Harmattan AI

Develop and deploy deep learning models that enable drones to navigate and localize in complex battlefield environments. This hands-on research engineering role spans computer vision, edge optimization, MLOps, and real-world flight testing.

Harmattan AI is seeking a Computer Vision Engineer to develop the front end of its visual-inertial odometry (VIO) algorithmic stack for autonomous defense systems. The role focuses on frame and stereo matching, camera calibration, obstruction detection, and optimization for embedded platforms.

Join Harmattan AI’s Machine Learning and Computer Vision team to develop, optimize, and deploy computer vision models for autonomous defense, robotics, and aerospace systems. You’ll work across research, data preparation, production integration, and real-world validation.

Harmattan AI is seeking a Computer Vision Engineer to build a global 3D object-tracking pipeline for autonomous defense systems. The role combines computer vision, sensor fusion, and embedded optimization for real-time deployment on drones.

Harmattan AI is seeking a Computer Vision Engineer to build a global 3D object-tracking pipeline for autonomous defense systems. The role combines computer vision, sensor fusion, and edge optimization for real-time deployment on drones.

Harmattan AI is seeking a Computer Vision Engineer to develop, optimize, and deploy machine learning and computer vision systems for autonomous defense robotics and aerospace projects. The role combines research, dataset development, algorithm engineering, production integration, and real-world validation.

Develop the visual-inertial odometry (VIO) front end powering Harmattan AI’s autonomous defense systems. You’ll build and optimize computer vision algorithms for embedded platforms and validate them in simulation and real-world environments.

Harmattan AI is seeking a Kernel Software Engineer to build and maintain the low-level Linux and Android platform connecting hardware to flight applications on ground control stations. The role spans board bring-up, embedded systems integration, production readiness, and field validation for autonomous defense systems.