Group lead for a team of highly skilled EO/IR system engineers developing Laser Communications and IR Imaging and Targeting (ATP) systems utilizing System-On-Chip real-time embedded processing architectures.

Manager Systems Engineering, 2014 - present:System Architect for a multi-spectral RF and IR sensor system development. Experienced in receiver detection, tracking, sensor fusion, antenna array beamforming. Experience in applying adaptive (machine learning) methods to signal analysis, identification, sensor resource management and enhancement of system effectiveness.Champion for Model-Based Systems Engineering (MBSE) and Product Line Architecture methodologies to enable a requirements driven approach to product line architecture development. Using integrated descriptive (SysML / UML) and analytical performance modeling. Development of scalable simulation methods; from behavioral to high fidelity modeling using CPU and GPU cluster computing.Manager Systems Engineering, 2009 - 2014:Functional Manager for Signal Processing and Algorithm Development group; technical staff management and team development, proposal development on various RF and EO/IR programs. Development of signal processing algorithms and modeling applied to RF and EO/IR systems. Responsibilities include algorithm requirement definition, algorithm research, modeling, implementation and performance test and verification.Systems Signal Processing Engineering, 2001 - 2014:Development of RF and EO/IR algorithms for real-time sensor signal processing and resource management. Lead systems teams in sensor and waveform generation requirements development, firmware and software based algorithm implementation, system test and verification.

Contributed to the development of baseband processing System-On-Chip designs for Panasonic, Mitsubishi, and Ericson cellular handsets for the US market. Processing design using SDR concepts for multi-cellular standards: IS-136, IS-95, CDMA-2000, UMTS.

• Designed, simulated, coded, and tested real-time DSP algorithms on TMS320C5xx for software radio architecture and Demand Assigned Multiple Access (DAMA) satellite communication modem.

Systems Engineering and Hardware Designer for Standard Missile Block II, III and IV (Aegis)