A full-stack engineer bridging the gap between hardware physics and scalable software. Designing RF circuits for NASA drones, architecting petabyte-scale data pipelines for NSF, and teaching the next generation of engineers.
COMPREHENSIVE ENGINEERING CAPABILITIES
High-throughput algorithms for massive datasets.
Deep learning for computer vision & signal analysis.
Circuit design from VHF to V-band (mmWave).
FPGA integration and instrumentation controls.
Mission-critical deployment in extreme environments.
Physics-based forward modeling and simulators.
Initiated production of the first radiometrically calibrated radar dataset for the Greenland ice sheet. Leading parallel processing routines for inter-season calibration.
Led "Radiometric Calibration" initiative. Created 3D Digital Twin radar simulator for NSF EarthCube Open Polar Radar. Analyzed crossover data for massive polar datasets.
Instructed laboratory sessions and mentored students in electrical engineering fundamentals, emphasizing safety protocols and practical instrumentation skills.
Developed MATLAB Signal Processing Toolbox for automotive MIMO radars. Automated data pipelines for CFAR detection and beamforming.
Managed radar payloads on P-3B and DC-8 aircraft. Deployed to Arctic/Antarctic regions. Achieved 100% mission success rate for dual-deployment logistics.
Designed modular frequency multiplier chains for NASA Global Hawk Snow Radar. Optimized SWaP for UAV deployment and validated filters at NIST.
Project: Performance Analysis of Patch Antenna Configurations. Conducted simulation and analysis of microstrip patch antennas for various communication bands.
SERVICE, MENTORSHIP, & OPERATIONS
Mission-critical deployment leadership.
Guiding teams and governance.
Peer review and scientific integrity.
Emergency response and community aid.
Educating the next generation.
Driving the cutting edge.