Actualités et Événements

Lyesse Laloui © 2024 EPFL

Lyesse Laloui elected to prestigious Academia Europaea

— Renowned geomechanical expert to join influential academic organization

Prof. Laloui receives award from Prof. Edina Koch, President of the Hungarian Geotechnical Society, and Dr. Balázs Móczár, of the Hungarian Academy of Sciences.s.© 2024 Philip Janos / EPFL

A New Era for Geotechnical Engineering Practice.

— Prof. Laloui delivers XXIX Károly Széchy Memorial Lecture.

© 2023 EPFL

BIGALPS consortium awarded EIC Transition Grant.

— The Laloui Group to expand its bio-cementation technology into real-world situations with a European Innovation Council (EIC) grant.

The proposed CCUS demonstrator near the EPFL Valais campus. © 2023 EPFL

Demonstrating geological CO2 storage on the EPFL campus

— The Laloui Group is developing a first-of-its-kind geological CO2 storage simulator to ensure safe and reliable carbon capture and storage.

© 2023 LMS /  EPFL

“The key skill I've learnt is perseverance”

— Congratulations to LMS apprentice Natacha Romanens who has successfully completed her studies to become a physics laboratory assistant.

© 2023 EPFL

InSituStreTech Project on track with new grant

— The Laloui Group’s new start-up project InSituStreTech continues progressing through its research and development phase with an Ignition Grant from EPFL’s Tech Launchpad technology incubator. The Ignition Grant is a recognition of the Project’s progress, allowing the start-up to begin validating the technology. 

© Elsevier / EPFL 2023

The Laloui Group wins the Scott Sloan Best Paper Award

— A paper written by the Laloui Group Director, Prof. Laloui, and two alumni, Dr. Alice Di Donna and Dr. Alessandro F. Rotta Loria, has received the Scott Sloan Best Paper Award 2021 from the journal Computers and Geotechnics.

© 2022 EPFL

2023 Intensive Course on Energy Geostructures: 5th edition

— The annual intensive Course on Energy Geostructures: Analysis and Design for 2023 is now open for applications.

Ariadni Elmaloglou, doctorante, et Dimitrios Terzis, l'un de ses directeurs de thèse.© Alain Herzog / EPFL

Une puce permet d'étudier la formation du biociment en temps réel

— Des scientifiques de l'EPFL et de l'Université de Lausanne ont utilisé une puce initialement conçue pour les sciences de l'environnement afin d’étudier les propriétés de la formation du biociment. Ce dernier a le potentiel de remplacer les liants traditionnels du ciment dans certaines applications de génie civil.

© 2022 EPFL

LMS Master's student awarded the 2022 RIE Prize.

— Annik Schaufelberger has received the 2022 RIE Prize for her Master’s thesis in Civil Engineering at EPFL on storing thermal energy in the ground using underground infrastructure.

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