- Lead research and development engineer on a vertically-integrated hardware and software platform for geospatial data collection, visualization, alerting, and in-depth analytics- SBIR federal grant awardee

- Development of spacecraft bus and payload flight software and systems; MAX flight software- Spacecraft assembly, integration, and test support- Ground systems infrastructure and tool implementation- Mission planning and operation of spacecraft on-orbit

- Embedded software development for aerospace and defense mission hardware- Hardware-in-the-loop development and testing- Wrote, modified, and tested flight software for satellites using C, VxWorks, WindRiver Studio, unit test framework (UT700 LEAP)- Exploratory work on TI MSP432 board, Code Composer Studio, TCP/UDP messaging, mixing of C (procedural) and C++ (object-oriented) code in same project, FreeRTOS, TI-RTOS- Extensive work on a board designed in-house with a Xilinx Zynq-7000 SoC and associated ARM processor, took over development and management of large code base, Xilinx SDK, use of different logic analyzers and oscilloscopes to analyze I2C traffic, writing/reading EEPROM, development of Built-In Tests making use of on-board sensors- Developed expertise in COSMOS/OpenC3 command & telemetry system- Regular Python scripting for data processing and serial communication- Regular use of UNIX/Linux command line- Regular use of GNU toolchain- Education of others on use of Git version control, use of SVN version control- Use of Agile/Scrum/Kanban development workflow- Administration of projects in Atlassian tools- Limited work in Simulink, MATLAB

- Worked on an Office of Naval Research project doing algorithm development for sonar imagery analysis for mine detection- Presented a conference paper and completed a Master's research thesis on "Fractal Analysis of Seafloor Textures for Target Detection in Synthetic Aperture Sonar Imagery"

- Worked as part of a high performance computing (HPC) incubator with the goal of applying HPC methods to projects at the Langley Research Center- Educated researchers on how to leverage HPC for their work at NASA

- Accelerated the solving of electromagnetic field problems by optimizing matrix-vector multiplication code for GPU devices using CUDA

- Programed for efficient parallel processing using POSIX and OpenMP- Developed an object-oriented software framework for graph generation and analysis

- Gained customer service experience by meeting customers’ technological needs

- Helped to build an online educational experience for people in the food service industry- Implemented changes to a website for a major client- Gained additional experience with HTML, CSS, JavaScript, PHP, AJAX

- Analyzed and collected data on samples in an archaeometry laboratory- Maintained sensitive equipment and handled dangerous substances- Gained experience in a high-security facility