Here is your evaluation sheet during Group Discussion test:
During the GD stage, candidates are evaluated based on different skills not only knowledge.
Recruiters mainly observe:
🧠 Subject knowledge
💡 Creativity
👀 Eye contact & body language
📊 Analytical ability
🗣️ Fluency
🎯 Leadership & initiative
🤝 Group behavior
👂 Listening skills
⚡ Enthusiasm
The discussion is not about speaking the most.
It is about communicating clearly, thinking logically, and working professionally inside a group.
And the rating on the second picture, the range is from 1 to 7:
Candidate who rated 1 is exceptionally bad
Candidate who rated 7 is exceptionally good
@Airlinetutorialofficial
During the GD stage, candidates are evaluated based on different skills not only knowledge.
Recruiters mainly observe:
🧠 Subject knowledge
💡 Creativity
👀 Eye contact & body language
📊 Analytical ability
🗣️ Fluency
🎯 Leadership & initiative
🤝 Group behavior
👂 Listening skills
⚡ Enthusiasm
The discussion is not about speaking the most.
It is about communicating clearly, thinking logically, and working professionally inside a group.
And the rating on the second picture, the range is from 1 to 7:
Candidate who rated 1 is exceptionally bad
Candidate who rated 7 is exceptionally good
@Airlinetutorialofficial
❤11🔥6
☀️ Good morning, future aviators. ✈️
Meaning of Aviation Codes:
Inside aviation, pilots and Air Traffic Controllers use short codes and phrases to communicate quickly and clearly across the world.
Here are some common ones:
ATC: Air Traffic Control
The system that guides aircraft safely in the sky and on the ground.
Mayday: International distress call
Used only during serious emergencies.
Squawk: Transponder code given to an aircraft
It helps radar systems identify flights.
7700: General emergency code
When pilots enter this code, ATC immediately knows the aircraft has an emergency.
Roger : Message received and understood.
Inside the cockpit, these simple words and numbers can control communication between aircraft and entire countries.
#AviationCodes @Airlinetutorialofficial
Meaning of Aviation Codes:
Inside aviation, pilots and Air Traffic Controllers use short codes and phrases to communicate quickly and clearly across the world.
Here are some common ones:
ATC: Air Traffic Control
The system that guides aircraft safely in the sky and on the ground.
Mayday: International distress call
Used only during serious emergencies.
Squawk: Transponder code given to an aircraft
It helps radar systems identify flights.
7700: General emergency code
When pilots enter this code, ATC immediately knows the aircraft has an emergency.
Roger : Message received and understood.
Inside the cockpit, these simple words and numbers can control communication between aircraft and entire countries.
#AviationCodes @Airlinetutorialofficial
❤10
Airline Gateway Official
Photo
✈️ HOW DO AIRPLANES FLY?
Ever wondered how a massive aircraft carrying hundreds of passengers can rise into the sky? Here’s a simple breakdown of the science behind flight.
1. The Four Forces of Flight
Every aircraft in the sky is controlled by four main forces:
⬆️ Lift – The upward force created by the wings that helps the airplane rise into the air.
➡️ Thrust – The forward force produced by the engines pushing the aircraft ahead.
⬇️ Weight – The force of gravity pulling the airplane downward toward Earth.
⬅️ Drag – Air resistance that slows the aircraft as it moves through the air.
For an airplane to fly smoothly, these forces must stay balanced.
2. How Takeoff Works
Before takeoff, pilots increase engine power to create strong thrust.
As the aircraft speeds down the runway, air flows faster over the wings, creating lift.
When lift becomes greater than weight, the airplane leaves the ground and climbs into the sky. ☁️
3. How Aircraft Stay in the Air
Pilots use special movable surfaces to control the airplane:
Ailerons – Control rolling left and right.
Elevator – Controls climbing and descending.
Rudder – Controls left and right movement of the nose.
These controls help pilots maintain stability, direction, and smooth flight.
4. How Airplanes Land
During landing, pilots reduce thrust and slowly descend toward the runway.
Flaps are extended to create extra lift and drag, helping the aircraft slow down safely. Once the wheels touch the runway, brakes and reverse thrust help bring the airplane to a stop.
Flying may look magical, but it’s actually a perfect combination of science, engineering, and skilled pilots working together every day.
Aviation connects the world one flight at a time.
Ever wondered how a massive aircraft carrying hundreds of passengers can rise into the sky? Here’s a simple breakdown of the science behind flight.
1. The Four Forces of Flight
Every aircraft in the sky is controlled by four main forces:
⬆️ Lift – The upward force created by the wings that helps the airplane rise into the air.
➡️ Thrust – The forward force produced by the engines pushing the aircraft ahead.
⬇️ Weight – The force of gravity pulling the airplane downward toward Earth.
⬅️ Drag – Air resistance that slows the aircraft as it moves through the air.
For an airplane to fly smoothly, these forces must stay balanced.
