Approved By: UGC AICTE NBA
Duration: 2 Years |
Eligibility: Graduation |
Course Detail
Course Code |
Course Title |
Semester - I |
|
PH 401 |
Mathematical Methods in Physics |
PH 403 |
Classical Mechanics |
PH 405 |
Statistical Mechanics |
PH 407 |
Quantum Mechanics - I |
EC 101 |
Basic Electronics |
PH 471 |
General Physics Laboratory |
PH 473 |
Spectroscopy Laboratory |
CS 171 |
Computing Laboratory - I |
Semester - II |
|
PH 402 |
Numerical Techniques in Physics |
PH 404 |
Electrodynamics |
PH 408 |
Quantum Mechanics - II |
PH 406 |
Condensed Matter Physics |
|
Open Elective - I |
PH 472 |
Solid State Physics Laboratory |
EC 270 |
Basic Electronics Laboratory |
CS 172 |
Computing Laboratory – II |
Semester - III |
|
PH 507 |
Nuclear & Particle Physics |
|
Open Elective - II |
|
Professional Elective – I |
|
Professional Elective – II |
PH 571 |
Instrumentation Laboratory |
PH 573 |
Computational Physics Laboratory |
PH 591 |
Research Project – I |
PH 593 |
Seminar & Technical Writing – I |
PH 595 |
Short Term Industrial / Research Experience |
Semester - IV |
|
PH 508 |
Atomic & Molecular Physics |
|
Open Elective - III |
|
Professional Elective - III |
|
Professional Elective – IV |
PH 572 |
Advanced Materials Synthesis Laboratory |
PH 574 |
Advanced Characteristic Techniques Laboratory |
PH 592 |
Research Project – II |
PH 594 |
Seminar & Technical Writing – II |
PH 596 |
Comprehensive Viva – Voice |
List of Professional Electives |
|
PH 511 |
Advanced Quantum Mechanics |
PH 512 |
Advanced Statistical Mechanics |
PH 513 |
Density Functional Theory and its recent applications |
PH 514 |
Advanced Condensed Matter Physics |
PH 522 |
Physics of Semiconductors : From Bulk to Quantum Dots |
PH 523 |
Semiconductor Spintronics & Quantum Computation |
PH 524 |
Computational Condensed Matter Physics |
PH 525 |
Electronic Structure of Disordered Alloys |
PH 531 |
Non - linear dynamics, Chaos and its recent applications |
PH 532 |
Physics of Macromolecules |
PH 533 |
Synchronization and its recent applications in Chaotic systems |
PH 541 |
Dielectric & Magnetic Properties of Materials |
PH 542 |
Physics & Applications of Dielectric Materials |
PH 553 |
Advanced X-rays structure Analysis |
PH 554 |
Physics of Thin film Technology |
PH 555 |
Physics of Material Synthesis and Characterization |
PH 556 |
X-rays and Nano Science |
PH 561 |
Physics of Microelectronic and Photonic Devices |
PH 562 |
Superfluidity and Superconductivity |
CH 419 |
Computational Fluid Dynamics |
CR 415 |
Bio-ceramics |
CR 424 |
Composite Materials |
CR 435 |
Functional Materials & Devices |
CR 441 |
Electrical and Magnetic Ceramics |
CR 446 |
Thin Film and Coating |
CS 430 |
Information Theory and Coding |
CS 434 |
Image Processing |
CS 438 |
Pattern Recognition |
CS 444 |
Cluster and Grid Computing |
CS 445 |
Parallel Algorithms |
CY 524 |
Molecular rearrangement |
CY 531 |
Spectroscopic Methods of Analysis |
CY 532 |
Electrochemistry |
CY 533 |
Advanced Co-ordination Chemistry |
CY 542 |
Group Theory and Molecular Orbitals |
CY 554 |
Molecular Spectroscopy |
CY 563 |
Advanced Solid State Chemistry |
CY 564 |
Instrumental Methods of Analysis |
EC 410 |
Antenna Engineering |
EC 411 |
Coding Theory and Secure Communication |
EC 412 |
Antenna Analysis and Synthesis |
EC 414 |
Information Theory and Coding |
EE 404 |
Renewable Energy Systems |
MA 510 |
Calculus of Several Variables |
MA 511 |
Differential Geometry |
MA 512 |
Fourier Analysis |
MA 513 |
Differential Topology |
MA 514 |
Rings and Modules |
MA 515 |
Homotopy Theory |
MA 516 |
Operator Theory |
MA 517 |
Lie Algebra |
MA 518 |
Advanced Complex Analysis |
MA 519 |
Multi-Linear Algebra |
MA 520 |
Automata Theory |
MA 521 |
Combinatorics |
MA 522 |
Operations Research |
MA 523 |
Discrete Mathematics |
MA 524 |
Statistical Methods |
MA 525 |
Ergodic Theory |
MA 527 |
Fractals |
MA 529 |
Information Theory |
MA 530 |
Computational Methods in Boundary Value Problems |
MA 531 |
Boundary Layer Theory |
MA 532 |
Numerical Solutions of Partial Differential Equations |
MA 534 |
Geometry of Robotics |
MA 540 |
Singular Homology Theory |
MA 542 |
Tensor Analysis |
MA 544 |
Category Theory |
MA 546 |
Differentiable Manifolds |
MA 548 |
Field Theory |
MA 549 |
Algebraic Geometry |
MA 550 |
Coding Theory |
MA 551 |
Numerical Analysis |
MA 552 |
Fuzzy logic and Set Theory |
MA 553 |
Optimization Techniques |
MA 554 |
Graph Theory |
MA 555 |
Stochastic Processes |
MA 556 |
Number Theory |
MA 558 |
Sampling Techniques |
MM 442 |
Advanced Materials |
MM 448 |
Composite Materials |
MM 449 |
Nanostructured Materials |