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Curriculum Document

Curriculum Code Curriculum Title [insert image here]

672101000 Avionics Mechanic

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Development Quality Partner

Transport Education Training Authority (TETA)

[email protected] 011 577 7017 [insert image here]

______________________ ______________________

Learner QDF Signature Date

______________________ ______________________

QDF Signature Date

______________________ ______________________

DQP Representative Signature Date

672101000 - Avionics Mechanic of 116

Table of content

SECTION 1: CURRICULUM SUMMARY..........................................................................................

1. Occupational Information..............................................................................................................

1.1 Associated Occupation...........................................................................................................

1.2 Occupation or Specialisation Addressed by this Curriculum.............................................

1.3 Alternative Titles used by Industry.........................................................................................

2. Curriculum Information..................................................................................................................

2.1 Curriculum Structure................................................................................................................

2.2 Entry Requirements.................................................................................................................

3. Assessment Quality Partner Information....................................................................................

4. Part Qualification Curriculum Structure......................................................................................

SECTION 2: OCCUPATIONAL PROFILE........................................................................................

1. Occupational Purpose...................................................................................................................

2. Occupational Tasks.......................................................................................................................

3. Occupational Task Details............................................................................................................

3.1. Use, care and handle trade related tools and equipment (NQF Level 4)........................

3.2. Oversee aircraft/avionics safety (NQF Level 4).................................................................

3.3. Inspect, test, repair and service the mechanical and electrical systems and components of an aircraft (NQF Level 4)...............................................................................................................

3.4. Inspect, test, repair and service the instrument systems and components of an aircraft (NQF Level 4)..................................................................................................................................

3.5. Inspect, test, repair and service the radio and radar communication systems and controls of an aircraft (NQF Level 4).........................................................................................................

SECTION 3: CURRICULUM COMPONENT SPECIFICATIONS....................................................

SECTION 3A: KNOWLEDGE MODULE SPECIFICATIONS.......................................................

List of Knowledge Modules for which Specifications are included..................................................

1. 672101000-KM-01, The Principles of mathematics related to aircrafts, NQF Level 4, Credits 4........................................................................................................................................................

2. 672101000-KM-02, The principles of physics related to aircrafts, NQF Level 4, Credits 4

3. 672101000-KM-03, Electrical fundamentals, NQF Level 3, Credits 20..............................


4. 672101000-KM-04, Electronic Fundamentals, NQF Level 4, Credits 20............................

5. 672101000-KM-05, Digital technology/ electronic instrument systems, NQF Level 5, Credits 20......................................................................................................................................................

6. 672101000-KM-06, Aircraft materials and hardware, NQF Level 5, Credits 8..................

7. 672101000-KM-07, Aircraft safety and maintenance, NQF Level 5, Credits 8..................

8. 672101000-KM-08, Aerodynamics and the theory of flight, NQF Level 4, Credits 4........

9. 672101000-KM-09, Human factors, NQF Level 3, Credits 3...............................................

10. 672101000-KM-10, Aviation legislation, NQF Level 3, Credits 4......................................

11. 672101000-KM-11, Aircraft aerodynamics, structures and systems, NQF Level 5, Credits 32......................................................................................................................................................

12. 672101000-KM-12, Propulsion, NQF Level 5, Credits 4....................................................

13. 672101000-KM-13, Basic hand and workshop tools , NQF Level 3, Credits 10.............

SECTION 3B: PRACTICAL SKILL MODULE SPECIFICATIONS...............................................

List of Practical Skill Module Specifications.......................................................................................

1. 672101000-PM-01, Implement tool safety control measures, NQF Level 3, Credits 1... .

2. 672101000-PM-02, Use basic hand and workshop tools , NQF Level 3, Credits 12........

3. 672101000-PM-03, Use special tools and equipment , NQF Level 4, Credits 8...............

4. 672101000-PM-04, Perform safety precautions on an aircraft and in the workshop, NQF Level 4, Credits 4............................................................................................................................

5. 672101000-PM-05, Align safety compliance requirements on aircraft avionic system components, NQF Level 4, Credits 3...........................................................................................

6. 672101000-PM-06, Set up and operate ground support and conduct functional equipment flight tests, NQF Level 4, Credits 1..............................................................................................

7. 672101000-PM-07 , Inspect, test and troubleshoot electrical components, and assemblies, NQF Level 5, Credits 46................................................................................................................

8. 672101000-PM-08, Inspect and repair instruments components, and assemblies, NQF Level 5, Credits 4......................................................................................................................................

9. 672101000-PM-09, Test, troubleshoot and service instruments components and assemblies, NQF Level 5, Credits 16..........................................................................................

10. 672101000-PM-10, Inspect repair and service radio / radar components and assemblies, NQF Level 5, Credits 8..................................................................................................................

11. 672101000-PM-11, Test and troubleshoot radio / radar components and assemblies, NQF Level 5, Credits 24.........................................................................................................................

SECTION 3C: WORK EXPERIENCE MODULE SPECIFICATIONS..........................................


List of Work Experience Module Specifications.................................................................................

1. 672101000-WM-01, Tool control processes and procedures in the aircraft maintenance environment, NQF Level 4, Credits 32........................................................................................

2. 672101000-WM-02, Routine aircraft maintenance and Safety Management Systems (SMS) processes and procedures, NQF Level 5, Credits 48................................................................

3. 672101000-WM-03, Aircraft electrical and mechanical maintenance processes and procedures, NQF Level 5, Credits 64..........................................................................................

4. 672101000-WM-04, Aircraft instruments systems components maintenance processes and procedure, NQF Level 5, Credits 64............................................................................................

5. 672101000-WM-05, Operational aircraft radio and radar maintenance systems process and procedures, NQF Level 5, Credits 80..........................................................................................

SECTION 4: STATEMENT OF WORK EXPERIENCE....................................................................


SECTION 1: CURRICULUM SUMMARY

1. Occupational Information

1.1 Associated Occupation

672101: Avionics Mechanician

1.2 Occupation or Specialisation Addressed by this Curriculum

672101000: Avionics Mechanic

1.3 Alternative Titles used by Industry

None

2. Curriculum Information

2.1 Curriculum Structure

This qualification is made up of the following compulsory Knowledge and Practical Skill Modules:

Knowledge Modules:

672101000-KM-01, The Principles of mathematics related to aircrafts, NQF Level 4, Credits 4

672101000-KM-02, The principles of physics related to aircrafts, NQF Level 4, Credits 4

672101000-KM-03, Electrical fundamentals, NQF Level 3, Credits 20

672101000-KM-04, Electronic Fundamentals, NQF Level 4, Credits 20

672101000-KM-05, Digital technology/ electronic instrument systems, NQF Level 5, Credits 20

