Skilled Worker | Edizione Febbraio 2025

Skilled Worker | Edizione Febbraio 2025 | Italian

Il corso Skilled Worker SOLO PRATICO di Flyon Aero presenta un programma di studio completo di 5 mesi all’interno dell’hangar di Flyon Aero.
Durante i 5 mesi di corsi ti eserciterai in tasks manutentive di base per le Cat. B1.1+B1.3+B2.
Cosa include il corso

BOOST VIDEO: Migliora l’efficacia dello studio con il Corso Online Sintetico di Panoramica Base con Flyon AI.
BOOK ONLINE: Accesso online ai manuali di formazione Flyon Aero approvati da EASA
KIT STUDENTE: Il costo del corso comprende tutto il materiale necessario per accedere all’hangar (tuta, scarpe antinfortunistiche, t-shirt, DPI)
UTILIZZO DI TOOLS PROFESSIONALI: non dovrai acquistare materiale fisico per le tue esercitazioni in hangar. Potrai utilizzare tutti i tools presenti nel nostro hangar ogni giorno!
LEZIONI PRATICHE: Training pratico di tasks manutentive seguito da istruttori applicabili alla LMA Cat. B1.1+B1.3+B2.
ESAMI PRATICI: Partecipa a sessioni d’esame pratici approvate da EASA per ottenere il tuo Certificate of Recognition (CoR).

Durata attivazione del corso

Il corso, comprensivo di materiale di studio, rimarrà attivo fino alla fine dell’intero periodo di formazione.

Course Content

TRAINING MANUALS

TM M01 – Mathematics

00:00
TM M02 – Physics

00:00
TM M03 – Electrical Fundamentals

00:00
TM M04 – Electronics Fundamentals

00:00
TM M05 – Digital techniques / Electronic instrument systems

00:00
TM M06 – Materials and hardware

00:00
TM M07 – Maintenance practices

00:00
TM M08 – Basic aerodynamics

00:00
TM M09 – Human factors – ITA – 1.1

00:00
TM M10 – Aviation legislation

00:00
TM M12 – Helicopter aerodynamics, structures and systems

00:00
TM M15 – Gas turbine engine

00:00

BOOST M01

BOOST M02

M02.01 – Matter

00:00
M02.02.01 – Mechanics – Statics

00:00
M02.02.02 – Mechanics – Kinetics

00:00
M02.02.03a – Mechanics – Dynamics A

00:00
M02.02.03b – Mechanics – Dynamics B

00:00
M02.02.04a – Mechanics – Fluid Dynamics A

00:00
M02.02.04b – Mechanics – Fluid Dynamics B

00:00
M02.03a – Thermodynamics A

00:00
M02.03b – Thermodunamics B

00:00
M02.04 – Optics (Light)

