• a) Course structure –

The AME Basic Maintenance training program (CAR 66 basic knowledge examination module pattern syllabus) is divided into 6 semesters. The complete syllabus is arranged to cover theory and practical classes within 2700 hours for Mechanical category B1 (B1.1) and 2700 hours for Avionics category B2 including 360 hours practical training A1 aeroplanes turbines at Air India Engineering Services Ltd, Hyderabad / GMR Aero Technic Limited for both categories.

b) Duration –

3 years (six semesters) for both Mechanical & Avionics branches

c) Course fees –

Period of Study	Fee in Rs/-
I year	125000
II year	125000
III year	125000
IV Year beginning or at the end of III year course	115000
Total	490000

TSAA, AME & M. Sc. Aviation Course Fee Breakup

Type of Fee	Fee in Rs.
Basic MRO Familiarisation Training	1, 20, 000/-
LEAR JET A/C Ground run Charges	1, 00, 000/-
LEAR JET A/C wear & tear operational cost	1, 00, 000/-
AAI Charges	20, 000/-
BCAS Training expenses	5, 000/-
TSAA In-House A/C maintenance training Charges	50, 000/-
In-House theory and Practical training	95, 000/-
JNTU- TSAA MoU course charges	90, 000/-
Total	5, 80, 000/-

 d) Syllabus –

Summary of  Syllabus including Theory and Practical Training for Mechanical and Avionics branches is as follows

(CATEGORY- B1.1)

SEMESTER – I

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
7A	Maintenance Practices-I	100	7A	Maintenance Practices-I	80	–	180
8	Basic Aerodynamics	60	8	Basic Aerodynamics	–	10	70
9A	Human Factors	60	–	–	–	–	60
10	Aviation Legislation – I	100	–	–	–	–	100
	Total	320			80	10	410

SEMESTER – II

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
3	Electrical Fundamentals-I	80	3	Electrical Fundamentals-I	57	3	140
6	Materials and Hardware-I	80	–	–	–	–	80
10	Aviation Legislation – II	100	–	–	–	–	100
11A	Turbine Aeroplane Aerodynamics, Structures and Systems-I	100	11A	Turbine Aeroplane Aerodynamics, Structures and Systems-I	–	60	160
	Total	360			57	63	480

SEMESTER – III

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
3	Electrical Fundamentals-II	80	3	Electrical Fundamentals-II	42	18	140
6	Materials and Hardware-II	60	–	–	–	–	60
11A	Turbine Aeroplane Aerodynamics, Structures and Systems-II	100	11A	Turbine Aeroplane Aerodynamics, Structures and Systems-II	–	70	170
15	Gas Turbine Engine-I	100	15	Gas Turbine Engine-I	18	42	160
	Total	340			60	130	530

SEMESTER – IV

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
4	Electronic Fundamentals	60	4	Electronic Fundamentals	40	–	100
7A	Maintenance Practices – II	80	7A	Maintenance Practices – II	48	12	140
15	Gas Turbine Engine-II	100	15	Gas Turbine Engine-II	12	48	160
	Total	240			100	60	400

SEMESTER – V

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
5	Digital Techniques Electronic Instrument Systems	100	5	Digital Techniques Electronic Instrument Systems	40	–	140
17A	Propeller	60	17A	Propeller	6	14	80
	Total	160			46	14	220

SEMESTER – VI 

Subject	Aircraft /Engine	Hours
On Job Training (In House)	Learjet 25B/ Turbojet CJ610-6	300

(CATEGORY- B2)

SEMESTER – I

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
7A	Maintenance Practices	100	7A	Maintenance Practices	77	3	180
8	Basic Aerodynamics	60	8	Basic Aerodynamics	–	10	70
9A	Human Factors	60	–	–	–	–	60
10	Aviation Legislation – I	100	–	–	–	–	100
	Total	320			77	13	410

SEMESTER – II

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
3	Electrical Fundamentals-I	80	3	Electrical Fundamentals-I	57	3	140
4	Electronic Fundamentals-I	60	–	–	–	–	60
6	Materials and Hardware-I	80	–	–	–	–	80
10	Aviation Legislation – II	100	–	–	–	–	100
	Total	320			57	3	380

SEMESTER – III

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
3	Electrical Fundamentals-II	80	3	Electrical Fundamentals-II	42	18	140
4	Electronic Fundamentals-II	60	–	–	–	–	60
6	Materials and Hardware-II	80	–	–	–	–	80
13	Aircraft Aerodynamics, Structures and Systems-I	100	13	Aircraft Aerodynamics, Structures and Systems-I	–	80	180
	Total	320			42	98	460

