Systems Engineer

About the role

As a Systems Engineer you will own the architecture, system definition and implementation of one of our robotic systems—from concept to field deployment. You will work closely with project managers and technical leads to translate mission needs into system‑level designs, coordinate multidisciplinary teams, and ensure overall performance, robustness, and reliability.

Key responsibilities

• System Architecture: Transform system requirements into architectural solutions.
• Technical Coordination: Lead cross‑functional design across mechanical, electrical, software, GNC, and ML teams.
• Trade‑Off & Design Analysis: Conduct feasibility studies, trade‑off analyses, and system‑level simulations to guide technical choices.
• Integration & Validation: Oversee system integration, prototyping, and validation, ensuring performance targets are achieved.
• System Reviews: Drive design and architecture reviews, maintaining consistency between requirements, design, and testing.
• Continuous Improvement: Implement processes to enhance requirements traceability, system documentation, and validation workflows.

Required profile

• 10+ years of experience in system engineering within robotics, aerospace, or defense sectors.
• MSc in Engineering (any field); PhD is a plus.
• Proven experience leading full system lifecycles (concept → prototype → validation).
• Strong background in system architecture, requirements engineering, and trade‑off analysis.
• Broad engineering culture with understanding of mechanical, electrical, and embedded systems.
• Experience coordinating multi‑disciplinary teams and managing technical interfaces.
• Rigorous, structured, mission‑driven mindset with strong analytical skills.
• Excellent communication and documentation abilities.
• Bonus: Experience with UAS or defense systems.

Required skills

• Mechanical engineering
• Electrical engineering
• Software engineering
• Guidance, Navigation & Control (GNC)
• Machine Learning (ML)
• System architecture
• Requirements engineering
• Trade‑off analysis
• UAS