Functional Safety Manager
Neura Robotics
Functional Safety Manager
Neura Robotics
Cognitive robots with perception, manipulation, collaboration
At the heart of product innovation and development, our Systems Engineering Department transforms market demands into safe, certifiable, and competitive solutions and architectures. By collaborating closely with software, hardware, safety, and certification teams, we ensure every product meets the highest standards while adapting to fast-evolving market needs. Our mission is to enable seamless human-robot collaboration and deliver solutions that are safe, compliant, and ready for the future. Join us to shape the next generation of human-robot systems by owning system-level requirements, integration, and alignment, with architectural responsibilities as needed. If you thrive in cross-functional teamwork and technical excellence, you’ll find extraordinary opportunities with us.
Your Mission & Challenges
Own Safety Strategy: Drive the functional safety strategy across the full product portfolio. Establish lifecycle processes, safety plans, and governance structures aligned with IEC 61508 and ISO 13849
Lead & Develop: Build and coach associated safety engineers across product lines — set priorities, establish safety plans and track the execution, and coach safety engineers hands-on from first risk assessment (RA, HARA) through to safety case closure
Compile the Safety Case: Own the safety case methodology end-to-end. Drive HARA, FMEA, FTA, and STPA campaigns, ensure requirement derivation, traceability, and verification across HW/SW/system, and deliver defensible safety argumentation per product line
Drive Safety Concepts: Based on strong analysis and cross-functional work you generate and ensure smooth implementation of safety concepts in the products.
Represent Safety Externally: Act as primary safety interface toward executive leadership, certification authorities, notified bodies, and auditors. Align safety evidence delivery with certification timelines
Shape the Regulatory Response: Monitor the evolving regulatory landscape (EU Machinery Regulation 2023/1230, AI Act, ISO/TR 23482) and proactively adapt the safety approach. Drive cross-project lessons learned
What We Can Look Forward To
Education: MSc or PhD in Systems Engineering, EE, Mechatronics, Robotics, or related field. TÜV FSEng, CFSE, or Exida certification strongly preferred
Track Record: 3+ years in functional safety engineering, ≥2 years as active FSM — combining governance oversight with hands-on project contribution across safety planning, competence management, and safety case compilation
Standards Mastery: Deep expertise in IEC 61508, ISO 13849, ISO 10218. Working familiarity with ISO 26262, SOTIF, and EU Machinery Regulation / CE marking
Safety Reasoning & Methods: HARA, FMEA, FTA, STPA, ETA, reliability modeling, structured argumentation (GSN/CAE). Proficient in Medini, APIS IQ, DOORS, Polarion, or equivalent
Leadership & Communication: Proven track record coaching safety engineers in a fast-paced, multi-product environments. Able to convey safety rationale to engineers, managers, and auditors alike. Experience with autonomous or AI-enabled robotic systems is a strong differentiator
Cognitive robots with perception, manipulation, collaboration
Neura Robotics builds cognitive robots for industrial and service settings, combining perception, manipulation, and human collaboration. It develops both the hardware and the software stack for Physical AI, creating robot platforms like MAiRA, MAV, LARA and MiPA along with training infrastructure. The system works by integrating sensing, decision-making, and manipulation capabilities on a hardware-software stack that can be deployed in large-scale production, with the company planning robots fleets and NEURA Gyms for ongoing training and improvement. What sets Neura Robotics apart is its end-to-end approach to Physical AI, including a focus on mass production, an established global deployment plan, and a broad ecosystem of strategic backers and partners that support scaling and international expansion. The goal is to enable worldwide deployment of its robot platforms and associated training infrastructure, turning physical AI into widely available industrial and service automation.
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