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. The project is dedicated to zero emission electric vehicles and especially the development of circular materials for the automotive industry. The successful candidate will focus on the circular design
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researcher in the area of planning and design of Positive Energy Neighbourhoods and Districts. The work is connected to several ongoing EU-funded projects, i.e. ‘Climate Positive Circular Communities – ARV
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Technologies and Educational Design (NTED-DIGIT) and connected to the group’s research activities (seminars, workshops, conferences, etc.). NTED-DIGIT’s main objectives are to: develop new knowledge about
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castings are more easily recycled without compromising their initial properties, which makes them a promising candidate for sustainable design and production. The favourable properties of aluminium castings
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with renewable energy. This research, initiated by the Horizon Europe project BlueBARGE , aims to create a sustainable and smart future for ports by designing and optimizing alternative power systems
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strategies for increased sustainability include material-efficiency measures such as material-efficient building design, material circularity, design for circularity, or using materials that store biogenic
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without compromising their initial properties, which makes them a promising candidate for sustainable design and production. The favourable properties of aluminium castings have made them popular in a wide
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castings are more easily recycled without compromising their initial properties, which makes them a promising candidate for sustainable design and production. The favourable properties of aluminium castings
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data sets and analyze them using advanced bioinformatics methods. The work tasks for position 1 include to: Design and conduct in-vitro experiments using recombinant enzymes in order to investigate
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analytical instrumentation, generate extensive experimental data sets and analyze them using advanced bioinformatics methods. The work tasks for position 1 include to: Design and conduct in-vitro experiments