672101000-KM-06, Aircraft materials and hardware, NQF Level 5, Credits 8

672101000-KM-07, Aircraft safety and maintenance, NQF Level 5, Credits 8

672101000-KM-08, Aerodynamics and the theory of flight, NQF Level 4, Credits 4

672101000-KM-09, Human factors, NQF Level 3, Credits 3

672101000-KM-10, Aviation legislation, NQF Level 3, Credits 4

672101000-KM-11, Aircraft aerodynamics, structures and systems, NQF Level 5, Credits 32

672101000-KM-12, Propulsion, NQF Level 5, Credits 4

672101000-KM-13, Basic hand and workshop tools , NQF Level 3, Credits 10

Total number of credits for Knowledge Modules: 141

Practical Skill Modules:

672101000-PM-01, Implement tool safety control measures, NQF Level 3, Credits 1

672101000-PM-02, Use basic hand and workshop tools , NQF Level 3, Credits 12

672101000-PM-03, Use special tools and equipment , NQF Level 4, Credits 8


672101000-PM-04, Perform safety precautions on an aircraft and in the workshop, NQF Level 4, Credits 4

672101000-PM-05, Align safety compliance requirements on aircraft avionic system components, NQF Level 4, Credits 3

672101000-PM-06, Set up and operate ground support and conduct functional equipment flight tests, NQF Level 4, Credits 1

672101000-PM-07 , Inspect, test and troubleshoot electrical components, and assemblies, NQF Level 5, Credits 46

672101000-PM-08, Inspect and repair instruments components, and assemblies, NQF Level 5, Credits 4

672101000-PM-09, Test, troubleshoot and service instruments components and assemblies, NQF Level 5, Credits 16

672101000-PM-10, Inspect repair and service radio / radar components and assemblies, NQF Level 5, Credits 8

672101000-PM-11, Test and troubleshoot radio / radar components and assemblies, NQF Level 5, Credits 24

Total number of credits for Practical Skill Modules: 127

This qualification also requires the following Work Experience Modules:

672101000-WM-01, Tool control processes and procedures in the aircraft maintenance environment, NQF Level 4, Credits 32

672101000-WM-02, Routine aircraft maintenance and Safety Management Systems (SMS) processes and procedures, NQF Level 5, Credits 48

672101000-WM-03, Aircraft electrical and mechanical maintenance processes and procedures, NQF Level 5, Credits 64

672101000-WM-04, Aircraft instruments systems components maintenance processes and procedure, NQF Level 5, Credits 64

672101000-WM-05, Operational aircraft radio and radar maintenance systems process and procedures, NQF Level 5, Credits 80

Total number of credits for Work Experience Modules: 288

2.2 Entry Requirements

NSC at NQF Level 4 with a pass rate in Mathematics and Science

3. Assessment Quality Partner Information

Name of body: National Artisans Moderations Body (NAMB)

Address of body: Old Pretoria / Kempton Pard Road, Olifantsfontein, 1665

Contact person name: Gerrie van Staden

Contact person work telephone number: 011 206 1123


4. Part Qualification Curriculum Structure


SECTION 2: OCCUPATIONAL PROFILE

1. Occupational Purpose

Avionics Mechanic inspects, tests, repairs, removes, installs, services and performs first line maintenance on aircraft avionic systems and components.

2. Occupational Tasks

Use, care and handle trade related tools and equipment (NQF Level 4)

Oversee aircraft/avionics safety (NQF Level 4)

Inspect, test, repair and service the mechanical and electrical systems and components of an aircraft (NQF Level 4)

Inspect, test, repair and service the instrument systems and components of an aircraft (NQF Level 4)

Inspect, test, repair and service the radio and radar communication systems and controls of an aircraft (NQF Level 4)

3. Occupational Task Details

3.1. Use, care and handle trade related tools and equipment (NQF Level 4)

Unique Product or Service:

Skilled artisan that is able to utilise and control tools in the Avionic environment

Occupational Responsibilities:

Implement tool safety control measures

Use basic hand and workshop tools

Use special tools and equipment

Occupational Contexts:

Tool control processes and procedures in the aircraft maintenance environment

3.2. Oversee aircraft/avionics safety (NQF Level 4)


Updated maintenance log and safety records


Perform safety precautions on an aircraft and in the workshop

Align safety compliance requirements on aircraft avionic system components


Routine aircraft maintenance and safety management systems (SMS) processes and procedures


3.3. Inspect, test, repair and service the mechanical and electrical systems and components of an aircraft (NQF Level 4)


Working electrical and mechanical systems and components


Set up and operate ground support and conduct functional equipment flight tests

Inspect, test and troubleshoot electrical components, and assemblies


Aircraft electrical and mechanical maintenance processes and procedures

3.4. Inspect, test, repair and service the instrument systems and components of an aircraft (NQF Level 4)


Working instrument systems and components


Inspect and repair instruments components and assemblies

Test, troubleshoot and service instruments components, and assemblies


Aircraft instruments systems components maintenance processes and procedures

3.5. Inspect, test, repair and service the radio and radar communication systems and controls of an aircraft (NQF Level 4)


Operational aircraft radio and radar communication systems


Inspect, repair and service radio / radar components, and assemblies

Test and troubleshoot radio / radar components, and assemblies


Operational aircraft radio and radar maintenance systems process and procedures


SECTION 3: CURRICULUM COMPONENT SPECIFICATIONS

SECTION 3A: KNOWLEDGE MODULE SPECIFICATIONS

List of Knowledge Modules for which Specifications are included

672101000-KM-01, The Principles of mathematics related to aircrafts, NQF Level 4, Credits 4

672101000-KM-02, The principles of physics related to aircrafts, NQF Level 4, Credits 4

672101000-KM-03, Electrical fundamentals, NQF Level 3, Credits 20

672101000-KM-04, Electronic Fundamentals, NQF Level 4, Credits 20

672101000-KM-05, Digital technology/ electronic instrument systems, NQF Level 5, Credits 20

672101000-KM-06, Aircraft materials and hardware, NQF Level 5, Credits 8

672101000-KM-07, Aircraft safety and maintenance, NQF Level 5, Credits 8

672101000-KM-08, Aerodynamics and the theory of flight, NQF Level 4, Credits 4

672101000-KM-09, Human factors, NQF Level 3, Credits 3

672101000-KM-10, Aviation legislation, NQF Level 3, Credits 4

672101000-KM-11, Aircraft aerodynamics, structures and systems, NQF Level 5, Credits 32

672101000-KM-12, Propulsion, NQF Level 5, Credits 4

672101000-KM-13, Basic hand and workshop tools , NQF Level 3, Credits 10


1. 672101000-KM-01, The Principles of mathematics related to aircrafts, NQF Level 4, Credits 4

1.1 Purpose of the Knowledge Modules

The main focus of the learning in this knowledge module is to build an understanding of the principals, fundamentals and techniques of using arithmetic symbols, terminology, fractions, decimal operations, weight and measurement conversions, ratio, capacity and geometry related to the operation of an aircraft

The learning will enable learners to demonstrate an understanding of:

KM-01-KT01: The principles of arithmetic symbols and terminology (10%)