00:00
M02.05 – Wave Motion and Sound

00:00

BOOST M03

M03.01 – Electron Theory

00:00
M03.02 – Static Electricity and Conduction

00:00
M03.03 – Electrical Terminology

00:00
M03.04 – Generation of Electricity

00:00
M03.05 – DC Sources of Electricity

00:00
M03.06 – DC Circuits

00:00
M03.07a – Resistance/Resistor A

00:00
M03.07b – Resistance/Resistor B

00:00
M03.08 – Power

00:00
M03.09 – Capacitance/Capacitor

00:00
M03.10a – Magnetism A

00:00
M03.10b – Magnetism B

00:00
M03.11 – Inductance/Inductor

00:00
M03.12 – DC Motor/Generator Theory

00:00
M03.13 – AC Theory

00:00
M03.14 – Resistive, Capacitive and Inductive Circuits

00:00
M03.15 – Transformers

00:00
M03.16 – Filters

00:00
M03.17 – AC Generators

00:00
M03.18 – AC Motors

00:00

BOOST M04

M04.01.01a – Semiconductors – Diodes A

00:00
M04.01.01b – Semiconductors – Diodes B

00:00
M04.01.02b – Semiconductors – Transistors A

00:00
M04.01.02b – Semiconductors – Transistors B

00:00
M04.01.03a – Semiconductors – Integrated Circuits A

00:00
M04.01.03b – Semiconductors – Integrated Circuits B

00:00
M04.02 – Printed Circuit Boards

00:00
M04.03a – Servomechanisms A

00:00
M04.03b – Servomechanisms B

00:00

BOOST M05

M05.01 – Electronic Instruments Systems

00:00
M05.02 – Numbering Systems

00:00
M05.03 – Data Conversion

00:00
M05.04 – Data Buses

00:00
M05.05a – Logic Circuits A

00:00
M05.05b – Logic Circuits B

00:00
M05.06a – Basic Computer Structure A

00:00
M05.06b – Basic Computer Structure B

00:00
M05.07 – Microprocessors

00:00
M05.08 – Integrated Circuits

00:00
M05.09 – Multiplexing

00:00
M05.10 – Fibre Optics

00:00
M05.11 – Electronic Displays

00:00
M05.12 – Electrostatic Sensitive Devices

00:00
M05.13 – Software Management Control

00:00
M05.14 – Electromagnet Environment

00:00
M05.15a – Typical Electronic-Digital Aircraft Systems A

00:00
M05.15b – Typical Electronic-Digital Aircraft Systems B

00:00

BOOST M06

M06.01a – Aircraft Materials – Ferrous A

00:00
M06.01b – Aircraft Materials – Ferrous B

00:00
M06.02a – Aircraft Materials – Non Ferrous A

00:00
M06.02b – Aircraft Materials – Non Ferrous B

00:00
M06.03.01a – Aircraft Materials – Composite and Non-Metallic Other than Wood and Fabric A

00:00
M06.03.01b – Aircraft Materials – Composite and Non-Metallic Other than Wood and Fabric B

00:00
M06.03.02 – Aircraft Materials – Composite and Non-Metallic – Wooden Structures

00:00
M06.03.03 – Aircraft Materials – Composite and Non-Metallic – Fabric Covering

00:00
M06.04a – Corrosion A

00:00
M06.04b – Corrosion B

00:00
M06.05.01 – Fasteners – Screw Threads

00:00
M06.05.02 – Fasteners – Bolts, Studs and Screws

00:00
M06.05.03 – Fasteners – Locking Devices

00:00
M06.05.04 – Fasteners – Aircraft Rivets

00:00
M06.06a – Pipes and Unions A

00:00
M06.06b – Pipes and Unions B

00:00
M06.07 – Springs

00:00
M06.08 – Bearings

00:00
M06.09 – Transmissions

00:00
M06.10 – Control Cables

00:00
M06.11 – Electrical Cables and Connectors

00:00

BOOST M07

M07.01 – Safety Precautions – Aircraft and Workshop

00:00
M07.02 – Workshop Practices

00:00
M07.03 – Tools

00:00
M07.04 – Avionic General Test Equipment

00:00
M07.05 – Engineering Drawings, Diagrams and Standards

00:00
M07.06 – Fits and Clearences

00:00
M07.07 – Electrical Wiring Interconnection System (EWIS)

