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As an Experimental Research Scientist in CSIRO’s Quantum Devices team, you will contribute to world-leading research in high-temperature superconducting (HTS) electronic devices, circuits and sensors. Working closely with scientists and engineers, you will support the detailed planning and delivery of experimental research by measuring, analysing and characterising the electrical and magnetic properties of superconducting devices, often at cryogenic temperatures. The role combines hands-on experimental work with strong analytical capability, applying theoretical physics to interpret results and inform continuous improvement of superconducting electronic circuits and quantum sensors. Through your contribution to experimental design, data analysis, problem solving and clear communication of results, you will play a key role in advancing CSIRO’s scientific objectives and delivering high-impact research outcomes.
Job Responsibility:
Measure electrical and magnetic characteristics of sensors at cryogenic temperatures
Apply theoretical physics to help inform and interpret results obtained from low-noise, cryogenic experiments on superconducting devices
Collate, analyse and interpret measurements using statistical analysis and other data fitting procedures
Contribute to the improvement and development of new measurement techniques (DC and RF) and analyse results
Select the most efficient line of attack for a problem using troubleshooting and problem solving skills and prepare experimental protocols
Present analysed results in a succinct and quantifiable format for peer review and incorporation into reports and/or publications
Requirements:
A higher degree (or an equivalent combination of qualifications and research experience) in a relevant field such as physics or engineering
A sound knowledge of theoretical physics preferably superconductivity and/or condensed matter physics and the ability to creatively apply this to the measurement of superconducting or other quantum-based sensors
Demonstrated experience in undertaking electrical transport measurements and knowledge of the experimental considerations of low-noise electromagnetic and quantum sensing measurements
Familiarity with scientific programming for data analysis and hardware interfacing (specific language is not critical)
Demonstrated capability in planning, troubleshooting, organising data collection, and analysing experimental data including statistical and fitting techniques with a large number of parameters
Ability to obtain and maintain a security clearance which requires Australian Citizenship
Nice to have:
Experience in cryogenic experimental measurement and machine learning to help extract information from large datasets
An interest in developing other quantum-based sensors for applications
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