Thesis defended in 2023

• Mohammed ALI HAMDAOUI - Multi-scale study of the thermal and hydric behavior of buildings - Integration of artificial intelligence in building energy simulation
• Bechara HADDAD - Investigating the Impact of Pervious Concrete on Urban Heat Island Phenomena: A Multi-Scale Approach
• Manon ARRETEAU - 3D printing of mortars and concretes and study of performance and durability indicators.  

Thesis defended in 2022

• Manal BOUASRIA - Development and monitoring of mechanical and hygrothermal performance of low-carbon materials using smart technology
• Farjallah AL ASSAAD - PCM-based log building element 
• Athmane AZIL - Earth-fiber building element: in-situ & laboratory study of mechanical-hygrothermal performance

Thesis defended in 2021

Content on going

Updated on 01.02.2024