From Metals to Smart Materials
Build the Future.

Programme at a Glance

The B.Tech Metallurgical & Materials Engineering programme runs for 4 years across 8 semesters, with a total of 170 credits. The curriculum offers 4 elective groups with 20+ elective options, including industry-linked electives, multiple specialisation pathways, Minor and Honours tracks, MOOC integration, mandatory industry internships, and 10+ advanced laboratories.

Materials Innovation Spine

Designed to meet industry and research demands simultaneously. This programme is built with a "Materials Innovation Spine" running across all semesters — integrating:

• Advanced Materials — nanomaterials, smart materials, high-entropy alloys, biomaterials
• Artificial Intelligence — materials informatics, generative AI for engineers, data analytics
• Sustainability — green metallurgy, recycling, waste utilisation, pollution control
• Digital & Smart Manufacturing — Industry 4.0, automation, digital twins, robotics

Instead of treating these as optional topics, they are embedded into the core learning experience from Year 1.

Distinctive Features

• "Materials Innovation Spine" instead of traditional metallurgy-only approach
• Strong integration of AI + Data + Materials Engineering from Semester 2
• Strong focus on Sustainability & Green Metallurgy across all semesters
• Hands-on learning through labs, projects & internships
• Multiple Specialisation Pathways — AI, Smart Manufacturing, Advanced Materials, Digital Metallurgy
• Industry-linked electives & real-life exposure
• Additional skill development certifications
• Flexible learning via Minor & Honours pathways

Unlike traditional metallurgy programmes, this curriculum prepares students for core industries and emerging technology domains simultaneously.

Foundation Pillars

Unlike conventional programmes, modern materials and digital concepts are introduced from early semesters.

Modern Tools, Deeply Embedded

• Artificial Intelligence in Materials Engineering
• Materials Informatics & Data Analytics
• Computational Materials Engineering
• Python Programming for Engineers
• Industry 4.0 & Digital Manufacturing

Choose Your Focus Track

Students can choose focused tracks in the later semesters — aligned with industry and research demand:

Industry-Oriented Learning

10+ Advanced Laboratories

Strong emphasis on learning by doing, not just theory. The department operates ten-plus specialised labs that back every core area of the curriculum:

From Mini Projects to Industry Internships

• Interdisciplinary Innovation Projects
• Industry-based Problem Solving
• Mini Project (from early semesters)
• Major Project / Industry Internship (final year)
• Interdisciplinary Projects with other departments

Students are also encouraged to participate in:

• Technical competitions
• Research projects
• Startup & incubation support (via Startups Valley TBI)

Job-Ready Skills, Built In

Along with regular subjects, students can pursue specialised certifications:

• Python & Data Analytics
• CAD / Simulation Tools
• Materials Testing & NDT
• Industrial Safety & Practices
• Additive Manufacturing

Strong Placement Track Record

• 100% Placement Assistance
• Strong placement trends year-on-year
• Opportunities in Core + IT + Interdisciplinary sectors
• Recruiters from Steel, Manufacturing, Energy & R&D sectors

Where Our Graduates Go

What Sets Us Apart

• Only specialised MME programme in the region
• Experienced & research-oriented faculty
• Advanced laboratories & research facilities
• Strong Academic & Industry Integration
• Proven track record in placements & higher studies
• Collaborations with industries & research labs
• Focus on innovation & future technologies
• Modern curriculum aligned with NEP 2020

Year-by-Year Roadmap

From Classroom to Industry

Industry Partnerships