AAI Manager Syllabus 2026 PDF: Complete Subject-wise Syllabus for All Disciplines

AAI Manager Syllabus 2026 Highlights

AAI Manager Syllabus Contents

1. AAI Manager (Law) Syllabus
2. AAI Manager (Commercial) Syllabus
3. AAI Manager (Finance) Syllabus
4. AAI Manager (Human Resource) Syllabus
5. AAI Manager (Information Technology) Syllabus
6. AAI Manager (Engineering – Electrical) Syllabus
7. AAI Manager (Engineering – Civil) Syllabus
8. AAI Manager (Fire Services) Syllabus
9. AAI Manager (Architecture) Syllabus
10. AAI Manager (Airport Operations) Syllabus

The AAI Manager syllabus should always be checked against the latest official AAI recruitment notification. The Manager (Engineering – Electrical) and Manager (Engineering – Civil) syllabus included below is based on the supplied AAI syllabus document for Advertisement No. 02/2018.

AAI Manager (Law) Syllabus 2026

The official AAI Manager (Law) Syllabus consists of the following subjects:

• Constitution of India
• Administrative Law
• Transfer of Property Act
• Law of Contract
• Law of Bailment
• Law of Limitation
• Code of Civil Procedure
• Law related to Tenders
• Arbitration and Conciliation Act, 1996
• Laws relating to Injunctions
• Labour Laws
• Carriage by Air Act
• Public International Law

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AAI Manager (Commercial) Syllabus 2026

The official AAI Manager (Commercial) Syllabus is divided into different sections as prescribed in the AAI recruitment notification.

Part-I

• Public Premises Act, 1971
• Indian Contract Act, 1872
• Arbitration and Conciliation Act, 1996
• Land Acquisition Act
• Fixation of Space and Land Rent
• Revenue Enhancement Measures
• Business Administration

Part-II

• Basic Marketing
• Marketing Concepts
• Marketing Strategy
• Consumer Behaviour
• Business Strategy
• New Product Development
• Price Determination
• Advertising
• Sales Promotion
• Public Relations

Product & Brand Management

• Product Strategy
• Sales Forecasting
• Budget
• Marketing Strategy
• Risk Insurance
• Property Management

Others

• General Awareness related to Aviation Industry
• Current Affairs

AAI Manager (Finance) Syllabus 2026

The official AAI Manager (Finance) Syllabus includes the following subjects exactly as mentioned in the AAI notification.

• Financial Accounting
• Corporate Accounting
• Cost Accounting
• Financial Management
• Income Tax
• Corporate Tax Planning
• Indirect Taxes
• Auditing
• Accounting Standards
• Companies Act, 2013
• Business Laws
• Business Organisation and Management
• Capital Budgeting
• Working Capital Management
• Project Evaluation
• Fund Raising
• Risk Mitigation
• Financial Markets
• Investment
• E-Commerce
• SAP
• Tendering Procedure
• Business Communication
• Procurement Procedure
• Salary Processing
• Opening of Letter of Credit (LC)
• Bills Processing

Next: AAI Manager Human Resource, Information Technology, Engineering Electrical and Engineering Civil syllabus are given below.

AAI Manager (Human Resource) Syllabus 2026

The official AAI Manager (Human Resource) Syllabus consists of the following topics:

Paper-I (Objective)

• Organizational Theory, Structure & Design
• Recruitment & Selection
• Performance Management System
• Compensation Management, Reward & Punishment
• Human Resource Information System
• Training & Development
• Accounting and Finance for Managers
• Management of Public Enterprises
• Business Ethics & Corporate Social Responsibility
• Wage & Salary Administration
• Behavioural Communication and Relationship Management
• Conflicts & Negotiations
• Leadership Power & Politics
• Labour Laws:
  • Minimum Wages Act
  • Payment of Bonus Act
  • Payment of Wages Act
  • Maternity Benefit Act
  • Workmen's Compensation Act
  • Industrial Employment Standing Order Act
  • Provident Fund Act
  • Inter State Migrant Labour Act
  • Contract Labour (Regulation and Abolition) Act
  • Conciliation Act
  • Industrial Disputes Act
  • Factories Act
  • Payment of Gratuity Act
  • Trade Union Act
• Industrial Relations – Trade Unionism
• Emotional Intelligence & Managerial Effectiveness
• Right to Information Act
• Constitution of India
• Personality Development & Business Communications

