- Authored a scheduling AI for the AEGIS weapons system to more quickly and efficiently detect and eliminate airborne threats- Developed new algorithms to synthesize phased array radar weights for case-specific transmit patterns.- Built and optimized data pipelines between an on-site super computing cluster and Lockheed proprietary APIs- IRAD work on theoretical high energy transmit devices. Solo developed physics-based models, delivered to customer, and secured funding under Lockheed Proprietary project HeatShield.

Collaborated with ORNL’s Chimera group to organize and visualize large supernova datasets stored on the NERSC supercomputer. Focused on post-bounce entropy and luminosity, and Brunt-Väisälä frequency.

Contributed directly to developing new quantum materials with the theoretical potential for room temperature super conductance via topological insulation. Hands on experience with molecular beam epitaxy, X-ray diffraction (bragg), atomic force microscopy and superconducting quantum interference devices (SQUID).