SEMESTER – IV

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
5	Digital Techniques Electronic Instrument Systems – I	80	4	Electronic Fundamentals	40	–	120
13	Aircraft Aerodynamics, Structures and Systems-II	110	13	Aircraft Aerodynamics, Structures and Systems-II	3	97	210
14	Propulsion	80	14	Propulsion	24	16	120
	Total	270			67	113	450

SEMESTER – V

	Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	Learjet A/C	Total
5	Digital Techniques Electronic Instrument Systems – II	80	5	Digital Techniques Electronic Instrument Systems	40	–	120
13	Aircraft Aerodynamics, Structures and Systems-III	120	13	Aircraft Aerodynamics, Structures and Systems-III	40	60	220
	Total	200			80	60	340

SEMESTER – VI

Subject	Aircraft /Engine	Hours
On Job Training (In House)	Learjet 25B/ Turbojet CJ610-6	300

 CATEGORY – A1

Sl.No	Semester	Hours
		Theory	Practical
			In house	AMO	Total
1	Semester – I	140	180	78	398
2	Semester – II	140	184	78	402
	TOTAL HOURS	280	364	156	800

 SEMESTER – I

Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	LearjetA/C	Total
3	Electrical Fundamentals	20	3	Electrical Fundamentals-I	20	10	50
6	Materials And Hardware-I	15	6	Materials And Hardware	–	10	25
7A	Maintenance Practices-I	15	7A	Maintenance Practices-I	70	20	105
8	Basic Aerodynamics	20	8	Basic Aerodynamics	–	10	30
9A	Human Factors	20	9A	Human Factors	–	–	20
10	Aviation Legislation	20	10	Aviation Legislation	–	–	20
11A	Turbine Aeroplane Aerodynamics, Structures And Systems-I	30	11A	Turbine Aeroplane Aerodynamics, Structures And Systems-I	–	40	70
	Total	140			90	90	320

SEMESTER -II

Theory			Practical Hours
Module	Subject	Hours	Module	Subject	Lab	LearjetA/C	Total
3	Electrical Fundamentals	–	3	Electrical Fundamentals-II	20	–	20
5	Digital Techniques Electronic Instrument Systems	15	5	Digital Techniques Electronic Instrument Systems	20	–	35
6	Materials And Hardware-II	15	6	Materials And Hardware	–	–	15
7A	Maintenance Practices-II	20	7A	Maintenance Practices-II	20	–	40
11A	Turbine Aeroplane Aerodynamics, Structures And Systems-II	35	11A	Turbine Aeroplane Aerodynamics, Structures And Systems-II	–	50	85
15	Gas Turbine Engine	40	15	Gas Turbine Engine	20	44	104
17A	Propeller	15	17A	Propeller	10	–	25
	Total	140			90	94	324

 

e) Infrastructure –

Classrooms, Workshops, Labs, Library, Hangar, Aircrafts, Cafeteria…etc.

Library

• • TSAA has a well equipped Tech. library with Aircraft maintenance engineering literature and a number of reference books for each module as prescribed by DGCA. The books are held in Library for reference as well as for issuing short term loan for all personnel including students.

• • The technical updates in hard copy such as Service Bulletins, Airworthiness Directives, Service Information Letter, etc. shall be maintained for student’s reference. A register shall be maintained to reflect the details including literature received to date and effective date, disposal action if any, etc.

• • The Library is also equipped with educational CDs and computers with internet facility to enable the students to access Interactive Electronic Technical Publications.

• • A master list of books/documents module wise along with its revision status and location will be maintained by Incharge Library. The Incharge Library is responsible for the updating of documents/ records in the Technical Library which will be audited by Quality Manager.

Hangar    

TSAA is having the following aircraft for On Job Training of students

• • Cessna 172R aircraft fitted with NAV-III Garmin G-1000 integrated avionics systems (glass cockpit).

• • CESSNA 172 S Aircraft

• • Diamond DA 42 NG aircraft fitted with Garmin G-1000 with autopilot (glass cockpit).  

• • Lear jet-25B aircraft fitted with CJ610 twin turbojet engines

f) DGCA approval –  

 

 

 

 

 

g) Practical training details –

For Mechanical branch

In house practical training	920 hrs
At Air India Engineering Services Ltd                            or GMR Aero Technic Limited	360 hrs

For Avionics branch

In house practical training	910 hrs
At Air India Engineering Services Ltd                          or GMR Aero Technic Limited	360 hrs

h) Training facilities owned and contracted –

TSAA has adequate training facilities, various labs to train AME students. The details of various labs as follows.  

