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at the Melbourne CBD campus, but may be required to work and/or be based at other campuses of the University Shape the future of intelligent control systems We are seeking a talented and motivated Research Fellow to
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developing the next generation of smart wind turbine blades. You will play a key role and have skillset in one or more areas of electrical engineering, including power electronics, inverter control, rotating
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Digital engineering for aerospace systems Space vehicles and systems Crewed and uncrewed aircraft operations Air-traffic management and control (crewed and uncrewed systems) The successful candidate will be
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: Propulsion Aerodynamics Aerospace materials and structures Avionics Digital engineering for aerospace systems Space vehicles and systems Crewed and uncrewed aircraft operations Air-traffic control and
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Engineering Teach robotics, automation, and control Research robotics and intelligent systems Engage manufacturing and automation sectors Strengthen lab-based and design teaching To be successful
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frameworks including ISO/IEC 27001, NIST, Essential Eight, OWASP, CIS Controls Practical engagement in platforms such as Root Me (CTF environments) Preferred Industry Certifications ISO/IEC 27001 Lead
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to the design, analysis, optimisation, control, and full-scale testing of advanced wind turbine systems. Depending on your expertise, you will play a key role in either blade design, structural dynamics
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in quantum control and quantum optics, including the ability to model and analyse light-matter interactions, dynamical evolution. Theoretical background in quantum channel discrimination and quantum
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, control, and full-scale testing of advanced wind turbine systems. Depending on your expertise, you will play a key role in either blade design, structural dynamics, electrical systems, or intelligent
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of research output including publications, conference contributions and/or technical reports in the field. Theoretical background in quantum control and quantum optics, including the ability to model