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for modelling, control, and optimisation of next-generation energy conversion systems. You will also have opportunities to contribute to our open-source computational tools, teach master-level courses, and advise
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drives, power electronics, electrolysers). Your role As a postdoctoral researcher, you will advance AI-based technologies for modelling, control, and optimisation of next-generation energy conversion
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expert on the use of optimal transport theory in inverse problems, Prof. Elvander is working towards making the framework a powerful tool for applications in signal processing and control. Your role and
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through a set of gates, the charge carrier density in a thin, doped Si region can be controlled, enabling the fabrication of gate-tunable silicide/Si/silicide junctions. Moreover, various techniques from
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, the charge carrier density in a thin, doped Si region can be controlled, enabling the fabrication of gate-tunable silicide/Si/silicide junctions. Moreover, various techniques from CMOS technology can be
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in signal processing and control. Your role and goals As a researcher in this project, you will work on mathematical models for describing the radio environment and to design algorithms for estimating
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expert on the use of optimal transport theory in inverse problems, Prof. Elvander is working towards making the framework a powerful tool for applications in signal processing and control. Your role and
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and polymeric materials, novel catalytic process, process control, and process systems engineering. Your experience and ambitions We are looking for highly motivated candidates with: Excellent PhD
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digitalization of these. Our core competences include unit operations and processes in chemical engineering, hydro- and pyro-metallurgy, catalyst and polymeric materials, novel catalytic process, process control
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development tools such as version control. Please see https://scicomp.aalto.fi/rse/become-a-rse/ for more information on what kind of skills we value - or more precisely what you are likely to learn. Good