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1. Operational Evolution Partnership An Introduction to FAA’s Integration & Implementation Plan for NextGen
“This Operational Evolution Partnership will be the mechanism by which we inform our owners, customers, and aviation community of our plans and progress towards the JPDO vision…”
-- Marion C. Blakey, FAA Administrator, before the Senate aviation subcommittee
“This Operational Evolution Partnership will be the mechanism by which we inform our owners, customers, and aviation community of our plans and progress towards the JPDO vision…”
-- Marion C. Blakey, FAA Administrator, before the Senate aviation subcommittee
2.
-- Marion C. Blakey, FAA Administrator, before the Senate aviation subcommittee, May 2006
OEP is FAA’s path to NextGen
4. What You’ll Learn Today What OEP is
Who has authority over OEP
How OEP works
Where OEP must go from here
5. What is OEP Version 1? Defines framework for FAA’s NextGen implementation plan
Scope is broader than capacity
Reflects NextGen vision
Demonstrates how FAA’s integration & implementation plan will be executed
To ensure development processes are not just parallel, but complementary
Aligns research & development with NextGen objectives
Provides high-level “big picture” content
Initiates industry collaboration process
Version 1:
Will be released this month – in the next two weeks
Establishes an integrated framework of capabilities grouped into solution sets
The Old OEP was primarily capacity. New OEP is capacity, efficiency, safety, security, environment and Partnership.
OEP has partnerships within FAA, and outside of FAA throughout the aviation community, to reach agreement on how to best implement the JPDO vision for NextGen
Version 1:
Will be released this month – in the next two weeks
Establishes an integrated framework of capabilities grouped into solution sets
The Old OEP was primarily capacity. New OEP is capacity, efficiency, safety, security, environment and Partnership.
OEP has partnerships within FAA, and outside of FAA throughout the aviation community, to reach agreement on how to best implement the JPDO vision for NextGen
6. Operational Evolution Partnership Before we get into details, I want to spend a minute on the word “partnership” in our title – good partnership provides harmony.
Good harmony provides music
To have music, all the partners – must be on the same sheet of music – or you have noise.
The Army Enterprise Integration Oversight Office uses an analogy of the symphony orchestra in explaining their role.
A score – or plan – leads the orchestra.
Every score has a melody (the basis of the composition) – a logical succession of tones. It also has harmony – the art of combining sounds into chords.
You see where I’m going with this.
What we do in OEP is integrate all parts of the FAA to provide a plan that will produce NextGen – We need all our partners to work with us to achieve a masterpiece – NEXTGEN.Before we get into details, I want to spend a minute on the word “partnership” in our title – good partnership provides harmony.
Good harmony provides music
To have music, all the partners – must be on the same sheet of music – or you have noise.
The Army Enterprise Integration Oversight Office uses an analogy of the symphony orchestra in explaining their role.
A score – or plan – leads the orchestra.
Every score has a melody (the basis of the composition) – a logical succession of tones. It also has harmony – the art of combining sounds into chords.
You see where I’m going with this.
What we do in OEP is integrate all parts of the FAA to provide a plan that will produce NextGen – We need all our partners to work with us to achieve a masterpiece – NEXTGEN.
7. Who has authority over OEP? Advised by the OEP Review Board
Guided by Ops Planning VP Vicki Cox One thing is certain; all elements (Air Traffic, Aircraft, and Airports) of the air transportation system are integral to achieving the NextGen vision.
The integration of functions and technology along with changing roles and responsibilities will support a viable transformation to NextGen.
The lack of or improper integration can result in inconsistent performance goals, overly complex designs, costly implementation programs and inefficient operations within the air transportation system.
One thing is certain; all elements (Air Traffic, Aircraft, and Airports) of the air transportation system are integral to achieving the NextGen vision.
The integration of functions and technology along with changing roles and responsibilities will support a viable transformation to NextGen.
The lack of or improper integration can result in inconsistent performance goals, overly complex designs, costly implementation programs and inefficient operations within the air transportation system.
8. How is FAA Using the OEP? FAA-wide strategic planning reflects NextGen vision
Guiding budget formulation
Prioritizing resources
Focusing research & development on NextGen
Integrating program planning to achieve capabilities One thing is certain; all elements (Air Traffic, Aircraft, and Airports) of the air transportation system are integral to achieving the NextGen vision.
