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About Us Harmattan AI is a next-generation defense prime building autonomous and scalable defense systems. Following the close of a $200M Series B, valuing the company at $1.4 billion, we are expanding our teams and…
Structures development assurance and qualification frameworks for energetic munition systems (warheads, fuzes, rocket motors) at a defense prime in Lausanne. Day to day: defining system requirements, maintaining V&V traceability, reviewing architectures for NATO-doctrine compliance, and running qualification programs with defense customers and test sites.
Develops a global 3D object-tracking pipeline for autonomous defense drones: researching CV and sensor-fusion algorithms that combine classical/geometry methods with in-house AI detectors, fusing camera, IMU and radar data, and optimizing C++/Python tracking code for real-time edge deployment on low-compute hardware. Based in Lausanne, Paris, or Zurich.
Senior hands-on mechanical engineer at a defense-tech company in Lausanne who owns mechanical structures end to end: building complex CAD models, running non-linear explicit finite element simulations, and validating designs via lab and range testing through production delivery.
Harmattan AI is hiring a Senior Design Release Engineer for its Airframe team in Lausanne to own the full manufacturing dossier for composite airframe structures — driving DFM/DFA in the design loop, defining GD&T and tolerance stack-ups, managing engineering change orders, and signing off product transfer gates to manufacturing. Core focus areas: composite structures, drawing/BOM control, and pro
Builds the mission execution infrastructure that turns planned missions into reliable, real-time behavior across fleets of autonomous defense robots. Day to day: developing scalable backend services and APIs for orchestration and agent communication in production-grade C++ and Python, with strong CI/CD, testing, and telemetry-driven debugging for live operations.
Design compute modules and boards end-to-end for autonomous defense systems, covering architecture, schematic, layout guidance, fabrication, bring-up, and qualification using high-speed digital design (PCIe, 10GbE, USB 3.x, MIPI) and electronic CAD tools like Altium.
Develop and maintain embedded Linux BSPs, secure boot chains, and device drivers for defense-grade compute modules, taking boards from first power-up to flight-ready systems.
Designs and implements flight guidance, motion planning, and trajectory generation for high-speed autonomous aircraft, balancing classical and learning-based methods while handling real-world sensor latency and dropout.
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