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. Working in an interdisciplinary, multi-institutional team, the successful candidate for this scholarship will help to clarify and advance the new interrogation of the political invited and enabled by
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of damaged lands that reconnects communities to healthy soils and landscapes to create ongoing financial independence through the carbon economy, honey production, seed supply, cultural species development and
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to apply: Seismic wave propagation theory; seismic data acquisition and processing; signal processing, seismic imaging, geophysical inversion, scientific programming, reservoir modelling. Previous research
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(katie.ellis@curtin.edu.au ) in advance of the closing date (15 May 2025) with the following information/ documents: Curriculum Vitae Academic transcripts A brief covering letter (no more than 2 sides A4
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between the successful candidate and the supervisor team. The candidate will gain advanced expertise in qualitative research methods, such as in-depth interviews, policy analysis, and/or ethnographic
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that proposes a new cementation technology that has the potential to massively reduce CO2 emission from construction. By emulating nature’s way of building edifices such as corals, stromatolites, and
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courses Any HDR student willing to use mathematical modelling and simulation in engineering and physical problems. Eligibility criteria Strong mathematical background Strong analytic abilities Experience in
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(the first class honours or upper second class honours) in Civil Engineering, Structural Engineering or a related fields. The language requirement (IELTS: Overall 6.5, Speaking, Writing, Reading and Listening
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Research and Innovation Fund Act 2012: Improving the financial sustainability of Western Australia’s health system Improving the health and wellbeing of Western Australians Advancing Western Australia