I am an experienced software engineer and computational scientist with over 15 years of industry experience and a history of designing and implementing high-performance systems software, including data processing architectures for complex sensor systems. Specific examples include X-ray computed tomography (CT) scanners, radar systems, medical infusion pumps, and industrial IoT data acquisition systems. I have authored production software that is currently running world-wide on CT systems for both medical and security applications and on industrial data acquisition systems. I am the inventor or co-inventor on nine issued patents as well as the author or co-author on over 30 conference or journal publications.I have extensive experience in software optimization, including multi-core development, GPGPU computing using CUDA, vectorization (SSE/AVX), memory hierarchy-aware implementations, etc. I also have domain-specific backgrounds in X-ray CT image reconstruction methods and data processing as well as radar signal processing as evidenced by my patents and publication history. More recently, I have gained considerable experience with embedded Linux development for ARM systems, including device cybersecurity hardening leveraging hardware roots of trust for securely booting signed software (e.g. High Assurance Boot).My skill set includes software development in C, C++, CUDA, Go, Python, MATLAB, and more recently Rust. I have experience with embedded operating systems (ZephyrOS, FreeRTOS, Linux) as well embedded build systems (primarily Buildroot), bootloaders (U-Boot), etc. I also have experience in cloud software development using Go and Rust to implement cloud services for an IoT platform.In general, I enjoy tackling complex problems that require a thorough understanding of the underlying systems and hardware.