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ALUR DAN TUJUAN PEMBELAJARAN KONSENTRASI KEAHLIAN: AIRFRAME POWERPLANT

Alur Tujuan Pembelajaran mata pelajaran Airframe Powerplant untuk Fase F pada Program Keahlian Teknik Pesawat Udara mencakup lima elemen utama: Aircraft Structure, Aircraft System, Gas Turbine Engine, Piston Engine, dan Maintenance Practice.

Alur Tujuan Pembelajaran mata pelajaran Airframe Powerplant untuk Fase F pada Program Keahlian Teknik Pesawat Udara mencakup lima elemen utama: Aircraft Structure, Aircraft System, Gas Turbine Engine, Piston Engine, dan Maintenance Practice.

Aircraft Structure

Pada akhir F, peserta didik mampu menerapkan daily inspection; safety belt dan pemasangannya; A/C servicing; A/C ground handling; menganalisis lap patch repair of aircraft skin; splice repair of stringer; symmetrical check; replace and rig of aileron, elevator and rudder; menerapkan inspect and adjust flap; replacement of control wheel assembly; adjust nose wheel locking devices; menganalisis jack an aircraft and perform landing gear retraction test; assembly main landing gear and wheel; brake

  1. 1Memahami daily inspection; safety belt dan pemasangannya; aircraft servicing; aircraft ground handling
  2. 2Menerapkan (Check aileron,elevator and rudder,syimmetrical check)
  3. 3Menerapkan jack an aircraft and perform landing gear,control wheel assembly,main landing gear and wheel,brake

Aircraft system

Pada akhir F, peserta didik mampu memahami unjuk kerja yang dibuat oleh ATA (Air Transportation Association) Chapter yang meliputi: air conditioning and cabin pressurization (ATA 21); instruments/avionic systems; electrical power (ATA 24); fire protection (ATA 26); flight control (ATA 27); fuel systems (ATA 28); hydraulic power system (29); ice and rain protection system (ATA 30); landing gear system (ATA 32); lights system (ATA 33); oxygen system (ATA 35); pneumatic/ vacuum system (ATA 36); water/waste system (ATA 38).

  1. 1Memahami unjuk kerja yang dibuat oleh ATA (Air Transportation Association) Chapter yang meliputi: air conditioning and cabin pressurization (ATA 21),instrument/avionic system,electrical power (ATA 24)
  2. 2Memahami unjuk kerja yang dibuat oleh ATA (Air Transportation Association) Chapter yang meliputi: fire protection (ATA 26), fuel system (ATA 28), ice and rain protection system (ATA 30), light system (ATA 33)
  3. 3Memahami unjuk kerja yang dibuat oleh ATA (Air Transportation Association) Chapter yang meliputi: flight control (ATA 27), hydraulic power system (29), landing gear system (ATA 32)
  4. 4Memahami unjuk kerja yang dibuat oleh ATA (Air Transportation Association) Chapter yang meliputi: oxygen system (ATA 35), pneumatic/vacuum system (ATA 36), water/waste system (ATA 38)

Gas Turbine Engine

Pada akhir F, peserta didik mampu memahami konsep dasar prinsip kerja GTE (GTE fundamentals); konsep pada turboprop, turboshaft, turbojet, turbofan; kondisi bagian-bagian GTE (air inlet, compressors, combustion section, turbine section, exhaust); kerja berbagai engine indication (engine instrument); perawatan auxiliary power units (APUs); perawatan komponen-komponen pada powerplant installation; engine monitoring and ground operation; engine storage and preservation; prinsip starting and ignition system; perawatan fuels system; perawatan komponen lubrication systems; komponen air systems; engine run up; install and adjust fuel control, fuel pump, and fuel flow meter; pelepasan dan pemasangan heat exchanger; pelepasan dan pemasangan ignition unit, ignitor plug, starter dan generator; daily inspection pada motor turbin dan propeller; jenis lubricants dan fuels; powerplant removal & installation; engine performance.

  1. 1Memahami konsep dasar prinsip kerja GTE (GTE fundamentals); turboprop, turbojet, turboshaft, turbofan; bagian-bagian GTE (air inlet, compressors, combustion section, turbine section, exhaust)
  2. 2Memahami kerja berbagai engine indication (engine instrument), engine run up; engine performance; starting and ignition system; engine monitoring and ground operation
  3. 3Memahami perawatan auxiliary power units APUs)
  4. 4Memahami perawatan komponen-komponen pada powerplant installation; install and adjust fuel control, fuel pump, and fuel flow meter
  5. 5Memahami engine storage and preservation, pelepasan dan pemasangan heat exchanger; ignition unit, ignitor plug, starter dan generator; powerplant removal & installation
  6. 6Memahami perawatan fuels system; lubrication systems; air systems
  7. 7Memahami daily inspection pada motor turbin dan propeller; lubricants dan fuels

Piston engine

Pada akhir F, peserta didik mampu memahami konsep dasar prinsip kerja piston engine; menganalisis kondisi bagian-bagian piston engine; menerapkan perawatan piston engine fuel systems; perawatan perawatan fuel injection systems; prinsip starting and ignition systems; perawatan induction, exhaust and cooling systems; memahami prinsip kerja supercharging/turbocharging; memahami jenis lubricants and fuels; menerapkan perawatan lubrication systems; menganalisis berbagai engine indication (engine instrument); powerplant removal and installation; engine monitoring and ground operation; engine storage and preservation; menganalisis kondisi ignition unit; kondisi ignitor plug; kondisi starter; menerapkan engine run up; mengevaluasi engine performance.

  1. 1Memahami konsep dasar prinsip kerja piston engine; bagian-bagian piston engine
  2. 2Menerapkan perawatan piston engine fuel systems; Carburetors; fuel injection systems
  3. 3Memahami prinsip starting and ignition systems; perawatan induction, exhaust and cooling systems; engine indication (engine instrument); ignition unit; kondisi ignitor plug; kondisi starter; engine run up; engine performance
  4. 4Memahami prinsip kerja supercharging/turbocharging
  5. 5Memahami jenis lubricants and fuels; lubrication systems
  6. 6Memahami powerplant removal and installation; engine storage and preservation

Maintenance Practice

Pada akhir F, peserta didik mampu menerapkan workshop practices; memahami aircraft wiring diagrams dan schematic diagrams; catatan gambar, zone numbers, station numbers dan identifikasi lokasi pada pesawat udara; menerapkan pekerjaan riveting pada proses perawatan dan perbaikan konstruksi pesawat udara; menganalisis kondisi electrical cables and connectors; menerapkan pemeriksaan fits and clearances; pekerjaan sheet metal; pekerjaan composite and non-metallic; aircraft painting; welding, brazing, soldering and bonding; menganalisis aircraft weight and balance; menerapkan aircraft handling and storage; mengevaluasi inspection and repair techniques; dis-assembly and re-assembly techniques; proses trouble shooting techniques.

  1. 1Menerapkan workshop practices
  2. 2Memahami aircraft wiring diagrams dan schematic diagrams; catatan gambar, zone numbers, station numbers dan identifikasi lokasi pada pesawat udara
  3. 3Menerapkan pekerjaan riveting pada proses perawatan dan perbaikan konstruksi pesawat udara
  4. 4Menganalisis kondisi electrical cables and connectors; fits and clearances
  5. 5Memahami pekerjaan sheet metal; composite and non-metallic; aircraft painting; welding, brazing, soldering and bonding
  6. 6Menganalisis aircraft weight and balance; aircraft handling and storage
  7. 7Mengevaluasi inspection and repair techniques; disassembly and re-assembly techniques; proses trouble shooting techniques