The integration of functions and technology along with changing roles and responsibilities will support a viable transformation to NextGen.
The lack of or improper integration can result in inconsistent performance goals, overly complex designs, costly implementation programs and inefficient operations within the air transportation system.
One thing is certain; all elements (Air Traffic, Aircraft, and Airports) of the air transportation system are integral to achieving the NextGen vision.
The integration of functions and technology along with changing roles and responsibilities will support a viable transformation to NextGen.
The lack of or improper integration can result in inconsistent performance goals, overly complex designs, costly implementation programs and inefficient operations within the air transportation system.
10. OEP Focus is on the Mid-term (2012-2018) Without improvements to the Air Traffic System, delays are projected to increase 62% by 2014
27% increases in domestic traffic projected for 2016
Studies have shown that controllers cannot handle
25% increases in traffic in the busiest sectors using
tools available today
Bottom line:
Failure to accommodate demand will have severe economic impact inside and outside the aviation industry 27% increases in domestic traffic projected for 2016
Studies have shown that controllers cannot handle
25% increases in traffic in the busiest sectors using
tools available today
In the most congested areas today, sectors are already
as small as possible
Traffic will not be manageable by increased staffing
2006 traffic resulted in an average delay of 18 min per flight
Today’s system operating in 2016 would produce far greater delays
Without improvements to the Air Traffic System delays are projected to increase 62% by 2014
Weather further exacerbates the problem
Bottom line: Failure to accommodate demand will have severe economic impact inside and outside the aviation industry
27% increases in domestic traffic projected for 2016
Studies have shown that controllers cannot handle
25% increases in traffic in the busiest sectors using
tools available today
In the most congested areas today, sectors are already
as small as possible
Traffic will not be manageable by increased staffing
2006 traffic resulted in an average delay of 18 min per flight
Today’s system operating in 2016 would produce far greater delays
Without improvements to the Air Traffic System delays are projected to increase 62% by 2014
Weather further exacerbates the problem
Bottom line: Failure to accommodate demand will have severe economic impact inside and outside the aviation industry
11. Defining the OEP Domains Airport Development
New concrete
Air Traffic Operations
Transformational capabilities
Aircraft & Operator Requirements
Avionics Airport Development: New concrete
Keeps OEP 35 airports but adds 15 metropolitan regions
Provides details about long-range planning
Aircraft & Operator Requirements: Avionics
Defines aircraft roadmap for a standard equipage package for NextGen
Avionics are migrating from discrete components to multi-function, flexible integrated avionics platforms
Air Traffic Operations: Transformational capabilities
Capabilities are comprised of integrated cross-agency activities combined to produce solutions that support the JPDO vision
Airport Development: New concrete
Keeps OEP 35 airports but adds 15 metropolitan regions
Provides details about long-range planning
Aircraft & Operator Requirements: Avionics
Defines aircraft roadmap for a standard equipage package for NextGen
Avionics are migrating from discrete components to multi-function, flexible integrated avionics platforms
Air Traffic Operations: Transformational capabilities
Capabilities are comprised of integrated cross-agency activities combined to produce solutions that support the JPDO vision
12. Airport Development Domain OEP 35 Airports, with a view of longer range planning
Metropolitan Areas
15 metropolitan areas
80+ non-OEP airports
14. OEP Metro Areas Over next 20 years, Nation’s population & economic growth is expected to occur in 15 metropolitan areas
These regions will shape the need for air transportation
Long-term approach focused on meeting future demand
Consistent with Capacity Needs Report (FACT2 Update underway)
Within these 15 Metro Areas
Promote regional planning
Monitor aviation infrastructure investment in these regions
Identify airports with potential to accommodate future demand
Over next 20 years, Nation’s population & economic growth is expected to occur in 15 metropolitan areas
These regions will shape the need for air transportation
Long-term approach focused on meeting future demand
Consistent with Capacity Needs Report (FACT2 Update underway)
Within these 15 Metro Areas
Promote regional planning
Monitor aviation infrastructure investment in these regions
Identify airports with potential to accommodate future demand
15. Aircraft & Operator Requirements To facilitate the transformation to NextGen, avionics are migrating from discrete components to multi-function, flexible integrated avionics platforms.
