Materials Science Syllabus & Subjects 2023: Semester-wise List, Top Colleges Syllabus PDF

Introduction to Materials Science

The introduction to Materials Science and how it has evolved over the years is explained in this subject.

Some key parts of the syllabus include:

• Properties of atoms

• Structure of atoms

• Quantum states

• Imperfection in solids

• Geometry of dislocation

• Surface imperfection

Nanomaterials and Nanotechnology

It includes an introduction to nanotechnology and nanomaterials and their various applications in the field of engineering.

Some key parts of the syllabus include:

• One, two, and three-dimensional structures

• Advantages of nano electrical and electronic devices

• Drug deliveries

• Drug delivery systems

Synthesis and Characterisation of Nanomaterials

It covers bottom-up and top-down techniques of synthesis and includes information on related topics as well.

Some of the essential concepts covered in it are:

• Preparation of nanomaterials such as silver and gold

• Vapour deposition

• Magnetron sputtering

• Micromachining

• Colloids

Thermodynamics and Kinetics of Materials

The basic introduction to kinetics of different types of materials and thermodynamics along with thermodynamic laws are featured in this subject.

The key topics include:

• Entropy and free energy

• Thermodynamic aspects of phase diagrams

• Principles of metallurgical kinetics

Quantum Mechanics and Electromagnetic Theory

The basics of quantum mechanics are covered in this subject, and the meaning of electromagnetic theory and its applications are given.

The key concepts include:

• Wave function explaining a single particle’s dynamic state

• Particle’s classic velocity

• Displacement current

• Wave equation

Computational Materials Science

Computational Materials Science refers to the study of theory, models, and simulation required to grasp the insights of materials and their properties.

The key concepts include:

• Basic equations for nuclei and electrons

• Coulomb interaction

• Time-reversal and inversion symmetries

• Functionals for exchange and correlation

• Determination of electronic structure

Metals, Ceramics, and Composite Materials

Different types of materials like ceramics, composites, semiconductors, and metals are explained along with their physical, chemical, and electronic properties.

The key concepts include:

• Atomic bonding and structure

• Ceramic crystal structures

• Dielectrics

• Magnetic ceramics

• Ferroelectrics

• Solid-state sintering

• Composite interfaces

Polymer and Biomaterials

An introduction to polymers and biomaterials and their industrial applications are discussed in it.

It covers topics such as:

• Historical developments in polymeric materials,

• Natural polymers

• Raw material for synthetic polymers

• Biomaterials and biomedical applications

Physical Metallurgy

The art of manufacturing products from different materials is explained in this subject.

It covers topics such as:

• Types of stress and strain

• Shear stress and thermal stress

• Compound stress

• Short and long columns

• Bending of beams

Advanced Characterisation Techniques

Advanced characterisation techniques are discussed in this subject with their meaning and uses.

Some of the key topics include:

• X-ray diffraction

• Study of the morphology

• Atomic force microscope

• Optical microscope

• Atomic scattering and geometrical structure factors

• Fluorescence and phosphorescence spectroscopy

Materials for Energy Applications

The materials used in energy creation, supply, and related applications are explained with examples in this subject.

The main topics covered in this subject are:

• Materials utilised for generating hydropower

• Materials required for generating thermal power

• Batteries and supercapacitors used for storage of electrochemical energy

Applied Materials Science

It covers concepts related to polymers, dielectrics, ceramics, magnetism, superconductivity, optical fibres, and new engineering materials.

Science and Technology of Materials

It covers topics regarding dielectric materials, optoelectronic materials, thermoelectric materials, superconducting materials, and magnetic materials.

Nanotechnology

An introduction to nanotechnology along with properties and applications of nanomaterials, synthesis of nanomaterials, and characterisation techniques are taught here.

Optical Fibre Network Design

The basics of fibre optics, optical fibre components, optical link design, single wavelength fibre optic networks, and wavelength division multiplexing are included in it.

Optoelectronic Devices

It covers the concepts related to photonics, waveguides, nonlinear optics, microwave waveguides, microwave transistors and diodes, and microwave field-effect transistors.

Semester I

Core

Quantum Mechanics

Concepts like matter waves, wave operators and equations, Schrodinger Equation, Ehrenfest’s Theorem, transmission and reflection coefficients in potential barriers are covered in this subject.

Semester I

Core

Inorganic Chemistry: Structure and Reactivity

Classification of inorganic compounds such as carbonates, halides, sulphates, and oxides, their salts and melting points are discussed here.

Semester I

Core

Mathematics for Chemists

Dimensional analysis, exponents, scientific notation, unit conversion, and other important mathematical operations and functions useful for chemists are discussed in it.

Semester I

Elective

English Communication

The students are trained to speak, write, and listen in English properly in this subject. They get insights into correct English grammar and sentence construction techniques as well.

Semester II

Core

Thermodynamics and Statistical Mechanics

The subject includes the temperature variations, thermodynamic properties of solids, theories on classical mechanics, and other important concepts.

Semester II

Core

Chemistry of the Elements

The basic chemistry of elements, types of elements and their classification, and related concepts are covered here.

Semester II

Core

Organic Chemistry: Reagents and Synthetic Methods

The techniques utilised for the synthesis of compounds and the role of reagents are explained in this subject.

