Developed line radiation spectroscopy diagnostic to give spatio-temporally resolved plasma ion temperature and magnetic field strength profiles.My current research focuses on deriving multiple plasma parameters from an ensemble of disparate plasma diagnostics using Bayesian Inference.

-Designing and building aerospace engineering experiments in aerodynamics, structures, and vibrations for an undergraduate lab course.-Engineering parts in CAD, creating tool paths using CAM and milling parts on CNC machines.-Supporting capstone and lab group manufacturing by implementing, running, and maintaining a 3D printing service.

-Wrote neutron energy and yield analysis scripts for fact scintillator PMTs and neutron activation diagnostics.-Refined experiment CAD models and developed material classification scripts to automate the CAD to Attila4MC mesh generation workflow.-Developed multi-line fitting algorithm to identify plasma spectral lines through direct interfacing with the NIST atomic spectra database.

-Gain-matched, characterized the performance of, and fielded SPMTs and activation detectors.

-Developed immediate post-shot analysis code for ion Doppler and broadband spectroscopy data.

Demonstrated and advised students on electrical, structural, and aerodynamic experiments and data analysis.Provides constructive feedback on student lab reports to help make students more proficient technical writers.

Participated in ground station telemetry upgrades, flight test data analysis, and flight test plan writing.Assisted with aircraft servicing, weather balloon launches, and time-critical safety-focused ground operations.

Fabricated, and assembled metal and composite parts using CNC machines, power tools, and wet layup to help complete a flight-worthy prototype aircraft Optimized parts and processes to refine a prototype aircraft for a production-ready design