Full-time remote system software engineer with the Algorithm & Simulation group. Configure and administer application lifecycle management tools (Azure DevOps, GitLab, GitHub, and SourceForge) and teach team members to use them to enforce automated layered peer review. Architect DevSecOps pipelines for containerized multi-platform, multi-language suite of packages. Design, document, version, deploy, and maintain several C++ and python packages via CMake, conda, pip, and artifactory.

For DARPA flight vehicle program. Won ~$50M in follow-on contracts through successful execution of multiple engineering test events. Led cross-functional team of 30 systems, software, simulation, algorithm, mechanical, and electrical engineers through iterative design, integration, and test cycles. Collaborated with engineering teams and integrated subcomponents from foreign and domestic subcontractors. Prepared and executed multi-day technical design reviews with DoD government customers. Developed lightweight requirements and risk tracking process for front end of the business programs. Managed Git and Subversion source code repositories, including creation and execution of configuration control boards.

With Guidance, Navigation, & Control department supporting Advanced Programs mission area. Derived requirements for, developed, and implemented cohesive system of embedded C++ flight software applications for size, weight, and power-constrained gun-launched guided interceptor. Performed software integration and telemetry-based flight checkout testing on tactical hardware. Created test readiness reports including 3D animated visualizations of in-flight behavior (Cesium, VIS, SIMDIS) and detailed safety danger zone maps (GoogleEarth) to obtain authorization to fly. Analyzed flight test telemetry and visualized trajectories in GIS for successful recovery of test hardware.

With Guidance, Navigation, & Control department supporting the Advanced Programs mission area (new business initiatives and feasibility studies). Designed optimal guidance algorithms and Kalman filters for target and missile state estimation. Developed validated subsystem models and integrated into 3DOF, 6DOF, and 7DOF Monte Carlo simulations. Used simulations for requirements flow-down through subsystem performance analysis and trades. Developed physics-based simulations for performance analysis of large systems of distributed software systems combining communication, control, embedded sensor, and embedded effector flight software.

With the Guidance, Navigation, & Control department supporting the Advanced Programs mission area of Raytheon Missile Systems. Developed a physics-based simulation of a flight vehicle in Matlab from scratch for transitive verification of existing high fidelity C++ simulation.

Software Integration Lab (SIL) Lead for the Blue Moon Lunar Lander program within Advanced Development Programs

Teaching ENGR101: Introduction to Computer Programming to freshman students. Writing assignments, leading lab sections, and holding office hours for C, C++, and Matlab programming languages.

Designed the lifting and control surfaces on Endurance, a fuel cell powered unmanned aerial vehicle. Used AVL and XFOIL to create a low reynold's number airfoil and design the airframe. Flew aircraft in October 2008, breaking the world record for endurance flight by a fuel cell powered aircraft.

Inspected, balanced, rotated, and replaced tires. Repaired flats and restocked inventory.

Ran a lab section of Aerospace Lab I (junior-level lab). Topics include boundary layers, vortex shedding, beam natural frequencies, active control, and rocket engine performance analysis.

Full-time remote system software engineer with the Algorithm & Simulation group. Product Owner and DevSecOps architect of MissileKit, the common system development environment that enables embedded software-in-simulation, high fidelity scene generation, and performance analysis of missile systems. Pioneered inner source development inside the Raytheon firewall. Establish technical direction via roadmaps that combine input of cross-functional stakeholders, and deploy incremental capabilities to end users on budget and on schedule via agile release train.