pneumatic systems at LC-36. Developed MK1 lunar lander cryogenic & pneumatic loading CONOPS through launch campaign.
Owned data acquisition system end-to-end including PCBs, power supplies, pressure transducers, and RTDs. Managed LabVIEW, cRIO, and NI MAX interface for modular testing.
View details →Wrote test procedures for RDE hot fire tests. Owned P&ID components, high-speed cameras, LabVIEW, circuitry, and propellant supply of testing campaign. Calculated operating regimes using MATLAB.
View details →Tested components using helium leak detection, ensuring leak rates below 1E−9 mbar consistent with high vacuum standards. TIG welded and fabricated stainless steel and aluminum lab components.
View details →Parsed granules of 54,000+ data points to identify sea surface temperature anomalies from the SWOT mission. Led analytical efforts on rising coastal temperatures using Jupyter Notebooks.
View details →Executed 30 test procedures to verify 8 spacecraft subsystems within one week. Provided technical support for 5 spacecraft's STE in an ESD controlled environment.
View details →Created self-auditing directory for JPSS CGS employees. Built Jira dashboards and filters to improve team reliability and accountability across the program.
View details →Used nTopology to reduce material of additively manufactured hardware while maintaining structural integrity. Increased storage of 81mm Mortars in a Light Armored Vehicle by 150%.
View details →Research and engineering projects spanning propulsion, software, and systems design.
Led design, fabrication, and testing of UCF's first Small-Scale Rotating Detonation Engine. Managed student team for gaseous methane/oxygen bipropellant engine development. Published 5 peer-reviewed AIAA papers spanning AM Inconel 718, scaling effects, exit geometries, and CH4/O2 operability.
View full project →Platform enabling future homeowners and property managers to assess potential natural disaster hazards to their property using GIS-powered hazard visualization.
View project →Oversaw the complete design, manufacturing, and integration of a multi-degree-of-freedom robotic arm. Involved structural analysis, motor selection, and control system integration.
View project →5 peer-reviewed AIAA publications on Rotating Detonation Engine research.
Open to opportunities, collaborations, and conversations.