Notice Board

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about
About The Department

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.

From Head's Desk

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.

Email: fmme[at]iitism[dot]ac[dot]in

Phone: +91-326-223-5276 (O)
head desk

Prof. Shravan Kumar

Head of the Department

Latest Publication
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Innovative study on chalcopyrite flotation efficiency with xanthate and ester collectors blend using response surface methodology (B.B.D): towards sustainability

Challenges and Opportunities in Vibrometry‑Based Online Condition Monitoring of Mineral Processing Equipment

Revelation of non-thermal effects on microwave drying of lignite: Reactor design and drying characteristics

Prediction of sub-critical fatigue crack growth rate in a high-carbon tempered martensitic steel at varying R ratio: experimental investigation and machine learning based modelling

Highlights

1057 +
Total number of students
40 +
Faculty
27 +
Staff
610 +
Research & Publication
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30 Jan, 2025

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