2. How Takeoff Works
Before takeoff, pilots increase engine power to create strong thrust.
As the aircraft speeds down the runway, air flows faster over the wings, creating lift.
When lift becomes greater than weight, the airplane leaves the ground and climbs into the sky. ☁️
3. How Aircraft Stay in the Air
Pilots use special movable surfaces to control the airplane:
Ailerons – Control rolling left and right.
Elevator – Controls climbing and descending.
Rudder – Controls left and right movement of the nose.
These controls help pilots maintain stability, direction, and smooth flight.
4. How Airplanes Land
During landing, pilots reduce thrust and slowly descend toward the runway.
Flaps are extended to create extra lift and drag, helping the aircraft slow down safely. Once the wheels touch the runway, brakes and reverse thrust help bring the airplane to a stop.
Flying may look magical, but it’s actually a perfect combination of science, engineering, and skilled pilots working together every day.
Aviation connects the world one flight at a time.
❤12🔥3
☀️ Good morning, future aviators. ✈️
One of aviation’s greatest mysteries began in 2014 with .
The aircraft departed from heading toward then suddenly disappeared from radar during the night.
Despite international search operations across oceans and multiple countries, the aircraft was never fully recovered.
No distress call.
No clear final explanation.
Only scattered debris found years later.
The disappearance shocked the aviation world and led to major discussions about aircraft tracking systems and flight monitoring technology.
Even today, Flight 370 remains one of the most talked-about mysteries in modern aviation history.
@Airlinetutorialofficial
One of aviation’s greatest mysteries began in 2014 with .
The aircraft departed from heading toward then suddenly disappeared from radar during the night.
Despite international search operations across oceans and multiple countries, the aircraft was never fully recovered.
No distress call.
No clear final explanation.
Only scattered debris found years later.
The disappearance shocked the aviation world and led to major discussions about aircraft tracking systems and flight monitoring technology.
Even today, Flight 370 remains one of the most talked-about mysteries in modern aviation history.
@Airlinetutorialofficial
❤7
#Call_for English Language Proficiency Assessment (Reannouncement)
Different AMT Positions (Addis Ababa)
To check the list, important instructions, and details, please use the link below:
https://corporate.ethiopianairlines.com/AboutEthiopian/careers/results
CorporateWebsite
Results
❤6
👩✈️ CABIN CREW LIFE ✈️
Cabin crew are responsible for passenger safety, comfort, and in-flight operations during every flight.
Beyond service, they are trained to handle emergencies, first aid situations, and safety procedures onboard the aircraft.
Important qualities needed for cabin crew:
Strong communication skills
Calm behavior under pressure
Professional teamwork
Discipline and punctuality
Good customer service attitude
Quick decision-making ability
Future aviators who wants to join Ethiopian airlines as cabin crew should start developing:
Strong English communication
Professional appearance and confidence
Discipline and responsibility
Respectful interaction with different people and cultures
Good time management habits
Small habits developed today can become part of your aviation career tomorrow.
#CabinCrew @Airlinetutorialofficial
Cabin crew are responsible for passenger safety, comfort, and in-flight operations during every flight.
Beyond service, they are trained to handle emergencies, first aid situations, and safety procedures onboard the aircraft.
Important qualities needed for cabin crew:
Strong communication skills
Calm behavior under pressure
Professional teamwork
Discipline and punctuality
Good customer service attitude
Quick decision-making ability
Future aviators who wants to join Ethiopian airlines as cabin crew should start developing:
Strong English communication
Professional appearance and confidence
Discipline and responsibility
Respectful interaction with different people and cultures
Good time management habits
Small habits developed today can become part of your aviation career tomorrow.
#CabinCrew @Airlinetutorialofficial
❤39
What is ur dream? Ract to it
🥰painter
👏 mechanic
♥️pilot
👍 group crew
🔥 avionics
@Airlinetutorialofficial
🥰painter
👏 mechanic
♥️pilot
👍 group crew
🔥 avionics
@Airlinetutorialofficial
❤86👍18👏16🔥10🥰2
✈️ THE “BLACK BOX” ISN’T BLACK 🎙️
One of the most important devices in aviation is called the black box but it is actually painted bright orange. 🟧
Why?
Because after an accident, investigators need to locate it as quickly as possible among wreckage, water, or difficult terrain.
Commercial aircraft usually carry two recording systems:
Cockpit Voice Recorder (CVR)
Records cockpit conversations and sounds.
Flight Data Recorder (FDR)
Stores technical flight information such as speed, altitude, engine performance, and aircraft movements.
These devices are built to survive:
🔥 extreme heat
🌊 deep water pressure
💥 severe impact forces
A small orange box can contain the final story of an entire flight.
#BlackBox @Airlinetutorialofficial
One of the most important devices in aviation is called the black box but it is actually painted bright orange. 🟧
Why?
Because after an accident, investigators need to locate it as quickly as possible among wreckage, water, or difficult terrain.
