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Ph.D. student you will use advanced bio- and hydro-metallurgical techniques for the development of new extraction routes for an efficient and low-carbon recovery, mainly focused on critical and strategic
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to identifying and evaluating different pathways toward sustainable energy systems. About us At the Division of Energy Technology , we develop and analyse sustainable energy systems and conversion technologies
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- and hydro-metallurgical techniques for the development of new extraction routes for an efficient and low-carbon recovery, mainly focused on critical and strategic metals from mining waste materials
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), and the European Innovation Council (EIC). Project description Superconducting quantum circuits is a pioneering field of research to develop cutting-edge quantum technology, especially quantum
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that develops new knowledge and innovative solutions for sustainable working life in an ageing population. The work is conducted in close cooperation with the Professor Ageing and Later Life and other researchers
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community and ecosystem ecology to work on the long term globally distributed WaRM experiment (for details see here: https://onlinelibrary.wiley.com/doi/10.1002/ece3.9396). The employment is fulltime
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applications for permanent positions as Teaching Fellow, contributing to the development of education within matematics and mathematical statistics. Chalmers aims to become a globally leading university of
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tumors. The focus of the present project is experimental validation and evaluation of therapeutic targets. More information about the group's research is available at https://pietraslab.com/ and https
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application: Experience in system identification and machine learning is a merit. What you will do Perform research, developing your own scientific concepts and communicating the results of your research
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a merit. What you will do Perform research, developing your own scientific concepts and communicating the results verbally and in writing Take courses at an advanced level within the Graduate school