COURSE OF STUDY
Area Of Research
1) Solid Electrolytes
2) Functional Ceramics
3) Nanomaterials / Biomaterials
4) Polymers Polymeric/Ceramics & Composite Materials
5) Solar Cells
6) Sensors
7) Supercapacitors
8) Quantum dots
9) Magnetic Nanoparticles
10) Solid Oxide Fuel Cells
11) Thin films
12) Heterojunctions
13) Advanced Materials/SMART Materials
14) Simulation and Modeling, computational condensed matter physics, density functional theory based computations of novel quantum materials.
15) Theoretical and mathematical Physics
16) Quantum Theory, Quantum information Theory, Quantum Computing, Foundations of Quantum Mechanics, Quantum Machine Learning, Many- Body Condensed Matter Theory, Numerical Linear Algebra.
17) Photocatalysis
18) Photoluminescence
19) Ferroelectric & Dielectric materials
20) Quantum dots containing Glasses
21) Air Purification
22) Theory of random matrices and Complex systems.
23) Chaos and integrability in classical and quantum systems.
24) Topological Materials, Collective Excitations
| Area Of Research |
|---|
| 1) Solid Electrolytes |
| 2) Functional Ceramics |
| 3) Nanomaterials / Biomaterials |
| 4) Polymers Polymeric/Ceramics & Composite Materials |
| 5) Solar Cells |
| 6) Sensors |
| 7) Supercapacitors |
| 8) Quantum dots |
| 9) Magnetic Nanoparticles |
| 10) Solid Oxide Fuel Cells |
| 11) Thin films |
| 12) Heterojunctions |
| 13) Advanced Materials/SMART Materials |
| 14) Simulation and Modeling, computational condensed matter physics, density functional theory based computations of novel quantum materials. |
| 15) Theoretical and mathematical Physics |
| 16) Quantum Theory, Quantum information Theory, Quantum Computing, Foundations of Quantum Mechanics, Quantum Machine Learning, Many- Body Condensed Matter Theory, Numerical Linear Algebra. |
| 17) Photocatalysis |
| 18) Photoluminescence |
| 19) Ferroelectric & Dielectric materials |
| 20) Quantum dots containing Glasses |
| 21) Air Purification |
| 22) Theory of random matrices and Complex systems. |
| 23) Chaos and integrability in classical and quantum systems. |
| 24) Topological Materials, Collective Excitations |
A) Civil Engineering: i)Theory Syllabus ii)Practical Syllabus
B) Chemical Engineering : i)Theory Syllabus ii)Practical Syllabus
C) Computer Science and Engineering : i)Theory Syllabus ii)Practical Syllabus
D) Electronics and Communication Engineering : i)Theory Syllabus ii)Practical Syllabus
E) Electrical Engineering : i)Theory Syllabus ii)Practical Syllabus
F) Mechanical Engineering : i)Theory Syllabus ii)Practical Syllabus
G) Metallurgical and Materials Engineering: i)Theory Syllabus ii)Practical Syllabus