Training Aids
Equipment in Workshops/Labs

WORKSHOP

MACHINE SHOP

WELDING SHOP

AIRFRAME SHOP

COMPOSITE MATERIAL LAB

Piston Engine Lab

Jet Engine Lab

ELECTRICAL LAB

INSTRUMENT LAB

RADIO LAB

i) details of instructors employed and contracted –

The following Instructor has been employed with our Academy permanently and no instructor is employed on a contract basis.  

j) Details of Staff –

Sl. No	Name of the employee	Designation
1	Sqn Ldr (Retd)  MB.Ramakrishnaiah	Training Manager
2	M Satapathy	Quality Manager
3	G J Clement	Examinations Manager
4	K Thimmappa	Dy. Training Manager
5	D Suresh Babu	Practical assessor
6	B.J Mohan Rao	Knowledge examiner
7	P Durga Prasad	Instructor
8	A N Rao	Instructor
9	Md. Manzoor Alam	Instructor
10	KNP Singh	Instructor
11	Sabbi Raja	Instructor
12	P Ravi Varma	Instructor
13	S Venu Murthy	Instructor
14	B L Mallikharjun	Instructor
15	V Vijaya Prakash	Instructor
16	Shaik Khaleel	Instructor
17	Pramod K Deshmukh	Instructor

j) Details of students admitted –

   Batch 25 B2

Sl.No	Roll.No	Name of the Student
1	2501	M.Leela Swarnitha
2	2502	B. Akshara Reddy
3	2503	R. Sahithi
4	2504	B. Naresh
5	2505	K. Stalin
6	2506	K. Harshith
7	2507	G. Surya Kumar
8	2508	K. Vaasu
9	2509	M. Sai Charan Chary
10	2510	J. Karthikeya
11	2511	Mohammed Anas Ahmed
12	2512	K. John Emmanuel
13	2513	M. Karthikeya
14	2514	V. Sathwik
15	2515	R. Sreenikethan
16	2516	J. Vishwateja Goud
17	2517	N. Bhavani Prasad
18	2518	J. Raghava
19	2519	T.Vinay
20	2520	G. Abhishek Goud
21	2521	K. Vikas
22	2522	B. Aravind Reddy
23	2523	K. Sai Sanjeev
24	2524	K. Manish
25	2525	L. Sharon Josephine
26	2526	G. Srividhya
27	2527	N. Sahasra Rao
28	2528	M. Ravinder reddy
29	2529	V. Varun Kumar
30	2530	V. Nikhil Reddy

  Batch – 26  B 1.1

Sl.No	ROLL . NO	Name of the Student
1	2601	M. Gnanesh Prem
2	2602	K. Amarnath
3	2603	K. Ujwal
4	2604	D. Maneesh Kumar
5	2605	P. Harsha Vardhan Goud
6	2606	G. Abhinand
7	2607	B. Abhiram Sai
8	2608	P. Hrushikesh Varma
9	2609	M. Sathwik
10	2610	Ch. Abhishikth
11	2611	P.Raghunath
12	2612	G. Tharun Kumar
13	2613	L. Sai Karthik Reddy
14	2614	Mohammed Israr Ahmed
15	2615	P. Joshi Sai nath
16	2616	M. Midhun Kumar Reddy
17
18	2618	D. Akshar
19	2619	V. Sainandan Reddy
20	2620	G. Keerthana
21	2621	B. Jeshwanth Reddy
22	2622	V. Bhargav Prasad
23	2623	P. Sathwik
24	2624	T. Renu Sri
25	2625	Pooja Thakur
26	2626	T. Sahithi
27	2627	P. Sravani
28	2628	B. Mahalakshmi
29	2629	S. Pavan
30	2630	K. Rahul
31	2631	K Sandeep

Batch 23 – B -2

Roll.No	Name of the Student
2302	Palepu Snehit
2303	Dhondi Devi Sree Prasad
2305	Shaik Ahmed Hussain
2306	Kola Rahul Yadav
2307	Mohd Noumanuddin Khan

Batch -24

k) Terms and conditions  –   

Students will be briefed at the time of admission

1. 1. Admission is through the entrance examination

1. 1. The trainee must maintain 90% attendance all through the tuition hours

1. 1. The minimum pass marks in the Semester/ DGCA module exam is 75%

l) Contact details of the person responsible for providing information, clarification and any other relevant information to the public –

E-mail : tsaa.ame@gmail.com

Sqn Ldr (Retd) MB Ramakrishnaiah, Tele: 8019299050

Dr. N Chandra Sekhar Rao, Tele: 9000373655