COURSE DESCRIPTION


M.Tech. Aerospace Engineering or Master of Technology in Aerospace Engineering is a two-year postgraduate Aeronautical Engineering course. Aerospace engineering is the primary branch of engineering concerned with the design, construction, and science of aircraft and spacecraft. Aerospace Engineering focuses on the designing, construction, development, testing, operation and maintenance of both commercial and military aircraft, spacecrafts and their components as well as satellites and missiles. Subjects usually studied under this degree are Academic Writing Research, Intro Engineering, Aerodynamics, and Introduction to Computing-FORTRAN, Aerospace Structure, Computing Environment, Physics Engineering, Aerospace Vehicle Design, Engineer Dynamics, Engineering Statics and Propulsion etc.


M.Tech. Aerospace Engineering Eligibility

  • B.E./ B.Tech. or equivalent degree with minimum 50%marks or equivalent CGPA.
  • Some of the very reputed institutes conduct entrance examination for admission.

M.Tech. Aerospace Engineering Course Suitability

  • Students should have a strong engineering background to gain advanced, yet broad knowledge in aerospace engineering, while encouraging specialization through a research project.
  • They should be able to design and estimate the performance of an aircraft, compute its aerodynamic properties, simulate its motion in flight, and analyse how its aerodynamic and structural properties influence stability and control.
  • They should be hard worker, can work for long hours and should be update with the developments in the very fields.

How is M.Tech. Aerospace Engineering Course Beneficial?

  • The course is beneficial for enable the students to gain proficiency in highly advanced fields, such as space engineering, flight control and simulation, aero elasticity, computational fluid dynamics, advanced aerodynamics, combustion, computational mechanics and vehicular crashworthiness.
  • Course gives you advanced training in the sciences and technology that are currently most widely used in the fields of aeronautics and space.
  • The Master program includes the study of theoretical and practical groundwork, techniques, methods and processes of current use in aerospace research.
  • Graduates from this Master's Degree will be experts qualified to work in University departments, institutes or research centres to produce a doctoral thesis. R&D & I departments in industry in the aerospace field or similar.

COURSE ELIGIBILITY


B.E./ B.Tech. or equivalent degree with minimum 50%marks or equivalent CGPA.
  • M.Tech. Aerospace Engineering Syllabus 

    Syllabus of Aerospace Engineering as prescribed by various Universities and Colleges.

       Sem. I

    Sr. No.

    Subjects of Study

    1

    Introduction to Space Technology

    2

    Engineering Aerodynamics & Flight Mechanics++

    3

    Elements of Gas Dynamics & Propulsion++

    4

    Airplane and Aerospace Structures++

    5

    Laboratory I

    6

    PG Elective

       Sem. II

    1

    Laboratory II (Str. Lab)

    2

    Aerodynamic Design

    3

    Elective I

    4

    Elective II

    5

    Elective IV

    6

    Elective V

       Sem. III

    1

    Project

    2

    Structural Design

    3

    Elective V

    4

    Elective VI

    5

    Elective VII

       Sem. IV

    1

    Project

     

    List of electives

    1

    Physical Gas Dynamics

    2

    Object Oriented Prog. for Science & Engineers

    3

    Boundary Layer Theory

    4

    Computational Aerodynamics

    5

    Advanced Flight Mechanics

    6

    Transonic Aerodynamics

    7

    Advanced Aerodynamics

    8

    Helicopter Aerodynamics

    9

    Flight Testing and Performance Reduction

    10

    Numerical Methods in Gas Dynamics

    11

    Theory & Computation of Vortex Dominated Flows

    12

    Grid Generation

    13

    Introduction to CFD

    14

    Stability of Shear Flows

    15

    Hydrodynamic Stability, transition and Flow control

    16

    Unsteady Aerodynamics of Moving Bodies

    17

    Aerospace Systems Control and Estimation

    18

    Rocket Propulsion

    19

    Theory and Design of Gas Turbines

    20

    Performance of Gas Turbines

    21

    Combustion, Explosion and Detonation

    22

    Multiphase Flow

    23

    Hypersonic Air breathing Propulsion

    24

    Transport Processes in Reacting Flows

    25

    High Temperature Gas Dynamics

    26

    Radiation Heat Transfer

    27

    Theories of Modern Plate Structures

    28

    Analysis of Plates and Shells

    29

    Approximate Methods in Structural

    30

    Thermal Stress Analysis

    31

    Finite Element Analysis

    32

    Composite Structures

    33

    Energy Methods in Structural Analysis

    34

    Mechanics of Damage Tolerance

    35

    Mechatronics Design

    36

    Elasticity

    37

    Aero elasticity

    38

    Dynamics of Elastic Systems

    39

    Elastic Stability

    40

    Non­ Linear Behaviour of Plates and Shells

    41

    Continuum Mechanics

    42

    Advanced Strength of Materials

    43

    Structural Dynamics and Aero elasticity

    44

    Contact Mechanics and Teratology

    45

    Hypersonic Flow Theory

    46

    Aerodynamics of Missiles and Launch Vehicles

    47

    Introduction to Turbulent Flows & their Predictions

    48

    Experimental Methods in Aero/ Gas Dynamics

    49

    Turbulent Flows and their Computation

    50

    System Simulation and Process Optimization

    51

    Acoustics Instabilities in Aerospace Propulsion

    52

    Aero Acoustics

    53

    Combustion & Flow Diagnostics

    54

    Experimental Techniques in Structural Mechanics

Nims University

Jaipur, Rajasthan

Synch with the mission of creating pathways through career to future, the Nims University has emerged as the largest and best self-financed university in North-India. Structured at par with the composite model universities of the leading nations of the world, the Nims University has been legendary in quality teaching and action oriented research in all disciplines..

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