The Future of Commercial Pilot Training Ramsey Pedersen Special Assistant for Program Development Honolulu Community College
Abstract Aircraft technological advances demand new approaches to training, including user oriented task based syllabi, computer based instruction, high fidelity flight simulation, competency based performance measurement, and extensive practice in a multi crew operating environment, 2
3 Boeing 787 Digital Cockpit
Slide 4 Airbus A-380 Digital Cockpit
5 The Space Shuttle Cockpit
Training Aircraft Technology Advances Boeing 787 Diamond Training Aircraft with Garmin G1000 Instrumentation 6
Garmin Synthetic Vision Technology Now available in light general aviation aircraft. 7
Alternative Paths to Licensing L Conventional (since 1958) CPL Joint Aviation Authority (JAA) CPL +MCC L Integrated Airline Ab Initio L CPL +Multi-Crew Jet Bridge + Jet Type L L MPL Core flying + Basic MCC/IR +Adv MCC + Jet Type
Conventional Commercial Pilot Training Minimum190 Pilot Flight Hours Private Pilot Certification: 35 hours. Simple single-engine aircraft. Commercial Pilot Certification: Instrument Rating: 35 hours Commercial Pilot: 120 hours Complex single-engine aircraft. Multi-Engine Rating: 10 hours minimum Can be included in CPL 120 hours.
Integrated Ab Initio Airline Training 10
11 Public / Private Training Partnerships
12 Using Modern Glass-Cockpit Trainers
13 Computer-Based Training for Complex Systems
14 Flight Training Devices (FTDs)
15 Integrated Procedure Trainers (IPTs)
Full-Flight Advanced Jet Simulation
MPL ICAO Multi-Crew Pilot License 17
18 Aircraft vs. Simulator Training
Multi-Crew Pilot License (MPL) Scheme Phase of Training Type rating training within an airline oriented environment Application of multi-crew operations in a high performance multi-engine turbine airplane Introduction of multicrew operations and instrument flight Specific basic single pilot training Minimum 240 hours of training including PF and PNF Training Items Landing training All Wx scenarios LOFT Abnormal procedures Normal procedures LEVEL 3 - ADVANCED LEVEL 2 - INTERMEDIATE LOFT Abnormal procedures Normal procedures Multi-crew Instrument flight Flight and Simulator Flight Training Media Minimum level required Turbine Multi-Engine Multi-Crew Certification FSTD Type IV FSTD 70% of all aircraft accidents Type IIIare are caused by pilot error. complement IFR cross-country Upset recovery Night flight Instrument flight VFR cross-country Solo flight Basic instrument Principles of flight Cockpit procedures LEVEL 1 - BASIC CORE FLYING SKILLS Single or multi-engine FSTD Type II Single or multi-engine FSTD Type I 12 takeoffs and landings as PF PF Ground Training Media CBT E-Learning Part Task Trainers Classroom APATS_2006.19
Multi-Crew Pilot License (MPL) Scheme Phase of Training Type rating training within an airline oriented environment Application of multi-crew operations in a high performance multi-engine turbine airplane Introduction of multicrew operations and instrument flight Specific basic single pilot training Minimum 240 hours of training including PF and PNF Training Items Landing training All Wx scenarios LOFT Abnormal procedures Normal procedures LEVEL 3 - ADVANCED LEVEL 2 - INTERMEDIATE LOFT Abnormal procedures Normal procedures Multi-crew Instrument flight complement IFR cross-country Upset recovery Night flight Instrument flight VFR cross-country Solo flight Basic instrument Principles of flight Cockpit procedures LEVEL 1 - BASIC CORE FLYING SKILLS Flight and Simulator Flight Training Media Minimum level required Turbine Multi-Engine Multi-Crew Certification FSTD Type IV FSTD Type III Single or multi-engine FSTD Type II Single or multi-engine FSTD Type I 12 takeoffs and landings as PF PF Ground Training Media CBT E-Learning Part Task Trainers Classroom APATS_2006.20
Multi-Crew Pilot License (MPL) Scheme Phase of Training Type rating training within an airline oriented environment Application of multi-crew operations in a high performance multi-engine turbine airplane Introduction of multicrew operations and instrument flight Specific basic single pilot training Minimum 240 hours of training including PF and PNF Training Items Landing training All Wx scenarios LOFT Abnormal procedures Normal procedures LEVEL 3 - ADVANCED LEVEL 2 - INTERMEDIATE LOFT Abnormal procedures Normal procedures Multi-crew Instrument flight complement IFR cross-country Upset recovery Night flight Instrument flight VFR cross-country Solo flight Basic instrument Principles of flight Cockpit procedures LEVEL 1 - BASIC CORE FLYING SKILLS Flight and Simulator Flight Training Media Minimum level required Turbine Multi-Engine Multi-Crew Certification FSTD Type IV FSTD Type III Single or multi-engine FSTD Type II Single or multi-engine FSTD Type I 12 takeoffs and landings as PF PF Ground Training Media CBT E-Learning Part Task Trainers Classroom APATS_2006.21
Multi-Crew Pilot License (MPL) Scheme Phase of Training Type rating training within an airline oriented environment Application of multi-crew operations in a high performance multi-engine turbine airplane Introduction of multicrew operations and instrument flight Specific basic single pilot training Minimum 240 hours of training including PF and PNF Training Items Landing training All Wx scenarios LOFT Abnormal procedures Normal procedures LEVEL 3 - ADVANCED LEVEL 2 - INTERMEDIATE LOFT Abnormal procedures Normal procedures Multi-crew Instrument flight complement IFR cross-country Upset recovery Night flight Instrument flight VFR cross-country Solo flight Basic instrument Principles of flight Cockpit procedures LEVEL 1 - BASIC CORE FLYING SKILLS Flight and Simulator Flight Training Media Minimum level required Turbine Multi-Engine Multi-Crew Certification FSTD Type IV FSTD Type III Single or multi-engine FSTD Type II Single or multi-engine FSTD Type I 12 takeoffs and landings as PF PF Ground Training Media CBT E-Learning Part Task Trainers Classroom APATS_2006.22
Multi-Crew Pilot License (MPL) Scheme Phase of Training Type rating training within an airline oriented environment Application of multi-crew operations in a high performance multi-engine turbine airplane Introduction of multicrew operations and instrument flight Specific basic single pilot training Minimum 240 hours of training including PF and PNF Training Items Landing training All Wx scenarios LOFT Abnormal procedures Normal procedures LEVEL 3 - ADVANCED LEVEL 2 - INTERMEDIATE LOFT Abnormal procedures Normal procedures Multi-crew Instrument flight complement IFR cross-country Upset recovery Night flight Instrument flight VFR cross-country Solo flight Basic instrument Principles of flight Cockpit procedures LEVEL 1 - BASIC CORE FLYING SKILLS Flight and Simulator Flight Training Media Minimum level required Turbine Multi-Engine Multi-Crew Certification FSTD Type IV FSTD Type III Single or multi-engine FSTD Type II Single or multi-engine FSTD Type I 12 takeoffs and landings as PF PF Ground Training Media CBT E-Learning Part Task Trainers Classroom APATS_2006.23
Competency Based SKILLS KNOWLEDGE ATTITUDES THEORY INSTRUCTION ACTUAL AND SIMULATED FLIGHT 24
25 A Compelling Reason to Simulate Flight
27 Integrated Ab Initio Airline Training
28 Alteon First Officer Jet Bridge Training
29 Alteon First Officer Jet Bridge Simulator