KM-01-KT02: The principles and techniques of fractions (15%)

KM-01-KT03: Techniques for decimal operations and formulae (25%)

KM-01-KT04: Principles of weights, measures and conversions (10%)

KM-01-KT05: Principles of ratio and proportion (5%)

KM-01-KT06 : Principles of volume, units of capacity and square roots (5%)

KM-01-KT07: Principles of algebra and graphs of equation (15%)

KM-01-KT08: The principles of geometry and trigonometry (15%)

1.2 Guidelines for Topics

1.2.1. KM-01-KT01: The principles of arithmetic symbols and terminology (10%)

Topic elements to be covered include:

KT0101 Fundamentals of arithmetic definitions

KT0102 The concept of arithmetic operations sequencing

Internal Assessment Criteria and Weight

IAC0101 Discuss the sequencing of arithmetic operations and explain some arithmetic definitions

IAC0102 Discuss and explain factors and multiples

IAC0103 Identify and explain the concept of Lowest common Multiples (L.C.M) and the Highest Common Multiples (H.C.M)

IAC0104 Identify the concept of power numbers and explain arithmetic sequences

(Weight 10%)

1.2.2. KM-01-KT02: The principles and techniques of fractions (15%)


KT0201 The concept of fractions

KT0202 The concept of multiplication and cancelling



IAC0201 Discuss types of fractions and explain the concept of vulgar fractions and the theory of reducing a fraction to its lowest terms

IAC0202 Discuss and explain the concept of the lowest common denominator

IAC0203 Discuss the techniques of the addition and subtraction of fractions

IAC0204 Discuss and explain combined addition and subtraction and the concept of multiplication and cancelling

IAC0205 Discuss the operations with fractions and explain the division of fractions

(Weight 15%)

1.2.3. KM-01-KT03: Techniques for decimal operations and formulae (25%)


KT0301 Decimal system processes

KT0302 Functions of decimal places and significant figures


IAC0301 Discuss and explain the decimal system and the multiplication and division of decimals

IAC0302 Explain the concept of long multiplication and long division

IAC0303 Discuss and the function of decimal places and explain the concept of significant figures

IAC0304 Explain the importance of rough checks for calculations

IAC0305 Discuss and explain fraction to decimal conversions and decimal to fractions conversion

IAC0306 Discuss and explain the evaluating and transposing of various formulae

(Weight 25%)

1.2.4. KM-01-KT04: Principles of weights, measures and conversions (10%)


KT0401 The international system of units and the concept of base units

KT0402 The functions of mechanics


IAC0401 Discuss and explain the international system of units and the concepts of SI Base units and expressing them

IAC0402 Discuss and explain the international system of units and the concepts of SI Base units and expressing them

IAC0403 Explain the impact of space and time with regards to weights measurements and conversions


IAC0404 Discuss and explain mechanics and heat with regards to weights measurements and conversions

IAC0405 Identify and explain conversion factors

(Weight 10%)

1.2.5. KM-01-KT05: Principles of ratio and proportion (5%)


KT0501 Fundamentals of ratio and proportion

KT0502 Importance of averages, percentages and area


IAC0501 Discuss and explain the fundamentals of proportion

IAC0502 Discuss proportion in relation to proportional parts, direct proportion and inverse proportion

IAC0503 Discuss and explain the importance of average speed

IAC0504 Explain the characteristics of percentage of a quantity and area

(Weight 5%)

1.2.6. KM-01-KT06 : Principles of volume, units of capacity and square roots (5%)


KT6 01 Concept of volume

KT6 02 Fundamentals of capacity


IAC6 01 Discuss the unit of volume and explain volumes and surface areas

IAC6 02 Discuss and explain the calculations related to square numbers and roots

IAC6 03 Discuss and explain the calculations related to cubed numbers and roots

(Weight 5%)

1.2.7. KM-01-KT07: Principles of algebra and graphs of equation (15%)


KT0701 Algebraic terms and symbols

KT0702 The laws of indices and powers

KT0703 Concepts of indices and logarithms

Internal Assessment Criteria and Weight672101000 - Avionics Mechanic of 116

IAC0701 Explain the use of algebraic symbols, substitution, and powers

IAC0702 Discuss the addition of algebraic terms, and explain the multiplication and division of algebraic quantities

IAC0703 Discuss the use of brackets in algebra and explain the addition and subtraction functions of algebraic fractions

IAC0704 Explain the meaning of M&C in the equation of a straight line

IAC0705 Discuss the principles of the laws of indices; multiplication, powers, negative indices, fractional indices, zero index and other number scales

IAC0706 Discuss the concept of a hexadecimal and explain octal binary systems

IAC0707 Discuss and explain the elimination methods in solving simultaneous equations

IAC0708 Discuss the law of indices and logarithms in relation to multiplication and division explain negative and fractional indices

IAC0709 Explain the functions of logarithms and anti-logarithms and define the rules for the use of logarithms multiplication

(Weight 15%)

1.2.8. KM-01-KT08: The principles of geometry and trigonometry (15%)


KT0801 Fundamentals of radians, angles and the characteristics of graphs and graphics

KT0802 Fundamentals of trigonometry


IAC0801 Discuss the fundamentals of radian measures and the relation between radians and degrees

IAC0802 Explain the various types of angles and explain the properties of angles and straight lines

IAC0803 Discuss the graphical representation in geometry and trigonometry and explain the use of graphs and nomograms

IAC0804 Discuss the notation for a right-angled triangle and explain trigonometrical ratios

IAC0805 Discuss the sine of an angle, explain the technique for reading the table for sines of angles and the sine, cosine and tangent of an angle

IAC0806 Discuss trigonometrical ratios between 0 and 306 degrees and explain the concept of polar co-ordinates

(Weight 15%)

1.3 Provider Programme Accreditation Criteria

Physical Requirements:


Hand-outs, learning materials and resources

Human Resource Requirements:

Facilitator should have a qualification or proven experience that includes competencies related to mathematics in aircrafts avionics

Facilitator/learner ratio 1 to 15

Legal Requirements:

None

1.4 Exemptions

None


2. 672101000-KM-02, The principles of physics related to aircrafts, NQF Level 4, Credits 4


The main focus of the learning in this knowledge module is to build an understanding of the concept of matter and the laws of thermodynamics that impact on the principles of mechanics


KM-02-KT01: The concept of matter (30%)

KM-02-KT02: The Principles of mechanics (40%)

KM-02-KT03: The concepts of thermodynamics, optics, wave motion and sound (30%)


2.2.1. KM-02-KT01: The concept of matter (30%)


KT0101 The nature of the states of matter

KT0102 The concepts of the states of matter


IAC0101 Discuss and explain the nature and chemical compounds of matter

IAC0102 Explain the various states of matter

IAC0103 Discuss and explain the changes between states of matter

IAC0104 Discuss and explain the properties of matter

(Weight 30%)

