Automation and Federal Aviation the Dispatcher · •The aircraft dispatcher is responsible for:...
Transcript of Automation and Federal Aviation the Dispatcher · •The aircraft dispatcher is responsible for:...
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Federal AviationAdministration
Federal AviationAdministration
Automation and
the Dispatcher
The key to
operational control
NASA Airline Operations Workshop
Jim Jansen
August 2, 2016
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In the beginning
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This presentation is in 3 parts
• 1. What the dispatcher does
• 2. How they do it.
• 3. What could possibly go wrong?
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Part 1
What the dispatcher does.
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Primary purpose
•SAFETY• By providing shared operational control
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Secondary
The focal point for the economics of
day-to-day airline operations
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What is operational control?
• With respect to a flight, it is defined in
regulation as:
• The exercise of authority over initiating,
conducting, or terminating a flight.
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Responsibility for operational control
• Regulations specify the entity responsible
for operational control in Part 121
operations is the Certificate Holder.
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Responsibility for operational control
• In Part 121 Domestic and Flag operations,
the pilot in command and the aircraft
dispatcher are jointly responsible for the:
• Preflight planning,
• Delay, and
• Dispatch release
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Responsibility for operational control
• The aircraft dispatcher is responsible for:
• Monitoring the progress of each flight,
• Issuing necessary information for the safety of
the flight, and
• Cancelling or redispatching the flight if, in his
opinion or the opinion of the pilot in command,
the flight cannot operate or continue to operate
safely as planned or released. (14 CFR
121.533)
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Preflight planning
• Where does the dispatcher get information
for preflight planning ?
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Preflight planning
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Preflight planning (cont.)
• 1. The aircraft:
a) Is it airworthy?
b) Are there any MEL/CDLs effecting performance?
c) Is it the correct configuration for the operation?
2. Payload
a) passenger load
b) bags
c) cargo – includes restricted articles if applicable
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Preflight planning (cont.)
• 3. Weather/NOTAMS
a) departure weather/NOTAMS
b) enroute weather/NOTAMS:
winds, turbulence, convective activity
c) destination weather/NOTAMS
d) alternate weather?NOTAMS:
(includes enroute alternates)
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Preflight planning (cont.)
• 4. Fuel planning
a) Domestic fuel requirements
b) International fuel requiremnets
c) ETOPS fuel requirements
d) Economic fuel (tankering)
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Preflight planning (cont.)
• 5. ATC
a) departure delays/coded departure routes
b) SWAP routes
c) Military Operations Areas (MOAs)
d) Ground Delay Initiatives
e) TFRs
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Preflight planning (cont.)
• 6. Crew
a) Captain restricted (less than 100 hours PIC)?
b) fit for duty?
c) qualified for route to be flown
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Prefight planning (cont.)
• 7. Security bulletins
a) government issued
b) company issued
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Part 2
How they do it
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A TRIP IN THE WAYBACK MACHINE
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1960s
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1975
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1975 (cont.)
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1981
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1981 (cont.)
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1981 (cont.)
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1981 (cont.)
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1990
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1990
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The internet age
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2016
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2016 (cont.)
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2016 (cont.)
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2016 (cont.)
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2016 (cont.)
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2016 (cont.)
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2016 (cont.)
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2016 (cont.)
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2016 (cont.)
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Part 3
• What could possibly go wrong?
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GIGO
• Over reliance on automation
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Lost in the shuffle
Too many applications running at the same
time.
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How many actions are needed?
• Programs that do not interface.
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Tactical vs strategic
• Pilots and dispatchers not working with the
same information.
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Automation is not failsafe
• Automation that can fail or be disabled.
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July 21-23
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Military controlling GPS
• ADDITIONALLY, DUE TO GPS
INTERFERENCE IMPACTS POTENTIALLY
AFFECTING EMBRAER PHENOM 300
AIRCRAFT FLIGHT STABILITY CONTROLS,
FAA RECOMMENDS EMBRAER PHENOM
PILOTS AVOID THE ABOVE TESTING AREA
AND CLOSELY MONITOR FLIGHT
CONTROL SYSTEMS DUE TO POTENTIAL
LOSS OF GPS SIGNAL. DLY 0430-1200
1606090430-1606111200
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Loss of situational awareness
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AOC shutdowns
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Challenges ahead
• Designing programs for workload
distribution
• Reducing delays
• Improving fuel usage
• Creating redundancy
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Questions?
• Remember, lunch is the next item on the agenda
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