Smart Materials: Shape Memory Materials: Shape Memory Alloys (SMA), Phase Transformation Phenomenon in SMAs, Training and Stability of SMA, Shape Memory Polymer (SMP), Shape Memory Ceramics, Shape Memory Hybrids. Piezoelectric Materials: Piezoelectric effect, direct piezoelectric effect, inverse piezoelectric effect, mechanism, and working of the piezoelectric effect. Magnetostrictive Materials: Mechanism of magnetostrictive effect, magnetostrictive effects, Joule effect, Villari effect, Delta-E effect, Wiedemann effect, Matteuci effect, Barret Effect, Nagaoka-Honda Effect, Materials for Magnetostrictive effects. Chromogenic Materials: Concept of Chromogenic Materials, Classification of Chromogenic Materials, (10 hr)

Smart Fluid: Electro-rheological fluid, magneto-rheological fluid, ferrofluid, magnetorheological elastomers, electro-conjugate liquids, photo-rheological fluid, and their mechanisms. Self-Healing Materials: Types of self-healing processes, materials used for self-healing purposes, self-healing by nanoparticles approach, self-healing by functional materials approach. Self-Cleaning Materials: Classification of self-cleaning materials, Surface characteristics of self-cleaning materials, Wettability, Young's model of Wetting, Wenzel's model of Wetting, Cassie-Baxter's model of wetting, materials used for synthesis of superhydrophobic surfaces. Modification of surface chemistry, (10 hr)

Nano Engineering: Basics of Nanotechnology, Properties of Nano Materials, Classification on the basis of Dimension Emerging application of Nanomaterials, Current problems/difficulties associated with nanomaterials, opportunities, and challenges. Superalloys: Basic metallurgy of superalloys, Strengthening mechanisms of superalloys, Types of superalloys, Ni-based superalloys, Co-based superalloys, Fe-based superalloys, Applications of superalloys. Bulk Metallic Glass (BMG): Introduction on BMG, History on BMG, Mechanism of BMG formation, Classification of BMG, Metal-metal-type alloys, Metal-metalloid type alloys, Pd-metalloid-type alloys, Fundamental characteristics of BMG alloys, Application, High Entropy Materials: High entropy alloys, The key concept of multicomponent HE alloy, Core effects of HEA, Application of HEA. (12 hr)

Biomaterials: Governing factors of biomaterials, Classification of Biomaterial. Ultrafine-Grained Materials: Concept on Ultrafine-Grained Materials, Methods for Producing UFG Materials. Ultra-light materials: Introduction of Ultralight materials, Aerogel, Aerographite, 3D Graphene, Carbyne, Micro-Lattice, Foams, (8 hr)

To know various types of advanced materials and their classification

To know the fundamental principles of various advanced materials

To know the synthesis of various advanced materials

To know the application of the advanced materials

To know all the advances in materials to the traditional metallurgy

To update about all the advanced materials in the materials science and engineering area.

Able to know the current development or advances in materials in the metallurgical field.

Can be aware about the advances in materials related to the interdisciplinary field.

Able to know device based advanced materials application.

To know the co-relationship between the structure-properties-application of the materials.

R E Smallman, A.H.W., Butterworth-Heinemann, Physical Metallurgy and Advanced Materials, Elsevier , ISBN: 0750669063.

Mark J. Hampden-Smith Wiley-VCH, Chemistry of Advanced Materials: An Overview, Wiley , ISBN-10: 0471185906 ISBN-13: 978-0471185901.

Ajit Behera, Text Book: Advanced Materials, Springer , 1st edition, 1550 pages, ISBN: 978-3-030-80359-9, Springer Nature, 2021

Feiyu Kang, Hidetaka Konno, Masahiro Toyoda, and Michio Inagaki, Advanced Materials Science and Engineering of Carbon, Elsevier , eBook ISBN: 9780124078383