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improving yields and sustainability. The successful candidate will focus on the regulatory mechanism of photosynthesis by characterizing the novel protein interactors identified in our comprehensive
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of immune dysfunction in order to better inform diagnosis and treatment. A one-year post, with a possible extension to two years depending on availability of funds and sustained excellence in meeting the
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About the Opportunity The Postdoc will be working on multidisciplinary research projects in the Bendable Electronics and Sustainable Technologies (BEST) Group led by Prof. Ravinder Dahiya. BEST
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-style training in sustainability science. Support project management by tracking milestones and deadlines, preparing project updates, meeting quarterly with sponsors, and coordinating with the PI
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of funds and sustained excellence in meeting the duties and expectations is offered. Key Responsibilities 1. Perform research. Develop probabilistic models informed by data to guide and challenge hypotheses
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-style training in sustainability science. Support project management by tracking milestones and deadlines, preparing project updates, meeting quarterly with sponsors, and coordinating with the PI
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of Bioengineering and affiliated with the Institute for the Plant-Human Interface (IPHI). Our mission is to translate fundamental discoveries in extremophile biology into sustainable solutions for agriculture and
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their resistance to environmental stresses while improving yields and sustainability. The successful candidate will focus on the dynamic organization of chloroplast pathways in response to environmental stimuli (e.g
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-Human Interface (IPHI). Our mission is to translate fundamental discoveries in extremophile biology into sustainable solutions for agriculture and marine ecosystems. Position Type Research Additional
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undergraduate and graduate students in research design, data analysis, paper writing, and professional development; provide apprenticeship-style training in sustainability science. Support project management by