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pipelines in R, Python and HPC or cloud environments. Collaborate with developmental biologists to interpret genomic findings, validate results and address key evolutionary questions. Support and mentor PhD
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supportive, high-performing School of BioSciences environment. What you will deliver: Lead computational analysis and integration of single-cell RNA-seq and spatial transcriptomics datasets on endometrium
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into potential therapeutic and diagnostic targets. You will have the opportunity to build your academic track record within a supportive, high-performing School of BioSciences environment. What you will deliver
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. Thrive in collaborative, multidisciplinary environments, engaging productively with industry, clinical or institute-based partners and stakeholders. For further information please refer to the attached PD
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-level approaches. Publish in high-quality journals, prepare manuscripts and reports, and contribute to competitive grant and ethics applications. Thrive in collaborative, multidisciplinary environments
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biophysical ecology research aligned with the ARC project on climate responses of pests. Develop, refine and apply quantitative models of organisms and environments using advanced computational and mathematical
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within Professor Boskovic's Inorganic Molecular Materials group, collaborating closely with the Moggach laboratory at the University of Western Australia. We foster a collegial, inclusive environment that