Paper-II (Descriptive)

• Comprehension
• Essay Writing

AAI Manager (Information Technology) Syllabus 2026

The official AAI Manager (Information Technology) Syllabus includes the following topics:

• Digital Logic
• Computer Organization & Architecture
• Programming and Data Structures
• Algorithms
• Operating System
• Databases
• Information Systems and Software Engineering

AAI Manager (Engineering – Electrical) Syllabus

The AAI Manager (Engineering – Electrical) Syllabus below is based on the official syllabus and weightage document for Advertisement No. 02/2018.

1. Circuit Theory

• Circuit components
• Network graphs
• KCL and KVL
• Circuit analysis methods
• Nodal analysis
• Mesh analysis
• Basic network theorems and applications
• Transient analysis
• RL, RC and RLC circuits
• Sinusoidal steady state analysis
• Resonant circuits
• Coupled circuits
• Balanced 3-phase circuits
• Two-port networks

2. Signals and Systems

• Representation of continuous and discrete time signals
• Shifting and scaling operation
• Linear time invariant and causal systems
• Fourier Transform
• Laplace Transform
• Z Transform

3. Instrumentation

• Insulation Megger
• Earth Megger
• Kelvin's Double Bridge
• Quadrant Electrometer
• Rotating Substandard
• TOD Meter

4. Electrical Machines

a. Transformers

• Constructional details
• Principle of operation
• Vector diagrams on no load and load
• Regulation and efficiency
• Equivalent circuits and tests for determination of parameters
• Types of three phase transformers and their applications
• Scott connection of transformers

b. 3-Phase Induction Motors

• Principle of operation
• Cage and slip ring motors
• Torque-slip characteristics
• Methods of speed control

c. 3-Phase Alternators

• Principle of operation and constructional details
• Types of alternators
• Synchronous impedance
• Voltage regulation
• Short circuit ratio and its importance
• Phasor diagrams of round rotor and salient pole machines
• Synchronization
• Behaviour of an alternator connected to infinite bus
• Effect of varying excitation current and mechanical torque
• Power angle curves
• Control of active and reactive powers

d. 3-Phase Synchronous Motors

• Principle of operation
• Torque developed
• Methods of starting
• V and inverted V curves
• Effects of variations of excitation
• Synchronous condensers

e. Single Phase Induction Motors

• Types of single phase motors
• Types of single phase induction motors
• Characteristics and methods of starting
• Shaded pole induction motor

5. Transmission & Distribution

• Line constants
• Inductance and capacitance calculations
• Representation of overhead lines
• Short, medium and long lines
• ABCD constants
• Mechanical design
• Segment tension calculations
• Tuned power lines

a. Overhead Line Insulators

• Types of insulators
• Potential distributions over a string of suspension insulators
• String efficiency
• Methods of improving string efficiency

b. Cable

• Insulation of cables
• Grading of cables
• Capacitance measurement in cables
• Testing of cables
• Power frequency withstand tests

c. Fault Calculations

• Balanced fault calculations on systems
• Symmetrical components
• Types of faults
• Analysis of unbalanced faults

d. Protection

• Characteristics of relays
• Over current protection
• Directional protection
• Distance protection of lines
• Protection of alternators against stator faults
• Protection against rotor faults
• Protection against loss of excitation
• Protection against unbalanced loading
• Overloading protection
• Failure of prime mover protection
• Overspeeding and overvoltage protection
• Protection of transformers against winding faults
• Protection against overloads
• Protection against external short circuits

e. Circuit Breakers

• Air-blast circuit breakers
• Oil circuit breakers
• Minimum oil circuit breakers
• Vacuum circuit breakers
• Sulphur hexafluoride circuit breakers
• DC circuit breakers
• Relative merits and demerits

