Experience

ARTEMIS, Inc.

• United States
• Aviation and Aerospace Component Manufacturing
• 1 - 100 Employee

• Digital Engineer

  • May 2020 - Present

  Summary: Implemented a variety of radar-related DSP algorithms on an SoC/FPGA system. This included implementation both on the FPGA and on the multi-core processor in an embedded Linux environment. Created various FPGA IP cores to accelerate radar-related DSP algorithms. Developed the software integration for the IP cores in the Xilinx RFSoC, in bare metal and Linux environments. Created embedded applications to run real-time radar algorithms. Summary: Implemented a variety of radar-related DSP algorithms on an SoC/FPGA system. This included implementation both on the FPGA and on the multi-core processor in an embedded Linux environment. Created various FPGA IP cores to accelerate radar-related DSP algorithms. Developed the software integration for the IP cores in the Xilinx RFSoC, in bare metal and Linux environments. Created embedded applications to run real-time radar algorithms.



Brigham Young University

• United States
• Higher Education
• 700 & Above Employee

• Research Assistant

  • May 2018 - Present

  Summary: Conducted FPGA and SoC related research with the BYU Configurable Computing Lab. This included research areas such as digital radiation effects, high-level synthesis, and FPGA security. Helped push the frontier of prompt dose radiation testing by developing a network-connected, semi-automatic memory testing platform using a Zynq-7000 FPGA, FreeRTOS, and custom PCBs. Developed testing methodologies for testing SoCs in an SEU environment. Learned about the physics of semiconductor radiation effects. Used low-level FPGA architecture details to explore accelerated aging techniques. Developed communication skills through the writing and publication of several academic papers.