| The basic responsibilities of an Air Force Flight | | | | measures. |
| Engineer include flight inspection before, during and | | | | - Oversee the qualification flight of personnel engaged |
| after flights, maintenance and efficient servicing and | | | | in flight engineer activities, during the flight test and |
| rectification of the aircraft in order to ensure safe | | | | operation organization. |
| operations. Personnel are usually assigned important | | | | - Direct standardization of flight engineer performance |
| combat roles, in tactical as well as airlift operations. | | | | in relation to the aircraft performance engineering |
| They also operate and monitor engine and aircraft | | | | conditions of engines and adopt several preventive |
| system controls, panels, indicators and devices. | | | | measure programs. |
| Major Responsibilities Of An Air Force Flight Engineer | | | | - Observe engine instruments and adjust controls per |
| The main responsibilities of an Air Force Flight Engineer | | | | the orders of the pilot. |
| are as follows: | | | | - Flight engineers also perform several technical |
| - Flight Engineers perform aircrew visual inspection and | | | | functions such as resolving technical problems that are |
| maintain aircraft records during flight, as well as when | | | | often encountered by operating units. They also offer |
| the flight is away from the home station. | | | | suggestions and technical assistance to agencies that |
| - Development and implementation of aircraft weight, | | | | are engaged in the functions associated with flight |
| balance and performance data. They also compute | | | | engineer activities. |
| hover, takeoff, climb and landing data and determine | | | | - Report the status of flight engineer activities and |
| the average consumption of engine fuel with the help | | | | adequacy of equipment. |
| of airspeed, atmospheric data, charts, computer or | | | | Eligibility |
| electronic calculators. | | | | In order to become an Air Force Flight Engineer, it is |
| - Record performance data and system status of an | | | | necessary to have knowledge of electrical, |
| aircraft for maintenance debrief and aircraft usage | | | | communication, navigation, mechanical, pneumatic and |
| analysis. | | | | hydraulic systems that are applied to air crafts and the |
| - Operate and monitor engine and aircraft systems, | | | | related systems, flight theory, minor in-flight |
| controls and indicators. In addition to this, they also | | | | maintenance, personal equipment and proper use of |
| assist the pilot and help during engine starts, as well as | | | | oxygen. Applicants are expected to understand and |
| check run-up, flight operations and engine shutdown. | | | | interpret diagrams, schematics, aircraft performance, |
| They control and regulate certain aircraft systems, | | | | charts, technical publications, as well as flight journals. |
| such as hydraulic, pneudraulic, fuel, electronic, air | | | | With the number of new flights launched every year, |
| conditioning, pressurization, auxiliary power unit and | | | | Air Force Flight Engineers are in great demand. This |
| lubrication communication, navigation, radar and | | | | job is rewarding and lucrative. It offers immense job |
| depressurization and system failure. | | | | satisfaction at the end of every mission, as the |
| - They issue warnings about overheating and | | | | Engineer can see their endeavors end in significant |
| depressurization and report to the pilot about any | | | | results. The career calls for strong determination and a |
| abnormal conditions; they also suggest corrective | | | | desire to rise above the ordinary. |