6. Power System Protection

• Principles of over current protection
• Differential protection
• Distance protection
• Solid state relays
• Circuit breakers
• Computer aided protection
• Line, bus, generator and transformer protection
• Numerical relays
• Application of DSP to protection

7. Microprocessors and Microcomputers

• PC organization
• CPU
• Instruction set
• Register set
• Timing diagram
• Programming
• Interrupts
• Memory interfacing
• I/O interfacing
• Programmable peripheral devices

8. Analog and Digital Electronics

• Characteristics of diodes
• BJT
• MOSFET
• Amplifiers
• Biasing
• Equivalent circuit and frequency response
• Oscillators and feedback amplifiers
• Operational amplifiers – characteristics and applications
• Simple active filters
• VCOs and timers
• Combinational and sequential logic circuits
• Multiplexer
• Schmitt trigger
• Multivibrators
• Sample and hold circuits
• A/D and D/A converters
• 8-bit microprocessor basics, architecture, programming and interfacing

9. Power Electronics and Drives

• Semiconductor power diodes
• Transistors
• Thyristors
• TRIACs
• GTOs
• MOSFETs
• IGBTs
• Static characteristics and principles of operation
• Triggering circuits
• Phase control rectifiers
• Bridge converters – fully controlled and half controlled
• Principles of choppers and inverters
• Adjustable speed DC and AC drives

10. Fiber Optic Systems & Multiplexing

• Time Division Multiplexing (TDM)
• Frequency Division Multiplexing (FDM)
• Optical properties of materials
• Refractive index
• Absorption and emission of light
• Optical fibers
• Lasers and optoelectronic materials
• Fiber optic lines

11. Digital Communication

• Pulse Code Modulation (PCM)
• Differential Pulse Code Modulation (DPCM)
• Delta Modulation (DM)
• Digital modulation and demodulation schemes
• Amplitude, Phase and Frequency Keying schemes – ASK, PSK and FSK
• Error control coding
• Error detection and correction
• Linear block codes
• Convolution codes
• Information measure and source coding
• Data networks
• 7-layer architecture

12. HVAC

• Fundamentals
• Air properties
• Psychrometry
• Basic processes for HVAC systems

13. Pumps and Hydraulics

a. Pumps

• Water lifting devices
• Classification of pumps
• Centrifugal pump and its characteristics
• Specific speed
• NPSH and cavitation
• Selection of pumps

b. Hydraulics and Fluid Mechanics

• Definition and properties of fluids
• Units of measurement
• Kinematics of fluid flow
• Bernoulli's equation
• Euler's equation of motion
• Dimensional analysis and similitude
• Laminar and turbulent flow
• General equation for head loss in pipes
• Open channel flow
• Hydraulic jump
• Measurement of discharge in pipes and open channels

14. Renewable Energy Sources

Renewable energy sources and their applications.

Additional Topics

1. Sub-Station

• HT Panels
• HT Overhead Lines
• HT Cables
• Transformers
• LT Panels
• LT Cables
• Bus Duct
• Capacitor Panels
• Cable Trench
• Cable Tray

2. DG Sets / UPS

• AMF Panel
• Synchronization
• SCADA

3. HVAC

• Heating Plant – Boilers / Hot Water Generators
• Central Air-Conditioning – Chillers (Centrifugal / Screw)
• VRV System
• Precision Air Conditioning
• Unitary AC – Window / Split / Cassette / Tower
• AHU
• Cooling Tower

4. Insulation

• Thermal Insulation
• Acoustic Insulation

5. Lifts / Escalators

6. BMS / IBMS / EMS

• Building Management System
• Energy Management System

7. Energy Conservation Measures

8. Water Supply

• Pump Sets
• STP (Sewage Treatment Plant)
• WTP (Water Treatment Plant)
• RO Plant

9. Fire Alarm & Fire Fighting System

• Fire Alarm & Detection
• Wet Riser
• Down Comer
• Sprinkler System
• Fire Suppression System

10. Internal Electrification

• Wiring
• Conduiting
• Fittings / Fixtures
• Fans

11. External Electrification

• Pole / Street Light
• High Mast Tower

12. Earthing

13. Lightning Protection System

14. CCTV / PA System

15. Solar Power System

16. Conveyor Belts

17. NBC Codes and Services in Buildings

AAI Manager (Engineering – Civil) Syllabus

The AAI Manager (Engineering – Civil) Syllabus below is based on the official syllabus and weightage document for Advertisement No. 02/2018.

