Exciting new opportunity to join an Australian-based technology company on a global mission to revolutionise the field of chromatography and proteomics.
About Us
Melbourne-born and globally recognised, IonOpticks is the leader in specialised high-performance chromatography columns, trusted by scientists worldwide to transform the way proteomics and medical research are performed. Since 2017, our award-winning products have powered labs across leading universities and research institutes, enabling the most reliable and detailed analysis of data in the field.
Our team is deeply committed to enhancing chromatographic performance. We are currently looking for a like-minded, self-motivated, individual to join our growing team and be part of our success story as we scale the business.
Does this sound like you?
We are seeking a highly motivated Mechanical Engineer to join our engineering team.
This role is a great opportunity for a degree qualified mechanical engineer with 3+ years experience developing mechanical devices and manufacturing jigs, fixtures and production equipment, CAD proficiency and strong communication skills. Experience in QMS, ISO standards, product development, and manufacturing is advantageous.
About the role
Based in Collingwood, Australia, in this role, you will be responsible for delivering high-quality mechanical solutions, designing and testing engineering systems, creating CAD designs, and supporting manufacturing processes. Key tasks include technical documentation, maintenance support, product development, and defect resolution.
Key responsibilities
Key selection criteria
Essential
Highly Desirable
Desirable
Why IonOpticks?
How and where to apply
Let us know you’re keen to join our team by applying and sharing your CV and cover letter (don’t forget to tell us how you meet the key selection criteria in the cover letter!).
#LI-DNI

IonOpticks designs and manufactures the world's best chromatography with state-of-the-art, high-performance packed emitter columns and heating solutions that radically improve results from LC-MS-based research. Our highly reproducible methods provide a unique ability to enhance the sensitivity of mass spectrometry sample analysis, enabling scientists and clinicians to discover more from their samples.
Our team are experts in a broad array of LC-MS platform technologies and are driven by the need to improve chromatographic performance in order to achieve data quality and deep proteome coverage on a whole new scale.