Organisation: Department of Engineering

  • News

    Smarter locations for companies: inside Luxembourg’s Mobility Data Factory

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  • News

    Women Rising Day 2025: Be confident and proactive

    On 28 October 2025, ArcelorMittal, in collaboration with the University of Luxembourg, hosted the Women Rising Day as part of the “Women Rising” initiative of the Council on Vertical Urbanism (CVU). The event aims to encourage women in the construction and engineering sectors and to foster a culture where diversity drives innovation and excellence.

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  • News

    Prof. Nasser Khalili shares his innovative research on viscoplastic model

    The Computational Soil Mechanics and Foundation Engineering research group (COMPSOIL) at the University of Luxembourg recently hosted Scientia Professor Nasser Khalili, Head of School of Civil & Environmental Engineering at the University of New South Wales (UNSW).

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  • News

    University of Luxembourg to lead major EU project on urban mobility: NEXTLOGIC

    NEXTLOGIC project advancing smart mobility and urban logistics solutions.

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  • Research Projects Pages

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  • Research Projects Pages

    Mobility Data Factory (MDF)

    Mobility Data Factory (MDF) develops data-driven solutions to real-world mobility challenges.

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  • Core Research Projects

    Mobility Data Factory (MDF)

    Mobility Data Factory (MDF) develops data-driven solutions to real-world mobility challenges. Whether you are a young entrepreneur choosing the perfect spot for their new café, a large company with choosing next optimal office for your group, a real-estate management company planning their next investment, MDF turns complex urban questions into actionable insights.

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  • News

    Artificial intelligence for smarter mobility and greener cities: Professor Viti’s vision

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  • Core Research Projects

    Flow Instabilities of Natural and Forced Convection Systems (FIBONACCI)

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  • Core Research Projects

    Resolving obstacles in high pressure fuel injector development process digitalization: real-world physics modeling of pressure wave, cavitation, and thermal hydraulics (DIRECT2)

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