Multi-disciplined technology leader, currently serving as the Vice President of Intelligent Systems at MatrixSpace.At MatrixSpace, we are currently working on ways to let people better understand their surroundings using networked/distributed machine sensing and distributed autonomous decision making. This puts a person at the center of control, enabling them to observe more, understand more, and react faster. Our first product, MatrixSpace Radar, reimagines what a radar is and where it can go. Check out @MatrixSpace for more!Skills and Prior Work:TOGAF and Zachman certified enterprise architect, and highly experienced system architect with a focus on complex software systems. Has an extensive background in real-time embedded software development for Autonomy, UAS, Sensing, Communications/Networking, C2/C3, Radar, Air Traffic Control and other small embedded devices. Highly experienced throughout all development phases including, business development, design, system integration and system verification/validation.Prior work includes directing the one-of-a-kind Expeditionary Cyber and UAS Lab at Northeastern’s Innovation Campus at Burlington, MA. R&D focus areas included autonomy, electronic warfare, cyber effects, ML/AI, analytics, predictive modeling, novel antennas, device hardening, etc.Areas of interest include complex problem solving, signal and data processing, signal analysis, RF systems, GNSS, ML/AI, Multi-modal sensing, Electronic Warfare, EMP, modulation/coding, information theory, information assurance/cyber, algorithm development, microprocessor system design, remote control system design, virtualization, cloud computing, and systems/software architecture.Specialties: RF Systems, EMP, SATCOM waveform development, real-time embedded software development, real-time embedded system development, information assurance, virtualization, enterprise architecture, system architecture, software architecture.