BIL

NAMA KURSUS

SEMESTER

1

MATHEMATICS

1

2

PHYSICS

1

3

BASIC AERODYNAMICS

1

4

TECHNICAL DRAWING AND CAD

1

5

ELECTRICAL FUNDAMENTALS

2

6

MATERIALS AND HARDWARE

2

7

MAINTENANCE PRACTICES

2

8

ENGINEERING WORKSHOP 1

2

9

ELECTRONIC FUNDAMENTALS

3

10

DIGITAL TECHNIQUES/ELECTRONIC INSTRUMENT SYSTEMS

3

11

HUMAN FACTORS

3

12

TURBINE AEROPLANE AERODYNAMICS, STRUCTURES AND SYSTEMS

3

13

PNEUMATICS AND HYDRAULICS

3

14

AVIONIC PRACTICES

3

15

AVIATION LEGISLATION

4

16

GAS TURBINE ENGINE

4

17

NON-DESTRUCTIVE TESTING

4

18

AERO ENGINEERING MANAGEMENT

4

19

ENGINEERING WORKSHOP 2

4

20

POWER PLANT PRACTICES

4

21

PROPELLER

5

22

AERO ENGINEERING PRACTICAL

5

23

PROPELLER PRACTICES

5

24

AIRCRAFT STANDARD PRACTICES

5

25

INDUSTRIAL TRAINING

6

KURSUS

INFO KURSUS

MATHEMATICS

MATHEMATICS introduces the fundamentals of the correct methods and procedures

as a set of tools in engineering mathematics. It includes arithmetic operations and

calculations, evaluation of algebra that uses letters or symbols to represent variables

in formulas and equations, use graphs of mathematical data and relationship between

the angles by using geometry and trigonometry in solving problems.                      

PHYSICS

PHYSICS introduce students with the fundamental theoretical knowledge,

measurements and mathematical analysis which involved the application of physical

laws and emphasizes on the concepts related to state of matters, mechanics, principle

of thermodynamics and optics (light).                       

BASIC AERODYNAMICS

BASIC AERODYNAMICS covers the basic concepts of aerodynamics. The purpose

of international standard atmosphere and basic aerodynamics terms are introduced.

This is followed by the basic theory of flight, stability and lift augmentation, aircraft

body construction, its instrumentation and the system that is required in its operation.

The course will provide students with knowledge of basic aerodynamics based on

scientific concepts and supplement the knowledge to be gained on the fundamentals of

aircraft aerodynamics."                                  

TECHNICAL DRAWING AND CAD

The TECHNICAL DRAWING AND CAD provides the students with the

fundamentals of engineering drawings and the application of CAD software. Students

learns to apply the practical knowledge of drawing techniques and use some standard

available features of a CAD application to create various design in engineering.

ELECTRICAL FUNDAMENTALS

ELECTRICAL FUNDAMENTALS introduces students to the basic learning of electric

system such as electrical fundamental & electron theory, DC sources of electricity and

AC theory.                              

MATERIALS AND HARDWARE

"MATERIALS AND HARDWARE introduces the students to the application of

knowledge on the types of engineering materials and their properties as well as

materials treatment carried out for the aviation industry. The extensive use of

composite materials, repair and their defect identification of aircraft materials are also

discussed. It also includes the properties, characteristics, uses and identification of

fastening devices, locking devices, rivets, pipes and unions, springs, bearings,

electrical cables and connectors, process of heat treatment, testing and detection of

defects. Corrosion and transmission system are also important criteria to be considered

in the selection of engineering materials."                             

MAINTENANCE PRACTICES

MAINTENANCE PRACTICES cover the fundamentals in the field of aviation suchas

safety precautions for (aircraft and workshop), implementation of good workshop

practices, tools handling, understanding and identifying engineering drawings,

diagrams and standards, fits and clearances, practicing and performing the electrical

cables and connector works. Moreover, other important elements of basic engineering

such as riveting, pipes and hoses, springs bearings, transmissions, control cables,

aircraft handling and storage, disassembly, inspection, repair and assembly techniques,

abnormal events are also emphasized. The course also includes maintenance

procedures and associated documentation.             

ENGINEERING WORKSHOP 1

ENGINEERING WORKSHOP 1 covers all basic skills such as safety precautions for

workshop, implementation of workshop practices, handling the tools, usages of

gauges and precision tools, identifying the engineering drawings, diagrams and

standards, and aspect of maintenance practices, material and hardware and welding

procedure.

ELECTRONIC FUNDAMENTALS

ELECTRONIC FUNDAMENTALS provides students with an introduction to the

theory and operation of semiconductor devices such as diodes, transistors and

integrated circuits and their application in basic electronic circuits, where components

are used on a Printed Circuit Board (PCB) and servomechanism operation for flight

control.                                   

DIGITAL TECHNIQUES / ELECTRONIC INSTRUMENT SYSTEMS"

DIGITAL TECHNIQUES/ ELECTRONIC INSTRUMENT SYSTEMS covers The basic concept and application of Digital Logic, Data Buses, Electronic Instrument

System, Basic Computer Structure, Electrostatic Sensitive Devices and Typical

Electronic/Digital Aircraft Systems.                           

