Surgical Navigation & Visualization Software Engineer

Enovis Corp; City of Brisbane; On-site; AUD 120,000 - 150,000; Full time

Job summary

Enovis Corporation is seeking a talented Software Engineer to join the Enabling Technologies group, focusing on Surgical Automation and Visualization. You will design and develop software for orthopedic navigation, machine interfaces, robotics, and AR applications, building real-time, high-performance systems that integrate with surgical hardware to improve outcomes.

You will work in a regulated medical device environment with cross-functional teams across software, hardware, and clinical

Qualifications

• Bachelor’s or Master’s degree in Computer Science or Software Engineering.
• 2+ years of professional software development using C# and Unity.
• Experience with hardware interfaces (cameras, sensors, robotics) and medical environments.

Responsibilities

• Design, develop, and maintain software for orthopedic navigation and visualization.
• Collaborate with hardware, clinical research, product management, and quality teams.
• Integrate optical navigation technologies for real-time tracking and visualization.
• Support AR and immersive visualization tools for planning and execution.
• Interface with cameras, tracking systems, and robotic platforms to enable functionality.
• Participate in verification and validation activities per medical device standards.
• Troubleshoot, debug, and ensure system reliability and performance.
• Document architecture, design specs, and testing procedures, aligning with regulatory standards.
• Follow Agile practices and contribute to software development process improvements.

Skills

C#

Unity

Real-time rendering

3D visualization

SDLC

Agile

Cross-functional collab

Education

Bachelor’s or Master’s in Computer Science or Software Engineering

Tools

Git

Job description

Enovis Corporation is seeking a talented Software Engineer to join the Enabling Technologies group, focusing on Surgical Automation and Visualization. You will design and develop software for orthopedic navigation, machine interfaces, robotics, and AR applications, building real-time, high-performance systems that integrate with surgical hardware to improve outcomes.

You will work in a regulated medical device environment with cross-functional teams across software, hardware, and clinical