Senior Safety Engineer (m/f/d) Safety Engineering

1 нед. назад

ГерманияSenior

fmeafta

Lead safety engineering efforts ensuring reliability and risk mitigation in autonomous ground systems for security and military applications.

ARX is a dual-use technology company that specializes in developing autonomous unmanned systems and sensors for the European defence sector. Our dual-use unmanned ground systems and sensors assist NATO Armies and civilian first responders in tackling their most challenging problems by providing them with training and information to make better decisions and take effective actions in life-or-death situations. As our team continues to expand rapidly, we are seeking motivated candidates who are excited to work in a highly energetic, creative, and innovative team dedicated to developing autonomous systems for challenging environments. We operate in a dynamic sector where collaboration, sharing innovative ideas, and developing novel problem-solving strategies are ingrained in our work culture. If you are passionate about overcoming challenges that have a real impact on the security of our democracies, apply here to join ARX and help shape the future of dual-use technology! ARX is an equal-opportunity employer, and we encourage candidates from all backgrounds to apply.
You can find ARX Robotics Applicant Privacy Policy here .

In high-stakes environments, safety and reliability are absolute. As our Senior Safety Engineer, you will embed these principles into the core of our autonomous ground systems. You will pioneer the engineering practices that ensure our products are safe, dependable, and maintainable from the first design sketch to final deployment in the field.
Working across systems, hardware, and software teams, you’ll be the central node for identifying risks and building resilience into every layer of our technology. Your expertise will directly shape the trustworthiness of our systems, ensuring that security and military forces can depend on them when it matters most.

A strong background in Safety Engineering, Systems, Electrical, Mechanical, or Aerospace Engineering.
Several years of hands-on experience in safety and reliability engineering for complex products.
Direct experience applying methods like FMEA or FTA to real-world, intricate systems.
A proven track record working with safety-critical or mission-critical systems where failure is not an option.
Deep familiarity with relevant safety standards (like ISO 12100, MIL-STD-882E, or IEC 61508) and how to apply them effectively.
A mindset that pairs sharp analytical thinking with practical problem-solving to not just find risks, but drive solutions.
A collaborative spirit that helps you align technical teams and move complex programs forward.
The ability to communicate and document complex safety concepts with clarity and precision.
Please note: You do not need to meet every single requirement to apply. We welcome motivated candidates who are eager to grow into the role and develop their expertise further.

Join a mission-driven European defense tech company at a pivotal stage of growth, where you can help shape meaningful technology, take ownership early, and grow with the business!
Competitive compensation package including a bonus opportunity
27 vacation days to start, increasing with tenure up to 30 days
Employer-supported pension contribution
Learning & development support and team events budget
Employee discounts and flexible benefits budget via Probonio
Hybrid working setup depending on role and team needs
Structured salary bands, levelling framework, and bi-annual development conversations
Referral bonus program, dog-friendly office, and relocation support where applicable

Shape the safety and reliability engineering function for our core system development programs.
Conduct rigorous safety and reliability analyses (e.g., FMEA, FTA) to fortify our designs.
Define and trace critical safety requirements throughout the entire system architecture.
Drive structured safety and reliability reviews that actively improve system design and integrity.
Identify potential failure modes and create robust mitigation strategies to minimize operational risk.
Use performance data and field reports to conduct data-driven analyses that continuously enhance system safety.
Develop forward-thinking maintenance strategies and support concepts to maximize the operational life of our systems.
Drive root cause investigations and implement corrective actions that reinforce long-term system integrity.