Eskisehir Technical University Info Package Eskisehir Technical University Info Package
  • Info on the Institution
  • Info on Degree Programmes
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About the Program Educational Objectives Key Learning Outcomes Course Structure Diagram with Credits Field Qualifications Matrix of Course& Program Qualifications Matrix of Program Outcomes&Field Qualifications
  • Faculty of Aeronautics and Astronautics
  • Department of Airframe and Powerplant Maintenance
  • Course Structure Diagram with Credits
  • Aircraft Structure and Systems III
  • Learning Outcomes
  • Description
  • Learning Outcomes
  • Course's Contribution to Prog.
  • Learning Outcomes & Program Qualifications

  • explain aircraft fire protection system.
  • State requirement of fire and smoke detection systems and name the different locations where smoke detectors have to be.
  • Explain the basic operating principle of the different smoke detection systems.
  • Explain operation of fire sensing element and identify type of the fire dedector sensing element.
  • Explain how the single loop operate.
  • Describe the engine/APU fire detector responder operations.
  • Describe how fire and loop fault conditions are detected.
  • Describe the thermistor and responder type detectors.
  • Describe the smoke warning system operation, warnings, indications and functional tests.
  • Describe philosophy and operation of extinguishing system, general safety precautions of the extinguishing.
  • Explain how to test the extinguisher, type of the extinguishers, how the extinguisher operates.
  • Describe the operation of fire bottle squib and its electrical power sources.
  • Describe the fire handle operation.
  • Identify the gas in the fire bottle.
  • State methods of the test.
  • Describe general rules of the fire dedection system, smoke dedection system, fire extinguishing system and related indications in the cockpit.
  • Describe the operation of the extinguishing agent, the indications and the functional test of a fire extinguishing system.
  • Describe how the fire detectors are tested and their normal test indications and how the squibs are tested.
  • Decribe the usage of several types of portable fire extinguisher such as water, halon, CO2 and their use at different types of fire.
  • explain aircraft fuel systems.
  • Describe the purpose of the fuel system and system lay-out.
  • Explain fuel system features; storage, refuelling, distribution, control, transfer, venting and indicating and their subsystems.
  • State the purpose of the fuel tanks and their locations.
  • Describe types, draining, venting and scavenge system of fuel tanks.
  • Describe engine and APU boost pump and explain their working principles, functions and indications.
  • Explain jet pumps.
  • Describe the function of the dumping system and their types and explain dumping system control and indications.
  • Describe the purpose of the venting and draining system and explain the venting system components.
  • Describe of the cross feed and transfer system purpose, control and indications and explain auto and manuel transfer.
  • Define why required to display fuel tank quantity. State the methods of fuel quantity indications.
  • Describe remote and manual quantity measuring.
  • Describe dripstick, driplesstick measuring.
  • Describe importance of boost pump low pressure, crossfeed valve and fuel/fire shut off valve position for flight.
  • List and describe the instruments for monitoring the fuel system and explain the implications of abnormal indications, warnings.
  • Explain the importance of pressure, temperature and quantity of the fuel system.
  • State the methods of refueling and defueling and explain refueling and defueling procedure.
  • Decribe pressure and gravity refueling.
  • Explain the refueling and defueling safety precautions and describe valve operations.
  • Describe the purpose of the longitudinal fuel balance system and explain the longitudinal fuel balance system advantages.
  • Describe the longitudinal balance system operation.
  • explain aircraft ice and rain protection system.
  • Describe ice and frost.
  • Explain the difference between de-icing and anti-icing and list the effects of icing on an aircraft during flight.
  • Describe ice formation in flight.
  • Identify classification: Clear ice, rime ice, gleam ice, dry ice, hoarfrost.
  • Describe solving icing problems on an aircraft: De-icing, Anti-icing.
  • Show de-icing of aircraft on ground and state duties and responsibilities.
  • Explain frost, ice and snow removal.
  • Describe ice detection and list method for ice detection.
  • Identify the monitoring instruments and controls of the anti-ice systems.
  • Describe anti-icing systems, airfoil ice protection, thermal (hot air) systems, electrical systems, wing anti-ice systems and engine anti-ice systems.
  • Describe de-icing systems, ground de-icing of aircraft and explain and list methods of the de-ice systems.
  • Describe and explain rain removal and rain repellent systems.
  • Describe probes heating systems, heated air data probes, general safety pre-cautions, typical probe heating system, probe heating system controlled by probe heat computer, water and toilet drain heaters.
  • Describe windshield wiper system and general safety pre-cautions.

  • Info on the Institution
  • Name and Adress
  • Academic Calendar
  • Academic Authorities
  • General Description
  • List of Programmes Offered
  • General Admission Requirements
  • Recognition of Prior Learning
  • Registration Procedures
  • ECTS Credit Allocation
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  • Info on Degree Programmes
  • Doctorate Degree / Proficieny in Arts
  • Master's Degree
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  • Open&Distance Education
  • Info for Students
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  • Language courses
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