Harmattan AI

Join Harmattan AI’s Gimbal team to build and own real-time embedded software for autonomous defense systems. You’ll work across gimbal control, GNC, diagnostics, laboratory testing, and field evaluations on custom hardware platforms.

Build and deploy mission-critical software directly with partner militaries and organizations as a Forward Deployed Software Engineer. You’ll turn ambiguous field requirements into working solutions, iterate with end users, and help incorporate proven capabilities into the core platform.

Own the embedded Linux stack for compute modules, taking new boards from first power-up through secure boot, validation, and production maintenance. This hands-on role spans BSPs, kernels, drivers, hardware bring-up, and low-level debugging across evolving hardware.

Own the embedded Linux platform for compute modules, taking new boards from first power-up through secure boot, validation, and production maintenance. This hands-on role spans BSPs, kernels, drivers, board bring-up, and hardware-software integration for autonomous defense systems.

Harmattan AI is seeking an MLOps Engineer to build the automated, reproducible infrastructure behind machine-learning training, evaluation, and deployment workflows. The role enables modelers to focus on autonomy models by owning pipelines, experiment tracking, CI, model lifecycle management, and automated hardware testing.

Own the motion planning, trajectory generation, and guidance systems that enable high-speed autonomous aircraft to fly safely and effectively. You will bridge perception and control, validate behavior through simulation and flight testing, and help advance autonomous defense systems.

Own motion planning, trajectory generation, and guidance laws for high-speed autonomous aircraft, turning mission objectives and waypoints into flyable paths. The role combines classical and learning-based methods with rigorous simulation, hardware-in-the-loop testing, and flight-test iteration.

Design and develop high-precision navigation and positioning systems for autonomous defense platforms, with a focus on tightly coupled IMU/GNSS filtering and resilience to jamming and spoofing. The role combines navigation algorithms, sensor fusion, testing, and field deployment across hardware and software teams.