1. Engineering Mechanics, Strength of Materials and Structural Analysis

1.1 Engineering Mechanics

• Units and Dimensions
• SI Units
• Vectors
• Concept of Force
• Concept of Particle and Rigid Body
• Concurrent, Non-Concurrent and Parallel Forces in a Plane
• Moment of Force
• Free Body Diagram
• Conditions of Equilibrium
• Principle of Virtual Work
• Equivalent Force System

1.2 Strength of Materials

• Simple Stress and Strain
• Elastic Constants
• Axially Loaded Compression Members
• Shear Force and Bending Moment
• Theory of Simple Bending
• Shear Stress Distribution Across Cross-Sections
• Beams of Uniform Strength
• Deflection of Beams
• Macaulay's Method
• Mohr's Moment Area Method
• Conjugate Beam Method
• Unit Load Method
• Torsion of Shafts
• Elastic Stability of Columns
• Euler's, Rankine's and Secant Formulae

1.3 Structural Analysis

• Castigliano's Theorems I and II
• Unit Load Method of Consistent Deformation
• Beams and Pin Jointed Trusses
• Slope-Deflection Method
• Moment Distribution Method
• Rolling Loads and Influence Lines
• Influence Lines for Shear Force and Bending Moment
• Criteria for Maximum Shear Force and Bending Moment under Moving Loads
• Influence Lines for Simply Supported Plane Pin Jointed Trusses
• Three-Hinged, Two-Hinged and Fixed Arches
• Rib Shortening and Temperature Effects
• Matrix Methods of Analysis
• Force Method
• Displacement Method of Analysis
• Indeterminate Beams and Rigid Frames
• Plastic Analysis of Beams and Frames
• Theory of Plastic Bending
• Plastic Analysis
• Statical Method
• Mechanism Method
• Unsymmetrical Bending
• Moment of Inertia
• Product of Inertia
• Position of Neutral Axis and Principal Axes
• Calculation of Bending Stresses

2. Design of Structures: Steel, Concrete and Masonry Structures

2.1 Structural Steel Design

• Structural Steel
• Factors of Safety and Load Factors
• Riveted, Bolted and Welded Joints and Connections
• Design of Tension and Compression Members
• Beams of Built-Up Section
• Riveted and Welded Plate Girders
• Gantry Girders
• Stancheons with Battens and Lacings

2.2 Design of Concrete and Masonry Structures

• Concept of Mix Design
• Reinforced Concrete – Working Stress and Limit State Method of Design
• Recommendations of IS Codes
• Design of One-Way and Two-Way Slabs
• Staircase Slabs
• Simple and Continuous Beams of Rectangular, T and L Sections
• Compression Members under Direct Load with or without Eccentricity
• Cantilever and Counterfort Type Retaining Walls
• Water Tanks – Rectangular and Circular Tanks Resting on Ground
• Prestressed Concrete
• Methods and Systems of Prestressing
• Anchorages
• Analysis and Design of Sections for Flexure Based on Working Stress
• Loss of Prestress
• Design of Brick Masonry as per IS Codes

3. Geotechnical Engineering

• Soil Type and Structure
• Gradation and Particle Size Distribution
• Consistency Limits
• Water in Soil – Capillary and Structural
• Effective Stress and Pore Water Pressure
• Permeability Concept
• Field and Laboratory Determination of Permeability
• Seepage Pressure
• Quick Sand Conditions
• Shear Strength Determination
• Mohr-Coulomb Concept
• Compaction of Soil
• Laboratory and Field Tests
• Compressibility and Consolidation Concept
• Consolidation Theory
• Consolidation Settlement Analysis
• Earth Pressure Theory and Analysis for Retaining Walls
• Application for Sheet Piles and Braced Excavation
• Bearing Capacity of Soil
• Approaches for Analysis
• Field Tests
• Settlement Analysis
• Stability of Slope of Earthwork
• Subsurface Exploration of Soils
• Methods of Soil Exploration
• Foundations – Types and Selection Criteria
• Design Criteria for Foundations
• Analysis of Distribution of Stress for Footings and Piles
• Pile Group Action
• Pile Load Test
• Ground Improvement Techniques
• Soil Stabilization