2.2.2. KM-02-KT02: The Principles of mechanics (40%)


KT0201 The concept of statics and kinetics forces

KT0202 The principles of mass and momentum


IAC0201 Discuss and explain static forces and the centre of gravity and explain static stress

IAC0202 Discuss and explain the pressure and buoyancy in liquids

IAC0203 Discuss linear movement and explain rotational and periodic motion and the simple theory of vibration, harmonics and resonance

IAC0204 Discuss and explain velocity ration, mechanical advantage and efficiency

IAC0205 Discuss and explain mass and momentum in relation to dynamics

IAC0206 Discuss and explain specific gravity, viscosity and density in relation to fluid dynamics


(Weight 40%)

2.2.3. KM-02-KT03: The concepts of thermodynamics, optics, wave motion and sound (30%)


KT0301 The laws of thermodynamics, reflection and retraction

KT0302 The principles of wave motion and sound


IAC0301 Discuss the principles of temperature and heat explain heat capacity and the concept of heat of fusion

IAC0302 Discuss volumetric expansion and explain the laws of thermodynamics

IAC0303 Discuss and explain the functions of gases and the isothermal and adiabatic processes

IAC0304 Discuss the speed of light and explain the laws of reflection and refraction

IAC0305 Discuss the attributes of fibre optics and explain the concepts of wave motion and sound

(Weight 30%)





Facilitator should have a qualification or proven experience that includes competencies in physics related to aircraft avionics


Legal Requirements:

None

2.4 Exemptions

None


3. 672101000-KM-03, Electrical fundamentals, NQF Level 3, Credits 20


The main focus of the learning in this knowledge module is to build an understanding of the fundamentals of electrical materials their production and functions, the principal use of electrical measuring instruments, resistance and resistor and the factors that affect the construction of capacitance


KM-03-KT01 : Electrical materials and the states of matter (5%)

KM-03-KT02: The production of electricity and electrical terminology (10%)

KM-03-KT03: Cells and batteries (15%)

KM-03-KT04 : Electrical measuring instruments (30%)

KM-03-KT05: The Principles of resistance and resistors (5%)

KM-03-KT06 : Resistance in circuits (10%)

KM-03-KT07 : Energy, power and wheatstone bridge (15%)

KM-03-KT08: Capacitance and capacitors (10%)


3.2.1. KM-03-KT01 : Electrical materials and the states of matter (5%)


KT1 01 Concepts of atoms molecules and ions

KT1 02 The principles of electron distribution


IAC1 01 Discuss and explain the structure of an atom and its fundamentals particles

IAC1 02 Discuss the particle functions of an atom and of ions

IAC1 03 Discuss and explain electron distribution and ionisation

IAC1 04 Discuss energy levels in relation to electrical materials

IAC1 05 Discuss the concept of conductors, semi-conductors and insulators

(Weight 5%)

3.2.2. KM-03-KT02: The production of electricity and electrical terminology (10%)


KT0201 Fundamental laws of electrostatics

KT0202 Methods of producing electricity



IAC0201 Discuss the laws of electrostatics and explain the concept of a unit of charge

IAC0202 Discuss and principles of potential and potential difference and the importance of Electromotive Force (EMF)

IAC0203 Discuss movement and charge in reference to current and explain conventional and electron flow

IAC0204 Discuss the factors affecting resistance and explain the units of resistance

IAC0205 Explain the relationship between conductance and conductivity

IAC0206 Discuss how to produce electricity via friction and pressure, via magnetism, heat light and by chemical action

(Weight 10%)

3.2.3. KM-03-KT03: Cells and batteries (15%)


KT0301 Principles of Cells and Batteries

KT0302 The chemical actions of batteries

KT0303 Concept of battery resistance


IAC0301 Discuss the construction and chemical action of batteries and explain the difference between primary and secondary cells

IAC0302 Discuss and explain cell EMF, cell capacity and the interconnection of cells

IAC0303 Discuss the conventional construction of lead acid batteries, the solid block type construction of batteries and explain the chemical action of lead acid and nickel cadmium batteries

IAC0304 Discuss voltage and specific gravity characteristics and explain common lead acid battery faults

IAC0305 Discuss the construction of nickel cadmium batteries and explain the advantages and disadvantages of nickel cadmium batteries

IAC0306 Discuss thermal runaway and explain the servicing and charging of batteries

IAC0307 Discuss corrosion control and prevention and explain the impact of corrosion control on aircraft metals

IAC0308 Discuss battery resistance and explain battery voltages in series and parallel

IAC0309 Discuss the applications of a voltage regulator and explain the gravity readings of cells, the use of the hydrometer and the series RC phase shift

(Weight 15%)

3.2.4. KM-03-KT04 : Electrical measuring instruments (30%)



KT4 01 Principles of digital multimeters

KT4 02 Principles of analogue multimeters

KT4 03 The relationship of DC Voltage and digital multimeters

KT4 04 Fundamentals of magnetic fields in relation to magnetism

KT4 05 Importance of power and power supply


IAC4 01 Discuss and explain the connection of voltmeters, ammeters and OHM meters

IAC4 02 Discuss DC voltage measurements and DC current and high-current measurements in relation to analogue multimeters

IAC4 03 Discuss AC voltage and resistance measurements in relation to analogue and digital multimeters and explain what to do and what not to do during the use of these multimeters

IAC4 04 Discuss and explain the process of digital multimeters continuity and battery testing

IAC4 05 Discuss DC voltage and high current measurements in relation to digital mulitimeters

IAC4 06 Discuss capacitor measurements in relation to digital multimeters

IAC4 07 Discuss magnetic fields and the components that operate with magnetism

IAC4 08 Discuss the effects of inducing a voltage in a coil and explain the operating principles of a relay

IAC4 09 Discuss and explain the impact of resistance, values and tolerances

IAC4 10 Discuss safety and the process of trouble shooting related to power supply and transfer

IAC4 11 Discuss and explain the types of waves created with a function generator

IAC4 12 Discuss the characteristics of inductors and explain the effect of frequency impendence that exists in RL and RC circuits

(Weight 30%)

3.2.5. KM-03-KT05: The Principles of resistance and resistors (5%)



IAC0501 Discuss the theory of resistivity and explain the changes of resistance with temperature

IAC0502 Explain the temperature co-efficient of resistance and explain fixed resistors

IAC0503 Define and explain the value of a resistor in terms of colour coding differentiating between preferred values and tolerances

IAC0504 Discuss letter, digit codes and power rating processes


IAC0505 Explain the function of potentiometers and rheostats

IAC0506 Discuss voltage dependent resistors and the principles of thermistors

(Weight 5%)

3.2.6. KM-03-KT06 : Resistance in circuits (10%)


KT6 01 Principles of voltage and

KT6 02 Principles of resistors in series /parallel combinations


IAC6 01 Discuss voltage division and the potential divider

IAC6 02 Discuss internal resistance and explain voltages relative to earth connection (ground)

IAC6 03 Discuss resistors and circuits in serie-parallel and explain equal resistors connected in parallel