HUMAN FACTORS

HUMAN FACTORS introduces students to the human factor which is a crucial

element in the field of aircraft maintenance. The human factors elements explain how

social, cultural, physical and psychological factors may affect the performance of

maintenance personnel. Case studies concerning aircraft accidents/incidents and

methods of avoiding maintenance related errors are discussed.                                         

Helicopter Aerodynamics, Structures And Systems

HELICOPTER AERODYNAMICS, STRUCTURES AND SYSTEMS provide

students with understanding in helicopter theory of flight. In addition, general concept

of helicopter structures is emphasized. Various general helicopter systems e.g. flight

control system, blade tracking and vibration analysis and transmission system are

explained.                                                                   

TURBINE AEROPLANE AERODYNAMICS, STRUCTURES AND SYSTEMS

TURBINE AEROPLANE AERODYNAMICS, STRUCTURES AND SYSTEMS provide

students with understanding in basic aircraft aerodynamics of low speed and high speed

flight, as well as various types of aircraft structures and systems. This course also aims

to expose students to the knowledge of aircraft maintenance personnel. Learning

activities include maintenance lessons of various aircraft systems in accordance with

the ATA chapters.                  

PNEUMATICS AND HYDRAULICS

PNEUMATICS AND HYDRAULICS provides students with the knowledge and the

application of pneumatics and hydraulics components and circuits such as power

transmission and controller. This course stresses on the understanding of the

importance of pneumatics and hydraulics component and circuit design.                           

AVIONIC PRACTICES

AVIONIC PRACTICES covers all basic skills such as safety precautions for workshop,

implementation of workshop practices, handling the tools in basic learning of electric

system, semiconductor components circuit and their application in basic electronic

circuits, where components are soldered on a Printed Circuit Board (PCB). It also

provides the basic concept and application of Digital Logic, Typical System

Arrangement in Electronic Instrument System and Electrostatic Sensitive Devices.

AVIATION LEGISLATION

AVIATION LEGISLATION has been design to cover the knowledge requirements of

legal framework into aviation especially aircraft maintenance field. The regulatory

framework divided into two, which are Airworthiness and Environmental Certification

and Continuing Airworthiness. For Airworthiness and Environmental Certification, it

is consist of Part-21 Aircraft Certification. While Continuing Airworthiness includes

Part-M Continuing Airworthiness, Part-66 Certifying Staff, Part-145 Approved

Maintenance Organisation and Part-147 Approved Training Organisation.                         

GAS TURBINE ENGINE

GAS TURBINE ENGINE introduces the theoretical aspects of the subject. The

students should be able to give general description of the subject using appropriate and

typical examples as well as able to understand drawings, sketches and schematics in

conjunction with physical laws describing the subject          

NON-DESTRUCTIVE TESTING

NON-DESTRUCTIVE TESTING relates to the examination of materials for flaws

without harming the object being tested. As an industrial test method, NDT provides a

cost effective means of testing while protecting the object’s usability for its designed

purpose. This course covers the basic learning of method that use in aerospace non-

destructive testing. Techniques learned in this course include Penetrant Testing,

Magnetic Particle Testing, Eddy Current Testing, and Ultrasonic Testing               

AERO ENGINEERING MANAGEMENT

AERO ENGINEERING MANAGEMENT prepares students with basic skills in

preparing research proposal and a well written paperwork. This course emphasize on

research skills such as analysing the aircraft maintenance issue, gathering the required

information and analysing the potential solution to solve the problem stated.                                 

ENGINEERING WORKSHOP 2

ENGINEERING WORKSHOP 2 covers the basic information on aspects of safety

precautions at the workshop, application of workshop practices, handling of tools,

understand and interpret the engineering drawings, diagrams and standards, practise

and perform the basic safety wiring and aircraft sheet metal practice. The extensive use

of composite materials defects and repair of other aircraft materials are discussed. This

includes the properties, characteristics, uses and identification of fastening devices,

locking devices, rivets, detection of defects and all knowledge related to basic

engineering techniques."                               

POWER PLANT PRACTICES

POWER PLANT PRACTICES provide students with hands-on/practical training in

basic aircraft power plant systems to support their knowledge gained from Gas Turbine

Engine theory. This course also aims to expose students to the general working

environment as aircraft maintenance personnel. Hands-on / practical training includes

maintenance activities of various engine systems in accordance to the ATA chapters.      

PROPELLER

PROPELLER SYSTEMS introduces the student to basic terms associated with propeller

operation and maintenance. The basic construction of propellers, propeller pitch control

and propeller ice protection, explanation of propeller synchronizing, basic description of

propeller maintenance and propeller storage are also discussed.               

AERO ENGINEERING PRACTICAL

AERO ENGINEERING PRACTICAL introduces the students to the concept in

conducting a design or case study. The students select a project, list the project needs,

the project process involve, cost estimation, project schedule and applied appropriate

methodology in the project planning. It also involves project implementation, project

report and presentation.

PROPELLER PRACTICES

PROPELLER PRACTICES provide students with hands-on/practical training in basic

propeller systems to support their knowledge gained from the course, DWM30172

PROPELLER. This course also aims to expose students to the general working

environment as aircraft maintenance personnel. Hands-on / practical training includes

maintenance activities on propeller systems in accordance to the ATA chapters.              

AIRCRAFT STANDARD PRACTICES

AIRCRAFT STANDARD PRACTICES provide students with hands-on/practical

training in basic airframe structures and systems to support their knowledge gained

from DWM20112 TURBINE AEROPLANE AERODYNAMICS, STRUCTURES

AND SYSTEMS. This course also aims to expose students to the general working

environment as aircraft maintenance personnel. Hands-on / practical training includes

maintenance of various aircraft systems in accordance to the ATA chapters.