| Courses >> Aeronautical Engineering |
| ABOUT AERONAUTICAL SOCIETY OF INDIA (AeSI) |
Aeronautical Society of India was established in 1948 with the support and patronage of Pandit Jawaharlal Nehru who also became the Society's first Patron-in-Chief. Since then Prime Minister of India has always been its Paton-in-Chief. Presently Dr. Manmohan Singh, Prime Minister is the Patron-in-Chief.
The objective of the Society is to promote the advancement and diffusion of the Knowledge of the aeronautical science and aircraft engineering and elevation of the Aeronautical profession.
The Society provides a platform to professionals in the field of Aeronautics, organizes seminars, workshops and conferences to promote aeronautics and bring about greater awareness in this field. |
| About the Course |
Aeronautical Society of India conducts the Associated Membership Examination and awards the degree AMAeSI which is recognized by the Govt. of India as equivalent to a degree in Aeronautical Engineering from an Indian University.
The students who complete Sections A & B of AMAeSI are eligible to do postgraduate courses in India & abroad, subject to stipulations, if any, in this regard.
As there is a great demand for qualified aircraft engineers in India as well as abroad, candidates who successfully complete this course should be able to obtain good jobs in the field of aviation.
Candidates who successfully complete Section A & B of the Associate Membership Examination conducted by the AeSI are treated at par with those holding a degree in Aeronautical Engineering from an Indian University for recruitment to superior posts and services under the Central Government. Those who have successfully completed section A&B examination of the Society are occupying responsible posts in H.A.L, Indian Airlines, Air India, Pawan Hans, D.R.D.O., N.A.L., Aeronautical Development Establishment, Civil Aviation Department, ONGC, IAF, Army, Navy, Coast Guard and many other reputed organizations and establishments. After completion of AMAeSI Engineering Degree one may appear for M. E. / M. Tech. or Examinations like I. A. S. / I. E. S. / I. A. F. / M. P. S. C. etc. One may also appear for the posts in the State / Central Govt or Public Sector Undertaking where the necessary qualification of B.E. / B.Tech. is required. |
|
Four Years Degree Course
AMAeSI at par with BE / B Tech
Minimum Qualification |
- 10+2 Pass with Physics, Chemistry, Maths with 50% Marks in individual subjects
- Engg. Diploma pass (Any Stream) min 50% aggregate
- B.Sc with PCM group & min 50% aggregate
|
| Subjects of Section "A" |
| Semester 1 |
A4 Strength of Material
A10 Workshop Technology |
| Semester 2 |
A9 Engg. Drawing & Design
A2 Fluid Mechanics |
| Semester 3 |
A3 Basic Electronics
A5 Engg. Thermodynamics
Al Applied Mathematics-I |
| Semester 4 |
A6 Electrical Engg.
A7 Microprocessors & Software Engineering
A8 Introduction to Aeronautics
|
| Six weeks Workshop Training |
Specialization |
| Subjects of Section "B" |
|
| 1. Aero Mechanical Stream (All subjects are compulsory) |
| Semester V |
AS1 Applied Mathematics II
AS2 Aerodynamics
AS3 Aircraft Structures |
| Semester VI |
AS4 Propulsion I
AS5 Aircraft Structures-II
AS6 Airplane Performance Stability & Control |
| Six weeks Laboratory Training |
| Semester VII |
AS7 Aircraft Design
AS8 Propulsion-II |
| Semester 4 |
AS9 Management of Systems
• One of the Electives
• Six weeks Professional Training
|
| 2. Avionics Stream (All subjects are compulsory) |
| Semester V |
LS1 Applied Mathematics II
LS2 Aircraft General Systems
LS3 Avionics-I |
| Semester VI |
LS4 Control Theory & Practices
LS5 Avionics-II
LS6 Airplane Stability Performance & Control |
| Semester VII |
LS7 Maintenance of Radio &
Communication Systems
LS8 Aircraft Instruments |
| Six weeks Laboratory Training |
| Semester VIII |
LS9 Management of Systems
• One of the Electives
• Six weeks Professional Training |
|
| 3. Maintenance & Production (Electrical) Stream (All subjects are compulsory) |
| Semester V |
PS1 Airworthiness & Air Regulations
PS2 Aircraft Materials
PS3 Control Theory & Practices |
| Semester VI |
PS4 Aircraft Production
PS5 Production, Planning & Control
PS6 Airplane Performance, Stability & Control |
| Semester VII |
PS7 Management of Systems
PSL1 Maintenance of Electrical Instruments & Systems |
| Six weeks Laboratory Training |
| Semester 4 |
PSL2 Maintenance of Radio & Communication Systems
• One of the Electives |
| Six weeks Laboratory Training |
|
| 4. Maintenance & Production (Mechanical) Stream (All subjects are compulsory) |
| Semester V |
PS1 Airworthiness & Air Regulations
PS2 Aircraft Materials
PS3 Control Theory & Practices |
| Semester VI |
PS4 Aircraft Production
PS5 Production, Planning & Control
PS6 Airplane Performance, Stability & Control |
| Semester VII |
PS7 Management of Systems
PSM1 Maintenance of Power Plant Systems |
| Six weeks Laboratory Training |
| Semester 4 |
| PSM2 Maintenance of Airframe & Systems |
PSM2 Maintenance of Airframe & Systems
• One of the Electives |
| Six weeks Professional Training |
| Electives |
OS-1 Principles of Helicopter Engineering
OS-2 Gas Dynamics
OS-3 Wind Tunnel Testing
OS-4 Vibration & Aero elasticity
OS-5 CAD CAM
OS-6 Industrial Engineering
OS-7 Tool Design & Fabrication
OS-8 Statistics & Quality Control
OS-9 Air Navigation
OS-10 Aircraft Evaluation
OS-11 Rockets & Missiles
OS-12 Introduction to the Finite Element Methods
OS-13 Computational Fluid Dynamics
OS-14 Optimization Methods in Engineering Design
OS-15 Non Destructive Evaluation
OS-16 Ground Handling and Support Systems
OS-17 Introduction to Automatic Flight Control Systems
OS-18 Introduction to Wind Engineering
OS-19 Composite Materials |
| Note : Students may be trained in CATIA, ProE, ANSYS, etc. at a nominal additional cost. |
