Need for Rulemaking Harmonization Supporting the Future Global Air Transport System EASAFAA Annual C - PowerPoint PPT Presentation

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Need for Rulemaking Harmonization Supporting the Future Global Air Transport System EASAFAA Annual C

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Global Airlines expect mutual recognition of AOCs rather than the current ... New rules to be harmonized where possible and where there is a value for the airlines ... – PowerPoint PPT presentation

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Title: Need for Rulemaking Harmonization Supporting the Future Global Air Transport System EASAFAA Annual C


1
Need for Rulemaking Harmonization Supporting
the Future Global Air Transport SystemEASA/FAA
Annual Conference, St Petersburg, Florida, 4th
June 2008
European Airlines View and a Perspective from
IATA
Peter Sørensen Assistant Director Safety,
Operations Infrastructure International Air
Transport Association (IATA)
Vincent De Vroey General Manager Technical
Operations Association of European Airlines (AEA)
2
Overview
  • AEA Harmonization Priorities
  • ATM
  • Maintenance
  • Operations
  • Flight crew training
  • IATA Perspective
  • Personnel licensing

3
The Association of European Airlines
  • 33 member airlines
  • 11,115 flights a day
  • 375,600 employees
  • 605 destinations in 161 countries
  • 346 million passengers
  • 6 million tonnes of cargo
  • Total turnover of 75 billion

4
AEA carriers are NETWORK carriers global reach
  • 185 intercontinental destinations in 116
    countries
  • 211 European destinations in 43 countries
  • 800 destinations together with partner airlines!
  • Thanks to the networks and alliances which those
    carriers have set up, people can fly from
    anywhere, to anywhere

Source Continental Airlines
from Bordeaux to Kuala Lumpur
from Berne to Riga
from Bucharest to Cleveland
from Reykjavik to Delhi
from Ankara to Innsbruck
from Edinburgh to Addis Ababa
5
AEAs top priority Europe's inefficient Air
Traffic Management (ATM)
  • Europe does not have one single ATM system
  • It is patched together from old national systems
  • with segmentation into small, inefficient
    blocks
  • Between Member States and between
    civil/military
  • using a variety of different Air Traffic
    Control technologies

Fragmented airspace
Circuitous routings and altitudes
Also the US ATM system faces major challenges
(capacity and safety issues)
6
Background (1) European ATM is inefficient
7
Background (2) US ATM system faces safety issues
  • TCAS RAs
  • AEA members flying to the USA have analyzed TCAS
    RAs on approach comparing major US airports with
    European major airports
  • The rate at some US airports (Newark, LAX,
    Denver, Philadelphia, SFO) is 100 times the rate
    at major European airports (LHR, CDG, SPL, FRA
    etc)
  • Compliance with ICAO
  • Various serious safety incidents linked to the US
    ATM environment with loss of separation or near
    collision. In light of the Ueberlingen accident,
    all TCAS RAs have to be complied with (ICAO), a
    modus operandi which is not fully understood in
    the USA
  • US ATM safety issues need to be tackled with
    urgency

8
ATM implications for rulemaking
  • Root of ATM problems in Europe, USA and other
    areas of the world might not be the same
  • However, where it implies rulemaking to mandate
    for capacity or safety reasons, new systems on
    the aircraft (avionics) or operational
    procedures, the AEA members expect
  • Identical technical solutions for similar ATM
    problems
  • Harmonized approach on ATM operational procedures
  • Globally valid operational airworthiness
    approval for airlines/aircraft (ia datalink,
    ADS-B, RVSM etc) with approvals issued by the
    local Authority based on globally harmonized
    requirements
  • Global interoperability in ATM solutions and
    approvals is essential for globally operating
    airlines ( cost issue!)
  • Harmonized operational procedures are essential
    for safety

9
Maintenance mutual recognition rather than full
harmonization of rules
  • Globally recognized Part-145 approvals
  • Airline MROs expect globally recognized Part-145
    approvals which recognize equivalent safety
    oversight and reduce the number of unnecessary
    audits or certificates
  • Harmonization / Recognition
  • Full harmonization of the relevant rules is not
    realistic because of the cost implications or
    different legal environment (f.e. drug and
    alcohol testing is illegal in Europe, required in
    the USA)
  • Mutual recognition of each other system (based on
    equivalent safety) might be more realistic (i.e.
    through BASA) than full harmonization
  • This should not prevent new rules to be
    harmonized where possible and beneficial to the
    industry

10
Operations harmonizing existing rules would be
extremely costly
  • Mutual Recognition of AOCs
  • Global Airlines expect mutual recognition of AOCs
    rather than the current proliferation of Part 129
    requirements which create unnecessary bureaucracy
    for no added safety value
  • Harmonization / Recognition
  • Full harmonization of existing operational rules
    for AOC holders (EU-OPS, Part 121) is not needed
    from the airlines point of view since it would be
    extremely costly due to the legacy and different
    legal systems and cultural environment
  • Operational equipment related requirements for
    newly build aircraft should be harmonized
    wherever possible (e.g. FDR/CVR, TCAS etc).
  • AWO requirements to be harmonized as well
  • New rules to be harmonized where possible and
    where there is a value for the airlines

