| DURATION |
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| Four
Years |
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| Click
Here to View Eligibility
Criteria for the above Course |
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| CURRICULUM
- B.E. AERONAUTICAL ENGINEERING |
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| Semester
- I
Theory
Chemistry
Engineering Mechanics
Language Elective I
Mathematics I
Physics I
Practical
Workshop Practice
Chemistry Laboratory
Physics Laboratory
Computer Practice I
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| Semester
- II
Theory
Elective (Engineering)
Electronics Engineering
Chemistry – II
Language Elective II
Mathematics II
Physics II
Practical
Engineering Graphics
Computer Practice II
Physics Laboratory –
II
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| Semester
- III
Theory
Elements of Production
Techniques
Engineering Thermodynamics
Solid Mechanics
Fluid Mechanics and Machinery
Chemistry – II
Mathematics III
Practical
Element of Aeronautics
Material Testing and IC
Engines Laboratory
Production process laboratory
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| Semester
- IV
Theory
Aerodynamics I
Aircraft Systems and Instruments
Control Engineering
Engineering Materials
Mechanics of Machines
Numerical Methods
Practical
Electrical Sciences Laboratory
Machine Drawing
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| Semester
- V
Theory
Aircraft General Engg.
& Maint. Practices
Aircraft Performance
Aircraft Structures I
Propulsion I
Aerodynamics II
Aircraft Rules and Regulations
CAR II
Practical
Design and Drafting
Aircraft Structural Repair
Practices
Structures Laboratory
I
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| Semester
- VI
Theory
Aircraft Stability and
Control
Aircraft Engine and Maintenance
System
Air Frame Maintenance
and Repair Practices
Experimental Stress Analysis
Aircraft Structures II
Practical
Aero Engine Repair Maintenance
Practice
Aerodynamics Laboratory
I
Aircraft Design Project
I
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| Semester
- VII
Theory
Air Transportation and
Aircraft
Maintenance Management
Management Sciences
Rockets and Missiles
Principles of Environmental
Science and Engineering
Professional Ethics
Practical
Aircraft System / Avionics
lab
Aircraft Design Project
II
Structures Laboratory
II
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| Semester
- VIII
Theory
Total Quality Management
Elective VIII
Elective XI
Practical
Project Work
Electives
· Aero Elasticity
· Aircraft Design
· Aircraft Engine
Maintenance and Repair
· Approximate methods
in Structural Mechanics
· Avionics
· Boundary Layer
Theory
· Combustion
· Communication
Skills for Engineers
· Computational
Fluid Dynamics
· Computer Aided
Design
· Creativity, Innovation
and New Product Development
· Cryogenics
· English I
· English II
· Fatigue and Fracture
Mechanics
· Flight Training
Laboratory
· Fuels and Propellant
Technology
· Heat Transfer
· Helicopter Aerodynamics
· Helicopter Maintenance
· Indian Constitution
and Society
· Industrial Aerodynamics
· Intellectual
Property Right (IRP)
· Random Vibrations
· Space Mechanics
· Technical French
I
· Technical French
II
· Technical German
I
· Technical German
II
· Technical Japanese
I
· Technical Japanese
II
· Theory of Plates
and Shells
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