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to assist in the overall functioning of an immunology research laboratory and provide support in research projects related to developing regulatory T cell therapies for application in autoimmunity
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for optimizing complex energy systems. Research at IITD-AD directly confronts the core challenges of this transition, with focused investigations aimed at enhancing efficiency, minimizing environmental impact
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medicinal chemistry and lead optimization. Lead the development of assays for small molecule discovery Miniaturize and adapt cell-based and biochemical assays to automated screening systems Propose and
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Harvard University Faculty of Arts and Sciences | Cambridge, Massachusetts | United States | 3 months ago
optimization. Lead the development of assays for small molecule discovery Miniaturize and adapt cell-based and biochemical assays to automated screening systems Propose and develop innovative approaches to small
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, productivity, energy efficiency, and resilience in building construction. Potential research interests include, but are not limited to: 1. Develop optimization processes for industrialized mass customization
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of architecture and construction. The successful candidate will contribute to an interdisciplinary collaboration focused on building designs that will improve building affordability, productivity, energy-efficiency
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energy conversion reactions. This position is for a computational materials scientist/engineer to perform theoretical investigations and computational design of carbon-based materials for seawater
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, energy-efficiency, and resilience in building construction. Potential research interests include, but are not limited to: 1. Develop cost-effective approaches to standardize construction requirements from
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strategies to optimize resource allocation. • Lead the ordering process for general laboratory supplies and equipment, emphasizing efficiency and cost-effectiveness. Implement inventory management systems and