00:00
M07.08 – Riveting

00:00
M07.09 – Pipes and Hoses

00:00
M07.10 – Springs

00:00
M07.11 – Bearings

00:00
M07.12 – Transmissions

00:00
M07.13 – Control Cables

00:00
M07.14.01 – Material Handling – Sheet Metal

00:00
M07.14.02 – Material Handling – Composite and Non-Metallic

00:00
M07.15a – Welding, Brazing, Soldering and Bonding A

00:00
M07.15b – Welding, Brazing, Soldering and Bonding B

00:00
M07.16a – Aircraft Weight and Balance A

00:00
M07.16b – Aircraft Weight and Balance B

00:00
M07.17 – Aircraft Handling and Storage

00:00
M07.18a – Disassembly, Inspection, Repair and Assembly Techniques A

00:00
M07.18b – Disassembly, Inspection, Repair and Assembly Techniques B

00:00
M07.18c – Disassembly, Inspection, Repair and Assembly Techniques C

00:00
M07.18d – Disassembly, Inspection, Repair and Assembly Techniques D

00:00
M07.18e – Disassembly, Inspection, Repair and Assembly Techniques E

00:00
M07.19a – Abnormal Events A

00:00
M07.19b – Abnormal Events B

00:00
M07.20 – Maintenance Procedures

00:00

BOOST M08

BOOST M09

M09.01 – General

00:00
M09.02 – Human Performance and Limitations

00:00
M09.03 – Social Psychology

00:00
M09.04 – Factors Affecting Performance

00:00
M09.05 – Physical Environment

00:00
M09.06 – Tasks

00:00
M09.07 – Communication

00:00
M09.08 – Human Error

00:00
M09.09 – Hazards in the Worksplace

00:00

BOOST M10

M10.01 – Regulatory Framework

00:00
M10.02 – Certifying Staff – Maintenance

00:00
M10.03 – Approved Maintenance Organizations

00:00
M10.04 – Air Operations

00:00
M10.05a – Certification of Aircraft, Parts and Appliances A

00:00
M10.05b – Certification of Aircraft, Parts and Appliances B

00:00
M10.06 – Continuing Airworthiness

00:00
M10.07a – Applicable National and International Requirements A

00:00
M10.07b – Applicable National and International Requirements B

00:00

BOOST M12

M12.01 – Theory of Flight – Rotary Wing Aerodynamics

00:00
M12.02 – Flight Control Systems

00:00
M12.03 – Blade Tracking and Vibration Analysis

00:00
M12.04 – Transmission

00:00
M12.05a – Airframe Structures A

00:00
M12.05b – Aiframe Structures B

00:00
M12.06.01 – Air Conditioning (ATA 21) – Air Supply

00:00
M12.06.02 – Air Conditioning (ATA 21) – Air Conditioning

00:00
M12.07.01 – Instrument/Avionic Systems – Instrument Systems (ATA 31)

00:00
M12.07.02 – Instrument/Avionic Systems – Avionic Systems

00:00
M12.08 – Electrical Power (ATA 24)

00:00
M12.09a – Equipment and Furnishings (ATA 25) A

00:00
M12.09b – Equipment and Furnishings (ATA 25) B

00:00
M12.10 – Fire Protection (ATA 26)

00:00
M12.11 – Fuel Systems (ATA 28)

00:00
M12.12 – Hydraulic Power (ATA 29)

00:00
M12.13 – Ice and Rain Protection (ATA 30)

00:00
M12.14 – Landing Gear (ATA 32)

00:00
M12.15 – Lights (ATA 33)

00:00
M12.16 – Pneumatic/Vacuum (ATA 36)

00:00
M12.17 – Integrated Modular Avionics (ATA 42)

00:00
M12.18 – On Board Maintenance Systems (ATA 45)

00:00
M12.19 – Information Systems (ATA 46)

00:00

BOOST M15

M15.01 – Fundamentals

00:00
M15.02 – Engine Performance

00:00
M15.03 – Inlet

00:00
M15.04 – Compressors

00:00
M15.05 – Combustion Section

00:00
M15.06 – Turbine Section

00:00
M15.07 – Exhaust

00:00
M15.08 – Bearings and Seals

00:00
M15.09 – Lubricants and Fuels

00:00
M15.10 – Lubrication Systems

00:00
M15.11 – Fuel Systems

00:00
M15.12 – Air Systems

00:00
M15.13 – Starting and Ignition Systems

00:00
M15.14 – Engine Indication Systems

00:00
M15.15 – Power Augmentation Systems

00:00
M15.16 – Turbo-Prop Engines

00:00
M15.17 – Turbo-Shaft Engines

00:00
M15.18 – Auxiliary Power Units (APUs)

