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B.Tech The objectives of 4 year B.Tech in Metallurgical Engineering are that the students will learn the concepts. and develop skills related to Metallurgical Engineering and have a broad based fundamental knowledge of both science and engineering with analytical and innovative skills.
Dual Degree (IDD)
The objectives of 5-Year Integrated Dual Degree [B.Tech. & M.Tech.] programme in Metallurgical Engineering are that the students will learn the concepts. and develop skills related to Metallurgical Engineering and have a broad based fundamental knowledge of both science and engineering with analytical and innovative skills
M.Tech
The objectives of 2 year M. Tech. in Metallurgical Engineering are that the students will learn the concepts and develop skills related to Metallurgical Engineering and have a broad based fundamental knowledge of both science and engineering with analytical and innovative skills
Dual Degree (IDD)
The objectives of 5-Year Integrated Dual Degree [B.Tech. & M.Tech.] programme in Metallurgical Engineering are that the students will learn the concepts. and develop skills related to Metallurgical Engineering and have a broad based fundamental knowledge of both science and engineering with analytical and innovative skills
M.Tech
The objectives of 2 year M. Tech. in Metallurgical Engineering are that the students will learn the concepts and develop skills related to Metallurgical Engineering and have a broad based fundamental knowledge of both science and engineering with analytical and innovative skills
| B. Tech | |||||
| Year | Registered | Offers | Percentage | MAX | AVERAGE |
|---|---|---|---|---|---|
| 2024-25 | 69 | 61 | 88.41% | 46 LPA | 13.67 LPA |
| 2023-24 | 81 | 66 | 81.48% | 51.03 LPA | 14.62 LPA |
| 2022-23 | 71 | 59 | 83.09% | 50.00 LPA | 17.74 LPA |
| I. D. D | |||||
| Year | Registered | Offers | Percentage | MAX | AVERAGE |
| 2024-25 | 27 | 21 | 77.78% | 45 LPA | 21.09 LPA |
| 2023-24 | 18 | 12 | 66.66% | 51.03 LPA | 12 LPA |
| 2022-23 | 15 | 11 | 73.33% | 36.38 LPA | 17.51 LPA |
| M. Tech | |||||
| Year | Registered | Offers | Percentage | MAX | AVERAGE |
| 2024-25 | 12 | 5 | 41.67% | 12.5 LPA | 9.2 LPA |
| 2023-24 | 6 | 7 | 100+% | 17.13 LPA | 11.19 LPA |
| 2022-23 | 10 | 9 | 90.00% | 20.09 LPA | 12.36 LPA |
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Metallurgical Engineering
The Department is currently offering Bachelor, Master and Doctoral degree programmes. It had been recognized as Centre of Advanced Study in 1980 and presently running into the IVth phase of this status. The National Electron Microscope Facility (NELMIF) was established through the generous grant of DST in 1982. The Department is also a Centre of QIP programme of MHRD/AICTE since 1981.
Department of Metallurgical Engineering.
The Department is currently offering Bachelor, Master and Doctoral degree programmes. It had been recognized as Centre of Advanced Study in 1980 and presently running into the IVth phase of this status. The National Electron Microscope Facility (NELMIF) was established through the generous grant of DST in 1982. The Department is also a Centre of QIP programme of MHRD/AICTE since 1981. The members of staff have been actively engaged in research and have undertaken many research/cons ultancy projects. These research activities span over wide ranging fields of nanomaterials characterization, quasicrystals, biomaterials, magnetic materials, spray forming, rapid solidification, mechanical alloying, powder metallurgy, modeling of phase diagram by CVM, phase transformation in steels and nonferrous alloys and structure property correlations, creep and fatigue behaviour of materials, nanoindentation, corrosion, thermodynamics of alloys and semiconducting intermetallics, pyrometallurgy of sulphide minerals, preparation of molycarbides, processing of ferrous and non-ferrous alloys, foundry and welding, wear studies of composites, waste utilization and energy management etc.
Research areas
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EHC
Electrochemistry and Corrosion
- Studies on hydrogen evolution reaction
- Hot corrosion studies on steel
EMTA
Electron microscopy and texture analysis
- Characterization of multi-component oxides
- Electron microscopy of thin films
EMT
Extractive Metallurgy
- Ferrous and Non-ferrous extractive metallurgy
- Alternative routes in iron making
ICMD
Integrated computational materials design
- Cluster Variation Methods
- Phase Diagram Evaluation
MFA
MPPM
Materials Processing and physical metallurgy
- Additive manufacturing of new alloys
- Non-equilibrium Processing of metallic glasses, quasi crystals
MM





