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Materias Generales
INTRODUCCIÓN
Aerodinámica Subsónica
Aerodinámica Supersónica
Meteorología Operacional
Motores Jet
Cold Weather Operations
Low Visibility Operations
RNP AR
Performance
Apoyo para Chequeos de Simulador
Introducción a UPRT
English
A320FAM Systems
AIRCRAFT GENERAL
AUTOMATIC FLIGHT
FLIGHT CONTROLS
AUXILIARY POWER UNIT
COMMUNICATIONS
LANDING GEAR
INDICATING AND RECORD.
ENGINES
FUEL
HYDRAULIC SYSTEM
ELECTRICAL SYSTEM
FIRE PROTECTION
NAVIGATION SYSTEM
ADD-ON
Overview, Dimensions, General Arrangement
FMGS Description
AP FD Guidance Modes
FMGC
Databases
MCDU
FCU
FCU Fundamentals
FAC
Other Interfaces
FMGC Modes of Operation
FMGC Dual Mode
FMGC Independent Mode
Flight Control System Overview
Pitch Control
Roll Control
Speed Brakes and Ground Spoilers
Yaw Control
Flaps and Slats
APU Description
Communications Overview
Landing Gear Overview and Components
Landing Gear System Indications
Indicating and Recording System EFIS ECAM Principles
CFM56-5B intro
Fuel System Components and Feed Sequence
Hydraulic System Introduction
Green, Blue, and Yellow Systems
Electrical System Overview
Fire Protection Detection and Extinguishing
Navigation System Intro
Aircraft General
Flight Controls
FCU
A320FAM Flight Deck
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A320FAM Normal Procedures
AIRBUS SOPs
FCU AND SIDESTICK
AEMA
AUTOFLIGHT EXPECTED PERF.
Flight Preparation
Safety Exterior Inspection
Preliminary Cockpit Preparation
EFB Init. & Preliminary Performance Determination
Aircraft Acceptance
Exterior Walkaround
Cockpit Preparation
FMGS Preparation
Final Cockpit Preparation
Departure Briefing
Before Pushback or Start
Engine Start
Engine Panel Familiarization
After Start Flow Pattern
After Start
Taxi
Takeoff
Descent and Approach
VOR APP - Track FPA
LLZ APP
RNAV APP
Landing
Flight Control Unit & Sidestick Fundamentals
Aircraft Energy Management: Approach (AEMA)
AEMA | Flaps 2: Resistencia
AEMA | Flaps 2: Margen Operacional
AEMA | Flaps 1 y 2: Anticipación de la Configuración
AEMA | Tren de Aterrizaje
AEMA | Landing Flaps
AEMA | Ejemplo AEMA con Carta de Aproximación
Automatic Flight System Expected Performance
Takeoff AF Behaviors
Climb AF Behaviors I
Climb AF Behaviors II
Climb AF Behaviors III
Climb AF Behaviors IV
Cruise AF Behaviors
Approach AF Behaviors I
Approach AF Behaviors II Autoland
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A320FAM Abnormal and Emergency Procedures
AIRBUS SOPs
Stall Recovery
Engine Failure
Rejected Takeoff
Ground Proximity Warning System Alert
Dual Hydraulic Failure
English
Airline Pilot Standards
Multi-Crew Cooperation
TEM
MCC
PILOT COMPETENCIES
TEM Model and Threat Concept
Error Concept
UAS Concept
ATM Acronym
Practical Example of a TEU Scenario
Monitoring
How to avoid threats?
How to trap errors?
How to mitigate UAS?
Task Sharing
Briefings
Intervention
VVM Technique
Countermeasures
Checklists
Areas of Responsibility
Memory Items
Operational Threat Examples
Common Threats
Descent Preparation & Landing Assessment for MCC
Task Sharing during Descent and Approach
Pilot Core Competencies
Key Aspects of Core Competencies
English
SBA & Ciclos de Evaluación CBTA
KNO
PRO
LTW
PSD
WLM
SAW
RETRAINING
Aircraft Platform A320FAM Systems (3)
Aircraft Platform A320FAM Procedures (4)
SBA CBTA
SBA CBTA
SBA CBTA
SBA CBTA
SBA CBTA
Desempeño Probado
Competencias del piloto entrenadas, reentrenadas y evaluadas por Venturi Aerospace:
CNT
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Liderazgo
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Trabajo en Equipo
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Resolución de Problemas
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Toma de Decisiones
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Conciencia Situacional
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Gestión de Altas Cargas
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Comunicación
CT
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Aplicación de Conocimientos
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Aplicación de Procedimientos
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Gestión de la Trayectoria de Vuelo Manuel
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Gestión de la Trayectoria de Vuelo Automático
Queremos ofrecerle una mejor asesoría.
Medellín, Colombia.
Ciudad de México, México.
Abu Dhabi, Emiratos Árabes Unidos.
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