Develop and maintain modular C++ services that integrate and expose our state-of-the-art anatomical models and data processing pipelines.
Implement and optimize the backend logic that powers our gRPC and Protocol Buffers interfaces, ensuring reliable data delivery to clinical applications.
Leverage C++20 Coroutines to solve concurrency and low-latency data flow challenges, ensuring anatomical information is available exactly when needed.
Work on the interface between classic data processing and machine learning outputs, ensuring the service remains modular and testable.
Own the full lifecycle,from technical concept to high-coverage testing, while automating workflows for a stable and repeatable release process.
Act as a technical consultant for internal teams and external partners, supporting them in the seamless integration of the Digital Patient Model services into their own applications.

A degree in Computer Science or a related field, with a good knowledge in Modern C++ (20) and asynchronous programming.
A background in (or a strong preference for) distributed backend architectures and API-driven applications where reliability and efficiency are key.
A commitment to building robust, deterministic systems where code is clean, intentional, and maintainable.
Familiarity with Git and experience using Python or PowerShell for automation.
A proactive, collaborative approach to development within a fast-paced environment, valuing iterative improvement and team-wide knowledge sharing.

Software Engineer, Digital Patient Model Services – C++

Key skills