
Senior Team Lead, Propulsion & Vehicle Systems at Harmattan AI (Rabat, Morocco)
Harmattan AI· Rabat, Morocco·
Role details
Harmattan AI at a glance
France's first defense-tech unicorn, building attritable AI-piloted strike, interception, and ISR drones for allied militaries.
Harmattan AI is a vertically integrated defense prime building autonomous drone systems for allied militaries. It designs the full stack, from airframes and payloads to embedded compute and the autonomy algorithms that let drones sense, decide, and act at the edge without GPS or a network link, coordinated across a swarm by its mission-orchestration layer.
$242M raised · latest: Series B · $200M · January 2026 · backed by Dassault Aviation, FirstMark Capital, Atlantic, Motier Ventures
Job description
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 $1.4 billion, we are expanding our teams and capabilities to deliver mission-critical systems to allied forces. Our work is guided by clear values: building technologies with real-world impact, pursuing excellence in everything we do, setting ambitious goals, and taking on the hardest technical challenges. We operate in a demanding environment where rigor, ownership, and execution are expected.
Location: Rabat, Morocco — on site. Contract: Permanent, full time$
About the Role
As Senior Team Lead, Propulsion & Vehicle Systems, you will own propulsion and vehicle systems for the air vehicle — from concept to flight. You will pick the engine, define the architecture, stand up test capability from nothing, and lead the team that proves it on real hardware in test campaigns.
Responsibilities
- Propulsion & Vehicle Systems Team: Build, lead and grow a cross-disciplinary team across propulsion, fuel systems and vehicle electrical.
- Propulsion: Drive engine selection and integration, engine bay and mounting, and the propulsion architecture that carries the vehicle.
- Test Capability: Stand up propulsion test capability on site from nothing — bench, instrumentation and the process behind it.
- Fuel System: Own the fuel system end to end, including integrated composite tank design and the constraints it places on the vehicle.
- Vehicle Systems: Drive power distribution, harness routing and actuation across the vehicle.
- Trade-Off & Design Analysis: Settle the open architecture questions — engine selection, tank integration and booster interface — and carry the consequences to the airframe and ground segment.
- Technical Coordination: Lead cross-functional design with airframe, avionics and launcher teams. Own the propulsion and vehicle systems interfaces.
- Integration & Validation: Own integration, prototyping, test campaigns and qualification evidence, ensuring performance targets are met in real operating conditions.
Candidate Requirements
- 5+ years in propulsion or vehicle systems engineering within defense, aerospace or robotics, including experience leading or coordinating engineers.
- MSc in Mechanical, Aerospace or Mechatronics Engineering, or a closely related field. A track record of building will outweigh the degree.
- At least one propulsion system integrated from concept to flight. Exposure to solid motor or booster interfaces is a strong plus.
- Integrator by instinct. You take the whole scope — engine, fuel and vehicle electrical — rather than a narrow slice of it.
- Entrepreneurial, hands-on and comfortable a long way from headquarters. You design from first principles, take local decisions and defend them, and stay rigorous on anything touching the safety case.
We look forward to hearing how you can help shape the future of autonomous defense systems at Harmattan AI.
Why work at Harmattan AI
- Culture: “Elite builders” who “thrive on complexity, move with urgency, and own their work end to end.” Emphasis on purpose, technical excellence, and real‑world impact. harmattan.ai
- Values: Tackle the hardest problems, build what matters, move at the speed of relevance, and aim to redefine frontiers. harmattan.ai
- Work policy: Hybrid model with a mix of remote and on‑site; many roles are in‑office at locations in Paris, Lausanne, London, Arlington (TX), Wissous, Poland, UAE, and Morocco. builtin.com
- Engineering culture: Hands‑on development of mission‑critical autonomous systems; strong R&D focus across AI, computer vision, RF hardware, propulsion, and mission planning.
- Perks: Not explicitly listed, but the company highlights the opportunity to protect front‑line personnel and shape the future of autonomous defence.