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 At a Glance >>

Course: Four Years Degree Course
Course Details:

• A.M.Ae.S.I at par with B.E/B.Tech
• Section A – 2 years
• Section B – 2 years

• Aeronautical Engineering has got many streams like Aerodynamics, propulsion, Maintenance, Avionics and Aircraft structure etc.
• Section – A i.e., 1st and 2nd Year is common for all the streams.

Duration:
Four Years

Pattern :
Full time  

Entry Requirement :
• A candidate, who have passed intermediate or 10+2 or higher secondary examination with Physics, Chemistry and Mathematics scoring
•50% or above in each subject, is eligible.

Age:

Atleast 16 years for enrollment.

Location 
Hyderabad 

Certification 
The ASI conducted exam /certification details for AE ( exams held every June /Dec, etc)

Contact Us
1-8-303/33, Nagam, Towers,  3rd and 4th Floor, NTR, Circle, Minister Road, Secunderabad-500 003.
A.P, INDIA
Tel : (91)-040-6649690066200000
Fax (91)-040-30604493

Branch Office:
208-209, Ansals Imperial Tower, 'C' Block Community Center, Naraina Vihar,
New Delhi-110028.
Tel:-011-32529334

 

Aeronautical Engineering
Four Years Degree Course
A.M.Ae.S.I at par with B.E/B.Tech.

Ever since planes started flying in the skies, aviation has been a glamorous vocation sought after by many, but achieved by only a few selected persons. Aeronautical engineering is a branch of engineering which deals with the design and development of flying vehicles in the air such as aircrafts, helicopters, rockets, missiles etc and operations of those vehicles. Aeronautical engineering, in addition to air vehicles makes valuable contributions into the other industrial fields such as ground vehicles in the form of research, development and design. Thus, aeronautical engineers have various opportunities to find a job in Defence and aircraft industries to automotive industry.

Graduates of aeronautical engineering work in all areas of the aircraft and airline industries. They also work in other exiting areas such as motor vehicle production and in the energy industry. In India, large transport and aviation companies employ aeronautical engineers, as do the smaller companies who produce components and services. Air forces across the globe also employ aeronautical engineers.

Job Prospects and career options
An Aeronautical Engineer can find employment in various Airlines in India and Abroad. Jobs are available with the national, international public and private airline services as well as aircraft manufacturing units. They can also join the Defence Services, Airport Authority of India, Aeronautical Development Agency (ADA), Indian Space Research Organization (ISRO), Vikram Sarabhai Space Centre (VSSC), Defence Research and Development Organization (DRDO), National Aeronautical Laboratory (NAL), Hindustan Aeronautics Limited (HAL), Civil Aviation Department (CAD) and also private Aviation Industries etc., as research Engineers / Maintenance Engineers.

About the course
The Government of India recognizes a pass in the AMAeSI examination in the Section A and B levels for the purpose of recruitment to executive posts and commissioned ranks in the services in the appropriate field under the Central Government. AMAeSI is recognized by the Govt. of India as equivalent to BE degree in Aeronautical Engineering. Candidates with AMAeSI qualification are eligible to apply for any job in Aeronautics where BE is prescribed as the minimum eligibility qualification for the post. They are also eligible to pursue Post Graduate Courses.

As there is great dearth of qualified aircraft engineers in India as well as abroad, candidates who successfully complete this course will be able to obtain lucrative jobs in aviation firms.

The examination for AMAeSI is conducted by the Aeronautical Society of India, New Delhi at various centres in India and Hyderabad is one of them.

Students of AE course can also appear and qualify as AMAeSI (Associate Membership of Aeronautical Society of India) which is fully recognised by Government of India / State Government / Union Public Service Commission
(U.P.S.C.) / G.A.T.E. for M.Tech admission / Hindustan Aeronautics Ltd., (H.A.L.) / Indian Airlines / Air India / B.H.E.L. / D.R.D.O. / N.A.L. / I.A.F. / Coast Guard / Airline Industries etc. / Birla Institute of Technology, Ranchi / Madras Institute of Technology and many other Government, Public and Private sector as equivalent to B.E / B.Tech (Aeronautical Engineering).

Course Structure
Flytech Aviation Academy is the only Institute in India, which imparts practical training on live aircrafts and exposure to the flying to its Aeronautical Engineering students.

 
SYLLABUS

AME ab-initio Courses
 MECHANICAL STREAM
Fixed Wing

FIRST SEMESTER


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Air Law,
Airworthiness
Requirements - I

110

1

Maintenance Practices - I

150

2

Aircraft Materials and
Hardware – I

70

2

Materials and
Hardware – I

80

3

Electrical Fundamental – I

70

3

Electrical Fundamental-I

80

4

Basic Aerodynamics

40

4

Basic Aerodynamics

40

5

Maintenance Practices - I

60

 

 

 

 

Total

350

Total

350

SECOND SEMESTER

Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Air Law,
Airworthiness
Requirements – II

90

1

Aircraft Materials and Hardware – II

150

2

Human Performance  - II

30

2

Electronic Fundamentals & Digital Techniques - I

110

3

Aircraft Materials and Hardware - II

80

3

Electrical Fundamental - II

90

4

Electronic Fundamentals and Digital Techniques - I

70

 

 

 

5

Electrical Fundamental - II

80

 

Total

350

 

Total

350

THIRD SEMESTER


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Digital Technique – II

80

1

Digital Technique – II

80

2

Aeroplane Dynamics and Structure

70

2

Aeroplane Dynamics and Structure

70

3

Maintenance Practices – II

70

3

Maintenance Practices – II

80

4

Jet Engine – I

70

4

Jet Engine – I

60

5

Piston Engine – I

60

5

Piston Engine – I

60

 

