

Welcome to the Department of Fuel, Minerals and Metallurgical Engineering The Department of FuelMinerals and Metallurgical Engineering is one of the oldest departments in the institute, established in 1976, to address the processing issues of metallic, non-metallic and fuel minerals.Keeping up with the recent research trends, industrial requirements and to facilitate high-end interdisciplinary research, Metallurgical Engineering was introduced to the department in the year of 2019. The department currently offers BTech program in Mineral and Metallurgical Engineering, two-years MTech and PhD programs in Fuel Engineering and Mineral Engineering. APhD program in Metallurgical Engineering is about to be introduced shortly. The department currently has fifteen full time faculty members, one visiting professor, one international visiting scientist and a number of supporting technical and administrative staff. Sixteen fully functional laboratories with state-of-the art research facilities are integral part of the department.
The department currently offers BTech program in Mineral and Metallurgical Engineering, two-years MTech and PhD programs in Fuel Engineering and Mineral Engineering.The department currently has fifteen full time faculty members, one visiting professor, one international visiting scientist and a number of supporting technical and administrative staff. Sixteen fully functional laboratories with state-of-the art research facilities are integral part of the department.
Head of the Department
Burada Shravani, Navneet Kumar Mishra, Anurag Shakya, Raj Kumar Dishwar :- Synergistic Flotation‑Agglomeration Beneficiation for Sustainable Recovery of Low‑Ash Carbon Concentrates from Coal Washery Tailings
Corrosion performance of Al-TiB2 composites: A comprehensive review of microstructure, processing, and improvement approaches: Journal of Alloys and Compounds Communications 10 (2026) 100181
Burada Shravani, Navneet Kumar Mishra, Anurag Shakya, Rajashekhar B Reddy Raj Kumar Dishwar :- Transforming coal washery rejects into carbon nanomaterials via microwave pyrolysis for waste to value conversion,