Our R&D team develops the next generation of Brainlab image-guided surgery and Digital O.R. platforms. These innovative medical devices form the physical foundation for Brainlab current and future software solutions and must meet the highest standards of safety, performance, and regulatory compliance.
As a Senior Project Engineer, you take technical ownership of development projects within our surgical navigation portfolio. Your drive the development from concept through verification to a certified medical product, working in close collaboration with hardware, software, quality, and external partners. The role combines hands-on engineering, technical leadership, and project coordination in a regulated medical device environment.
Depending on experience level, the scope of responsibility may be adjusted. Junior or mid-level engineers with strong technical fundamentals and high development potential may also be considered and will be supported accordingly.
Key responsibilities:
You will work at the intersection of our platform development team, multiple software teams, regulatory functions, international suppliers and development partners. Clear communication, technical judgment, and structured decision-making are essential to succeed in this role.
What sets you apart:
We are also glad to interview engaged graduates who want to develop themselves in a successful and international company.
Ready to apply? We look forward to receiving your online application including your first available start date and desired salary.
Contact person: Elisabeth Karro
Job details are sourced from the employer's original posting.
Open job postingAbout the company
Mint Medical is a global MedTech company in the field of data-driven radiology and one of the crucial pioneers of personalized medicine. Radiology is at the center of interdisciplinary communication and presents patient cases in multimedia reports. Our mission is to specifically support radiologists in their reporting and communication and to make the data available in radiological images usable for this purpose. In this way, especially in the case of complex diseases such as cancer, informed therapeutic decisions can be made and new therapies developed to cure patients or improve their quality of life. Therefore, university clinics, hospitals, and radiological practices as well as leading contract research organizations (CRO), pharmaceutical and biotechnological companies worldwide work with our software solutions.