• Design and develop power/performance embedded software for augmented reality products• Mentor junior engineers

• Co-Team leader for 11 full-time R&D staff engineers and 6 student interns• Embedded software lead for the Experiment for Space Radiation Analysis (ESRA) CubeSat satellite payload• Primary investigator (PI) for various R&D projects• Developed embedded firmware (VHDL) and software (C, GO) for nuclear safeguards instruments• Embedded Linux development (e.g. configure and build kernel, kernel drivers, etc.)• Investigated features, performance, etc. of the RTEMS Real-Time Operating System (RTOS)• Developed embedded software (C) and FPGA firmware (VHDL) for space-based reconfigurable computing systems• Conducted radiation effects research (10 journal papers, 2 book chapters, 12+ conference papers)

• Led project team for Roogle 2.0, a web/mobile application for inspectors and technicians to monitor remotely connected nuclear safeguards systems• Pioneered an initiative to standardize data collection and data security for nuclear safeguards systems (aka RAINSTORM), including sample implementations (C, C#)• Contributed to development of sc-hsm-ultralite, an open-source lightweight smart card cryptography library (https://github.com/sc-hsm-ultralite/sc-hsm-ultralite)• Developed custom embedded (C, C++) and non-embedded (C#) applications for nuclear safeguards equipment/systems• Invented EZFLATE compression algorithm, a variant of the DEFLATE (GZIP) compression algorithm (https://tools.ietf.org/id/draft-morgan-ezflate-00.html)

• Taught Introduction to Programming in C• Taught Pre-Calculus

• Contributed to development of BLTMR, an open-source tool (Java) that applies triple modular redundancy to a hardware netlist (http://sourceforge.net/projects/byuediftools)• Developed research software (Java) to automatically generate FPGA firmware of regular expressions for network intrusion detection