Teams at Heaviside Industries, Inc.

Own aerodynamic design and performance optimization for autonomous precision munition airframes from concept through flight test. Lead CFD and low-order aerodynamic analysis, develop performance models and aerodynamic databases for GNC, integrate propulsion and airframe systems, and plan wind tunnel and instrumented flight-test campaigns. Mentor engineers and establish technical standards for analysis quality.

Architects and develops guidance, navigation, and control systems for autonomous precision munitions in GPS-denied environments. Responsibilities include terminal guidance, sensor-fusion navigation filters, 6-DOF simulations, flight-control design, Monte Carlo verification, hardware-in-the-loop testing, flight-test analysis, anomaly investigation, and transition of algorithms to embedded flight software. The role leads GNC subsystem ownership and mentors engineers.

Develop embedded, mission, and ground software for autonomous precision systems using C, C++, and Python on Linux and RTOS platforms. Integrate sensors, radios, actuators, cameras, and other hardware; build simulation, hardware-in-the-loop, and automated test infrastructure; and support bench validation, production integration, code reviews, CI, and field testing. Collaborate across electrical, mechanical, RF, and systems engineering teams in a fast-moving environment.