GEMS Topic: Enhancing Climate Resilience and Sustainability in Reinforced Soil Structures Using Advanced Wicking Geotextile Solutions for Improved Moisture Management and Soil Stability Monash University Malaysia. in Malaysia

This research investigates the enhanced moisture management and stability provided by wicking geotextiles, which incorporate absorbent yarns into high-strength polyester fabrics. By improving in-plane drainage, wicking geotextiles reduce rainwater infiltration, capillary rise, and moisture-related deformation in reinforced soil structures. Key benefits include the use of in-situ soils, lower carbon emissions, and better bonding with backfill, making them ideal for climate-resilient, sustainable construction. Through lab models and real-world testing, this study aims to validate their effectiveness in controlling moisture and improving soil slope stability, advancing ESG goals and resilient infrastructure development.

Supervisors

Main Supervisor Dr. Vivi Anggraini - Monash University

Co-supervisors

Dr. Euniza Jusli ; Professor Abdelmalek Bouazza

_____________________________________________________________________

How to Apply

It is suggested that you first contact the main supervisor and provide them with your academic background and achievements to determine whether you are a 'fit' for this GEMS research topic. If you feel you are a 'fit', please click here to complete an Expression of Interest, including your research proposal relevant to this GEMS project. Your EoI wlll be assessed and if you are eligible you will be invited to apply for PhD candidature and may be selected to interview for the GEMS scholarship. Interviews are likely to take place in March 2025 with successful applicants notified shortly afterwards.