Responsibilities
- Define unified system architecture across power, sensing, computing, and communication platforms.
- Develop the edge-AI compute infrastructure by selecting and integrating processors and accelerators optimized for on-device inference efficiency.
- Design and integrate electronic systems including power distribution, battery management, motor and thruster control, and sensor interfaces.
- Build and maintain embedded software, autopilot systems, firmware, and low-level drivers for reliable operation in harsh maritime conditions.
- Ensure system robustness through engineering for watertightness, power efficiency, thermal performance, electromagnetic compatibility, and fail-safe behaviors.
- Lead hands-on system bring-up, testing, and sea trials in real marine environments.
- Guide component selection, vendor partnerships, and the evolution of test and manufacturing processes from prototype to production.
Work Arrangement
On-site — Marseille, Paris
Other
- Be one of the first engineers to shape the company’s core technical direction and architecture.
- Receive meaningful equity as part of early-team compensation.
- See deployed systems operating in real marine environments within weeks of development.
- Work in an AI-first environment where models are trained in-house and deployed directly on hardware at the edge.
- Join a European deep-tech startup positioned at a pivotal moment, backed by strong policy support from NATO and the EU.