4. Construction Technology, Equipment, Planning and Management

4.1 Construction Technology – Engineering Materials

• Physical Properties of Construction Materials
• Use of Construction Materials
• Stones
• Bricks and Tiles
• Lime
• Cement
• Different Types of Mortars and Concrete
• Ferro Cement
• Fibre Reinforced Cement Concrete
• High Strength Concrete
• PPC

4.2 Construction

• Masonry Principles using Brick, Stone and Blocks
• Construction Detailing and Strength Characteristics
• Types of Plastering
• Pointing
• Flooring
• Roofing and Construction Features
• Common Repairs in Buildings
• Functional Planning of Buildings for Residential and Specific Use
• Building Code Provisions
• Basic Principles of Detailed and Approximate Estimating
• Specification Writing
• Rate Analysis
• Principles of Valuation of Real Property
• Machinery for Earthwork and Concreting
• Specific Uses of Construction Equipment
• Factors Affecting Selection of Equipment
• Operating Cost of Equipment

4.3 Construction Planning and Management

• Construction Activity
• Schedules
• Organization for Construction Industry
• Quality Assurance Principles
• Network Analysis
• CPM
• PERT
• Construction Monitoring
• Cost Optimization
• Resource Allocation

5. Surveying and Transportation Engineering

5.1 Surveying

• Common Methods and Instruments for Distance and Angle Measurement
• Plane Table Survey
• Traverse Survey
• Levelling
• Triangulation
• Contouring
• Topographical Mapping
• Basic Principles of Photogrammetry
• Remote Sensing

5.2 Highway Engineering

• Principles of Highway Alignment
• Classification of Roads
• Geometrical Design Elements and Standards
• Flexible Pavements
• Rigid Pavements
• Design Principles and Methodology of Pavements
• Construction Methods for Stabilized Soil
• WBM
• Bituminous Works
• CC Roads
• Different Types of Joints in Pavements
• Surface and Sub-Surface Drainage Arrangements for Roads
• Culvert Structures
• Pavement Distresses
• Strengthening by Overlays

6. Environmental Engineering

6.1 Water Supply

• Predicting Demand for Water
• Impurities of Water and Their Significance
• Physical, Chemical and Bacteriological Analysis
• Waterborne Diseases
• Standards for Potable Water

6.2 Intake of Water and Water Treatment

• Principles of Coagulation
• Flocculation
• Sedimentation
• Slow Sand Filters
• Rapid Filters
• Pressure Filters
• Chlorination
• Softening
• Removal of Taste and Odour
• Removal of Salinity

6.3 Sewerage Systems

• Domestic and Industrial Wastes
• Storm Sewage
• Separate and Combined Systems
• Flow through Sewers
• Design of Sewers

6.4 Sewage Characterization

• BOD
• COD
• Solids
• Dissolved Oxygen
• Nitrogen
• TOC
• Standards of Disposal in Normal Watercourses and on Land

6.5 Sewage Treatment

• Working Principles
• Units and Chambers
• Sedimentation Tanks
• Trickling Filters
• Oxidation Ponds
• Activated Sludge Process
• Septic Tank
• Disposal of Sludge
• Recycling of Wastewater

6.6 Solid Waste

• Collection and Disposal in Rural and Urban Contexts
• Management of Long-Term Ill Effects

7. Environmental Pollution

• Sustainable Development
• Wastes and Disposal
• Environmental Impact Assessment for Thermal Power Plants
• Environmental Impact Assessment for Mines
• Environmental Impact Assessment for River Valley Projects
• Air Pollution
• Pollution Control Acts

8. Basic Computer Software Usage

• Basic Knowledge of MS Word
• MS Excel
• MS PowerPoint

Additional Topics

1. Introduction

• CPWD / PWD / MES – Schedule of Rates
• Estimation
• Bar Bending Schedule (BBS)
• Knowledge of NBC and IS Codes

