Module	Module Topics
1. Aircraft General	Introduction Objectives General Description Range Dimensions Aircraft Danger Areas Exterior Antenna Locations Flight Deck Layout Passenger Seating Passenger Compartment Layout Water Service Panels Waste System Conclusion
2. Doors	Introduction Objectives Overview Main Passenger Door Main Passenger Door - Warning Message Galley Service Door Crew Escape Hatch Overwing Exits Avionics Bay Door Forward cargo Bay Door Aft Cargo Bay Door Equipment Bay Door Doors Synoptic Page Conclusion
3. EFIS	Introduction Objectives System Description Pitot-Static System Pitot-Static System - Components TAT Probe ADC Air Data Reference Panel Primary Flight Display Multi-Function Display AHRS IRS Integrated Standby Indicator Standby Instruments Clock Conclusion
4. Exterior Lighting	Introduction Objectives Exterior Lights Exterior Lights - Navigation Lights Exterior Lights - Beacons Exterior Lights - Strobes Exterior Lights - Logo Lights Exterior Lights - Landing Lights Exterior Lights - Taxi Recognition Lights Exterior Lights - Wing Inspection Lights Conclusion
5. Interior Lighting	Introduction Objectives System Overview Flight Deck Lighting Flight Deck Lighting - MISC LTS Flight Deck Lighting - Pilot Lights Flight Deck Lighting - Center Pedestal Lights Flight Deck Lighting - Map Light Flight Deck Lighting - Chart Light Flight Deck Lighting - Overhead Reading Light Flight Deck Lighting - Dome Lights Flight Deck Lighting - Miscellaneous Lights Passenger Compartment Lights Passenger Compartment Lights - Controls Passenger Compartment Lights Passenger Compartment Lights - FA Flood Lights Passenger Compartment Lights - Lavatory Passenger Compartment Lights - Reading Lights Service Compartment Lights Passenger Signs Passenger Signs - NO SMOKING switch Passenger Signs - SEAT BELT Switch Passenger Signs - Automatic Operation Emergency Lights Emergency Lights - EXIT signs Emergency Lights - Ceiling Flood Lights Emergency Lights - Floor Flood Lights Emergency Lights - Path Markings Emergency Lights - Floor Level Exit Signs Emergency Lights - Door Exit Signs Emergency Lights - Exterior Lights Emergency Lights - Controls Conclusion
6. Oxygen	Introduction Objectives System Description Flight Deck Oxygen - Oxygen Bottle Flight Deck Oxygen - Oxygen Masks Flight Deck Oxygen - Oxygen Masks - Normal/100% Lever Flight Deck Oxygen - Oxygen Masks - Emergency Flow Passenger Oxygen Passenger Oxygen - O2 Generators Passenger Oxygen - Oxygen Mask Passenger Oxygen - Automatic Deployment Passenger Oxygen - Manual Deployment Passenger Oxygen - Mechanical Deployment Portable Oxygen Portable Oxygen - Location Conclusion
7. Emergency Equipment	Introduction Objectives Flight Deck Emergency Equipment Crash Axe Fire Extinguisher Emergency Flash Light Overhead Escape Hatch Overhead Escape Rope PBE Life Vests Passenger Compartment Passenger Compartment - Flash Light Passenger Compartment - Fire Extinguisher Passenger Compartment - PBE First Aid Kit Passenger Compartment - Life Vests Overwing Emergency Exits Megaphone Fire Gloves Conclusion
8. EICAS	Introduction Objectives System Overview ISystem Overview System Overview System Description - DCU System Description - LDU System Description - DU EICAS Primary Page EICAS Display 2 EICAS Display Control Crew Alerting Messages Synoptic Pages Menu EICAS - Messages CAS AIS EICAS - Messages Inhibit Logic Maintenance Diagnostic Computer System Failures Controls and Indicators Conclusion
9. APU	Introduction Objectives System Description General Description - Location General Description - Air Inlet APU Components APU Components - Compressor APU Components - Combustor APU Components - Turbine APU Components - Gear Box APU Components - Starter Motor APU Cooling APU Ventilation APU Inlet Door APU Inlet Door Failure APU Exhaust APU Fuel System APU Pneumatics APU Surge Control Valve APU Controls APU Controls - APU Start APU Controls - APU Starting APU Controls - APU Generator APU Controls - APU Load Control Valve APU In-Flight Start APU Start ECU Inhibit ECU Monitoring APU - Shutdown APU External Controls Conclusion
