Systems Engineer II – Medical Navigation & Visualization

Enovis Corp; Austin (TX); On-site; USD 100,000 - 140,000; Full time

Job summary

Enovis Corp in Austin, TX is seeking a Software Engineer II to join the Enabling Technologies team to design, integrate, and optimize surgical navigation and visualization systems. This role emphasizes system-level architecture and reliability across software and hardware components.

You will collaborate with software, hardware, clinical research, and product management to translate requirements into technical specs, support real-time visualization, and ensure compliance with medical device

Qualifications

• Bachelor’s or Master’s degree in CS/SE/biomedical engineering.
• 3+ years in systems or software engineering.
• Experience with C# and Unity.
• Experience integrating software with hardware (cameras/robotics).
• Knowledge of SDLC, Git, and Agile.
• Desirable: medical device experience, AR/VR, cloud, REST APIs.

Responsibilities

• Define, design, and support system-level architecture for surgical navigation and visualization.
• Translate clinical and product requirements into detailed system specifications and technical requirements.
• Collaborate with software, hardware, clinical, quality, and regulatory teams to ensure integration across the surgical ecosystem.
• Support risk management activities and verification/validation aligned with medical device standards.

Skills

C# & Unity

Systems engineering

Software-hardware integration

Git & SDLC

Analytical problem-solving

Education

Bachelor's or Master's in CS/SE/Biomedical Eng

Tools

Cameras

Robotics integration

REST APIs

Job description

Enovis Corp in Austin, TX is seeking a Software Engineer II to join the Enabling Technologies team to design, integrate, and optimize surgical navigation and visualization systems. This role emphasizes system-level architecture and reliability across software and hardware components.

You will collaborate with software, hardware, clinical research, and product management to translate requirements into technical specs, support real-time visualization, and ensure compliance with medical device