Approved By: UGC AICTE
Duration: 4 Years |
Eligibility: 10+2 |
Course Detail
Course Code |
Course Name |
Semester - I |
|
AE 152 |
Introduction to Aerospace Engg. |
Semester - II |
|
AE 202 |
Thermodynamics |
AE 206 |
Fluid Mechanics |
AE 207 |
Introduction to Engineering Design |
AE 209 |
Solid Mechanics |
AE 212 |
Instrumentation Laboratory |
AE 213 |
Aerospace Structures I |
AE 214 |
Thermodynamics |
AE 215 |
Aerospace Mesaurement Laboratory |
AE 216 |
Fluid Mechanics |
AE 217 |
Measurements and Instrumentation |
AE 218 |
Aerospace Structures II |
AE 220 |
Aerospace Structural Mechanics |
AE 230 |
Modeling and Simulation Laboratory |
Semester - III |
|
AE 301 |
Fluid Mechanics II |
AE 305 |
Flight Mechanics II |
AE 308 |
Control Theory |
AE 309 |
Aircraft Propulsion |
AE 310 |
Engineering Design Optimization |
AE 312 |
Aerodynamics Laboratory |
AE 314 |
Aircraft Structures Laboratory |
AE 315 |
Aerodynamics of Aerospace Vehicles |
AE 316 |
Aircraft Propulsion Laboratory |
AE 317 |
Aerospace Structures III |
AE 318 |
Flight Mechanics Lab |
AE 320 |
Computational Fluid Dynamics |
AE 327 |
Heat Transfer |
AE 329 |
Propulsion |
AE 330 |
Aerospace Propulsion |
AE 331 |
System Modeling, Dynamics & Control |
AE 332 |
Aircraft Design |
AE 333 |
Aerodynamics |
AE 334 |
Control Systems Lab |
AE 336 |
Aircraft Production |
AE 338 |
Space Flight Mechanics |
AE 388 |
Practical Training |
AE 397 |
Seminar |
Semester - IV |
|
AE 402 |
Smart Materials and Structures |
AE 411 |
Control Systems Laboratory |
AE 415 |
Spaceflight Mechanics |
AE 417 |
Aircraft Design Lab. |
AE 418 |
Aircraft Design Lab II |
AE 419 |
Supervised Learning |
AE 433 |
Vibration and Structural Dynamics |
AE 443 |
Introduction to Composite Structures |
AE 451 |
Numerical Methods for Engineers |
AE 454 |
Dynamics and Bifurcations |
AE 455 |
Introduction to Aeroelasticity |
AE 456 |
Optimization in Design |
AE 457 |
Space Flight Navigation & Guidance |
AE 459 |
Classical Dynamics |
AE 460 |
Heat Transfer - Aerospace Applications |
AE 461 |
Aviation Fuels and their Combustion |
AE 462 |
Durability and Reliability Analysis in Design |
AE 478 |
Dynamical Systems |
AE 495 |
Works Visits |
AE 496 |
M.Tech. Project Stage I |
AE 497 |
B. Tech. Project I |
AE 498 |
B.Tech.Project II |
Semester - V |
|
AE 595 |
M.Tech. Project Stage II |
AE 596 |
M.Tech Project Stage III |
Semester - VI |
|
AE 604 |
Advanced Topics in Aerospace Structures |
AE 605 |
Mini Project |
AE 607 |
Aerospace Propulsion Laboratory |
AE 611 |
Aerodynamics Lab |
AE 613 |
Panel Methods in Aerodynamics |
AE 616 |
Gas Dynamics |
AE 617 |
Numerical Methods for Conservation Laws |
AE 619 |
Non-linear Systems Analysis |
AE 622 |
Computing of High Speed Flows |
AE 624 |
Hypersonic Flow Theory |
AE 625 |
Particle Methods for Fluid Flow Simulation |
AE 641 |
Introduction to Navigation and Guidance |
AE 643 |
Durability and Reliability Analysis in Design |
AE 651 |
Aerodynamics of Compressors and Turbines |
AE 652 |
Mechanical Design of Gas Turbine Components |
AE 656 |
Aviation Fuels and their Combustion |
AE 658 |
Design of Powerplants for Aircraft |
AE 659 |
Aircraft Engine Sizing |
AE 673 |
Fiber Reinforced Composites |
AE 676 |
Elastic Analysis of Plates and Laminates |
AE 678 |
Aeroelasticity |
AE 690 |
Control System Design Techniques |
AE 693 |
Non-linear Control Systems |
AE 694 |
Seminar |
AE 695 |
State Space Methods for Flight Vehicles |
AE 696 |
I Stage Project |
AE 697 |
II Stage Project |
AE 698 |
III Stage Project |
AE 699 |
Control Systems Lab |
Semester - VII |
|
AE 702 |
Advanced Flight Dynamics |
AE 703 |
Digital Control Systems |
AE 705 |
Introduction to Flight |
AE 706 |
Computational Fluid Dynamics |
AE 707 |
Aerodynamics of Aerospace Vehicles |
AE 708 |
Aerospace Propulsion |
AE 709 |
Aerospace Structures |
AE 711 |
Aircraft Propulsion |
AE 712 |
Flight Dynamics and Control |
AE 713 |
Space Flight Dynamics |
AE 714 |
Aircraft Design |
AE 715 |
Structural Dynamics |
AE 717 |
Aircraft Flight Dynamics |
AE 719 |
Advanced CFD |
AE 722 |
Grid Generation for Computational Mechanics |
AE 723 |
Control of Gas Turbine Engines |
AE 724 |
Experimental Methods in Fluid Mechanics |
AE 725 |
Air Transportation |
AE 726 |
Heat Transfer - Aerospace Applications |
AE 727 |
Aircraft Structural Mechanics Lab. |
AE 728 |
Aircraft Production Technology |
AE 730 |
Experimental Methods in Structural Dynamics |
AE 732 |
Composite Structures Analysis and Design |
AE 736 |
Advanced Aeroelasticity |
AE 751 |
Systems Modeling and Simulation Theory |
AE 752 |
Application of Optimization - Laboratory |
AE 753 |
Aerospace Vehicle Mission Analysis |
AE 754 |
Modeling and Simulation - Laboratory |
AE 755 |
Optimization for Engineering Design |
AE 757 |
Communication Competencies and Seminar |
AE 759 |
Systems Engineering Principles |
AE 761 |
Aerospace Vehicle Dynamics and Control |
AE 763 |
Introduction to Avionics |
AE 765 |
Introduction to Concurrent Engineering |
AE 769 |
System Modelling, Control and Simulation |
AE 770 |
Classical Dynamics |
AE 771 |
Matrix Computations |
AE 773 |
Applied Mechatronics |
AE 774 |
Special Topics in Aerodynamics and CFD |
AE 775 |
System Modelling, Dynamics and Control |
AE 779 |
Optimization of Multi-disciplinary Systems |
AE 780 |
Computational Heat Transfer |
AE 782 |
Flow Control |
AE 797 |
I Stage Project |
AE 799 |
Control Systems Laboratory |
Semester - VIII |
|
AEP601 |
I Stage Project |
AEP602 |
II stage project |
AEP603 |
III stage project |
AEP604 |
I Stage Project |
AES601 |
Seminar |