Andrew Wilson, PhD- Sustainable Building Materials, Alternative Binders, Materials Characterization, EDENE Cohort#1 Alumni

After completing my degree in Physics, I had the opportunity to work as a civil works supervisor for an engineering company in Ghana. In that role, I collaborated closely with civil engineers on the assessment of concrete used for building foundations across the country. This practical exposure sparked my interest in construction materials. Around the same time, I also discovered a passion for teaching, which I pursued for a while before deciding to continue my academic journey.

When I began searching for a master’s program, I specifically looked for one that would allow me to apply my background in physics to the study of materials—particularly construction materials. This search led me to the Université de Pau et des Pays de L’Adour (UPPA), where I enrolled in the Master's program in the Mechanics and Physics of Porous Materials. The program offered rigorous research-focused training and provided me with a solid foundation in characterizing materials from the micro- to macro-scale using a variety of experimental techniques.

My master's research internship focused on the formulation of new cement grouts for well cementation. Encouraged by the promising results of this work, I applied for and received funding through the European Doctoral Program in Energy and Environment (EDENE), which allowed me to pursue a PhD in the same field.
During my doctoral studies, I extended my research into the development of innovative grouts, mortars, and concretes using seashell aggregates and an alkali-activated slag binder. Thanks to the industrial orientation of the EDENE program, I had the opportunity to collaborate with industry partners and local authorities to tackle real-world challenges related to the use of cementitious materials. These collaborations enriched my research and helped ground it in practical applications.

Currently, I am continuing this work as a postdoctoral researcher, focusing on the characterization of newly developed cementitious materials, both in the lab and under field conditions. This ongoing research aims to provide sustainable and high-performance alternatives to traditional cement products. I particularly enjoy working in the lab, analyzing results, and uncovering new knowledge. Hence, I project myself working as a research scientist/engineer whether in academia or industry.

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The EDENE doctoral programme, funded by the European H2020 Marie Skłodowska-Curie COFUND initiative and managed by the University of Pau and Pays de l’Adour (UPPA), aims to train international researchers in the fields of energy and the environment. By promoting an interdisciplinary, intersectoral, and international approach, the programme helps strengthen the impact of research on these major challenges. Between 2021 and 2026, 30 high-potential international PhD candidates were recruited, bringing substantial added value to scientific and technological innovation in these strategic areas.

EDENE programme presentation