2. Basic Principles of Analysis of Rates

• Methodology of Analysis of Rates (AOR)
• Market Rate Item
• Quotation from Vendor

3. Specifications of Common Items

4. Principles of Construction Contracts

• Item Rate Contract
• Lump Sum Contract
• EPC
• Statutory Provisions of Contract
• Labour Laws

5. Quality Control and Assurance

• For Pavement Work – Rigid (PQC)
• For Pavement Work – Flexible (Bituminous)
• For Building Works – Bricks
• Aggregate
• Sand
• Steel
• Cement
• Glass
• Other Important Building Materials

6. Project Management

• MS Project / Primavera
• Revision of Schedule
• Critical Activity
• Milestones

7. Green Building Concept

• Basic Idea of Rating Systems like GRIHA / LEEDs
• Environmental Clearance
• Management of Solid and Liquid Waste

AAI Manager (Fire Services) Syllabus 2026

The official AAI Manager (Fire Services) Syllabus consists of the following topics:

• Physics related to Fire Engineering Science
• Chemistry related to Fire Engineering Science
• Mechanics
• Hydraulics
• Thermodynamics
• Electricity
• Building Construction
• Building Materials
• Fire Protection Systems
• Fire Prevention
• Fire Detection & Alarm Systems
• Portable Fire Extinguishers
• Fixed Fire Fighting Installations
• Special Fire Suppression Systems
• Rescue Equipment
• Breathing Apparatus
• Fire Service Communication
• Disaster Management
• Industrial Safety
• Airport Fire Service
• Aircraft Fire Fighting
• Rescue Operations
• Emergency Planning
• Airport Emergency Plan
• Aircraft Accident Investigation (Basic Concepts)
• ICAO Recommendations related to Airport Fire Services
• Extinguishing Media

AAI Manager (Architecture) Syllabus 2026

The official AAI Manager (Architecture) Syllabus includes the following subjects as prescribed in the Airports Authority of India recruitment notification.

• Computer Aided Design
  • Application of Computers in Architecture & Planning
  • Computer Graphics
  • AutoCAD
  • Building Information Management System
• Building Construction and Management
  • Building Construction Techniques
  • Methods and Details
  • Estimation
  • Specification
  • Valuation
  • Professional Practice
  • PERT & CPM
• Energy Conservation and Green Buildings
  • Climate Responsive Design
  • Energy Efficient Building Design
  • Green Building Rating System
  • Thermal Comfort
  • Solar Architecture
  • Architectural Acoustics
  • Environmental Pollution Control
  • ECBC
  • SHGC
  • U-Value
• Building Services
  • Water Supply
  • Sewerage & Drainage Systems
  • Sanitary Fittings
  • Plumbing Systems
  • Electrification of Buildings
  • Elevators & Escalators
  • Air Conditioning Systems
  • Fire Fighting Systems
  • Building Safety & Security Systems
• Contemporary Technology
  • Building Automation
  • Intelligent Buildings
  • Pre-Fabricated Structures
  • Earthquake Resistant Buildings
  • Alternative Building Materials
• Landscape Design
  • Principles of Landscape Design
  • Site Planning
  • Landscape Styles
  • Landscape Elements & Materials
  • Plant Characteristics
  • Environmental Considerations
• Materials and Structural Systems
  • Building Materials
  • Steel Structures
  • Composite Structures
  • Pre-Stressed Structures
  • Tall Buildings
  • Disaster Resistant Structures
• General Awareness & Aptitude in Civil Aviation
  • Master Planning Concepts
  • Terminal Building Design
  • Airport Planning & Design

AAI Manager (Airport Operations) Syllabus 2026

The official AAI Manager (Airport Operations) Syllabus covers airport operations, airside management, aircraft operations, aviation legislation, airport safety, terminal management and emergency procedures.

