Senior Software Engineer, Robotic Surgery Tech

Johnson & Johnson MedTech; Gières; Sur place; EUR 78 000 - 112 000; Plein temps

Résumé du poste

Johnson & Johnson MedTech is seeking a Senior Software Engineer to develop, integrate, and test embedded, application, and control software for advanced orthopaedic technology prototypes. You will work closely with software leads and systems engineers to translate prototype requirements into robust software components with limited guidance.

The role emphasizes hands-on coding, debugging, and design across autonomous concepts and experimental platforms, following medical device software standards

Qualifications

• Proven strong C++ software development skills for embedded, application, or control software.
• Experience with Qt framework and software engineering best practices.
• Familiarity with Python or other relevant languages is a plus.

Responsabilités

• Design, develop, implement, and debug software for advanced technology prototypes (embedded, application, controls).
• Translate requirements into robust software architecture and code with limited guidance.
• Integrate software with sensing, tracking, actuation, and user interaction components on experimental platforms.
• Define and execute unit tests, integration tests, and automated test scripts.
• Collaborate with hardware and controls engineers to support prototype integration and feasibility studies.
• Lead code reviews and establish coding standards and version control best practices.

Connaissances

C++

Qt

Python

Git

Formation

Bachelor's or Master’s in Software Engineering, CS, Electrical Engineering, or related field

Outils

Git

Description du poste

Johnson & Johnson MedTech is seeking a Senior Software Engineer to develop, integrate, and test embedded, application, and control software for advanced orthopaedic technology prototypes. You will work closely with software leads and systems engineers to translate prototype requirements into robust software components with limited guidance.

The role emphasizes hands-on coding, debugging, and design across autonomous concepts and experimental platforms, following medical device software standards