11 parallel-processing positions at UNIVERSITY OF SYDNEY in computer-science in Australia
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chemical process design to advance sustainable technologies Base Salary $113,634 - $125,896 + 17% superannuation About the opportunity The School of Chemical and Biomolecular Engineering at the University
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to staff position within a Research Infrastructure? No Offer Description Full time, fixed term for 1.5 years Apply your expertise in electrochemical device development and chemical process design to
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Infrastructure? No Offer Description Full time, fixed term for 2 years with the possibility of extension Join the School of Electrical and Computer Engineering and contribute to pioneering research redefining
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, including the Self-Assessment process, Collaboration Fund, national events and stakeholder engagement initiatives represent the Technician Commitment nationally and internationally, using evidence, advocacy
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, industry, funders and professional bodies to grow national participation and impact oversee the delivery of key program activities, including the Self-Assessment process, Collaboration Fund, national events
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consultative processes of a large institution. The successful applicant must have a wide network of established relationships with key academic, industry and professional institutions, partners and stakeholders
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if you have been investigated for, or found to engaged in, sexual harm or gender-based violence in the course of previous employment or in a legal process. Similarly, your ongoing employment is conditional
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violence in the course of previous employment or in a legal process. Similarly, your ongoing employment is conditional upon the satisfactory maintenance of all relevant clearances and background check
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. The successful applicant will work primarily on two projects: Second Opinion Program: Evaluating a model designed to reduce unnecessary lumbar spine surgery and improve return-to-work outcomes for injured workers
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learning environment coordinate and manage units of study, including assessment design, moderation, marking, and feedback processes support students in developing analytical, quantitative, critical thinking