IAC6 04 Discuss and explain the methods used and effects of resistor size and current flow with respect to power ratings when designing a resistor circuit

IAC6 05 Discuss the different methods of applying Ohms law in diagnostic solving problems of resistor networks and explain the effects of open and short circuits

(Weight 10%)

3.2.7. KM-03-KT07 : Energy, power and wheatstone bridge (15%)


KT7 01 Principles of electrical energy and power ratings

KT7 02 Principles of constructing and calculating the wheatstone bridge


IAC7 01 Discuss the differences between electricity, energy and power explain the effect power ratings have on a circuit and equipment

IAC7 02 Define maximum power transfer and describe the application and operation of fuses

IAC7 03 Discuss construction in relation to the wheat stone bridge

IAC7 04 Explain the calculating of unknown resistances and discuss its applications on an aircraft

(Weight 15%)

3.2.8. KM-03-KT08: Capacitance and capacitors (10%)



KT0801 Factors affecting capacitance

KT0802 Principles of capacitor construction


IAC0801 Describe the charging a discharging rate of a capacitor and explain the factors affecting capacitance

IAC0802 Describe the construction of basic operating principles of capacitors and the unit of measure

IAC0803 Identify the capacitor symbols and define the principles of fixed, variable and electrolytic capacitors

IAC0804 Discuss the importance of a safe working voltage in designing circuits containing capacitors

IAC0805 Explain the phase relationship between voltage and current in a capacitive circuit and define capacitive reactance and its effect in RC circuits

(Weight 10%)





Facilitator should have a qualification or proven experience that includes competencies in electrical fundamentals related to aircraft avionics


Legal Requirements:

None

3.4 Exemptions

None


4. 672101000-KM-04, Electronic Fundamentals, NQF Level 4, Credits 20


The main focus of the learning in this knowledge module is to build an understanding of the functions of semi-conductor devices, how to produce the perfect amplifier, the various materials of printed circuit boards and the fundamentals of synchronous data transmission


KM-04-KT01: Semi-conductor devices (30%)

KM-04-KT02: Operational amplifiers (25%)

KM-04-KT03: Printed circuit boards (20%)

KM-04-KT04: Synchronous data transmission, servo systems and other transducers (25%)


4.2.1. KM-04-KT01: Semi-conductor devices (30%)


KT0101 Functions of the various diodes

KT0102 Functions of photocells and transistors


IAC0101 Discuss and explain the functions and operating characteristics of the various diodes; rectification, zener and light emitting diodes

IAC0102 Discuss and explain the parallel and serial arrangements of rectifier diodes and rectification

IAC0103 Discuss photocells and differentiate between photoconductive cells and photovoltaic cells

IAC0104 Discuss the functions of photodiodes, the varactor diode and the silicon controlled rectifier

IAC0105 Discuss transistors and differentiate between a NPN transistor and a PNP transistor

IAC0106 Explain the process of testing semiconductor devices, diodes and transistors

(Weight 30%)

4.2.2. KM-04-KT02: Operational amplifiers (25%)


KT0201 The production of the perfect amplifier

KT0202 The principles of negative feedback on operational amplifiers


IAC0201 Discuss the production of the perfect amplifier, explain OP amp specifications and the power requirements of operational amplifiers


IAC0202 Identify and explain pin outs & circuit symbols

IAC0203 Discuss the operation of negative feedback and differentiate between the types of OP-amplifiers

(Weight 25%)

4.2.3. KM-04-KT03: Printed circuit boards (20%)


KT0301 The various materials of printed circuit boards

KT0302 The principles of soldering circuits

KT0303 The principles of layering and wiring circuits


IAC0301 Discuss and explain the various materials for printed circuit boards including; base and conductor material

IAC0302 Discuss and explain the bonding of a conductor material and its associated inspections and tests

IAC0303 Discuss and explain the handling and machining of boards specifically; guillotining, sawing, drilling and punching

IAC0304 Discuss circuit artwork ,the procedures for the printing of circuits, the etching/ additive process and inspection

IAC0305 Discuss the soldering methods involved in hand and mass soldering

IAC0306 Discuss fluxes and their application and explain the plating of printed wiring circuits

IAC0307 Explain plating materials and thickness' and the use of organic protective coatings

IAC0308 Discuss and explain flexible printed wiring circuits specifically reference die stamping, fusion bonding and etched foil

IAC0309 Discuss and explain the removal and installation of ESDS Printed Circuit Boards and Metal-Encased ESDS LRUs

IAC0310 Discuss the soldering of hook, pierced, lug terminals , IC and axial lead components

IAC0311 Discuss and explain applicable tolerances of the different types of PC boards regarding application of temperature.

(Weight 20%)

4.2.4. KM-04-KT04: Synchronous data transmission, servo systems and other transducers (25%)


KT0401 Fundamentals of the Desynnand Synchro System

KT0402 Practical Servo Systems


KT0403 Inductive Type Transducers


IAC0401 Differentiate between the basic Desynn and the Slab Desynn

IAC0402 Discuss the various synchro types and explain synchro schematics, the XYZ synchro system, the torque synchro system, the control synchro system and differential control synchros

IAC0403 Discuss servomechanisms and explain the open and closed loop servo systems

IAC0404 Discuss system response and explain step, ramp and accelerating input

IAC0405 Discuss and explain velocity control servomechanisms and refer to residual and velocity lag

IAC0406 Discuss and explain A.C. servomechanism components with specific reference to the E&I bar transducer and the A.C. Tacho-generators

IAC0407 Discuss the practical servo systems, refer to the direct and alternating servo current system

IAC0408 Discuss the Induced EMF type and explain A.C current control

(Weight 25%)





Facilitator should have a qualification or proven experience that includes competencies related to electronic fundamentals in aircraft avionics


Legal Requirements:

None

4.4 Exemptions

None


5. 672101000-KM-05, Digital technology/ electronic instrument systems, NQF Level 5, Credits 20


The main focus of the learning in this knowledge module is to build an understanding of the principles of general electrical instruments systems, numbering systems and data conversion, applications used on aircraft systems, computer technology as applied in aircraft systems and how to develop new digital logic technologies in aircrafts


KM-05-KT01: Principles of digital technology and electronic instrument systems (50%)

KM-05-KT02: Numbering systems and data conversion (15%)

KM-05-KT03 : Data buses and logic circuits (15%)

KM-05-KT04 : Basic computer structures, microprocessors and integrated circuits (20%)


5.2.1. KM-05-KT01: Principles of digital technology and electronic instrument systems (50%)


KT0101 Principles of general electrical instruments systems

KT0102 The A320 electronic instrument system presentation


IAC0101 Discuss and explain the MD-11 electronic and A320 instrument system arrangement and presentation

IAC0102 Discuss and explain DU, EFIS and ECAM reconfiguration

IAC0103 Discuss controls, and the display unit and explain primary flight display (PFD) and navigation display (ND)

