Mechanical Engineer

Sydney, AustraliaOn-site

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Responsibilities

As our successful candidate, you be will ready to: Take a mature approach to your design work with consideration of

requirements such as ISO and FDA and ResMed’s Quality Management System Operate with a high level of autonomy whilst interacting effectively with team members and other areas of the business, including marketing, manufacturing, clinical and regulatory affairs, to ensure the products being developed are appropriate and meet requirements Let’s talk about qualifications and
To get us really excited , you have: A tertiary qualification in Mechanical, Mechatronics, Biomedical Engineering or equivalent Minimum 2 years of related experience Engineering
experience in a product development role, preferably within medical devices or other highly regulated industry You are curious, innovative, analytical, an excellent communicator and a team player You will have some
experience with 3D CAD modelling . We use Creo but
experience in any CAD package is acceptable
Experience with ANSYS FEA or CFD is desirable but not essential E xperience designing injection moulded components is desirable but not essential #LI-APAC Joining us is more than saying “yes” to making the world a healthier place.

Let’s talk about the team: The Devices Mechanical 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.
As part of the mechanical team, you will w ork closely with other engineers (mechanical, electrical, systems, software, manufacturing) and industrial designers to shape and realise products that treat sleep apnea, and other respiratory conditions. Let's talk about
requirements relating to marketing, patients and customers, human factors / usability, therapy performance, environmental factors and design for manufacturing and assembly Take r esponsib ility for the development of components, with a holistic view of how design impacts end users, customers and patients Understand, assess and mitigate risks associated with the product through processes such as DFMEA Build prototypes using a range of techniques including additive manufacturing and hand tools Design and