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MS Aerospace
Introduction
Program Details
Courses Description
MS in Aerospace Engineering
MS in Aerospace Engineering- Programme Details

The aerospace engineering department at IAA presently offers MS in two (02) specialties, Fluid Dynamics and Structures. The award of MS degree requires successful completion of 24 credit hours of graded post-graduate level courses and successful defense of 6 credit hours of thesis research. The specialty wise requirements for the MS degree are as follows:
 

MS in Fluid Dynamics
 
Eligibility For Admission:
  • BE/BSc Engineering(Aeronautical/Aerospace/Mechanical/Chemical/Civil)
  • Minimum GPA 2.5/4.00 or 60% marks
  • GRE / NTS (min 50% score) to be submitted by the end of 1st year of studies

 
Course Requirements:
Mandatory Courses.
At least three of the following major courses

Course No.

Course Title

Credits

MA-844

Advanced Engineering Mathematics

3

AE-810

Advanced Incompressible Fluid/Aerodynamics

3

AE-811

Advanced Compressible Fluid/Aerodynamics

3

AE-830

Computational fluid Dynamics-1

3

AE-853

Advanced Heat Transfer

3
 
 Elective Courses:
In addition to the following courses, major courses of structures are electives for the Fluid Dynamics specialty

Course No.

Course Title

Credits

AE-806

Impact Engineering

3

AE-807

Fundamentals of Adhesives, Sealants and Coatings

3

AE-812

Gas Turbine Theory and Performance

3

AE-813

Mech. & Thermodynamics of Air Craft Propulsion

3

AE-814

Combustion Phenomena

3

AE-815

Aircraft Engine Design

3

AE-816

Advanced Thermodynamics

3

AE-829

Advanced Aircraft Dynamics & Control

3

AE-830

Computational Fluid Dynamics I

3

AE-831

Gas Turbine Combustion

3

AE-832

Propulsion System Performance & Integration

3

AE-833

Potential Flow and Panel Methods

3

AE-834

Applied Computational Fluid Dynamics

3

AE-835

Advanced Aerospace Propulsion

3

AE-837

Rheology

3

AE-838

Polymer Engineering

3

AE-845

Advanced Materials in Engineering

3

AE-846

Aero Elasticity

3

AE-850

Turbo Machinery

 

AE-853

Advanced Heat Transfer

3

AE-910

Experimental Techniques in Fluid & Thermal Engineering

2-1

AE-920

Advanced Stress Analysis

3

AE-925

Mechanical Behavior of Engineering Materials

3

AE-930

Computational Fluid Dynamics-II

3

AE-936

Hypersonic/High Temperature Gas Dynamic

3

AE-954

Conduction Heat Transfer

3

AE-955

Convection Heat Transfer

3

AE-956

Radiation Heat Transfer

3

AE-957

Hydrodynamic Stability

3

AE-958

Rarefied Gas Dynamics/Kinetic Theory

3

AE-959

Turbulent Fluid Flow

3

MA-830

Partial Differential Equations-I

3

MA-831

Partial Differential Equations-II

3

MA-845

Advanced Numerical Techniques

3

IE-801

Industrial Management & System Engineering

3
  • Thesis:AE-899 MS Thesis (06 credits) is compulsory. There is no non-thesis option
 

MS in Structures
 
Eligibility For Admission:
  • BE/BSc Engineering(Aeronautical/Aerospace/Mechanical/Chemical/Civil)
  • Minimum GPA 2.5/4.00 or 60% marks
  • GRE / NTS (min 50% score) to be submitted by the end of 1st year of studies

 
Course Requirements:
Mandatory Courses.
At least three of the following major courses

Course No.

Course Title

Credits

MA-844

Advanced Engineering Mathematics

3

AE-801

Theory of Elasticity

3

AE-820

Advanced Theory of Vibrations

3

AE-823

Advanced Mechanics of Composites

3

AE-840

Finite Element Methods-1

3
 
 Elective Courses:
In addition to the following courses, major courses of Fluid Dynamics are electives for the Structures specialty.

Course No.

Course Title

Credits

AE-803

Advanced Strength of Materials

3

AE-805

Advance Aircraft Structural Analysis

3

AE-807

Fundamentals of Adhesives, Sealants and Coatings

3

AE-813

Mech. & Thermodynamics of A/C Propulsion

3

AE-816

Advanced Thermodynamics

3

AE-829

Adv. Aircraft Dynamics & Control

3

AE-833

Aerodynamics of Wings & Bodies

3

AE-834

Applied CFD

3

AE-838

Polymer Engineering

3

AE-841

Behavior of Materials under Impact Loading

3

AE-843

Theory of Plates and Shells

3

AE-844

Thin Walled Structures

3

AE-845

Advanced Materials in Engineering

3

AE-846

Aero elasticity

3

AE-847

Theory of Plasticity

3

AE-848

Fracture Mechanics

3

AE-860

Surface Engineering

3

AE-861

Degradation of Materials

3

AE-911

Experimental Techniques in Solid Mechanics

2-1

AE-925

Mechanical Behavior of Engineering Materials

3

AE-926

Failure Mechanisms in Engineering Materials

3

AE-940

Finite Element Methods-II

3

MA-830

Partial Differential Equations-I

3

MA-845

Advanced Numerical Techniques

3

MA-931

Partial Differential Equations-II

3

IE-801

Industrial Management & System Engineering

3

IE-842

Computer Aided Engineering

 3
  • Thesis:AE-899 MS Thesis (06 credits) is compulsory. There is no non-thesis option
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