Semester II

Core

Group Theory and Molecular Spectroscopy

The meaning of molecular spectroscopy and group therapy and the use of group theory when it comes to spectroscopy are discussed in it.

Semester III

Core

Material characterisation using microscopy, spectroscopy, and diffraction

The subject covers concepts related to symmetry elements, crystalline solids, crystal defects, bulk averaging methods, emission spectrometry, and force microscopy.

Semester III

Core

Electronic and magnetic properties of Solids

The subject includes topics such as monatomic and diatomic lattices, Bloch’s Theorem, Semiconductors, superconductors, small particle magnetism, single-domain particles, etc.

Semester III

Core

Materials for Energy

The subject covers key topics in photovoltaics and covers the basic concepts of batteries. The properties of thermoelectric materials are also discussed in it.

Semester III

Elective

Microporous and Mesoporous Materials

The subject discusses materials like zeolites, silicalites, and silica along with their properties and related functions.

Semester IV

Core

Nanomaterials and Thin Films

The topics related to quantum dots, length, energy, time scales, and applications of nanoparticles and thin film are covered in it.

Semester IV

Core

Ceramics and Polymers

Oxide ceramics, ceramic insulators, and capacitors, glass-forming properties, and classification of polymers are some key concepts that this subject deals with.

Semester IV

Core

Dielectric, Mechanical, and Optical Properties of Materials

The factors affecting mechanical properties, dielectric constant and polarisability, and optical absorption in insulators, metals and semiconductors are discussed in this subject.

Semester IV

Core

Semiconductor Devices and Electronics

Energy bands in solids, semiconductor materials, heterostructures, lattice matching, and density of states are included in it.

Semester IV

Core

Advanced Materials including Biomaterials

It deals with concepts related to composites, lightweight materials, electrets, and biomaterials.

Semester IV

Elective

Carbon Nanotechnology

It includes topics like the geometry of nanoscale carbon, fullerenes, carbon nanotubes, graphene, and their applications.

Biomaterials

• Advanced Manufacturing

• Material processing and modification of the surface

• Sensor Development

The Biomaterials specialisation gives details about processes like material mixing, bonding, development of biomaterials in tissue engineering, and plants.

Data Analytics and Computational Materials

• Process Optimisation and Simulation

• Data and Image Processing

• Discovery and design of accelerated material

This specialisation teaches the students to employ data analytical and computational skills to identify, choose, and manufacture materials. It includes the use of different theories, simulations, and models to understand the behaviour and properties of materials.

Manufacturing and Infrastructure

• Material Production, heat treatments, and processing

• Manufacturing materials

• Failure Analysis and corrosion

This specialisation helps students to discover and develop materials needed in aerospace, manufacturing, automobile, and other industries that are related to infrastructural development.

Smart Materials and Devices

• Microdevices and Sensors

• Processing of Materials

• Failure analysis and Reverse Engineering

The modification and discovery of materials for the purpose of attaining the required optical, magnetic, and electronic properties are included in this specialisation.

Methods of Mathematical Physics

Elements of Group Theory for Physicists

A. W. Joshi

This book talks about group theory and its basic properties. The applications of group theory mathematics in crystallography, quantum mechanics, and solid-state physics are also given in this book.

Electromagnetic Theory and Electronics

Electromagnetics

A. N. Mateev

The basic topics related to electromagnetics, such as passive and active components, resistors, ICs, capacitors, etc. are explained in detail by the author.

Elements of Materials Science

Materials Science and Engineering

V. Raghavan

The electronic structure of materials and their formation are explained with examples by the author.

Thermodynamics and Chemistry of Materials

Thermodynamics of Solids

Richard A. Swalin

The basic thermodynamic activities and properties of solid materials are explained in the book. The applications of thermodynamic laws with respect to solids are also explained in it.

Quantum Mechanics

Introduction to Quantum Mechanics

R. L. Liboff

Matter waves, wave operators and equations, and other concepts related to quantum mechanics are discussed in this book.

Classical Mechanics and Statistical Physics

Classical Mechanics

H. Goldstein

Phase space, thermodynamic probability, and other concepts related to classical mechanics are explained with proper illustrations in this book.

Elements of Materials Science

Materials Science and Processes

B. S. Narang

The mechanical properties of solids and compounds are discussed in it. Along with it, the students learn about the elements of Materials Science and their uses.

Surface Phenomena and Electrochemistry

Introduction to Electrochemistry

S. Glasstone

The book deals with the Electrochemistry concepts like Electrolytic conduction, galvanic cells, and electrochemical devices.

Dielectric Materials

Introduction to Properties of Materials

D. Rosenthal and R. M. Asimov

The authors write about the concepts related to dielectric materials such as electronic polarisation, and ionic polarisation.

Solid State Engineering Materials

Solid State Physics

C. Kittel

The book talks widely about semiconductors, materials, and their chemical and engineering properties.

1

JUIT

2

Mangalore University

3

IIT Kanpur

4

Central University of Tamil Nadu

5

IIT Delhi

6

NIT Calicut

7

NIT Trichy

8

IIT Bombay

9

COEP, Pune

10

BITS Pilani