00:00
M15.19 – Powerplant Installation

00:00
M15.20 – Fire Protection Systems

00:00
M15.21 – Engine Monitoring and Ground Operation

00:00
M15.22 – Engine Storage and Preservation

00:00

🗓️ Date del Corso
Inizio: Febbraio 2025
⏳ Durata
5 Mesi
📍 Modalità
1. Presenziale: Presso Flyon Aero, Tortona, Italia
🌐 Lingua
Italiano

(*) Calendario dettagliato; le date potrebbero variare

📅 Course Dates
Start: November 2024	End: January 2025
⏳ Duration
20 days of classes (6 hours each) with qualified instructor
🌐 Language
English

(*) Detailed schedule; dates may change

Skilled Worker | Edizione Febbraio 2025 | Italian

Course Content

TRAINING MANUALS

TM M01 – Mathematics

TM M02 – Physics

TM M03 – Electrical Fundamentals

TM M04 – Electronics Fundamentals

TM M05 – Digital techniques / Electronic instrument systems

TM M06 – Materials and hardware

TM M07 – Maintenance practices

TM M08 – Basic aerodynamics

TM M09 – Human factors – ITA – 1.1

TM M10 – Aviation legislation

TM M12 – Helicopter aerodynamics, structures and systems

TM M15 – Gas turbine engine

BOOST M01

M01.01 – Arithmetics

M01.02a – Algebra A

M01.02b – Algebra B

M01.03a – Geometry A

M01.03b – Geometry B

M01.03c – Geometry C

BOOST M02

M02.01 – Matter

M02.02.01 – Mechanics – Statics

M02.02.02 – Mechanics – Kinetics

M02.02.03a – Mechanics – Dynamics A

M02.02.03b – Mechanics – Dynamics B

M02.02.04a – Mechanics – Fluid Dynamics A

M02.02.04b – Mechanics – Fluid Dynamics B

M02.03a – Thermodynamics A

M02.03b – Thermodunamics B

M02.04 – Optics (Light)

M02.05 – Wave Motion and Sound

BOOST M03

M03.01 – Electron Theory

M03.02 – Static Electricity and Conduction

M03.03 – Electrical Terminology

M03.04 – Generation of Electricity

M03.05 – DC Sources of Electricity

M03.06 – DC Circuits

M03.07a – Resistance/Resistor A

M03.07b – Resistance/Resistor B

M03.08 – Power

M03.09 – Capacitance/Capacitor

M03.10a – Magnetism A

M03.10b – Magnetism B

M03.11 – Inductance/Inductor

M03.12 – DC Motor/Generator Theory

M03.13 – AC Theory

M03.14 – Resistive, Capacitive and Inductive Circuits

M03.15 – Transformers

M03.16 – Filters

M03.17 – AC Generators

M03.18 – AC Motors

BOOST M04

M04.01.01a – Semiconductors – Diodes A

M04.01.01b – Semiconductors – Diodes B

M04.01.02b – Semiconductors – Transistors A

M04.01.02b – Semiconductors – Transistors B

M04.01.03a – Semiconductors – Integrated Circuits A

M04.01.03b – Semiconductors – Integrated Circuits B

M04.02 – Printed Circuit Boards

M04.03a – Servomechanisms A

M04.03b – Servomechanisms B

BOOST M05

M05.01 – Electronic Instruments Systems

M05.02 – Numbering Systems

M05.03 – Data Conversion

M05.04 – Data Buses

M05.05a – Logic Circuits A

M05.05b – Logic Circuits B

M05.06a – Basic Computer Structure A

M05.06b – Basic Computer Structure B

M05.07 – Microprocessors

M05.08 – Integrated Circuits

M05.09 – Multiplexing

M05.10 – Fibre Optics

M05.11 – Electronic Displays

M05.12 – Electrostatic Sensitive Devices