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B.Tech. Material Science Engineering (Specialization in Nano Technology) Course Details

Overview
This program has been developed with growing interest in the development in the new materials for industrial consumer use. The Material Science Engineers work into creation of new synthetic, composite materials as well as improvement of application properties of existing ferrous, non ferrous and plastic materials. In the recent times, Nanotechnology has started playing a great role in creating next generation of materials commonly known as nano structured materials and nano composites. This branch provides exciting opportunities in the leading edge Nanotechnology area.
Semester wise Coverage
SEMESTER I
  • Physics I
  • Chemistry
  • Mathematics I
  • Workshop Technology
  • Computer Science
  • Thermodynamics & Heat Engines
  • Communication Workshop 1.1
Practical
  • Physics Lab I
  • Chemistry Lab
  • Computer Lab
  • Engineering Workshop Lab
  • Language through Literature
SEMESTER II
  • Physics II
  • Mathematics II
  • Engineering Mechanics
  • Engineering Graphics
  • Communication Workshop 1.2
  • Environmental Studies
  • Basic Electrical Engineering
  • Basic Electronics Engineering
Practical
  • Engineering Graphics Lab
  • Physics Lab II
  • Electrical & Electronics Engineering Lab
  • Language Lab
SEMESTER III
  • Mathematics III
  • Metallurgical Thermodynamics & Kinetics
  • Strength of Materials
  • Material Science / Physical Metallurgy
  • Transport Phenomenon
  • Introduction to Nano Technology
Practical
  • Material Science Lab
SEMESTER IV
  • Micro and Nano Materials Characterization
  • Electrical, Magnetic and Electronic Materials
  • Principles of Metal Extraction & Refining
  • Fuel Furnaces & Refractrories  
  • Communication Workshop 2.0
  • Particulate Processing
  • Applied Numerical Methods
Practical
  • Metallurgical & Instrument Analysis Lab
SEMESTER V
  • Nano Material Processing
  • Mechanical Behaviour & Properties of Materials
  • Polymers & Ceramics
  • Energy Resources and Conversion
  • Modeling & Simulation of Metallurgical Processes
  • Manufacturing Processes
Practical
  • Manufacturing Lab
  • Materials Testing Lab
  • Nano Materials Laboratory
  • Minor Project I
SEMESTER VI
  • Corrosion Science & Technology / Materials Degradation & its Prevention
  • Iron & Steel Processing
  • Phase Equlibria & Phase Transformation in Materials
  • Quality, Reliability & Safety
  • Industrial Management 
  • Communication Workshop 3.0
Practical
  • Corrosion Engineering Lab
  • Minor Project II
  • Comprehensive Viva I
  • Industrial Visit
SEMESTER VII
  • Nano Composite
  • Process Plant Design for Metallurgical Engineering Operations
  • Non-Ferrous Materials Technology
  • Elective I (choose any one)

  • Finite Elements Methods
  • Advanced Manufacturing System
Practical
  • Composite and Nano Composite Fabrication Lab
  • Minor Project I
  • Seminar
  • Industrial Training
  • Comprehensive Viva II
SEMESTER VIII
  • Advanced Applications of Nano Technology
  • Nano  Electronics & Robotics
  • Elective II (choose any one)

  • Tribology
  • Computational Fluid Dynamics
  • Advanced Materials Technology
Practicals
  • Major Project II
To Know the details about Eligibility and Admission Process click here
Duration
4 Years
Fee Structure (Per Semester in Rs.)
Semester Tuition Fee Academic Services Fees Total Fee
I 60,600 40,400 1,01,000
II 60,600 40,400 1,01,000
III 63,600 42,400 1,06,000
IV 63,600 42,400 1,06,000
V 66,780 44,520 1,11,300
VI 66,780 44,520 1,11,300
VII 70,050 46,700 1,16,750
VIII 70,050 46,700 1,16,750
Campus
Dehradun
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