IAC0104 Discuss and explain the Embraer 145 EIS presentation

IAC0105 Discuss and explain the electronic flight instrument system (EFIS) and EICAS

IAC0106 Discuss digital techniques in electronics and explain the basic logic functions, TT logic levels and equations used for digital operations

IAC0107 Discuss the internal organisation of microprocessors and explain the logic characteristics of RTL, TTL and DTL

(Weight 50%)

5.2.2. KM-05-KT02: Numbering systems and data conversion (15%)


KT0201 Definitions of numbering systems and the principles of data conversion

KT0202 Principles of digital to analogue converters and vice versa672101000 - Avionics Mechanic of 116


IAC0201 Discuss the decimal system and explain the binary coded decimal (BCD)system, the octal and hexadecimal numbering system

IAC0202 Discuss and explain the ASCII-Code

IAC0203 Discuss and explain analogue and digital signals and representation

IAC0204 Discuss digital to analogue converters and explain the binary weighted ladder and the R/2R ladder digital-to-analogue converters

IAC0205 Discuss and explain timing waveforms for a successive approximation A/D conversion

IAC0206 Discuss the functions of waveform generators and explain the use of tristate buffers

(Weight 15%)

5.2.3. KM-05-KT03 : Data buses and logic circuits (15%)


KT3 01 The representation of binary signal states and combinational logic

KT3 02 Fundamentals of the applications used on aircraft systems


IAC3 01 Discuss the concept of data transmission and explain data rate and error detection

IAC3 02 Discuss the ARINC 429 system, the MIL-STD-1553B , ARINC 629 and other data bus standards

IAC3 03 Discuss the Boolean algebra laws and rules and explain the representation of binary signal states and combinational logic

IAC3 04 Discuss the various Flip-Flops and explain the S-R, Master/Slave, Edge-Triggered, Standard, D, Toggle and J-K Flip-Flop

IAC3 05 Discuss the applications used on an aircraft system with specific reference to; MD 11 LAMM schematics, A330 ice detection schematic

IAC3 06 Discuss and explain the MD11 APU starting circuits schematic diagram and the MD11 ditching function

IAC3 07 Discuss the use of applicators for the APU and TRU and explain the AC and DC ignition exciter

(Weight 15%)

5.2.4. KM-05-KT04 : Basic computer structures, microprocessors and integrated circuits (20%)


KT4 01 Computer technology as applied in aircraft systems

KT4 02 The importance of system components and buses


KT4 03 Developing new digital logic technologies


IAC4 01 Discuss and explain volatile, random access and non-volatile computer memory types

IAC4 02 Discuss magnetic tape and explain magnetic and optical disk drives

IAC4 03 Discuss computer technology as applied in aircraft systems and explain the methods for computer self-monitoring

IAC4 04 Discuss and explain the importance of system components and buses

IAC4 05 Discuss the software control of microprocessor systems and explain the internal architecture and instruction execution of a microprocessor

IAC4 06 Discuss the programming of a microprocessor with reference to program languages and program definition

IAC4 07 Compare and discuss the bipolar logic families and transistor-transistor Logic (TTL) families and explain TTL Subfamilies, TTL circuits, the Emitter-Coupled Logic (ECL) subfamilies and circuits

IAC4 08 Discuss and explain Metal-Oxide Semiconductor (MOS) Logic families, subfamilies and CMOS circuits

IAC4 09 Discuss the role of decoders /decoding, encoders /encoding and explain the applications of integrated circuits

(Weight 20%)





Facilitator should have a qualification or proven experience that includes competencies related to digital technology and electronic instrument systems in aircraft avionics


Legal Requirements:

None

5.4 Exemptions

None


6. 672101000-KM-06, Aircraft materials and hardware, NQF Level 5, Credits 8


The main focus of the learning in this knowledge module is to build an understanding of the use of aircraft materials and hardware under different circumstances such as corrosion, and to understand the use and functions of the various types of hardware, gears and cables


KM-06-KT01 : Introduction to aircraft materials (20%)

KM-06-KT02 : Corrosion (20%)

KM-06-KT03 : Categories of aircraft hardware (20%)

KM-06-KT04 : Types of gears (15%)

KM-06-KT05 : Types of cables (25%)


6.2.1. KM-06-KT01 : Introduction to aircraft materials (20%)


KT1 01 The properties of aircraft material - ferrous

KT1 02 The properties of aircraft materials - non ferrous

KT1 03 The importance of composite and non-metallic materials

KT1 04 The importance of testing


IAC1 01 Discuss the standards and properties of ferrous metals and explain the process of steel manufacturing

IAC1 02 Discuss alloy steel standards and explain the various alloying agents

IAC1 03 Discuss corrosion-resistant (stainless) steel and explain the heat treatment of steel using; annealing. normalising, hardening, tempering and case hardening processes

IAC1 04 Discuss and explain the testing of ferrous materials with reference to brinell, rockwell and vickers hardness systems

IAC1 05 Discuss tensile and fatigue strength tests and explain the use of impact resistance tests

IAC1 06 Discuss the properties and application process of aluminium as a raw material

IAC1 07 Discuss the use of special alloys such as monel metal, magnesium and titanium

IAC1 08 Discuss the process of the non-ferrous metal heat treatment of aluminium alloys and explain aluminum alloy temper designations

IAC1 09 Discuss and explain the use of composite materials, thermosetting resins and reinforcing materials

IAC1 10 Explain the various woven products and discuss the use of the chopped strand and honeycomb core material


IAC1 11 Discuss and explain roving based products and curing systems

IAC1 12 Discuss and explain roving based products and curing systems

IAC1 13 Discuss and explain the use of the coin tap test and non-destructive testing (NDT)

IAC1 14 Discuss and explain the repair process of composite structures when cutting and repairing

IAC1 15 Explain the water break test procedure and the drying of composite panels

IAC1 16 Discuss the various types of sealants and explain seal installation, sealing compounds and the sealer PR 1422

(Weight 20%)

6.2.2. KM-06-KT02 : Corrosion (20%)


KT2 01 Causes and effects of chemical corrosion

KT2 02 Types of corrosion and corrosion control


IAC2 01 Discuss electro chemical corrosion and the effects of corrosion on metals

IAC2 02 Discuss electro chemical corrosion and the effects of corrosion on metals

IAC2 03 Discuss the various types and methods of corrosion and explain the susceptible locations to corrosion

IAC2 04 Discuss the methods of corrosion control and carrying out repair to steel, aluminium, composites, fabrics and plastics

IAC2 05 Discuss and explain edge dimensions, spacing and the installing of aircraft rivets and fasteners

IAC2 06 Describe how to mark off and cut out projects and explain how to drill, bend, roll and form materials

IAC2 07 Discuss the assembly of materials and describe the inspection of fabric covered materials

(Weight 20%)