10. Electrical	Introduction Objectives System Description AC Power AC Power - System Description AC Power - IDG AC Power - CSD AC Power - Generator Control Unit AC Power - Bus Priority System AC Power - APU Generator AC Power - AC External Power AC Power - Bus Priority System ACAC Power - Bus Priority System AC Power - Bus Priority System AC Power - AC Essential Bus AC Power - AC Service Bus DC Power DC Power - Description DC Power - TRU DC Power - Batteries DC Power - Battery Chargers DC Power - DC Buses DC Power - DC Buses - Battery Direct DC Power - DC Emergency Bus DC Power - DC Essential Bus DC Power - Essential Tie Contactor DC Power - DC Essential Bus & Batteries DC Power - DC BATT Bus DC Power - DC Service Bus DC Power - Constantly Powered Buses DC Power - Power Distribution DC Power - DC Main Tie DC Power - DC Main Tie - Load Shedding DC Power - Cross Tie DC Power - ESS TRU 2 Transfer Contactor Air Driven Generator Air Driven Generator - Description Air Driven Generator - Electrical Power Air Driven Generator - Automatic Deployment Air Driven Generator - Manual Deployment Air Driven Generator - Post Deployment Conclusion
11. Fire Protection	Introduction Objectives System Overview Engine Fire/Overheat Detection Engine Fire/Overheat Engine Fire/Overheat - Loops Engine Fire/Overheat - Fire Indications Engine Fire/Overheat - FIDEEX Control Unit Engine Fire Protection - Fire Bottles Engine Fire Protection - Fire Button Engine Fire Protection - Bottle Discharge Pb Engine Fire Protection - Bottle Squibs APU Fire Protection APU Fire Protection - Modes of Operation APU fire Protection - Fire Bottle APU fire Protection - Operation APU fire Protection - Monitoring Cargo Bay Fire Detection Cargo Bay Fire Detection - Aft Cargo Ventilation Cargo Bay Fire Protection - Bottle Cargo Bay Fire Protection - Operation Lavatory Fire Protection Lavatory Smoke Detection Lavatory Fire Protection Main Landing Gear Bay Protection Main Landing Gear Bay - Test Engine Fire/Overheat - System Test Conclusion
12. Fuel	Introduction Objectives System Description Fuel Tanks Fuel Tanks - Fuel Quantity Fuel Tanks - Fuel Temperature Fuel Feed Fuel Feed - Transfer Ejectors Fuel Feed - Scavenge Ejectors Fuel Feed - Main Ejectors Fuel Feed - Check Valves Fuel Feed - Engine Feed Boost Pumps Fuel Cross Flow - Automatic Fuel Cross Flow - Manual Fuel Cross Flow - Gravity Aircraft Fueling Conclusion
13. Engines	Introduction Objectives System Description Engine Components - Variable Geometry Engine Components - FADEC FADEC - Description FADEC - Dispatch Restrictions FADEC - Thrust Computations FADEC - Thrust Indications FADEC - Thrust Mode FADEC - Idle RPM FADEC - Ground Idle FADEC - Flight Idle FADEC - Approach Idle FADEC - Landing Idle FADEC - Reverse Idle FADEC - One Engine Only Fuel Scheduling FADEC - Automatic Performance Reserve FADEC - APR Arming FADEC - APR Activation FADEC - MCT FADEC - N1/N2 Synchronization Engine Starting System Engine Starting System - Controls Engine Ignition Engine Ignition - Control Engine Ignition - Stall Protection Engine Ignition - Compressor Stall Engine Ignition - Flameout Protection Engine Ignition - Continuous Ignition Engine Fuel System - Components Engine Fuel System - Control Engine Fuel System - fuel Shutoff Valve Engine Fuel System - Fuel Pump Engine Fuel System - Fuel/Oil Heat Exchanger Engine Fuel System - Fuel Filter Engine Fuel System - Fuel Metering Unit Engine Fuel System - Fuel Control Engine Oil System Engine Oil System - Operation Engine Oil System - Oil Replenishment System Engine Oil System - Indications Vibration Monitoring System Engine Bleed Air Thrust Reverse System Thrust Reverse System - Hydraulic Source Thrust Reverse System - Operation Thrust Reverse System - Control Thrust Reverse System - Arming Thrust Levers Thrust Levers - Mechanical Stops Thrust Levers - Soft Detents Thrust Levers - Engine Control Thrust Levers - TOGA Switches Conclusion
