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Chapitres

    • Simplifying slope stability: What should be taught at the undergraduate level? - C. MacRobert
    • GEOMME project: an experience-based approach to teaching sustainable ... - V. Capobianco
    • Geotechnical engineering knowledge base needed for the improvement ... - B. Kovacevic Zelic
    • Linking theory to practice: the semantic wave in a postgraduate critical ... - T.S. da Silva Burke
    • A 3-year multidisciplinary project training in Mining Engineering to build bridges... - F. Descamps
    • An industry perspective on geotechnical engineering education and a learning... - C.H. Shields
    • Introducing geotechnical engineering discipline to K-12 STEM teachers for professional... - H. Seo
    • Game development-based learning curriculum module for undergraduate soil mechanics...- B. Ajmera
    • Teaching soil mechanics in a changing world - A.M. Tang

    Licence Creative Commons Session C - Curricula: Undergraduate, (Post)Graduate, Doctoral - Geotechnical Engineering Education 2025 (GEE2025)

    2 juillet 2025
    Durée : 01:53:20
    Nombre de vues 18
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    Geotechnical Engineering Education 2025 (GEE2025) - Session C
    Curricula: Undergraduate, (Post)Graduate, Doctoral

    Chair: G. Bohnhoff

    Simplifying slope stability: What should be taught at the undergraduate level?
    C.J. MacRobert
    GEOMME project: an experience-based approach to teaching sustainable landslide hazard mitigation
    V. Capobianco, G. Gilbert, L. Piciullo, T.H. Kwon, R. Nishii, N. Watanabe, J.Y. Park & M. Uzielli
    Geotechnical engineering knowledge base needed for the improvement of mine tailings safety
    B. Kovacevic Zelic, M. Burecic Safran & D. Znidarcic
    Linking theory to practice: the semantic wave in a postgraduate critical state soil mechanics course
    T.S. da Silva Burke
    A 3-year multidisciplinary project training in Mining Engineering to build bridges across the disciplines
    F. Descamps, N. Gonze, S. Vandycke, P. Ancia, T. Nikiema, O. Faÿ & J.P. Tshibangu
    An industry perspective on geotechnical engineering education and a learning approach by Tony Gee LLP
    C.H. Shields, T.Y. Yap, C.T. Toms & T. Chalmers
    Introducing geotechnical engineering discipline to K-12 STEM teachers for professional development
    H. Seo & M. Yi
    Game development-based learning curriculum module for undergraduate soil mechanics/geotechnical engineering classes
    B. Ajmera, C. Rutherford, A. Poplin, A. Emery, J. Sabrowsky & P. Chung
    Teaching soil mechanics in a changing world

    A.M. Tang, J.M. Pereira, F. Cuira & M. Vandamme

    The Conference Geotechnical Engineering Education 2025 (GEE2025) is organized by the Technical Committee TC306 for Geo-Engineering Education of the International Society for Soil Mechanics and Geotechnical Engineering (ISSMGE), under the auspices of the Ecole Nationale Supérieure de Géologie ENSG of the Université de Lorraine – France.

    The International Conferences on Geotechnical Engineering Education are now well established since TC306 took over their organization under the auspices of ISSMGE. The conference in Nancy will be the sixth, after Sinaia, Romania (2000), Constantza, Romania (2008), Galway, Ireland (2012), Belo Horizonte, Brazil (2016) and Athens, Greece (2020). The proceedings of the 2008, 2012, 2016 and 2020 conferences are available through the Online Library of ISSMGE.

    The Conference GEE2025 has two priority themes:

    ● Theme 1 – Teaching of Unsaturated soils

    ● Theme 2 – Use of numerical modelling to support teaching

    Mots clés :

    Infos

    • Ajouté par : Nicolas Duquennoy
    • Propriétaire(s) additionnel(s) :
      • Claire Fugain
      • Charlie Rondel
      • Franck Pizzicoli
    • Ajouté le : 23 juillet 2025 21:24
    • Type : Colloques et Conférences
    • Langue principale : Français
    • Discipline(s) :