• Designing flight software for Pulsar satellites.

• Assembling custom Linux distribution with Yocto.

• Working with a service-based architecture for maximum reliability.

• Engineering solutions to keep spacecraft time extremely accurate and precise.

I have been focused on designing high-performance applications to control bus power distribution, as well as interface with GNSS receivers to provide low-latency data to GNC and to provide time to the spacecraft with nanosecond accuracy.

I also regularly coordinate with our FPGA team to build and tailor the Yocto environment for our spacecraft.

Backend C++ programmer for the Rubidium MG362x1A signal generator.

• Designed the foundation for a PetaLinux application for a next-gen 6G product. Uses a custom Qt-based RPC client/server based on CBOR and ZStandard for ease-of-use and small message sizes.

• Created a fast SCPI command parser using SWAR (SIMD-within-a-register) and C++ 20

metaprogramming/static reflection techniques. Invokes bound functions with automatic type conversions.

• Worked with Vitis to create bare-metal C++ programs, such as for MicroBlaze on a Xilinx Artix 7, with a

UART Lite serial connection for communication.

• Coordinated with hardware teams to create self-calibration algorithms and core device functions outlined in technical datasheets.

• Familiar with SPI, GPIB, I2C, and Serial communication protocols, as well as JTAG, Yocto, and RAUC for board bringup and software distribution.

• Extensive work with signal processing hardware, such as PLLs, ADCs, DACs, OCXOs, VCOs, and more.

• Created controls for JESD Tx/Rx hardware to output high-bandwidth modulated signals.

• Contributed extensively to library and framework architecture used by all products.

• Experience converting build systems from QMake to CMake.

Worked with Unreal Engine 4 to create infrastructure for procedural content generation.

Handled technical art, C++ programming, and general project structure.