Total

350

 

Total

350

FOURTH SEMESTER

Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Aeroplane Systems – I

70

1

Aeroplane Systems – I

90

2

Avionics

70

2

Avionics

70

3

Jet Engine – II

70

3

Jet Engine – II

60

4

Maintenance Practices –III

70

4

Maintenance Practices – III

70

5

Piston Engine  - II & Propellers

70

5

Piston Engine – II & Propellers

60

 

Total

350

 

Total

350

FIFTH SEMESTER

Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Aeroplane System – II

70

1

Aeroplane System - II

80

2

Heavy Aeroplane Maintenance

50

2

Heavy Aeroplane Maintenance

80

3

Light Aeroplane Maintenance

50

3

Light Aeroplane Maintenance

90

4

Jet Engine Maintenance

50

4

Jet Engine Maintenance

90

5

Piston Engine Maintenance

50

5

Piston Engine Maintenance

90

 

Total

270

 

Total

430

 

AME ab-initio Courses
 MECHANICAL STREAM
Rotary Wing

FIRST SEMESTER


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Air Law,
Airworthiness
Requirements - I

110

1

Maintenance Practices - I

150

2

Aircraft Materials and
Hardware – I

70

2

Aircraft Materials and
Hardware – I

80

3

Electrical Fundamental – I

70

3

Electrical Fundamental-I

80

4

Basic Aerodynamics

40

4

Basic Aerodynamics

40

5

Maintenance Practices - I

60

 

 

 

 

Total

350

Total

350

SECOND SEMESTER

Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Air Law,
Airworthiness
Requirements – II

90

1

Aircraft Materials and Hardware – II

150

2

Human Performance  - II

30

2

Electronic Fundamentals & Digital Techniques - I

110

3

Aircraft Materials and Hardware - II

80

3

Electrical Fundamental - II

90

4

Electronic Fundamentals and Digital Techniques - I

70

 

 

 

5

Electrical Fundamental - II

80

 

Total

350

 

Total

350

THIRD SEMESTER


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Digital Technique – II

80

1

Digital Technique – II

80

2

Helicopter Dynamics and Structure

70

2

Helicopter Dynamics and Structure

70

3

Maintenance Practices – II

70

3

Maintenance Practices – II

80

4

Jet Engine – I

70

4

Jet Engine – I

60

5

Piston Engine – I

60

5

Piston Engine – I

60

 

Total

350

 

Total

350

FOURTH SEMESTER

Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Helicopter Systems – I

60

1

Helicopter Systems – I

100

2

Avionics

70

2

Avionics

70

3

Jet Engine – II

70

3

Jet Engine – II

60

4

Maintenance Practices -III

70

4

Maintenance Practices – III

70

5

Piston Engine  - II & Propellers

70

5

Piston Engine – II & Propellers

60

 

Total

340

 

Total

360

FIFTH SEMESTER

Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Helicopter System – II

60

1

Helicopter System - II

90

2

Heavy Aeroplane Maintenance

50

2

Heavy Aeroplane Maintenance

80

3

Helicopter Maintenance

50

3

Helicopter Maintenance

90

4

Jet Engine Maintenance

50

4

Jet Engine Maintenance

90

5

Piston Engine Maintenance

50

5

Piston Engine Maintenance

90

 

Total

260

 

Total

440

 

AME ab-initio Courses
  Avionics STREAM

FIRST SEMESTER


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Air Law,
Airworthiness
Requirements - I

110

1

Maintenance Practices - I

150

2

Aircraft Materials and
Hardware – I

70

2

Materials and
Hardware – I

80

3

Electrical Fundamental – I

70

3

Electrical Fundamental-I

80

4

Basic Aerodynamics

40

4

Basic Aerodynamics

40

5

Maintenance Practices - I

60

 

 

 

 

Total

350

Total

350

SECOND SEMESTER

Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Air Law,
Airworthiness
Requirements – II

90

1

Aircraft Materials and Hardware – II

150

2

Human Performance  - II

30

2

Electronic Fundamentals & Digital Techniques - I

110

3

Aircraft Materials and Hardware - II

80

3

Electrical Fundamental - II

90

4

Electronic Fundamentals and Digital Techniques - I

70

 

 

 

5

Electrical Fundamental - II

80

 

Total

350

 

Total

350

THIRD SEMESTER   


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Digital Technique – II

80

1

Digital Technique – II

80

2

A/C Elect Systems –I

80

2

A/C Elect Systems-I

70

3

A/C Instruments – I

60

3

A/C Instruments -I

60

4

Communication & Navigation System–I

80

4

Communication & Navigation System–I

60

5

Maintenance Practices – II

50

5

Maintenance Practices – II

80

 

Total

350

 

Total

350

FOURTH SEMESTER


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

Theory of flight& propulsion

50

1

Theory of flight& propulsion

50

2

A/C Elect Systems –II

70

2

A/C Elect Systems-II

70

3

A/C Instruments – II

90

3

A/C Instruments –II

90

4

Communication & Navigation System–II

90

4

Communication & Navigation System–II

70

5

Maintenance Practices – III

50

5

Maintenance Practices – III

70

 

Total

350

 

Total

350

FIFTH SEMESTER


Sl. No

Theory

Hours

Sl. No

Practical

Hours

1

A/C Structures & Flight Controls

50

1

A/C Structures& Flight Controls

50

2

A/C Elect Systems –III

70

2

A/C Elect Systems-III

50

3

A/C Instruments – III

100

3

A/C Instruments -III

100

4

Communication & Navigation System–III

100

4

Communication & Navigation System–III

50

5

Avionics System Maintenance

30

5

Avionics System Maintenance

100

 

Total

350

 

Total

350

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