The School offers postgraduate degree course in Materials Science and Technology. The curriculum is interdisciplinary and shares with various disciplines like engineering chemistry, physics and mathematics. In advancing the frontiers of knowledge, the School draws upon faculty and students with many diverse backgrounds.

Two-years, Four - Semester M.Tech in Materials Science and Technology with specializations in Materials Design and Application (MDA)

Eligibility Criteria :

• B.E./B.Tech or equivalent in Metallurgy, Materials, Mechanical, Production, Civil, Electrical and Electronics Engineering, Fibre technology or in any subject in the purview of Applied Physics or Applied Chemistry.
• M.Sc in Physics, Chemistry and Geology or in any subject in the purview of Applied Physics or Applied Chemistry.
• The students who have been in the post-B.Sc. four year integrated M.Tech. course. The students of the four-year integrated M.Tech. course will follow this programme on successful completion of the first two years of their course. They will be given the option to choose from the 2 specialisations.

Number of student intake : 18 (eighteen)

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Dr. M.N.Dastur School of Materials Science and Engineering (MNDSMSE) started functioning as a seat of multidisciplinary research and education in the year 2001. The need to integrate the efforts of scientists and engineers working with different aspects of a wide variety of materials has been the primary motivation for creation of this School. The School emphasizes at providing a holistic approach in researching materials to create new knowledge and lay the foundations for new technologies.

The School aims at providing quality postgraduate education to meritorious undergraduates with keen interest in materials research. Students in MNDSMSE are provided with an educational grounding in the fundamental principles common to all materials before they could embark on research in a specialized field.

The research and education at MNDSMSE is closely associated with industry and several foreign academic institutions of repute with an aim to foster cutting edge research and establish ourselves as a leader in this field.

Interests within the School span the entire spectrum of engineering materials including metals, polymers, solid state device materials, ceramics, composites, bio-materials, energy and environmental materials with a special focus on nano materials. The School has the theoretical and basic experimental resources available to address these scientific and engineering problems successfully.