R&D Software Engineer C++
Pubblicato il 25-08-2026 - Medacta International in Milano
Due to the high growth and commitment to technology, Medacta Applied Solutions, a Software Company of the Medacta International Group based in Milan, is seeking for a C++ Software Developer to join our development team. This team is responsible for creating preoperative planning software for orthopaedic surgeries. Specifically, we are seeking a developer to contribute to our desktop application for surgical planning. The ideal candidate will have experience in developing applications in C++ and specific expertise in QT, VTK, and ITK technologies, with a strong inclination toward 3D graphics. You will join a talented, young and dynamic software development team.
The candidate will be responsible for managing the following activities:
develop, test, and maintain C++ software applications focused on medical device functionality and surgical planning tools;
collaborate with regulatory, marketing, and project management teams to ensure alignment with industry regulations, product requirements, and project goals;
ensure compliance with medical device software standards (e.g., IEC 62304)
and maintain thorough documentation for regulatory audits and submissions;
conduct code reviews and enforce best practices for code quality, documentation, and testing within the team;
contribute to risk analysis and usability assessments, working closely with cross-functional teams to address and mitigate potential issues;
provide technical support during clinical evaluations and product testing, addressing feedback and making iterative improvements;
continuously monitor and integrate relevant updates to software libraries, technologies, and industry standards to enhance software performance and security.
The resource should also have the following skills:
Hard Skills
Bachelor’s or master’s degree in computer science, Software Engineering;
extensive experience with C++ programming, including hands-on experience with the Qt framework and CMake build systems;
strong background in 3D re