Jobs at ResMed

Develop, test, maintain, and verify embedded software for medical devices used in diagnosis, monitoring, and treatment. Collaborate with software, hardware, systems, quality, product, and clinical teams; contribute to architecture and design reviews; troubleshoot defects; document technical decisions; and improve engineering processes, tools, CI/CD, and automated testing practices.

Defines target-state enterprise architectures, strategic roadmaps, reference architectures, standards, and technology guardrails. Leads major transformation initiatives, architecture governance, risk and dependency management, and executive stakeholder alignment. Provides guidance across business, information, application, integration, and technology architecture domains while mentoring architects and advancing enterprise architecture practice maturity.

Support development of next-generation sleep therapy devices from concept through verification and submission. Translate user, clinical, business, and regulatory needs into system requirements, risk assessments, and technical solutions. Maintain requirements traceability, collaborate across software, electronics, mechanical, clinical, and verification teams, resolve technical issues, and support validation and risk management activities.

Develops and maintains controlled medical device labeling, including user guides and labels, across the product lifecycle. Interprets regulatory, product, usability, and manufacturing inputs; performs change-impact assessments; supports verification, validation, governance, localization, and audit readiness. The role also improves labeling systems and workflows, troubleshoots ELS/CCMS issues, evaluates automation and AI approaches, manages risks and dependencies, and coaches colleagues.

Lead complex global medical device labelling challenges, providing technical leadership across regulatory interpretation, system architecture, governance, structured content, localisation, and process improvement. The role drives controlled documentation, traceability, change control, audit readiness, and risk-based decision-making while partnering with cross-functional and senior stakeholders. It also mentors team members and supports AI, automation, and labelling technology initiatives in regulated environments.

Leads research, prototyping, and maturation of automation and mechatronics technologies for future manufacturing. Designs integrated systems involving robotics, controls, sensing, machine vision, and software; conducts experiments and proof-of-concept development; evaluates feasibility, scalability, safety, reliability, and cost; and transfers production-ready technologies to NPI teams. Provides technical leadership, mentors engineers, and develops reusable automation platforms, standards, and engineering knowledge.

Develop, test, maintain, and verify embedded software for medical devices used in diagnosis, monitoring, and treatment. Collaborate with software, hardware, systems, quality, product, and clinical teams on architecture, requirements, troubleshooting, documentation, and defect resolution. Contribute to Agile delivery, automated testing, CI/CD, process improvement, and technical workstream leadership while ensuring reliable, high-quality software.

The Engineering Manager will lead a software development team, ensure project delivery, define best practices, and collaborate for software design. They should be hands-on with coding and experienced in software development and cloud-native systems.

The Software Engineer will design and implement cloud-native applications, build APIs, work with databases, and collaborate with teams for innovative development.

As an Associate Software Engineer, you will build cloud-native applications, collaborate with engineers, participate in design and documentation, and enhance existing products.

The Senior Software Engineer will enhance the developer experience, drive product development, and lead cloud-native architecture initiatives, collaborating across teams to deliver high-quality software.

The Platform Engineer will focus on building scalable platforms, driving cloud-native architecture, enhancing developer tools, and ensuring reliability of services through collaboration and effective communication.

Lead end-to-end user research for ResMed’s hardware and connected experiences, including discovery, concept evaluation, in-person studies, and mixed-method research. Translate user insights into recommendations that guide product, design, engineering, and business decisions. Build empathy across the organization through compelling storytelling, collaborate with multidisciplinary teams, and help expand research capabilities across the product portfolio.

Design user flows, prototypes, and polished interfaces for healthcare provider and operational workflows. Translate research and product requirements into accessible, scalable digital experiences while collaborating with Product, Engineering, Research, Content, and CX teams. Contribute to design systems, apply usability and inclusive design principles, and responsibly use AI tools for ideation and prototyping.