Software Engineer II

About the role

As a member of Enovis' Enabling Technologies team, you will focus on Surgical Automation and Visualization, designing and developing advanced software solutions for orthopedic surgical navigation, machine interfaces, and augmented reality applications. You will build real‑time, high‑performance applications that integrate with optical navigation systems and surgical hardware to improve surgeon workflows and patient outcomes.

Key responsibilities

• Design, develop, and maintain software applications using C# and Unity for orthopedic surgical navigation and visualization systems.
• Collaborate with hardware engineering, clinical research, product management, and quality teams to define and deliver software requirements.
• Integrate and optimise optical navigation technologies for real‑time surgical tracking and visualization.
• Support development of augmented reality and immersive visualization tools to enhance surgical planning and execution.
• Interface with hardware components such as cameras, tracking systems, and other platforms to enable system functionality.
• Participate in verification and validation activities with V&V teams to ensure compliance with medical device standards and regulatory requirements.
• Troubleshoot, debug, and resolve software issues to ensure system reliability and performance.
• Document software architecture, design specifications, and testing procedures in alignment with development and regulatory standards.

Required profile

• Experience developing software for regulated medical device environments.
• Ability to work collaboratively with cross‑functional teams including hardware, clinical, product, and quality.
• Strong problem‑solving skills and attention to detail for verification and validation activities.

Required skills

• C# programming
• Unity engine
• Real‑time, high‑performance application development
• Integration of optical navigation and tracking systems
• Augmented reality and immersive visualization development
• Hardware interfacing (cameras, tracking devices)
• Verification and validation (V&V) processes
• Debugging and troubleshooting of complex software systems