14. Pneumatics	Introduction Objectives System Description PRSOV PRSOV - Operation PRSOV - Override Lever PRSOV - Control High Pressure Valve High Pressure Valve - Description High Pressure Valve - Automatic Closure High Pressure Valve - Override Lever APU Load Control Valve APU Load Control Valve - Operation External Air Bleed Leak Detection Bleed Leak Detection - Zones Bleed Leak Detection - Operation Operation - Description Operation - ACSC Operation - Automatic Mode Operation - Manual Bleed Switching - APU To Engines Bleed Switching - Engines to APU EICAS Indications Conclusion
15. Air Conditioning	Introduction Objectives System Description Packs Packs - Flow Control Valve Ram Air Duct Packs - Operation - Precooler Packs - Operation - Flow Control Valve Packs - Operation - Primary Heat Exchanger Packs - Operation - Compressor Packs - Operation - Main Heat Exchanger Packs - Operation - Water Extraction Loop Packs - Operation - Water Extraction Loop - Condensor Packs - Operation - Water Extraction Loop - Extractor Packs - Operation - Water Extraction Loop - Reheater Packs - Operation - Expansion Turbine Packs - Operation - Distribution Temperature Regulation Temperature Regulation - Automatic Mode Temperature Regulation - Manual Mode Temperature Regulation - Pull Up/Pull Down Air Flow Distribution - Mixing Manifold Air Flow Distribution - Flight Deck Air Flow Distribution - Passenger Compartment Air Flow Distribution - Recirculation Air Flow Distribution - Ram Air Ventilation Ground Air Aft Cargo Bay Ventilation Avionics Cooling Avionics Cooling - Display Cooling Avionics Cooling - Avionics Bay Avionics Cooling - Ground Valve Conclusion
16. Pressurization	Introduction Objectives System Description Components - Outflow Valve Components - Cabin Pressure Controller Components - Safety Valves Components - Ground Valve Operation - Automatic Mode Operation - Automatic Modes of Operation Automatic Mode - Ground Mode Automatic Mode - Pre-pressurization Automatic Mode - Takeoff Abort Mode Automatic Mode - Flight Abort Mode Automatic Mode - Climb Mode Automatic Mode - Cruise Mode Automatic Mode - Descent Mode Automatic Mode - Landing Mode Manual Mode Emergency Depressurization EICAS CPCP Microprocessor Cabin Pressure Controller Conclusion
17. Ice - Rain Protection	Introduction Objectives System Description Ice Detection System Ice Detection System - Description Ice Detection System - Operation Cowl Anti-Ice - Description Cowl Anti-Ice - Pressure Sensor Cowl Anti-Ice - Manual Override Lever Cowl Anti-Ice - T2 Probe Heat Cowl Anti-Ice - Control Wing Anti-Ice - Description Wing Anti-Ice - Piccolo Tubes Wing Anti-Ice - Bleed Air Exhaust Wing Anti-Ice - AILC Wing Anti-Ice - AILC - Dual Temperature Sensors Wing Anti-Ice - AILC - Wing Temperature Wing Anti-Ice - AILC - Outboard Temperature Sensor Wing Anti-Ice - AILC - Inboard Temperature Sensor Wing Anti-Ice - Wing Anti-Ice Valves Wing Anti-Ice - Wing Overheat Wing Anti-Ice - Wing Crossbleed Valve Wing Anti-Ice - Indications Window Anti-Ice Window Anti-Ice - Window Construction Window Anti-Ice - Temperature Controllers Window Anti-Ice - Overheat Window Anti-Ice - Test Probe Heat Probe Heat - Pitot-Static Probes Probe Heat - Standby Pitot Probe Probe Heat - AOA Vanes Probe Heat - Alternate Static Ports Probe Heat - TAT Probe Probe Heat - Modes Windshield Wipers Windshield Wipers - Maximum Airspeed DET TEST Switchlight Conclusion
18. Hydraulics	Introduction Objectives System Description Systems 1 and 2 - Reservoir Systems 1 and 2 - EDP Systems 1 and 2 - ACMP Systems 1 and 2 - SOV Systems 1 and 2 - EDP Cooling System 3 System 3 - Reservoir System 3 - Pumps System 3 - Pump 3B EICAS Indications EICAS Messages Conclusion
19. Landing Gear	Introduction Objectives System Description Proximity Sensing System Landing Gear Components Landing Gear Operation Alternate Gear Extension Landing Configuration Warning Landing Gear Indications Conclusion
