AME & B.Sc Aviation Syllabus | DGCA Approved Curriculum

Syllabus

* B.Sc. Aviation syllabus (2023 Pattern): https://drive.google.com/file/d/1kq5FR_PoAaLu5jNra6Nbnx2YItZ7g0it/view?usp=sharing
* B.Sc. Aviation syllabus As Per NEP 2020 (2024 Pattern): https://drive.google.com/file/d/1Ue1rDdrlrDHLpfiZldDbeeygr1dfYyM0/view?usp=sharing

Syllabus Of Aircraft Mainteinance Engineering (AME)

Syllabus B1.1 (Mechanical)

SEMESTER I

Module	Subject/Topic	Knowledge Hour	Practical Hour at IIAE	Practical Hour at AMO Total Hours
M-3	Electrical Fundamental – I	60	50	110
M-4	Electronics Fundamentals	60	41	101
M-7	Maintenance Practices-I	60	35	95
M-8	Basic Aerodynamics	60	46	106
M-10	Aviation Legislation – I	90		90
	Total Hours	330	172	502
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.1

SEMESTER II

Module	Subject/Topic	Knowledge Hour	Practical Hour at IIAE	Total Hours
M-3	Electrical Fundamental – II	60	50	110
M-5	Digital Electronics-I	60	46	106
M-6	Material and Hardware - I	60	38	98
M-7	Maintenance Practice - II	81	36	117
M-10	Aviation Legislation - II	85		85
	Total Hours	346	170	516
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.1

SEMESTER III

Module	Subject/Topic	Knowledge Hour	Practical Hour at IIAE	Total Hours
M-6	Materials and Hardware –II	60	38	98
M-7	Maintenance Practices – III	40	17	57
M-9	Human Factors	45		45
	Total Hours	145	55	200
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.1

SEMESTER IV

Module	Subject/Topic	Knowledge Hour	Practical Hour at IIAE	Total Hours
M-6	Materials and Hardware - III	60	39	99
M-11 A	Aircraft Structure System – I	60	35	95
M-11A	Aircraft Structure System – II	90	05	95
M-15	Gas Turbine Engine –I	90	27	117
	Total Hours	300	106	406
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.1

SEMESTER V

Module	Subject/Topic	Knowledge Hour	Practical Hour at IIAE	Total Hours
M-5	Digital Electronics-II	70		70
M-7	Maintenance Practices – IV	40	17	57
M-11A	Aircraft Structure System – III	90		90
	Total Hours	200	17	217
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.1

SEMESTER VI

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Total Hours
M-11A	Aircraft Structure System – III	90	10	100
M-15	Gas Turbine Engine - II	90	09	109
M-17 A	Propeller	60		60
	Total Hours	240	19	259
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.1

Syllabus B1.3 (Helicopter Turbine)

SEMESTER I

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Total Hours
M-3	Electrical Fundamental - I	60	50	110
M-4	Electronic Fundamentals	60	46	106
M-7	Maintenance Practices – I	60	50	110
M-8	Basic Aerodynamics	60	46	106
M-10	Aviation Legislation - I	75		75
	Total Hours	315	192	507
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.3

SEMESTER II

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Total Hours
M-3	Electrical Fundamentals - II	60	50	110
M-5	Digital Electronics-I	60	46	106
M-6	Materials and Hardware – I	60	55	115
M-7	Maintenance Practices – II	81	50	131
M-10	Aviation Legislation - II	70		70
	Total Hours	331	201	532
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.3

SEMESTER III

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Practical Hour at AMO	Total Hours
M-5	Digital Electronics-I	-	-	50	50
M-6	Materials and Hardware – II	60	55	-	115
M-7	Maintenance Practices – III	40	20	60	120
M-9	Human Factors	45	-	-	45
M-12	Helicopter Aerodynamics, Structure & System - I	65	10	42	117
	Total Hours	210	81	152	447
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.3

SEMESTER IV

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Total Hours
M-6	Materials and Hardware – III	60	55	115
M-12	Helicopter Aerodynamics, Structure & System – II	70		70
M-12	Helicopter Aerodynamics, Structure & System – III	70	-	70
M-15	Gas Turbine Engine – I	90	37	127
	Total Hours	290	92	382
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.3

SEMESTER V

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Practical Hour at AMO	Total Hours
M-5	Digital Electronics-II	36	-	-	36
M-7	Maintenance Practices – IV	40	21	-	61
M-12	Helicopter Aerodynamics, Structure & System – IV	70	-	148	218
M-15	Gas Turbine Engine – I & II			60	60
	Total Hours	146	21	208	375
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.3