Displays: Integrated displays handle all functions that need to present information to the flight crew.
Controls: Integrated controls provide a means for the flight crew to access and control any of the aircraft functions.
Aircraft-Based Independent Sensors: Unique sensors that are not easily accommodated into an integrated modular system, such as weather sensors or enhanced vision sensors.
Communication: The radio that provides a communication link to or from the aircraft, regardless of what data is transmitted over the link or what function it supports. Examples include VHF 25 kHz voice, VHF 25 kHz data link, and 1090 extended squitter (broadcast data).
Refining Aircraft Roadmap (Aircraft Infrastructure and Operations)
Need to coordinate with all stakeholders
Will be impacted by NextGen planning
JPDO expected to refine the functions of the NextGen aircraft
“Standards Maturity” will support standards planning and research coordination
Discrepancies currently exist between Roadmaps
Policy, standards and guidance material should be considered from inception of project
Timeline of:
Key aircraft and operational research
Implementation decisions affecting aircraft equipment
Certification and operational standards and criteria to support adoption of a particular capability
Strawman to serve for understanding and collaboration on [proposed] Operational Improvements
Must link to ATO Roadmaps for planned services
Also must address aircraft-centered operations
Delegated separation, autonomous navigation, etc.
NOT -- Aircraft architecture or equipment
NOT -- roadmap of functions YOU should buy or when
Aircraft fleet remains very diverse
Focus of Roadmap is on first aircraft through the enabling standards and criteria
To facilitate the transformation to NextGen, avionics are migrating from discrete components to multi-function, flexible integrated avionics platforms.
Displays: Integrated displays handle all functions that need to present information to the flight crew.
Controls: Integrated controls provide a means for the flight crew to access and control any of the aircraft functions.
Aircraft-Based Independent Sensors: Unique sensors that are not easily accommodated into an integrated modular system, such as weather sensors or enhanced vision sensors.
Communication: The radio that provides a communication link to or from the aircraft, regardless of what data is transmitted over the link or what function it supports. Examples include VHF 25 kHz voice, VHF 25 kHz data link, and 1090 extended squitter (broadcast data).
Refining Aircraft Roadmap (Aircraft Infrastructure and Operations)
Need to coordinate with all stakeholders
Will be impacted by NextGen planning
JPDO expected to refine the functions of the NextGen aircraft
“Standards Maturity” will support standards planning and research coordination
Discrepancies currently exist between Roadmaps
Policy, standards and guidance material should be considered from inception of project
Timeline of:
Key aircraft and operational research
Implementation decisions affecting aircraft equipment
Certification and operational standards and criteria to support adoption of a particular capability
Strawman to serve for understanding and collaboration on [proposed] Operational Improvements
Must link to ATO Roadmaps for planned services
Also must address aircraft-centered operations
Delegated separation, autonomous navigation, etc.
NOT -- Aircraft architecture or equipment
NOT -- roadmap of functions YOU should buy or when
Aircraft fleet remains very diverse
Focus of Roadmap is on first aircraft through the enabling standards and criteria
17. Air Traffic Operations Domain OEP moves from a program focus to a portfolio focus.
Shows interdependencies between programs
Identifies impact of planning changes, funding decisions
Each of the 7 solution sets is a portfolio of capabilities.
Each capability is derived from a series of agency activities, such as:
Technology development
Procedural development
Airspace redesign moves from a program focus to a portfolio focus.
Shows interdependencies between programs
Identifies impact of planning changes, funding decisions
Each of the 7 solution sets is a portfolio of capabilities.
Each capability is derived from a series of agency activities, such as:
Technology development
Procedural development
Airspace redesign
Avionics requirements
Rulemaking
Certification
Avionics requirements
Rulemaking
Certification
OEP moves from a program focus to a portfolio focus.
Shows interdependencies between programs
Identifies impact of planning changes, funding decisions
Each of the 7 solution sets is a portfolio of capabilities.
Each capability is derived from a series of agency activities, such as:
Technology development
Procedural development
Airspace redesign moves from a program focus to a portfolio focus.
Shows interdependencies between programs
Identifies impact of planning changes, funding decisions
Each of the 7 solution sets is a portfolio of capabilities.
