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product mixtures, and design of new process concepts in lignin refining. Candidates will collaborate with a large, multi-disciplinary, multi-institutional team. The successful candidate will be able
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collaborate with a large, multi-disciplinary, multi-institutional team for novel material development to identify and overcome major technical hurdles to advance commercialization. The successful candidate will
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, synthesizing samples, optimizing formulations, and characterizing properties. Candidates will collaborate with a large, multi-disciplinary, multi-institutional team for novel material development to identify and
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. The successful candidate will be able to: • assimilate a wide variety of information into assessments • contribute to the planning and execution of research and analysis
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other process modeling tools. https://agilebiofoundry.org/ https://bioesep.org/ The successful candidate will be able to: • assimilate a wide variety of information into assessments • contribute
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researchers Communicate scientific results effectively, both in written and oral formats Author peer-reviewed publications, and Work effectively in a large, multidisciplinary team of engineers and chemists
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grid stability, oscillation detection, and control. This project involves analyzing and interpreting real-time data from over 100 Phasor Measurement Units (PMUs) installed across the system to identify
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: Developing and advancing grid planning through enhancements novel data, models, tools, and systems that are needed for the future grid. Overseeing large grid planning analyses Research, acquisition
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tools such as RouteE and the Future Automotive Systems Technology Simulator (FASTSim) to optimize multiple objectives, including energy consumption, for fleets of vehicles. Perform big data analytics
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large set of simulation scenarios, and extract key features for studies (stability study etc.) Study the IBR-driven stability patterns and help develop corresponding control improvements based on large