38 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"University-of-Warwick" positions at Edith Cowan University
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Project Outline: Cancer survivors are living longer with improving detection and treatment techniques, so it is becoming increasingly important to develop strategies to improve their health
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and Wellbeing. This pivotal role will lead the strategic development and delivery of health and wellbeing services that support the holistic success of our diverse student population. The Senior Manager
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the Institute. This is an excellent opportunity to join an elite and highly reputable organisation where you will be provided full operational support and professional development alongside our talented team
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cruciferous and allium vegetables in human studies. Desired Skills: Understanding of nutritional biochemistry. Ability to work as a team or independently, and manage time across multiple demands whilst
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strong track record of success in developing and delivering quality undergraduate and postgraduate engineering programs that have strong alignment with industry and promote community and environmental
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electronics and a strong passion for developing space payloads and collaborating on space projects with external partners, including space agencies. This position is part of a team led by Professor Paulo de
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– including to attend NAIDOC events Supportive work/life balance including ability to negotiate flexible working arrangements Substituted Public Holidays Access to ongoing professional development Exciting new
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Origins study to assess 5 year old children. This is a fabulous opportunity to get into research and answer any burning questions you have about speech and language development.. Desired Skills: Speech
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on mitochondria may be the first step in developing the effective therapeutic agent for Alzheimer's disease. The proposed project will directly evaluate the effect of sodium butyrate on mitochondria which has been
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. Several research projects are available and will be offered based on current research priorities, but will focus on developing polygenic risk and methylation profiles of rates of change in preclinical AD