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project, you will help design, simulate, and optimize these next-generation communities — making clean, local, and intelligent energy systems a practical reality. Your key responsibilities include
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) nanosheets for low-pressure hydrogen storage applications. This position involves close collaboration with academic and industrial partners to design innovative nanomaterials and optimize their performance
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for diversification and optimization of energy recovery and conversion systems to ensure a stable and secure energy supply. Among potential energy sources, solar radiation, biomass combustion or gasification
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opportunity to shape a sustainable future—developing innovative strategies, optimizing building performance, and partnering across campus to reduce energy use and costs. You’ll influence major projects
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, the Optimized AI team focuses on computing techniques to scale up a wide range of AI approaches and drive the SW-HW-Technology co-optimization. We analyze and implement AI models and software architectures while
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energy storage system for a standardized silo; (T1.4) Conduct year-long simulations to determine key performance indicators and parameters eligible for optimization. A.3.2 – Advanced design of heat
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Your Job: Contribute to the design, implementation, and documentation of software solutions for the planning and operation of integrated energy systems Contribute to the development and maintenance
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workflows for engineering design and optimization of fusion reactors and facilities needed on the path to a Fusion Pilot Plant (FPP). The Principal Research Scientist (Managing) will also deploy and use those
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project discussions especially related to project implementation details. Familiarity with green building technology, HVAC system study and optimization, sustainable building design, and building energy
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building technology, HVAC system study and optimization, sustainable building design, and building energy modelling, for built environment applications is preferred. Knowledge in test instrumentation, PLC