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Field
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, applicants with a strong track record of publications in high-quality international journals are especially encouraged to apply. The candidate will contribute to one of the following projects: 1. Using mass
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drug design, protein structure modeling and simulations, target-based and phenotype-based compound screening, single cell data analysis and modeling, medical imaging processing, Natural
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tracking and fixed-tilt solar arrays that are both ground-mounted and elevated, creating an incredible space for quantifying the impacts and potential for crop production under a suite of design types
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heuristic optimisation to explore and improve materials candidates-especially 2D/vdW structures-for target electronic/spintronic properties. The postdoctoral researcher will lead the optimisation component
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genomics and single-cell spatial transcriptomics, participate in T cell-targeted therapy development, hone their computational, leadership, communication, and funding acquisition skills, and join the vibrant
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scientific track record demonstrating well-organized design and execution of studies. Experience with various deep etching techniques (e.g., wet etching, RIE). Experience with soft lithography. Experience with
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to assess the potential of the new iteration(s) of the microphysiological platform for targeted biomedical purposes. Present results at laboratory meetings and conferences. Keep track of the current
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navigation paradigms, targeted gene perturbation, or single-cell transcriptomic assays. They will participate in project conception, data acquisition, analyses, and dissemination of the work. They will have
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on therapeutically targeting enzyme vulnerabilities. Postdocs will be able to grow and develop their own projects under Dr. Mulvaney’s guidance. The Mulvaney Laboratory within the FBRI and CNRIC is
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hire. Preferred Qualifications Strong scientific track record demonstrating well-organized design and execution of studies. Experience with cell biology, physiology, and/or tissue engineering. Experience