India's most trusted Pilot Training institute

How to become a Pilot

Every takeoff is optional. Every landing is mandatory.

India's most trusted Pilot Training institute

Be the pilot of your own flight. Not the passenger.

India's most trusted Pilot Training Institute

let your dream take flight

India's most trusted Pilot Training Institute

Ready for take off

India's most trusted Pilot Training Institute

India's most trusted Pilot Training institute

how to become a pilot

Be the pilot of your own flight. Not the passenger.

India's most trusted Pilot Training institute

EVERY TAKEOFF IS OPTIONAL. EVERY LANDING IS MANDATORY.

India's most trusted Pilot Training institute

LET YOUR DREAM TAKE FLIGHT

India's most trusted Pilot Training institute

READY FOR TAKE OFF

India's most trusted Pilot Training institute

Golden
Epaulettes
GOlden Eapulettes
GOlden Eapulettes
GOlden Eapulettes
GOlden Eapulettes
GOlden Eapulettes

Written Examination

To become an Airline Pilot, you will have to go through various stages of Assessments and procedures that are pilot-specific. Once you submit the application, applicant receives an email invite to undergo written examination based entirely on Aviation domain subjects. During this stage, you will be scored and to be successful in that phase and to progress to the next selection phase you need to score higher than your competitors. 

Here at Golden Epaulettes Aviation, we commit to train and guide a pool of aspiring pilots who wants to get into an Airline. Please refer to below mentioned syllabus for Airline- Written exam preparatory Classes: 

Technical

Systems & Air Frames 

  • Hydraulics

  • Landing Gear 

  • Tire, wheel, brakes. 

  • Pneumatics

  • Pressurization

  • Air Conditioning 

  • Anti-Icing and De-Icing

  • Fuel

  • Oxygen

  • Fuselage, Wings and Stabilising Surfaces 

  • Electricals

Theory of Flight

  • Forces Acting on an Airplane (Lift, Weight, thrust and Drag) 

  • Lift and Drag 

  • Stalling 

  • High Lift Devices 

  • Stability and Control

  • Controls

  • Flight Mechanics (Climbing, Straight & Level, Descending, Gliding and Turning)

  • High Speed Flight.

  • Propeller 

Piston Engine

  • Introduction of Piston Engine 

  • Carburettor

  • Lubrication System 

  • Ignition System

  • Power Augmentation Systems (Turbo & Super Chargers) 

  • Mixture

Jet Engine

  • Introduction of Jet Engine

  • Compressor

  • Combustion Chamber

  • Turbine

  • Miscellaneous

Performance

  • Different Terms and Speeds 

  • Take-off, Climb, Cruise, Descent and Landing Performance 

  • De-rated and flex take off 

  • Factors Affecting Performance 

  • Take-off Segments 

  • Performance Standards 

  • Aquaplaning 

Air Regulations

  • International agreements & convention

  • A/c registration & Airworthiness

  • Tire, wheel, brakes. 

  • Rules of air. 

  • Instrument procedures departure, Approach, Missed approach, Holding. 

  • Air space & Air traffic services. 

  • Separation

  • Aerodrome & R/W marking and their lights.

Meteorology

  • Atmosphere

  • Pressure, Density, Temperature, Humidity

  • Pressure System (Low & High) & Tropical Disturbance

  • Adiabatic and Stability

  • Air Masses and Fronts

  • Indian Climatology 

  • Winds 

  • Visibility 

  • Clouds, Thunderstorm

  • Icing

  • Aviation Met Reports and Forecast 

  • Synoptic Chart

Radio Aids

  • Propagation of Radio Wave

  • Doppler Radar

  • VDF

  • NDB/ADF 

  • VOR

  • RMI (Holding and Interception)

  • DME

  • ILS

  • Radar Principles 

  • Ground Radar 

  • AWR

  • SSR

  • TCAS

  • RNAV

  • GNSS / GPS

Instrumentation

  • Pressure Instruments (Altimeter, ASI, VSI, Machmeter and ADC) 

  • Gyro Instruments (Gyroscopic Properties, DGI, AH, TSI & Turn Co-ordinator) 

  • Magnetism (Earth Magnetism, Aircraft Magnetism, DRC &RIC) 

  • INS/IRS 

  • Radio Altimeter 

  • GPWS 

  • TCAS 

  • FMS 

  • DFDR and CVR 

  • EFIS (PFD & ND)

General Navigation

  • Earth 

  • Convergency

  • Mass and Balance Definitions

  • ICAO Flight Plan

  • Solar System & Time

  • Departure

  • 1:60 Rule and Its applications 

  • Projections (Mercator, Lamberts, Polar Stereographic, Transverse Mercator, Oblique Mercator) 

  • Wind Triangle 

  • CP/PNR (PET/PSR)