The Ceramics, Glass and Refractories research area focuses on the development, processing, characterization, and application of inorganic non-metallic materials designed for structural, functional, and high-temperature applications. These materials are critical to industries such as energy, electronics, aerospace, metallurgy, healthcare, and construction.

Research activities encompass traditional ceramics, advanced ceramics, glass materials, refractories, ceramic composites, and functional oxide systems. Faculty members investigate synthesis routes, microstructural evolution, phase transformations, and processing techniques to achieve desired material properties and performance.

A major emphasis is placed on understanding the relationships between composition, processing, microstructure, and functional behavior. Advanced characterization techniques are employed to study thermal stability, mechanical strength, electrical conductivity, optical properties, and corrosion resistance.

Current research themes include energy materials, bioceramics, solid oxide fuel cells, thermal barrier coatings, high-temperature refractories, structural ceramics, glass-ceramics, transparent ceramics, and advanced ceramic processing techniques. Research also explores sustainable approaches involving waste utilization and resource- efficient manufacturing.

Applications span steelmaking, power generation, electronics, renewable energy, healthcare, and defense sectors. Refractory research supports the performance and longevity of industrial furnaces and high-temperature processing systems, while advanced ceramics contribute to next-generation functional devices.

Through interdisciplinary collaboration and innovation, this research area seeks to advance ceramic and glass technologies that address industrial challenges and enable future technological developments.