Systems Engineer II (Medical Technology)

Location: Brisbane, Queensland, Australia; primarily office or laboratory-based. Occasional travel to manufacturing sites, clinical validation sites, and surgeon workshops is required.

Company

hirify.global is a medical technology company developing clinically differentiated products, services, and integrated technologies for orthopedics and active lifestyles.

What you will do

• Define, design, and support system-level architecture for surgical navigation and visualization platforms.
• Translate clinical and product requirements into system specifications and technical requirements.
• Integrate software, hardware, optical navigation technologies, cameras, tracking systems, and surgical platforms.
• Support real-time surgical visualization and augmented reality capabilities while ensuring system performance, reliability, and safety.
• Identify and resolve system-level issues across integrated hardware and software environments.
• Document architecture, requirements, interfaces, verification plans, risk analyses, and lifecycle improvements.

Requirements

• Bachelor’s or Master’s degree in Computer Science, Software Engineering, Systems Engineering, Biomedical Engineering, or a related field.
• 2+ years of experience in systems engineering, software engineering, or complex product development.
• Experience integrating software with physical hardware systems and understanding optical navigation and real-time visualization technologies.
• Experience with software development using C# and Unity, 3D visualization, real-time systems, or game engine-based applications.
• Experience with SDLC, Git or other version control systems, and Agile development methodologies.
• Strong analytical, problem-solving, communication, and cross-functional collaboration skills.

Nice to have

• Experience with medical device systems engineering or regulated environments involving FDA or ISO requirements.
• Experience with surgical navigation platforms, orthopedic anatomy, or biomechanics.
• Familiarity with cloud technologies, web services, REST APIs, system risk management, and design control processes.
• Background in augmented reality or immersive visualization systems.

Culture & Benefits

• Collaborative work across software, hardware, clinical, quality, regulatory, and commercial teams.
• Hands-on interaction with surgical instruments, navigation hardware, and integrated testing environments.
• Opportunity to contribute to new product development and sustaining engineering for orthopedic medical platforms.
• Focus on scientific excellence, continuous improvement, system reliability, patient outcomes, and regulatory compliance.