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information. The opportunity The SKA-Low project is part of the SKA Observatory’s global mission to build the world’s largest and most advanced radio telescope. In Australia, SKA-Low is being developed
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. In Australia, the SKA-Low telescope is being developed in partnership with CSIRO and will enable transformational science for decades to come, helping answer some of the biggest questions about our
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through a blend of technical, operational, and analytical support. With a strong hands‑on focus, you will support the development and deployment of geophysical monitoring technologies and data acquisition
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a Senior Systems Engineer in NEAC, you will play a central role in the development and application of Model-Based Systems Engineering (MBSE) to support Australia’s energy transition. Linking your
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within a program focused on delivering evidence-based research to support the evolution of electricity systems, renewable integration, and energy infrastructure at a national scale. In this role, you will
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opportunity The SKA-Low project is part of the SKA Observatory’s global effort to build the world’s largest radio telescope. In Australia, SKA-Low is being developed on Wajarri Yamaji Country in remote Western
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the field. An interest in pursuing a research career in science or technology, or a career in a related discipline. Be available to undertake a learning and development placement for 8 to 12 weeks over
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telescope system designed to transform our understanding of the Universe. As part of this effort, the Australian SKA Regional Centre (AusSRC) is developing advanced data capabilities that will help
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. We can discuss flexible work arrangements with you during the recruitment process. CSIRO also offers a range of leave entitlements, benefits and career development opportunities. To find out more