20. Brakes	Introduction Objectives Wheel Brakes Wheel Brakes - Hydraulic Source Wheel Brakes - Braking Wheel Brakes - Accumulators Wheel Brakes - Gear Retraction Wheel Brakes - Wear Indicators Parking Brake Anti-Skid System Anti-Skid System - ASCU Anti-Skid System - Self-Test Anti-Skid System - Operation Brake Temperature Monitoring System Conclusion
21. Nose wheel steering	Introduction Objectives System Description Nose Wheel Steering - Controls Nose Wheel Steering - Steering Authority Nose Wheel Steering - Arming/Disarming Nose Wheel Steering - Operation Nose Wheel Steering - Operation - Centering Nose Wheel Steering - Free Caster Mode Nose Wheel Steering - Torque Link Nose Wheel Steering - Self-Test Conclusion
22. Flight Controls	Introduction Objectives System Description Primary Flight Controls - Actuation Primary Flight Controls - Controls Primary Flight Controls - Ailerons Primary Flight Controls - Multi-Function Spoilers Primary Flight Controls - Roll Disconnect Primary Flight Controls - Bungee Breakout Primary Flight Controls - Lateral Trim Primary Flight Controls - Rudder Primary Flight Controls - Rudder Travel Limiter Primary Flight Controls - Yaw Damper Primary Flight Controls - Elevators Primary Flight Controls - Horizontal Stabilizer Trim Horizontal Stabilizer Trim - Mach Trim Horizontal Stabilizer Trim - Trim Disconnect Horizontal Stabilizer Trim - Trim Runaway Horizontal Stabilizer Trim - Trim Position Horizontal Stabilizer Trim - Monitoring Flap/Slat System Flap/Slat System - Slats Flap/Slat System - Flaps Flap/Slat System - Control Flap System - BPSU Flap System - Position Indication Flap System - Emergency Flaps Flight Spoilers Ground Spoilers Ground Lift Dumping Ground Lift Dumping - Operation Ground Lift Dumping - Arming Ground Lift Dumping - Automatic Deployment Ground Lift Dumping - Automatic Retraction Ground Lift Dumping - Automatic Disarming Ground Lift Dumping - Manual Disarming Takeoff Configuration Warning System Takeoff Configuration Warning System - Warnings Takeoff Configuration Warning System - Cancellation Stall Protection Stall Protection - Operation Stall Protection - Arming Stall Protection - Stick Pusher Disable Stall Protection - Testing Flight Controls Synoptic Page Conclusion
23. Autoflight	Introduction Objectives System Description Flight Control Computer Flight Director Flight Director - Lateral Modes Flight Director - Vertical Modes Autopilot Conclusion
24. Navigation	Introduction Objectives VHF Navigation ADF Navigation Marker Beacons PFD and MFD Indications Transponder Transponder - Mode A Transponder - Mode C Transponder - Operation Transpnder - Operation Transponder - Operation EGPWS EGPWS - Mode 1 EGPWS - Mode 2 EGPWS - Mode 3 EGPWS - Mode 4 EGPWS - Mode 5 EGPWS - Altitude Callouts EGPWS - Bank Angle EGPWS - Windshear TCAS Weather Radar Weather Radar Modes Weather Radar Modes - Weather Detection Mode Weather Radar Modes - Ground Mapping Mode Weather Radar Modes - Test Mode Weather Radar Modes - Off Mode Weather Radar - Gain Control Weather Radar - Tilt Control Weather Radar - Stabilization Control Weather Radar - Sector Scan Weather Radar - Display Weather Radar - Attenuation Weather Radar - Control Panel GPS Conclusion
25. Communications	Introduction Objectives System Overview Audio Integrating System Audio Control Panel Passenger Address System Interphone Control Unit Service Interphone System Radio Tuning System Backup Tuning Unit FMS Radio Tuning Cockpit Voice Recorder Emergency Locator Transmitter Flight Data Recorder Conclusion
26. FMS Introduction	Introduction Preview System Description CDU Fonts and Colors Text Colors Data Lines Prompts Page Format Entering Data Functions - Messages Functions - Index page Functions - Radio page Functions - MFD Menu Functions - MFD Data Functions - MFD Advanced Functions - Progress page Functions - FIX page Functions - Direct-Intercept page Functions - Flight Plan page Functions - LEGS page Functions - Performance page Functions - Departure-Arrival Functions - Secondary Flight Plan Functions - HOLD page Functions - VNAV page Preflight Flight Planning Performance Initialization Conclusion