Adelaide, SA | Full Time | Permanent
Help build Australia's next generation of quantum technology.
At QuantX Labs, we're developing world-leading quantum sensing and precision timing technologies that are shaping the future of defence, space and critical infrastructure.
Behind every breakthrough is a team making sure the right parts are in the right place at the right time. That's where you come in. We're looking for an organised, proactive Stores & Materials Coordinator to support our engineers and production teams by managing purchasing, inventory and material flow. You'll play a vital role in keeping our projects moving, ensuring components are available when they're needed and helping turn cutting-edge ideas into real-world products.
This is an opportunity to work in a collaborative, high-performing environment where your contribution is visible and genuinely matters.
What you'll be doing
You'll be responsible for keeping materials moving across the business by:
What we're looking for
You'll thrive in this role if you have:
Experience with quality management systems such as ISO9001 or qualifications in warehousing, logistics or business administration are advantageous but not essential.
Why join QuantX Labs?
If you're someone who enjoys bringing order to complexity, takes pride in accuracy and wants to be part of something genuinely innovative, we'd love to hear from you.
Apply now and help us build the future of quantum technology.

QuantX Labs is the premier, sovereign provider of high precision timing and sensor products used in defence, space and critical infrastructure. Our specialised team have more than 70 years combined experience in the innovation and development of precision measurement devices.
Our current focus is on three programs:
• Precision clocks and oscillators - Our flagship product – Cryoclock - is the world’s most precise clock – and is being developed for deployment into the ADF’s JORN Defence Radar.
• Optical Atomic Clocks – a ground-breaking development of a next generation space atomic clock based on optical technology.
• Quantum magnetometers - developed to sense extremely small changes in magnetic field due to ferrous material.
These leading-edge technologies are just the beginning of the innovative solutions being designed for a range of sovereign and global applications including resilient position, navigation and timing services.