My Master’s research explores Europium-doped calcium silicate (Eu-CS) as a next-generation biomaterial for bone regeneration. Calcium silicate is bioactive and forms hydroxyapatite, but its fast dissolution and limited mechanical strength restrict biomedical use. By incorporating Europium (Eu³⁺), known for its luminescent and functional properties, I investigate how varying Eu concentrations influence the crystallinity, dissolution rate, mechanical strength, and apatite formation of Eu-CS in pellet form. This study provides a foundation for developing multifunctional biomaterials that combine bioactivity, durability, and imaging potential, with future research to expand into cell culture and in vivo studies for clinical translation. 

Explore my peer-reviewed publications, conference papers, and research outputs in biomaterials, advanced materials, regenerative medicine, and engineering. A curated collection of my journal articles, conference proceedings, book chapters, and scholarly publications. Discover my latest research contributions, scientific publications, and collaborative works across engineering and materials science. Browse my published research highlighting innovations in biomaterials, ceramics, advanced materials, and interdisciplinary engineering.