At the forefront of health technology for over 35 years, Munich-based Brainlab digitizes medical workflows, from diagnosis to therapy, to offer clinicians and patients better treatment possibilities. Our innovative digital ecosystem forms the basis for modern healthcare technology in 4000 hospitals in 120 countries.
Our key to success is our creative, talented and hard-working team, which consists of around 2000 dedicated and inspiring individuals in 25 locations worldwide. To succeed in reaching our targets, we are seeking committed colleagues who can stand behind our core values curious, authentic and useful.
As a highly motivated Software Engineer in our R&D Orthopedic Surgery team, you will be integral part of the software development process. In this position, you will be responsible for developing surgical applications used for orthopedic use cases. Your work includes the complete development cycle of medical devices, from the prototyping of new concepts over to their implementation up to the clinical assessment of the performance of the resulting device. Your contribution has an impact on daily work in hospitals around the world.
As part of a multi-disciplinary team consisting of Hardware-, Software- and Clinical Application Engineers, you will use your programming skills in C++ and HTML5 to create software for our Orthopedic Surgery portfolio. By working closely with other teams and utilizing our existing software framework, you will create an application which will be used by orthopedic surgeons in hospitals all around the world.
As a Full-Stack Software Engineer, you will:
Ready to apply? We look forward to receiving your online application including your first available start date and desired salary.
Contact person: Elisabeth Karro

At Snke, we’re accelerating the adoption of innovation in healthcare by connecting all stakeholders, products and services through a trusted orchestration layer: tightly integrating medical research, education and treatment, enabling resource-efficient, effective and value-based patient care.