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district thermal energy modeling and whole building research relevant to the commercial buildings sector. Work will consist primarily of using EnergyPlus, OpenStudio, and URBANopt to develop and analyze
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within the last three years. * Must meet educational requirements prior to employment start date. Additional Required Qualifications PhD. in Molecular Biology, Microbiology, Biological Engineering
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to research, develop, and evaluate heat and mass transfer components and systems, including conventional and non-conventional HVAC, thermal storage, dehumidification, and other building energy systems
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Description NREL is seeking a postdoc to design, train, and analyze the AI/ML and control algorithms for hybrid energy systems including industrial systems, building controls, and advanced energy systems
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. The successful candidate will join team members on cutting-edge laboratory and analytical projects to research, develop, and evaluate heat and mass transfer components and systems. This includes next-generation
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is for one year, with possible renewal up to three years. The successful candidate will: Creatively develop and perform ab intio simulations using software packages (e.g., VASP, Gaussian) to elucidate
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of renewable energy and energy efficiency technologies. The NREL mission is to develop renewable energy and energy efficient technologies and practices, advance related science and engineering, and transfer
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Vision . Job Description The successful candidate will work on a project to develop recyclable-by-design thermosets, either composites or elastomers. In particular, a successful candidate will be able
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objectives: NREL's Mission and Vision . Job Description The successful candidate will work on a project to develop performance-advantaged bioproducts that exhibit advantaged performance attributes in
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Detection: Develop and implement algorithms for identifying oscillations in the grid and extracting important oscillation modes (frequency, damping, etc.). System Strength Analysis: Use system metrics like