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for a passionate MSc graduate to join a transformative PhD project in accelerated materials discovery for energy applications, within the strategic initiative DIREXTE. The research will focus on complex
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, and optimize TRANE Building Automation Systems (BAS) to ensure system performance, energy efficiency, reliability, and occupant comfort. Perform advanced troubleshooting, maintenance, retro
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and validation of design, simulation, and experimental testing methodologies for aerostructures in the fields of energy and mobility, such as airfoils and turbine blades. The activities will include
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operations, and energy efficiency initiatives. The majority of engineering work will focus on heating, ventilation, and air conditioning (HVAC) systems and identify energy waste, optimize building automation
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systems. Key responsibilities Develop modeling tools to assess the environmental and socio-economic sustainability of industrial supply chains and processing technologies. Implement optimization models and
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This position is ideal for a recent MSc graduate or early-stage researcher who wants to build strong experimental skills in biotechnology and cell culture. You will work as part of a research team focused on cell
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optimization of energy performance for facilities and cooling systems that support NERSC HPC operations. The position will collaborate with the LBNL Energy Manager (Sustainable Berkeley Lab Office) to help meet
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ongoing projects (please visit us on our website https://www.energy.kth.se/energy-systems ) and result in publications in international scientific journals. In addition, the postdoctoral researcher is
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lysates Screening and optimization of complex media components for mammalian cell lines Development of serum alternatives Lead and coordinate research activities across multiple work streams Collaborate
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. The thematic orientation of its research concerns aerodynamics, solid mechanics and energy conversion in flows including plasma and lasers. Participation in the design and optimization of integrated energy