SEMESTER VI

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Practical Hour at AMO	Total Hours
M-12	Helicopter Aerodynamics, Structure & System – V	70	-	-	70
M-15	Gas Turbine Engine – II	78	09	-	87
	Total Hours	148	09		157
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B1.3

Note: For AMO Practical Tasks of 360 Hrs reference is made to the concerned Interface Manual of our Contracted CAR-145 organisation

Syllabus B2 (Avionics)

SEMESTER I

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira IIAE	Total Hours
M-3	Electrical Fundamentals – I	60	50	110
M-4	Electronics Fundamentals	60	41	101
M-7	Maintenance Practices-I	60	35	95
M-8	Basic Aerodynamics	60	46	106
M-10	Aviation Legislation – I	90		90
	Total Hours	330	172	502
Important:Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B2

SEMESTER II

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira IIAE	Total Hours
M-3	Electrical Fundamentals - II	60	50	110
M-5	Digital Techniques Electronic Instrument Systems I	60	46	106
M-6	Materials and Hardware I	60	38	98
M-7	Maintenance Practices-II	81	36	117
M-10	Aviation Legislation - II	85		85
	Total Hours	346	170	516
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B2

SEMESTER III

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Total Hours
M-6	Materials and Hardware II	60	38	98
M-9	Human Factors	45		45
	Total Hours	105	38	143
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B2

SEMESTER IV

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Total Hours
M-13	Aircraft Aerodynamics, Structures & Systems - I	65	29	94
M-13	Aircraft Aerodynamics, Structures & Systems – II	66	29	95
M-13	Aircraft Aerodynamics, Structures & Systems – III	66	29	94
M-13	Aircraft Aerodynamics, Structures & Systems -IV	85	39	124
M-13	Aircraft Aerodynamics, Structures & Systems – V	86	38	124
	Total Hours	367	164	531
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B2

SEMESTER V

Module	Subject/Topic	Knowledge Hour	Practical Hour at Indira	Total Hours
M-13	Aircraft Aerodynamics, Structures & Systems – VI	85	39	124
M-13	Aircraft Aerodynamics, Structures & Systems – VII	86	38	124
	Total Hours	171	77	248
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B2

SEMESTER VI

Module	Subject/Topic	Knowledge Hour	Practical Hour at IIAE	Total Hours
M-5	Digital Techniques Electronic Instrument Systems I	36		36
M-14	Propulsion	85	39	124
	Total Hours	121	39	160
Important: Each semester is divided with few modules and/or sub-modules of the total module and its hour to complete the course in the category B2

B Sc (Aviation)

SEMESTER I

Course Code	Title of Course
BAV101	Mathematics – I
BAV102	Workshop Technology
BAV103	Electrical Fundamentals
BAV104	Basic Aerodynamics
BAV105	Lab – I (Electrical Practical)
BAV106	Lab – II (Workshop Practices)

SEMESTER II

Course Code	Title of Course
BAV201	Mathematics – II
BAV202	Aviation Legislation
BAV203	Engineering Graphics
BAV204	Analog Electronics
BAV205	Lab – I (Electronics Practical)
BAV206	Lab – II (Graphics)

SEMESTER III

Course Code	Title of Course
BAV301	Environment & Human Factor
BAV302	Fundamentals of Computer and Programming Languages
BAV303	Thermodynamics
BAV304	Digital Electronics
BAV305	Lab – I (Digital Electronics Practical)
BAV306	Lab – II (Computer Programming)
BAV307	Language Proficiency – I

SEMESTER IV

Course Code	Title of Course
BAV401	Aircraft Structure
BAV402	Basic Radar and Radio System
BAV403	Communication and Navigation System
BAV404	Propulsion – I
BAV405	Lab – I (Aircraft maintenance)
BAV406	Lab – II (Communication and Navigation)
BAV407	Language Proficiency – II

SEMESTER V

Course Code	Title of Course
BAV501	Aircraft Mechanical and Electrical System
BAV502	Aircraft Instruments
BAV503	Propulsion – II
BAV504	Material Science and Metallurgy
BAV505	Lab – I (Flight Controls )
BAV506	Lab – II (Aircraft Mechanical and Electrical System )
BAV507	Skill Enhancement Course: Project – I

SEMESTER VI

Course Code	Title of Course
BAV601	Aircraft Electronic and Digital System
BAV602	Aircraft Ground Handling
BAV603	Airport Planning and Operations
BAV604	Soft skill and Organizational behaviour
BAV605	Lab – I (Aircraft Electronic and Digital System)
BAV606	Activity
BAV607	Skill Enhancement Course: Project – II

