Jobs at Harmattan AI

Plan material requirements, generate and monitor supplier purchase orders, optimize inventory parameters, and maintain ERP master data. Monitor supplier delivery performance, identify supply risks, coordinate discrepancy resolution, and develop reports and dashboards covering inventory health and forecast accuracy. Collaborate with Procurement, Production, and Logistics teams while leading process improvements and mitigation plans.

Own the complete accounts payable cycle, including invoice processing, three-way matching, payment runs, supplier reconciliations, query resolution, and fraud prevention. Improve AP workflows, automation, reporting, documentation, and internal controls while supporting French accounting compliance, VAT requirements, audits, and multi-entity operations. Collaborate with Finance, Procurement, Operations, cost center managers, and suppliers in French and English.

Own the RF and radionavigation architecture for autonomous defense systems. Design GNSS antennas, receiver modules, and CRPAs; integrate antennas into drones; develop GNSS test benches; perform RF measurements and electromagnetic simulations; lead EMC troubleshooting and compliance testing; review PCB RF layout and shielding; manage link budgets and system-level performance; and mentor junior engineers.

Develop and productize deep learning and computer vision models for autonomous drone navigation. Responsibilities include data curation, model architecture, edge deployment optimization, MLOps pipeline management, reproducible training and evaluation, cross-team localization pipeline development, and real-world flight testing. The role requires researching advanced deep learning methods, optimizing model speed and accuracy on constrained hardware, and analyzing field failures to improve deployed systems.

Develops systems engineering, qualification, verification, and safety frameworks for munition and energetic effector systems. Responsibilities include defining requirements, maintaining verification matrices, creating test plans, conducting readiness reviews, managing qualification risks and failures, supporting system integration, documenting safety and service suitability, and engaging defense customers and test facilities. The role requires regular travel to testing sites and expertise in NATO doctrine, defense qualification regimes, and energetic systems.

Develop computer vision and machine learning algorithms for robotics and aerospace systems. Responsibilities include researching vision methods, preparing datasets, building training pipelines, optimizing models, deploying production systems, validating performance in real-world environments, creating monitoring tools, conducting code reviews, and collaborating with software and simulation teams.

Develop computer vision and machine learning algorithms for robotics and aerospace projects. Responsibilities include researching vision methods, preparing datasets, building training pipelines, optimizing models, deploying solutions, validating performance in real-world environments, monitoring production systems, and collaborating with software and simulation teams.

Develop and optimize the front end of visual-inertial odometry algorithms, including frame and stereo matching, camera calibration, and obstruction detection. Implement algorithms on embedded platforms, test and validate them in simulation and real-world environments, and build monitoring tools. Collaborate with systems, optical, and software engineering teams to communicate findings and support autonomous defense systems.

Develop and productize real-time 3D object-tracking algorithms using computer vision and multi-sensor fusion. Optimize tracking systems for hardware-constrained edge deployment on drones, collaborate with GNC, sensor fusion, and AI teams, research advanced methodologies, and mentor junior engineers as appropriate.

Develop global 3D object-tracking pipelines using computer vision, sensor fusion, and AI detection models. Fuse camera, IMU, and radar data; optimize algorithms for real-time, low-compute edge deployment on drones; collaborate with GNC, sensor fusion, and AI teams; research advanced tracking methods; and mentor junior engineers as appropriate.

Develop computer vision and machine learning algorithms for robotics and aerospace projects. Responsibilities include researching methods, curating datasets, building training pipelines, analyzing data, deploying models, integrating production systems, validating performance in real-world environments, monitoring models, and collaborating with software and simulation teams.

Develop global 3D object-tracking pipelines for autonomous defense systems. Research and implement computer vision, sensor-fusion, and AI-based tracking algorithms; fuse camera, IMU, and radar data; optimize algorithms for real-time, resource-constrained edge deployment; and collaborate with GNC, sensor fusion, and AI teams. The role also involves research, production integration, and potentially mentoring junior engineers.

Lead the development and delivery of electronic warfare and SIGINT systems from concept through field deployment. Responsibilities include managing a multidisciplinary EW engineering team, defining system architectures, coordinating mechanical, electrical, software, GNC, and ML teams, performing trade-off analyses and simulations, overseeing integration and validation, and maintaining requirements traceability, documentation, and testing consistency.

Develop the front end of a visual inertial odometry stack, including frame and stereo matching, camera calibration, and obstruction detection. Implement and optimize algorithms for embedded platforms, test them in simulation and real-world environments, and build inspection and monitoring tools. Collaborate with systems, optical, and software engineers to validate algorithms and communicate findings effectively.

Develop and optimize the front end of visual-inertial odometry algorithms, including frame and stereo matching, camera calibration, obstruction detection, embedded implementation, simulation and real-world testing, and monitoring tools. Collaborate with systems, optical, and software engineers to validate autonomous defense technologies.

Own manufacturing transfer dossiers for composite airframe structures, including drawings, bills of materials, specifications, acceptance criteria, and release gates. Integrate design-for-manufacturability and assembly into early design reviews, define GD&T and tolerance analyses, manage engineering changes and production dispositions, and align suppliers and manufacturing teams. Analyze production feedback to improve release standards and future designs.

Develop and optimize a QGroundControl-based Android control station using C++/Qt; integrate physical controls and hardware; port and maintain app across Android versions; manage deployments; collaborate with embedded, electronics, and QA teams for field validation.

Leads procurement, material planning, and supply readiness for manufacturing production schedules. Manages Buyers and Material Planners, oversees Clear to Build analysis, MRP execution, purchase orders, supplier performance, inventory parameters, and material constraint resolution. Partners cross-functionally on production readiness, S&OP, shortages, receiving, finance, engineering changes, NPI, and production ramps while building scalable ERP-based processes.

Own Jira architecture across Product and R&D, including project structures, workflows, permissions, schemes, templates, dashboards, governance, migrations, and integrations. Standardize how teams plan and track work while preserving appropriate autonomy. Automate triage, reporting, and administration using Jira automation, scripting, and AI. Partner with engineering leaders to improve adoption and provide leadership with cross-team visibility.

Owns the architecture, system definition, implementation, integration, and validation of robotic defense systems from concept through field deployment. Coordinates mechanical, electrical, software, GNC, and ML teams; performs feasibility and trade-off analyses; leads system reviews; and improves requirements traceability, documentation, and validation processes.