
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.
Within our R&D RT Positioning division, several international software and hardware teams collaborate in an agile environment to develop innovative solutions for the accurate positioning of patients undergoing cancer radiotherapy. As part of a highly skilled, agile team, you will maintain and further develop one of Brainlab’s core products, ExacTrac Dynamic - an advanced in-room patient positioning and monitoring system designed for high-precision radiotherapy treatments. The system combines revolutionary thermal surface camera technology with X-ray tracking to ensure exceptional accuracy. Every day, thousands of patients worldwide are positioned and monitored using ExacTrac Dynamic and its predecessor systems, enabling safe, precise, and effective treatment.
As a (Senior) Software Developer, you will play a key role in the design, development, and maintenance of complex software systems used in medical technology. You will be part of a cross-functional team, contribute to architectural decisions, and help ensure our software meets high standards of quality, performance, and maintainability.
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.