(First Year): M. Sc. Aviation Credit Frame Work

SEMESTER I

Subject Code	Name of the Subject	Credits
Major Core
AV501-MJ	Principles and Modeling Aviation Science	4
AV502-MJ	Avionics Embedded Systems	4
AV503-MJ	Aircraft Structural Integrity	4
AV504-MJP	Structural Integrity Lab	2
AV541-RM	Research Methodology	4
Major Elective Theory (Any one)
AV 510-MJ	Aviation Economics & Airport operations	2
AV511-MJ	Aviation Organization Theory and Management	2
Major Elective Practical (Any one)
AV 512-MJP	Aviation Analytics & Airport Simulation Laboratory	2
AV 513-MJP	Aviation Organizational Dynamics & Operations Control Laboratory	2
Number of credits to be completed in a Semester I		22

SEMESTER II

Subject Code	Name of the Subject	Credits
Major Core
AV 551-MJ	Aircraft Maintenance Practices	4
AV 552-MJ	Aircraft Engine Performance & Health Analytics	4
AV 553-MJ	Drone Technology & UAV Systems	4
AV 554-MJP	UAS Simulation Lab	2
AV 581-OJT	On Job Training (Internship)	4
Major Elective Theory (Any one)
AV 560-MJ	Aviation Law & Safety Management	2
AV561-MJ	Aviation Cyber Security	2
Major Elective Practical (Any one)
AV 562-MJP	Aviation Safety Informatics Lab	2
AV563-MJP	Aviation Cyber Security Lab	2
Number of credits to be completed in a Semester II		22
Total Credits of Semester I and Semester II		44

SEMESTER III

Subject Code	Name of the Subject	Credits
Major Core
AV 601-MJ	Air Traffic Management Navigation	4
AV 602-MJ	Aviation Reliability Logistics Support	4
AV 603-MJ	Flight Simulation & Aircraft Digital Twins	4
AV 604-MJP	Flight Simulation & Flight Data Analytics Lab	2
AV 631-RP	Research Project	4
Major Elective Theory (Any one)
AV 610-MJ	Aviation Accident Investigation and Analysis	2
AV611-MJ	Aviation Prognostics & System Health Management	2
Major Elective Practical (Any one)
AV 612-MJP	Aviation Accident Analysis Lab	2
AV613-MJP	Aviation Health Analytics Lab	2
Number of credits to be completed in a Semester III		22

SEMESTER IV

Subject Code	Name of the Subject	Credits
Major Core
AV 616 MJP	Actual Environment Training (AET) / Original Equipment Manufacturer (OEM)	16
AV 617 RP	Research Project	6
Number of credits to be completed in a Semester IV		22
Total Credits of Semester I and Semester II		44
Total Credits of Semester I, II, III and IV		88

M.Sc. Aviation Syllabus
2026-2027 (NEP 2020)

Official SPPU syllabus for Academic Year 2026-2027.

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T.Y. B.Sc. Aviation
Syllabus 2026-2027

Official SPPU Third Year B.Sc. Aviation syllabus.

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F.Y. B.Sc. Aviation
Syllabus 2026-2027

Official SPPU First Year B.Sc. Aviation syllabus.

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Syllabus

* B.Sc. Aviation syllabus (2023 Pattern): https://drive.google.com/file/d/1kq5FR_PoAaLu5jNra6Nbnx2YItZ7g0it/view?usp=sharing

* B.Sc. Aviation syllabus As Per NEP 2020 (2024 Pattern): https://drive.google.com/file/d/1Ue1rDdrlrDHLpfiZldDbeeygr1dfYyM0/view?usp=sharing

Syllabus Of Aircraft Mainteinance Engineering (AME)

Syllabus B1.1 (Mechanical)

SEMESTER I

SEMESTER II

SEMESTER III

SEMESTER IV

SEMESTER V

SEMESTER VI

Syllabus B1.3 (Helicopter Turbine)

SEMESTER I

SEMESTER II

SEMESTER III

SEMESTER IV

SEMESTER V

SEMESTER VI

Syllabus B2 (Avionics)

SEMESTER I

SEMESTER II

SEMESTER III

SEMESTER IV

SEMESTER V

SEMESTER VI

B Sc (Aviation)

SEMESTER I

SEMESTER II

SEMESTER III

SEMESTER IV

SEMESTER V

SEMESTER VI

(First Year): M. Sc. Aviation Credit Frame Work

SEMESTER I

SEMESTER II

SEMESTER III

SEMESTER IV

M.Sc. Aviation Syllabus 2026-2027 (NEP 2020)

T.Y. B.Sc. Aviation Syllabus 2026-2027

F.Y. B.Sc. Aviation Syllabus 2026-2027

M.Sc. Aviation Syllabus
2026-2027 (NEP 2020)

T.Y. B.Sc. Aviation
Syllabus 2026-2027

F.Y. B.Sc. Aviation
Syllabus 2026-2027