Full stack Software Engineer (Surgical Robotics)

We are building the first surgical micro-robotic platform capable of navigating inside the human brain with high precision. This requires designing the most precise and safety robotic and software systems ever deployed in a hospital environment. By combining micro-robotics, embedded software and advanced medical imaging we are pushing the limits of a new generation of brain interventions capable of diagnosing and treating neurological diseases directly at their source. We are not only developing a medical device. We are building the software backbone of the first robotic platform capable of operating within the brain. This means designing the real-time systems, safety architecture and software infrastructure that allow microrobots to navigate safely inside the most complex and sensitive organ in the human body. By bridging the gap between therapeutic innovation and deep physical access to the brain, our technology aims to support safe, targeted and intelligent brain interventions, bringing outsized value to patients, clinicians, and health systems globally. Since our founding in 2017, we’ve filed over 50 patents and successfully tested our technology in living animals. Human clinical trials are targeted for 2026/2027. Backed by €27M in Series A funding from Plural, Cherry Ventures, Kindred Ventures, and Brainlab, we are entering a new phase of growth. As part of this expansion, we are looking for a Software Engineer to contribute to the design and development of our software platform.

What You'll DoYou will work alongside roboticists, software engineers and neurosurgeons for the design and development of our software platform. This is not about shipping features. It is about designing and developing a safety-critical advanced software from first principles combining medical imaging, user interfaces, and real-time control to plan, control and monitor our micro-robotic procedures. Software development • Design and implement back-end and front-end features. • Define scalable and traceable software architectures. • Maintain development and deployment environments.

Verification & compliance • Write software requirements, tests, and traceability documentation. • Design and execute unit, integration, and verification tests. • Contribute to risk analysis, cybersecurity, and design reviews.

System & Product collaboration • Work with designers to build intuitive clinical interfaces. • Integrate software with system, hardware, and robotics teams. • Support usability evaluations and root-cause analyses.

Continuous improvement • Contribute to improve CI/CD, automation, and software lifecycle processes.