228 parallel-processing-bioinformatics positions at University of New South Wales in Australia
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to drive innovative process improvements across a complex administrative environment. Key Responsibilities: • Lead and manage a team to deliver high-quality, student-focused administrative services
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of protocols, procedures, guidelines and administrative systems. Advanced word processing, PowerPoint, spreadsheet, database, desktop publishing, internet and email skills, including proficiency with computer
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techniques to enhance data quality processes Contribute expertise and knowledge and team input to the Library’s strategic planning processes and convene cross-library working groups as required About You
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to the implementing, management and operation of the IT Managed environment for all of UNSW. Be available for On-Call / After Hours support on a rotating basis, typically one week per month as well as weekend and After
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relationships and networks with staff and stakeholders to achieve a collaborative environment that prospers an engaged and co-operative approach to projects. Identify areas of process improvement to support the
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complex project stakeholder relationships. Knowledge of budgeting and resource allocation procedures. High level of experience working with a range of computer systems and applications. Excellent time
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grant management services by accurately and promptly triaging and allocating incoming work to relevant RGC staff through SPOC. Additionally, the Project Officer manages the RGC weekly training process and
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Other Application See Further Information on this page for the application process. UNSW Co-op Program Key High School Leaver Indigenous Australians Rural UAC & EAS Criteria Stage Minimum Value
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: Contribute to the design, manufacture and delivery of a prototype field-deployable quantum sensing device. Support the development of project plans and schedules and participate in planning processes as
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, CO2 reduction and the production of chemical feed stocks such as ammonia and hydrogen peroxide. The research aims to develop highly efficient catalyst materials for photo-electrochemical process and