11
Flight Crew Training
  • Separate business
  • The Flight Crew Training business is increasingly
    becoming a separate business competing in the
    global market
  • International trade
  • Some current rules (FAA) or rulemaking proposals
    (EASA) are a barrier to international trade
  • For safety and efficiency reasons, European
    airlines need access to flight crew training
    resources around the world i.a in Europe, USA and
    elsewhere
  • Harmonization / Recognition
  • Different authorities to recognize each other
    systems without imposing additional restrictions
    or duplicate requirements for personnel
    licensing or approvals (flight simulators)
  • The planned BASAs are an opportunity to solve
    this problem

12
Conclusion
  • ATM rules new systems on the aircraft (avionics)
    or operational procedures should be harmonized
    with globally valid approvals ( cost and safety
    issue),
  • Maintenance rules need mutual recognition of the
    relevant approvals allowing international trade
    without barriers and reducing unnecessary audits,
  • Operational rules for AOC holders no need for
    full harmonization which would be costly and
    might not be feasible (different cultures etc).
    Need for mutual recognition of AOCs rather than
    proliferation of Part 129,
  • Flight Crew Training rules BASAs should remove
    current restrictions to international trade

13
The challenge of licensed personnel shortages
14
Why Harmonization is Critical for Personnel
Licensing
  • The aviation industry has realized that there
    will be a global shortage of engineers, licensed
    mechanics as well as pilots
  • e.g. an estimated shortage of 3.600 pilots
    annually
  • The aviation industry estimate a fleet growth of
    17650 aircraft by 2018
  • In times of high training demand, training
    quality is at stake and consequently negative
    impact on flight safety
  • Variations in training standards worldwide add to
    the problem
  • Quality level of key personnel must be maintained
  • Risks for delayed aircraft introductions and
    missed opportunities for growth and ROE

.
15
Industrys Initiative IATA Training and
Qualification Initiative (ITQI)
  • IATAs initiative to
  • review the airline industry training needs for
    licensed personnel (pilots, mechanics /
    engineers) and
  • develop recommendations for meeting these needs
    with no compromise to safety and quality.

16
ITQI Deliverables
17
Deliverables
Problem / Impact Analysis
Staff Selection Assessment Criteria
Qualification Requirements
Training Devices Syllabi
Cert. Standard for Training Providers
Element B1
Element B4
Element B2
Element B3
Consultant
Consultant
ICAO
Boeing
KEY DELIVERABLE
KEY DELIVERABLES
KEY DELIVERABLES
KEY DELIVERABLES
KEY DELIVERABLES
Complete gap analysis of existing requirements /
regulations
Complete gap analysis of certification standards
Complete gap analysis of selection criteria
Complete gap analysis of training devices
Conduct market survey
2008
Complete guidance material working paper for
ICAO
Complete development of certification standards
Complete development of selection criteria / best
practices guide
Complete first draft of best practices and
guidance material
2009
Achieve ICAO ANC approval
Develop audit scheme
Implement regionally
Complete development of guidance material
implem. concept
2010
18
Next Steps
Achievements
  • Member airline survey to verify actual challenges
  • Draft working paper for simulator standards
  • Implementation plan for Multi-Crew Pilot
    Licensing (MPL)
  • Action plan for harmonization of Flight Crew
    Licenses
  • Safety impact analysis
  • Government awareness program
  • Gap Analysis of current global and national
    regulations
  • Draft industry standard for Flight Training
    Devices
  • Best practice and guidance material for training
    concepts

19
Final ITQI outcome and spin-offs
Project phases
20
Summary
  • Regulators will be key to implementation of ITQI
  • A global and collaborative initiative to mitigate
    the threats inherent to the global shortage of
    licensed personnel.
  • Secured resources and buy-in from all segments of
    the aviation industry,
  • to ensure SAFETY
  • to create awareness among the industry,
    governments and regulators
  • to develop global standards and harmonization
    needs
  • to work on solutions
  • to develop the New Generation Aviation
    Professionals
  • Open for all industry stakeholders

21
Industry Stakeholders
  • ICAO, FSF, IFALPA, EASA, Transport Canada, CASA,
    NCAA, ATA,
  • JAL, CAL, EVA, SIA, MES, SAS, LH, ANA, Delta, IB,
    Fedex, AF, SAA, KLM, Qantas,
  • Airbus, Boeing, ATR, Embraer, Bombardier
  • LFT, LTT, CAE, Alteon, FSEMC
  • MSI, Thales
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