Mechanical Engineer

Sydney, AustraliaOn-site

Responsibilities

Build and evaluate prototypes using a range of techniques, including additive manufacturing and hands-on fabrication methods.
Design and conduct testing, including verification and validation activities, to demonstrate that designs meet
Solve design problems using scientific analysis from first principles, simulation tools and empirical methods.
Create and maintain accurate documentation of designs and testing.
As our successful candidate, you will be ready to: Take responsibility for developing components, considering how design decisions impact product performance, manufacturability, and the end-user experience.

experience: You will have: 2+ years of Industry experince A curious, innovative and analytical mind Excellent communication skills and be a team player A tertiary qualification in Mechanical, Mechatronics, Biomedical Engineering or equivalent
Experience with 3D CAD modelling – we use Creo, but
experience in any CAD package is acceptable. Good to have skills : Engineering
experience in a product development role, preferably within medical devices or another highly regulated industry Particular interest or
experience in fluid dynamics, acoustics, pneumatic systems, pumps/blowers or electro-mechanical systems
Experience with ANSYS CFD
Experience designing injection-moulded components Joining us is more than saying “yes” to making the world a healthier place.

Let’s talk about the team: The Devices Mechanical Engineering team develops innovative products from concept to production to improve health outcomes for millions of people around the world.
Mechanical engineers work within a project team to research, design, develop and verify products that can be manufactured in high volume.
This role is in the Pressure Systems Mechanical sub-team, which designs components and subsystems that deliver pressurised air to treat sleep apnoea and other respiratory conditions. Let's talk about
requirements relating to patients and customers, usability and accessibility, therapy performance, environmental factors, cost, quality, and design for manufacture and assembly.
Work effectively within multidisciplinary project teams, collaborating with industrial designers and engineers from mechanical, electronics, systems, software, and manufacturing disciplines.
requirements under expected use and operating conditions.
Communicate progress, technical challenges, and risks proactively with project team members and stakeholders.
Participate in risk management activities, including identifying, assessing, and mitigating design risks through processes such as DFMEA.
Work within Resmed’s Quality Management System and applicable regulatory requirements.
Actively develop your technical skills, apply Resmed engineering best practices, and share new learning that enhances team capability and improves ways of working.