6.2.3. KM-06-KT03 : Categories of aircraft hardware (20%)


KT3 01 Functions and standards of screw threads

KT3 02 Functions of bolts, studs and screws

KT3 03 Functions of locking devices

KT3 04 Functions of aircraft rivets


KT3 05 Functions of pipes and unions

KT3 06 Functions of springs and bearings


IAC3 01 Discuss the standards for iso-metric and unified inch threads and explain the dimensions and tolerances of thread fit

IAC3 02 Discuss the measuring of screw threads and explain screw nomenclature

IAC3 03 Discuss the various head types and explain the use of the 12 point head/double hexagon head bolt, the clevis bolt and eye bolt

IAC3 04 Discuss the importance of aircraft bolt identification and describe the various nuts used

IAC3 05 Differentiate between bolts and screws and describe the machine, structural and self- tapping screw

IAC3 06 Discuss washers and explain the functions and use of plain and lock washers

IAC3 07 Discuss the function of locking plates and explain the importance of the safe tying of various pins

IAC3 08 Discuss safety in relation to wire locking, wiring methods and wire specifications

IAC3 09 Discuss the various quick release fasteners and explain the use of circlip fasteners

IAC3 10 Discuss the various blind rivets, aircraft solid shank rivets, rivet alloys and explain the methods used to determine the rivet length

IAC3 11 Discuss pin rivets and explain the heat/ icebox treatment of rivets

IAC3 12 Discuss rigid pipe connections and explain rigid fluid lines materials, aluminium tubing and corrosion resistant steel tubing

IAC3 13 Discuss the types of flexible pipes available and explain the functions and construction of flexible fluid lines

IAC3 14 Discuss the purpose of a high pressure hose and explain the functions of teflon and flexible hose end fittings

IAC3 15 Explain the purpose of fuel lines with reference to fuel system couplings and flexible couplings

IAC3 16 Discuss the functions of the pneumatic and air system pipes

IAC3 17 Discuss the various types of springs and explain their characteristics, functions and use

IAC3 18 Discuss the types of bearings and explain loads on bearings, bearing material, the purpose of the bearing arrangement and the functions of rolling bearing components

(Weight 20%)

6.2.4. KM-06-KT04 : Types of gears (15%)


KT4 01 Fundamentals of transmissions672101000 - Avionics Mechanic of 116

KT4 02 Importance of sprockets and torque


IAC4 01 Discuss and explain the various types of gears and explain the nomenclature of gears, gear ratio and gear trains

IAC4 02 Explain the mechanical advantage of reduction and multiplication gear systems

IAC4 03 Discuss and explain the various belt drives and the functions of chains

IAC4 04 Discuss the importance of sprockets and explain its manufacture and sprocket materials

IAC4 05 Explain the importance of torque shaft transmission, construction and the purpose of torque limiters

IAC4 06 Discuss the purpose of joints, the steady bearing and the angle gearbox

(Weight 15%)

6.2.5. KM-06-KT05 : Types of cables (25%)


KT5 01 Fundamentals of control cables

KT5 02 Fundamentals of electrical cables and connectors


IAC5 01 Discuss the fundamentals of flexible control systems , cable construction and the types of cables

IAC5 02 Explain the purpose of the end fittings on cables and thimble sleeves

IAC5 03 Explain the functions of adjusting and compensation devices and discuss the locking methods of turnbuckles

IAC5 04 Discuss the operation of the cable tension regulator and tensiometer and explain the connections of control cables

IAC5 05 Discuss the types of pulleys and cable guards and explain the cable system components used

IAC5 06 Discuss electrical wire with reference to; current handling, wire gage, aluminium wires and kapton insulation and explain the purpose of special purpose wires

IAC5 07 Discuss the functions of high temperature, fire resistant and shielded wires

IAC5 08 Discuss the importance of wire identification, the coding system and cable stamping

IAC5 09 Explain the functions of general plugs and discuss the functions of backshells and shelf receptacles

(Weight 25%)

6.3 Provider Programme Accreditation Criteria672101000 - Avionics Mechanic of 116




Facilitator should have a qualification or proven experience that includes competencies in aircraft materials and hardware related to aircraft avionics


Legal Requirements:

None

6.4 Exemptions

None


7. 672101000-KM-07, Aircraft safety and maintenance, NQF Level 5, Credits 8


The main focus of the learning in this knowledge module is to build an understanding of the importance of safety on an aircraft, in the workshop, when conducting aircraft installations, doing soldering and bonding, balancing an aircraft, and understanding the processes for aircraft handling and storage


KM-07-KT01: Safety precautions on an aircraft and in the workshop (20%)

KM-07-KT02 : Aircraft installations, inspections and testing (20%)

KM-07-KT03: Soldering and bonding (12%)

KM-07-KT04: Aircraft weight and balance (15%)

KM-07-KT05: Aircraft handling and storage (15%)

KM-07-KT06: Aircraft maintenance (18%)


7.2.1. KM-07-KT01: Safety precautions on an aircraft and in the workshop (20%)


KT0101 Safety with fuels, oils and chemicals

KT0102 Safety with electrical and compressed gases


IAC0101 Discuss the safety precautions with tools in a workshop and explain the importance of personal protective clothing and devices

IAC0102 Discuss the safety involved with various aviation fuels, oils and chemicals

IAC0103 Discuss flash point classification and explain the process of fire extinguishing under specially hazardous circumstances

IAC0104 Explain the purpose of electrical safety and the use of extension cords of adequate capacity

IAC0105 Explain the usage and safety of compressed gases and discuss the purpose of the new colour coding on gas cylinders

IAC0106 Explain the types of fire extinguishers and the correct behaviour required in case of fire

IAC0107 Discuss safety with aircraft tyre mounting and explain the consequences of spilled oil and grease

(Weight 20%)

7.2.2. KM-07-KT02 : Aircraft installations, inspections and testing (20%)



KT2 01 Avionics general test equipment

KT2 02 Engineering drawings and diagrams

KT2 03 Common system of fits and clearances

KT2 04 Electrical cables

KT2 05 Electrical connectors


IAC2 01 Discuss the use of the MilliOhm-meter, the isolation resistance meter and explain the loop resistance tester

IAC2 02 Discuss electrical bonding and explain the procedures for determination of bonding resistance by low current method

IAC2 03 Explain the theory of operation and discuss the use of air data pitot static test sets and the manually operated test set

IAC2 04 Discuss and explain the operations of the portable data loader and the operation overview of general test equipment

IAC2 05 Discuss the importance of scale in drawings and explain the microfilm / microfiche drawings and aircraft production drawings

IAC2 06 Discuss the methods of illustration in reference to aircraft drawings and explain the types of drawings

IAC2 07 Discuss the various drawing practices and explain the general symbols used

IAC2 08 Explain the common system of fits and clearances and discus the standard methods for checking

IAC2 09 Discuss the purpose of bolt and hole sizes and explain the process for checking shafts and bearings

IAC2 10 Explain the use of limit gauges and discuss the purpose of bowing limits

IAC2 11 Discuss the lacing and tying of wire bundles and the use of cable clamps

IAC2 12 Discuss the procedure for the protection of cabling and the stripping of cables and the process of wiring damage prevention