Each capability is derived from a series of agency activities, such as:
Technology development
Procedural development
Airspace redesign
Avionics requirements
Rulemaking
Certification
Avionics requirements
Rulemaking
Certification
18. OEP Solution Set is a portfolio of capabilities Automated conflict detection
Clearances by data vs. by voice
Sectors managed automatically
Variable separation based on wake
Real-time assessment of airspace flow
19. Capabilities Integrate Activities Identifies which activities are needed for a given capability.
20. Initiate Trajectory Based Operations OEP Delivers NextGen Capabilities in an Evolutionary Manner
Mid-Term Capabilities Are Steps on the Way to NextGen
OEP Delivers NextGen Capabilities in an Evolutionary Manner
Mid-Term Capabilities Are Steps on the Way to NextGen
21. Example of Capability 102118 linkage to NAS Enterprise Architecture To show you how capabilities are linked to the EA, here is a screen shot of Capability 102136 that was called out on the previous page
The NAS EA database is currently being updated to reflect OEP Solution Sets to meet the NextGen visionTo show you how capabilities are linked to the EA, here is a screen shot of Capability 102136 that was called out on the previous page
The NAS EA database is currently being updated to reflect OEP Solution Sets to meet the NextGen vision
22. TBO represents a shift from clearance-based control to trajectory-based control.
Aircraft will fly negotiated trajectories and control moves to allow air traffic management by trajectory.
This operational shift will be available in the future, as a result of the development in the transformational program and implementation of new efforts within the solution sets.
In the new high-performance ATM environment, aircraft will transmit and receive precise data, to include aircraft routes and the times aircraft will cross key points in the airspace.
With Data Communications, this same precise information will also be available to pilots and controllers on the ground.
TBO represents a shift from clearance-based control to trajectory-based control.
Aircraft will fly negotiated trajectories and control moves to allow air traffic management by trajectory.
This operational shift will be available in the future, as a result of the development in the transformational program and implementation of new efforts within the solution sets.
In the new high-performance ATM environment, aircraft will transmit and receive precise data, to include aircraft routes and the times aircraft will cross key points in the airspace.
With Data Communications, this same precise information will also be available to pilots and controllers on the ground.
23.
ATO domain has:
7 Solution Sets have:
Smart Sheets that describe the Capabilities
Reference sheets for initiatives or programs requiring further information – major NextGen programs like Datacom and ADS-B
Both have:
Descriptions
Benefits
TimelinesATO domain has:
7 Solution Sets have:
Smart Sheets that describe the Capabilities
Reference sheets for initiatives or programs requiring further information – major NextGen programs like Datacom and ADS-B
Both have:
Descriptions
Benefits
Timelines
24. What Comes Next?
26. The Path to NextGen
Advanced NAS Concepts – currently being refined via the NGATS Concept of Operations (in initial internal review at this point) and the Operational Improvements roadmap.
System Performance Requirements – RNP is defined currently, and Required Communications Performance definition is beginning through PARC.
Lab Evaluations and Simulations – Operational impact of advanced decision support capabilities for controllers in combination with other enhancements (data link, RNP/RNAV, etc) is currently heading to Human In The Loop simulation for assessment by end of FY06.
Initial Benefits and Cost Estimates – Advanced ERAM applications
Advanced NAS Concepts – currently being refined via the NGATS Concept of Operations (in initial internal review at this point) and the Operational Improvements roadmap.
System Performance Requirements – RNP is defined currently, and Required Communications Performance definition is beginning through PARC.
Lab Evaluations and Simulations – Operational impact of advanced decision support capabilities for controllers in combination with other enhancements (data link, RNP/RNAV, etc) is currently heading to Human In The Loop simulation for assessment by end of FY06.
Initial Benefits and Cost Estimates – Advanced ERAM applications
27. The Path to NextGen
28. The Path to NextGen
29. When you combine
key programs, (that provide dynamic infrastructure)
+… today’s R&D projects
+… new air traffic control procedures
= these programs will allow FAA to implement NextGen’s capabilities.When you combine
key programs, (that provide dynamic infrastructure)
+… today’s R&D projects
+… new air traffic control procedures
= these programs will allow FAA to implement NextGen’s capabilities.