Reseacher | University of Sfax | United Arab Emirates
Dr. Yamina Romdhani is a dedicated researcher in Earth Sciences with a strong research orientation anchored in the characterization of materials through advanced laboratory methods and scientific investigation. Her work reflects professional focus on mineralogy with sustained interest in the transformation of natural raw materials into efficient and eco friendly construction resources. As a researcher with established laboratory practice in microstructural analysis and physicochemical characterization her contributions in mineralogy stand out through studies involving ceramic structures clay based geopolymers and cements. She integrates mineralogy in the understanding of geological materials linking structure performance durability and resource sustainability. Her participation in research collaborations on the valorization of mining waste between Tunisia and Mauritania demonstrates ability to translate mineralogy based knowledge into applicable solutions with industrial and ecological relevance. She consistently explores mineralogy driven methods to enhance material properties through spectroscopy optical analysis Raman investigation and inorganic synthesis. Her competencies in XRD XRF thermal properties and spectroscopic evaluation position her as a promising figure in mineralogy research applied to sustainable material development. Her experience includes the creation optimization and evaluation of new material formulations where mineralogy guides experimental procedures and interpretation of structural behavior. Her academic participation in recognized scientific events further supports her contribution to mineralogy as she presents studies that highlight clay mineralogy sand derived pigments and the mineralogical structure of synthesized compounds. Her continuous training in advanced material sciences spectroscopy and eco friendly systems strengthens her research capacity while keeping mineralogy at the center of her scientific identity. Through interdisciplinary collaboration laboratory expertise and structured experimentation she continues to expand her research scope ensuring that mineralogy remains a driving axis of innovation and knowledge contribution. Her professional growth maintains a consistent reflection of mineralogy based development advancing environmental and industrial sustainability with scientific relevance and global adaptability. Scopus profile of 2 Documents.
Profile: Scopus
Featured Publication
1. Ab initio and experimental investigations of disordered Zn1.95Co0.05SiO4 via KKR-CPA: Insights into its electronic and magnetic nature. Journal of Physics and Chemistry of Solids. (2026).