Team lead and key contributor on a $50M+ Multi-Function radar supporting open architecture hardware and software interfaces with command and control to support communications, EW, and radar applications. Key contributor on a $25M+ enterprise campaign including proposal volumes, requirements, design, and field tests for airborne surveillance radar. Team lead of 20 individuals in support of quick reaction capability on a $60M radar program to develop a quick wide area search, detection, and tracking of airborne objects. Team lead of 10 individuals to support $10M+ air-to-surface applications onto COTS hardware.

Team lead of 15+ individuals on $300M+ Air-to-Air portfolio of programs. Responsibilities included proposals, simulation, requirements, design, development, integration, and testing to implement volume search, tracking, interference mitigations, and various CFAR reductions to meet operational deployment.

Key contributor for design, prototype, integration, and test of IF exciters/receivers, waveform, and signal processing to temporally and spatially mitigate various coherent and non-coherent interference sources. Responsibilities include embedded software implementation, integration, and test to resolve problem reports and enhance radar mode performance with new capabilities.

Key contributor to analysis, resolution, and closure of problems reports supporting operational deployment of fielded radar systems. Weekly communications with various stake holders and prime customers to fix software defects and enhance radar modes of operations of air-to-air and air-to-ground modes of operations.

Key contributors to support modeling and simulation of air-to-ground modes and system calibrations. Simulations developed in a Matlab environment for multi-look SAR de-noising for LIDAR applications, ground target identification with high range resolution waveforms, and calibrations for IF digital receivers.