Commercial aircraft usually carry two recording systems:
Cockpit Voice Recorder (CVR)
Records cockpit conversations and sounds.
Flight Data Recorder (FDR)
Stores technical flight information such as speed, altitude, engine performance, and aircraft movements.
These devices are built to survive:
🔥 extreme heat
🌊 deep water pressure
💥 severe impact forces
A small orange box can contain the final story of an entire flight.
#BlackBox @Airlinetutorialofficial
❤16👍1
Airline Gateway Official
Photo
✈️ Airplane Parts and Their Functions ✈️
1️⃣ Fuselage 🏢
The main body of the airplane. It carries passengers, luggage, and cargo. Wings and the tail are attached to it.
2️⃣ Cockpit 🎮🧑✈️
The front part of the airplane where the pilot sits. All the controls and instruments are here to operate the plane.
3️⃣ Wings 🪽🛫
Fixed on both sides of the airplane. They help the plane to fly by producing lift.
4️⃣ Engine 🚀🛩️
Provides power for take-off and forward movement. Jet engines produce thrust to propel the plane.
5️⃣ Landing Gear 🚲✈️
Used during take-off and landing. It supports the airplane on the ground with wheels.
6️⃣ Ailerons 🔄✈️
Small movable parts on the wings. They help the airplane turn left or right.
7️⃣ Flaps 🛬✈️
Fitted on wings. They increase lift during take-off and landing and help reduce speed.
8️⃣ Rudder 🌀🛬
Attached to the vertical tail. It controls the left and right direction of the airplane.
9️⃣ Elevators ↕️✈️
Part of the horizontal tail. They control the up and down movement (pitch) of the airplane.
@Airlinetutorialofficial
1️⃣ Fuselage 🏢
The main body of the airplane. It carries passengers, luggage, and cargo. Wings and the tail are attached to it.
2️⃣ Cockpit 🎮🧑✈️
The front part of the airplane where the pilot sits. All the controls and instruments are here to operate the plane.
3️⃣ Wings 🪽🛫
Fixed on both sides of the airplane. They help the plane to fly by producing lift.
4️⃣ Engine 🚀🛩️
Provides power for take-off and forward movement. Jet engines produce thrust to propel the plane.
5️⃣ Landing Gear 🚲✈️
Used during take-off and landing. It supports the airplane on the ground with wheels.
6️⃣ Ailerons 🔄✈️
Small movable parts on the wings. They help the airplane turn left or right.
7️⃣ Flaps 🛬✈️
Fitted on wings. They increase lift during take-off and landing and help reduce speed.
8️⃣ Rudder 🌀🛬
Attached to the vertical tail. It controls the left and right direction of the airplane.
9️⃣ Elevators ↕️✈️
Part of the horizontal tail. They control the up and down movement (pitch) of the airplane.
@Airlinetutorialofficial
❤7
This media is not supported in your browser
VIEW IN TELEGRAM
Aborted takeoff 🤩
@Airlinetutorialofficial
@Airlinetutorialofficial
🔥5❤2👍1
Aviation abbreviations are essential, standardized acronyms used for safe communication, navigation, and operations, heavily utilizing ICAO and FAA standards.
@Airlinetutorialofficial
@Airlinetutorialofficial
❤7
Pilots do not panic during turbulence.
They trust training, monitor the situation, and continue flying through it.
Real life works the same way.
There will be delays, pressure, unexpected storms, and moments where visibility disappears completely.
But aircraft are not designed to stay on the runway forever.
And people with purpose are not meant to remain grounded either.
Sometimes the hardest phase of the journey is simply gaining enough speed to leave the ground.
Have a nice day y'all 🤩
@Airlinetutorialofficial
They trust training, monitor the situation, and continue flying through it.
Real life works the same way.
There will be delays, pressure, unexpected storms, and moments where visibility disappears completely.
But aircraft are not designed to stay on the runway forever.
And people with purpose are not meant to remain grounded either.
Sometimes the hardest phase of the journey is simply gaining enough speed to leave the ground.
Have a nice day y'all 🤩
@Airlinetutorialofficial
❤13🔥4
Understanding Minimum En-route Altitude (MEA) is essential for safe IFR operations.
MEA is not just a number on the chart — it ensures:
• Obstacle clearance
• Reliable navigation signal coverage
• ATC communication capability
For ATCOs and pilots, respecting MEA is critical during reroutes, emergencies, weather deviations, and complex traffic situations.
Safety in aviation always starts with maintaining safe separation from terrain while preserving situational awareness and communication integrity.
@Airlinetutorialofficial
MEA is not just a number on the chart — it ensures:
• Obstacle clearance
• Reliable navigation signal coverage
• ATC communication capability
For ATCOs and pilots, respecting MEA is critical during reroutes, emergencies, weather deviations, and complex traffic situations.
Safety in aviation always starts with maintaining safe separation from terrain while preserving situational awareness and communication integrity.
@Airlinetutorialofficial
❤7