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- Delft University of Technology (TU Delft); 26 Sep ’25 published
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reduced iron in future electric arc furnace operations. Job description Sustainability remains a hot topic in the steel industry due to growing public awareness of climate change and increasingly stringent
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composite materials and structures with an interest in advanced experimental approaches for thermomechanical manufacturing processes while having and affinity to supporting numerical methods. In particular
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aims to develop a design framework for robots as commodities. Together with academic researchers, design agencies, and industry partners, you will work on translating state-of-the-art Human–Robot
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aims to develop a design framework for robots as commodities. Together with academic researchers, design agencies, and industry partners, you will work on translating state-of-the-art Human–Robot
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a diversity of interaction needs. We will co-design with research institutes, creative industry, elementary schools, experts-by-experience, therapists, and societal organisations. We are looking
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the physical and chemical characteristics that determine the functional properties of the materials; You will collaborate with universities and industry and report and present your work-progress on a regular
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challenges and needs faced by industry. Potential applications for these sensors range from inertial navigation, biomedicine to defense applications. In addition to conducting research, the postdoc will
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recent years, hydrogen is promoted as a versatile energy carrier expected to complement electrification efforts in enabling a profound transformation of energy systems and industry sectors, aimed
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at the same department, and shares facilities with the sister Department of Chemical Engineering and Chemistry. The group has close contacts with the building material industry and frequently cooperating with
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on mechanochemistry; overcoming the challenge of performing reactions inside a shaking ball mill at elevated temperatures and under gas atmosphere; understanding the fundamental mechanism of mechanochemical polymer