Darum lohnt es sich
Join our team and contribute to the further development of RadCalc, a leading patient-centric quality assurance software solution for radiation therapy.
The position: Development and implementation of 3D registration algorithms (e.g., ICP, feature matching, global registration) for point clouds and multisensor data Develop deformable imaging technology to support various 3D image types (CT, Cone Beam, MR, etc.) Development and coordination of appropriate SW architectural proposals Experience with Monte-Carlo simulation algorithms for dose calculation is desirable Implementation of high-performance algorithms in modern C++ Integration of the developed components into a scalable backend software architecture Provision of interfaces (APIs, services) for using the algorithms in the front end Analysis and improvement of the algorithms' runtime, robustness, and accuracy Profile: Master's degree or PHD in computer science, robotics, mathematics, electrical engineering, or a related field Experience with modern C++ (C++17 or newer) Experience with GPU programming (preferably with CUDA) Proficiency with OpenCV or similar libraries Excellent written and spoken English & optional German skills Analytical thinking and quick comprehension Strong sense of quality and responsibility Independent, structured, and results-oriented work style Strong communication skills and excellent ability to work in a team Confident and professional demeanor Collaborative and team-oriented work environment built on trust, mutual respect, and commitment Competitive compensation package and attractive benefits Structured onboarding program with a personalized induction plan to ensure a smooth and successful start The best of a mid-sized company: flat hierarchies, fast decision-making, company events, individual flexibility, and a supportive, family-like culture within an international environment We look forward to receive your Application! #J-18808-Ljbffr In this role, you will develop advanced 3D imaging, registration, and dose calculation technologies that support independent treatment plan verification and help improve confidence in patient safety and treatment accuracy.
