Primary responsibilities included software development for advanced airborne Synthetic Aperture Radar processing platforms. Implemented complex SAR processing algorithms to advanced tactical and commercial off the shelf (COTS) processing platforms. Airborne Radar SystemsServed as software product owner for an open standard based implementation of an airborne radar processor. Mentored and trained new team members in an agile development environment. Developed and managed the product backlog. Developed strategies for release management and continuous integration of open standard updates. Participated in DevOps architecture and development activities to support continuous software integration and release of a Development Kit supporting the open standard.Participated on an enterprise level consortium of airborne radar system providers to develop an open architecture radar system specification. Collaborated with technical experts across the industry.Ported and optimized algorithms to low SWAP (Size, Weight and Power) x86intel processor platforms (C/C++). Ported and optimized algorithms to advanced tactical processors including the SRC Computers SRC-7 platform (C/C++, SRC Carte). Worked closely with processor vendors to optimize and debug code implementations on advanced processing platforms.Advanced Processor DevelopmentImplemented DSP algorithms following design specifications on a custom ASIC signal processor. Developed tools in C code and Visual Basic to streamline ASIC microcode development. Developed custom ASIC signal processing microcode to handle host processor interfaces, data I/O, and stream processing following algorithm design specifications. Developed test plans and test tools to verify the functionality of ASIC microcode.

Primary responsibilities included design, development, implementation and testing of DSP firmware for advanced telecommunication systems including central office and voice over IP gateway systems.Voice Processing DSP FirmwareDeveloped G.168 echo cancellation algorithms and software.Telephony AlgorithmsDeveloped DSP based tone detections algorithm and software. Developed DSP based FSK detection algorithms and software.

Primary responsibilities included design, development, implementation, and testing of Digital Signal Processing firmware for the Cyber-Twin and Cyber-Deluxe digital guitar amplifiers. Participated in other guitar amp research projects.Developed Audio Signal Processing Firmware including algorithms and code to improve audio quality, and meet real-time and reliability requirements.Guitar Amplifier DevelopmentParticipated in guitar amp sound evaluations. Helped to translate subjectivemarketing evaluation of guitar amp performance into technical solutions.Guitar Signal Processing ResearchDeveloped proprietary DSP algorithms to cancel EMI induced guitar pickup hum. The algorithms utilized filtering and time-synchronous averaging techniques. Developed an EMI induction test fixture used to develop, test and optimize the algorithms.

Primary responsibilities include design, development, implementation and testing of DSP firmware for advanced telecommunication systems including central office and voice over IP gateway systems. G.168 echo cancellation algorithm development, LSP adaptation, FIR and IIR filtering, DSP based tone detection algorithm development and implementation, DSP based FSK detection algorithm development and implementation

Traveled to paper mills across the country to provide paper machine diagnostic support. Developed custom hardware to interface with transducers for measurement of machine dynamics. Developed software to correlate measured machine/process dynamics with product variability. Worked with paper machine operators to improve product quality based on measured results.