PART 01.
physics

1.1 Material
1.2 Energy
1.3 Force, work, power, torque
1.4 Mechanical Devices
1.5 stress
1.6 Exercise
1.7 columns
1.8 pressure
1.9 Gas Laws
1.10 Fluid Mechanics
1.11 Sound

PART 02.
Aerodynamics

2.1 Introduction
2.2 Wait
2.3 Aerodynamics and the Laws of Physics
2.4 Airfoil
2.5 Thrust and drag
2.6 Center of gravity
2.7 Airplane fuselage axis
2.8 Stability and Control
2.9 Primary Control Unit
2.10 Balanced Flight Control
2.11 Auxiliary lifting device
2.12 Control systems for large aircraft
2.13 High-Speed ​​Aerodynamics
2.14 Rotary-wing aircraft configuration
2.15 Types of Rotor System
2.16 Helicopter load
2.17 Helicopter Flight Status
2.18 Rotary-wing aircraft control

PART 03.
aircraft drawings

3.1 Computer Graphics
3.2 Purpose and function of aircraft drawings
3.3 Management and Use of Drawings
3.4 Types of drawings
3.5 Title
3.6 General numbering system
3.7 Parts List
3.8 Other drawing materials
3.9 Drawing method
3.10 Types and Meanings of Lines
3.11 Drawing symbols
3.12 Reading drawings
3.13 Drawing Sketch
3.14 Management of institutional tools
3.15 Graphs and Charts
3.16 Microfilm and Microfiche
3.17 Digital Images

PART 04.
Aircraft Weight and Balance Management

4.1 Overview
4.2 Weight and Balance Management Theory
4.3 Weight and Balance Management Terminology
4.4 Aircraft Weight Measurement Procedure
4.5.
Onboard management
4.6 Aircraft Modification and Equipment Exchange
4.7 Loading graph and center of gravity limit range diagram
4.8 Helicopter Weight and Balance
4.9 Weight and balance of weight-shifting aircraft and powered parachutes
4.10 Weight and Balance of Large Aircraft
4.11 Weight and Balance Record

PART 05.
Aircraft materials, processes, and hardware

5.1 Aircraft Metals
5.2 Aircraft non-metallic materials
5.3 Buffer Code
5.4 days
5.5 Aircraft Hardware
5.6 Rivets for aircraft

PART 06.
Aircraft cleaning and corrosion protection

6.1 Corrosion prevention treatment
6.2 Aircraft Cleaning

PART 07.
Fluid lines and fasteners

7.1 Rigid fluid lines
7.2 Flexible hose fluid lines

PART 08.
Hand tools and measuring instruments

8.1 General-purpose tools
8.2 Metal Cutting Tools
8.3 Taps and Dies
8.4 Design and Measurement Tools

PART 09.
Safety, ground handling and service operations

9.1 Workplace Safety
9.2 Operational Maintenance Safety
9.3 Fire Prevention
9.4 Pending Procedures
9.5 Land-based aircraft mooring procedures
9.6 Aircraft Ground Movement
9.7 Aircraft Servicing
9.8 Aircraft Refueling

PART 10.
Inspection concepts and techniques

10.1 Basic Testing
10.2 Aircraft Log
10.3 Checklist
10.4 Publications
10.5 Routine/Required Inspection
10.6 Aircraft System Classification
10.7 Special Prosecutor
10.8 Special Flight Permit
10.9 Non-destructive testing
10.10.
Inspection of joint structures
10.11 Inspection of composite materials
10.12 Welding Inspection

PART 11.
human factors

11.1 Overview of Human Factors
11.2 History of Human Factors
11.3 Fair Model
11.4 Human Factors Tool
11.5 Human error
11.6 Dirty Dozen
11.7 Common Maintenance Errors

· Aviation Terminology Explanation in a separate appendix

1.
Reflects the latest trends to enable learning about the systems, equipment, and procedures of the latest aircraft.
2.
Difficult-to-understand aviation terms are revised to terms actually used in the field, and Korean and original language are written together to improve comprehension.
3.
Includes a variety of picture materials to enhance learning convenience.
4.
Includes a special appendix, 『Aviation Terminology』, which carefully selects and explains in detail key terms from the main text.