1. Airside Definitions

• Runway
• Taxiway
• Threshold
• Aerodrome Beacon
• Aerodrome Reference Point
• Clearway
• Stopway
• Apron
• Movement Area
• Manoeuvring Area
• Instrument Runway
• Non-Instrument Runway
• Runway End Safety Area (RESA)
• Touchdown Zone

2. Aviation Abbreviations

• FOD
• ACN
• PCN
• TORA
• TODA
• LDA
• ASDA
• RESA
• RVR
• NDB
• VOR
• VMC
• OCA
• OFZ
• ILS
• NOTAM

3. Parts of Aircraft

• Rudder
• Slats
• Flaps
• Aileron
• Horizontal Stabilizer

4. Navigational Aids

• Aerodrome Beacon
• ILS
• NDB
• DVOR
• PAPI and its Function

5. Runway & Taxiway

• Runway Marking and Lighting
• Taxiway Marking and Lighting

6. Aviation Legislation

• Aircraft Act, 1934
• Aircraft Rules, 1937
• AAI (Management of Airports) Regulations, 2003

7. Airside Driving Rules

• Fire Safety Service Vehicles and emergency vehicles shall have the right of way.
• Maximum speed limit: 30 km/h on service roads and 15 km/h on apron.
• Vehicles shall not be parked within 15 metres (50 ft) of an aircraft.
• No smoking inside or outside vehicles within the operational area.
• Runway crossing only with ATC permission.
• Two-way R/T communication with ATC while entering the runway.
• Follow runway communication failure procedures.
• Use vehicular lanes on apron.
• Do not park on vehicular lanes.
• Do not leave vehicles unattended.
• Park only in designated parking areas.
• Give way to aircraft at all times.
• Maintain at least 15 metres distance from aircraft under refuelling.
• Keep left while driving on taxiways and service roads.
• Overtake only from the right side.
• Use perimeter roads wherever available.
• Maximum movement area speed: 30 km/h.
• Give way to embarking and disembarking passengers.
• Dip headlights while driving on apron.
• Do not interfere with aircraft movement.
• Do not cross the path of a moving aircraft.
• Do not operate near aerobridges.
• Night operations vehicle lighting requirements.
• No driving under the influence of intoxication.
• Vehicles must possess valid entry permits.
• Drivers should be familiar with airport layout and signs.
• Immediately report Foreign Object Debris (FOD).
• Maximum speed near aircraft: 10 km/h.

8. Aircraft Emergencies

• Local Standby
• Full Emergency
• Aircraft Crash
• Special Service Calls
  • Aircraft Fire
  • Fuel Spillage
  • Defuelling Operations
  • LVP Standby
  • Bomb Threat

9. Potential Hazards on Apron

• Vehicles
• Pedestrians
• Weather
• Dangerous Goods
• Foreign Object Debris (FOD)
• Runway Incursions
• Fuel Spillages

10. Safety Management System (SMS)

• Identify Hazards
• Analyze Risk
• Risk Assessment
• Treat Risk

11. Terminal Management

• ICAO Annex-9 (Facilitation)
• Terminal Building Facilities
  • Trolley Retrieving
  • Air Conditioning
  • Toilet Cleaning
  • Escalators
  • Lifts
  • PA System
  • FIDS
  • Conveyor Belts
  • Lighting
  • Car Parking
• AAI (Lost Property) Regulations, 2003
• BCAS Circulars related to Airport Entry Pass / Permit
• VIP / VVIP Protocol Coordination
• Contingency Planning
  • Building Evacuation
  • Structural Fire
  • Disaster Management
  • Bomb Threat
• Airport FAL Committee (ICAO Annex-9)
• MoCA Orders regarding VVIP Handling
• MoCA Instructions regarding VIP Lounges at Airports

Preparation Tips for AAI Manager Exam

• Complete the official syllabus before starting mock tests.
• Prepare discipline-wise handwritten notes.
• Revise important concepts regularly.
• Practice previous year questions.
• Attempt full-length CBT mock tests.
• Keep track of the latest AAI recruitment updates.

Conclusion

The AAI Manager Syllabus 2026 is the foundation of your preparation strategy. Before starting your preparation, make sure you understand the syllabus of your respective discipline thoroughly. Completing the relevant professional syllabus, followed by regular revision, mock tests and previous year paper practice, will help you prepare more effectively for the AAI Manager Recruitment.