· Designed and programmed a system simulation to test the performance of signal processing solutions for product level and down in various real-world scenarios.· Led the design, simulation, verification, and debug of hardware flows for the PHY layer of cellular V2X transmitters, coordinating implementation with the firmware team.· Reduced the complexity of hardware flows than the original design by coordinating with teams overseas. Designed, simulated, and presented these methods to the team.· Suggested several 5GNR standard improvements in the V2X domain requiring deep understanding of the spec, wireless channels, and digital signal processing practices.· Led fixed-point implementation of parameter estimation algorithms including fixed-point design, performance simulations, and debugging.

· Developed efficient SIMD DSP and ARM processor-specific software of complex signal processing algorithms for the PHY layer of cellular modems containing software, firmware, and hardware.· Led the integration of DSP features on-chip, coordinating with firmware developers and algorithm engineers. Directed firmware debugging efforts, triaging issues and resolving or reassigning them as necessary.· Designed and presented data and control flows for combined software and hardware solutions requiring a detailed understanding of communications processes and the SoC architecture.· Implemented and tested software in many environments, including system simulators, FPGA, and on-target.· Resolved bugs and inefficiencies in bare metal operating systems, improving stability and meeting critical timelines.· Invented a tool that would automatically measure cycle count of loops including which instructions were used, how many registers were needed, and which slot was the bottleneck, replacing a common manual effort used for kernel optimization.· Created a SIMD vectored function for sorting data into groups that filled a requirement. Significantly reduced cycles where there the number of entries that fit the requirement is limited.

· Developed and integrated multi-disciplinary systems for armored vehicles.· Added a system requirement to improve system success in a corner scenario from 40% to 70%. Explained the method to achieve this improvement to the team and subcontractors, and monitored the design.· Developed system and component requirements for a target simulator, enabling efficient testing of sensors and system functionality, saving time and costs.· Developed simulations, system analysis tools, and classification algorithms to find areas for system improvement.· Produced test plans and took part in their execution, including online analysis with detailed debugging.