IAC2 13 Discuss wire terminals and wire splices and explain the process of wire or cable repair with splices

IAC2 14 Discuss and explain soldering type connectors and coaxial cable connectors

IAC2 15 Discuss the connector maintenance methods and the use of pins and sockets (contacts)

IAC2 16 Explain the different electrical test methods for wiring, continuity, short circuit and insulation

IAC2 17 Discuss bonding and grounding in relation to primary and secondary bonding

(Weight 20%)


7.2.3. KM-07-KT03: Soldering and bonding (12%)


KT0301 Types of soldering

KT0302 Types of bonding


IAC0301 Discuss and explain the process of brazing

IAC0302 Discuss and explain the process of silver soldering and soft soldering

IAC0303 Discuss and explain the bonding process

IAC0304 Explain the metal to metal bonding process

(Weight 12%)

7.2.4. KM-07-KT04: Aircraft weight and balance (15%)


KT0401 Importance of weight

KT0402 Importance of balance


IAC0401 Discuss and explain the importance of weight and balance and weight and balance problems

IAC0402 Explain the aircraft weight definitions such as maximum design weights and operational weights

IAC0403 Discuss and explain the principles of balance and aeroplane stability

IAC0404 Discuss the principle of the centre of gravity (CG) related the an aircraft and explain the illustrations of the movement of the CG

IAC0405 Discuss aircraft stability on the ground and explain the balance limit calculation and stability maintenance practices

(Weight 15%)

7.2.5. KM-07-KT05: Aircraft handling and storage (15%)


KT0501 Procedures and processes for aircraft handling

KT0502 Procedures and processes for aircraft storage


IAC0501 Discuss and explain the taxiing, towing and tied down procedures


IAC0502 Discuss jacking for maintenance and explain the jacking and hoisting for wheel or brake service

IAC0503 Discuss and explain aircraft parking, storage and fuelling

IAC0504 Discuss the turbine fuels and thecolour coding of aviation fuels

IAC0505 Discuss the impact of static electricity and explain fuelling procedures, pressure fuelling and defueling

IAC0506 Discuss the impact of cold weather operations after flight and before flight

IAC0507 Discuss the de-icing /anti-icing, hot water de-icing, hot fluid de-icing processes

IAC0508 Explain the use of the ground servicing equipment

(Weight 15%)

7.2.6. KM-07-KT06: Aircraft maintenance (18%)


KT0601 Inspections, repair and assembling standards

KT0602 The concept of the aging aircraft

KT0603 Abnormal events and unscheduled inspections

KT0604 Aircraft maintenance procedures


IAC0601 Define the ATA inspection tasks codes and explain the procedures on how to do an inspection

IAC0602 Discuss the examination of damage process and explain the damage categories and damage classification

IAC0603 Discuss corrosion removal techniques /corrosion damage and explain the process for determining the degree of corrosion damage

IAC0604 Explain the process of determining rework limits and material thickness reducing

IAC0605 Explain the aluminium alloy alodine and magnesium alloy alodine process

IAC0606 Discuss the corrosion prevention control program (CPCP) and explain the rules of CPCP and the purpose of periodical review

IAC0607 Discuss the concept of the aging aircraft structure and systems

IAC0608 Explain the inspection methods used when doing inspection for ; visual, liquid penetrate, magnetic particles, eddy current, ultrasonic and x-ray inspection

IAC0609 Explain disassembly and reassembly techniques and structure and components

IAC0610 Discuss the reasons for unscheduled inspections and explain inspection coverage and the inspection sequence used


IAC0611 Discuss the indirect and direct effects of lighting strike on the aircraft structure and systems and the inspection requirements resulting from this

IAC0612 Discuss the impact of electromagnetic interference from portable electronic devices

IAC0613 Explain the maintenance review board procedures and discuss the importance of aircraft maintenance and the development of a scheduled maintenance programme and tasks

IAC0614 Discuss the stores documentation and he purpose of airworthiness approval tags and explain the basic rules for stores procedures, housing and facilities

IAC0615 Discuss certification of the airline, the aircraft airworthiness

IAC0616 Discuss the importance of the certification of maintenance, components, airline personnel, maintenance technicians and quality assurance

(Weight 18%)





Facilitator should have a qualification or proven experience that includes competencies in aircraft safety and maintenance related to aircraft avionics


Legal Requirements:

None

7.4 Exemptions

None


8. 672101000-KM-08, Aerodynamics and the theory of flight, NQF Level 4, Credits 4


The main focus of the learning in this knowledge module is to build an understanding of the physics of the atmosphere and its effect on aerodynamics, the forces acting on the aircraft in flight and the concepts of operations of the primary and secondary systems on an aircraft


KM-08-KT01 : Physics of the atmosphere (10%)

KM-08-KT02 : Aerodynamics (20%)

KM-08-KT03 : Theory of flight (35%)

KM-08-KT04: Flight stability (35%)


8.2.1. KM-08-KT01 : Physics of the atmosphere (10%)


KT1 01 Arrangement of the atmosphere and atmospheric conditions

KT1 02 The standard atmosphere


IAC1 01 Discuss the arrangement of the atmosphere relating to the troposphere, tropopause and stratosphere

IAC1 02 Discuss pressure, density of air, air temperature, viscosity and humidity as atmospheric conditions

IAC1 03 Discuss and explain air density and aircraft operations

IAC1 04 Discuss pressure altitude and density altitude and explain the variations from standard days

(Weight 10%)

8.2.2. KM-08-KT02 : Aerodynamics (20%)


KT2 01 Airflow around a body and aerodynamic forces

KT2 02 Effects of airfoil contamination


IAC2 01 Discuss airflow around a body in relation to Bernoulli's principle of free stream flow, the boundary layer and relative air flow

IAC2 02 Discuss the concept of aerodynamic forces such as; lift

IAC2 03 Discuss and explain wing sections, area and lift, aspect ratio and washout of the wing


IAC2 04 Discuss and explain foil contamination, the contamination effects and ice accumulation

IAC2 05 Discuss and explain the concept of density and humidity

IAC2 06 Discuss the characteristics, theories and operational application of aerofoil

(Weight 20%)

8.2.3. KM-08-KT03 : Theory of flight (35%)


KT3 01 Forces acting on the aircraft in flight

KT3 02 The phases of flight


IAC3 01 Discuss the forces acting on the aircraft in flight and explain balancing the four forces

IAC3 02 Discuss the axes of rotation in relation to the

IAC3 03 Discuss the forces in a glide and explain glide ratio and the glide angle

IAC3 04 Discuss and explain the various flight phases and explain the process of flight turns

IAC3 05 Explain the effect of Weight (Wing Loading) on the stall and discuss the load factor

IAC3 06 Discuss and explain the effect of slats, flap on the stalling angle, and flap on the lift / drag ratio in relation to lift augmentation (high-lift devices)

(Weight 35%)

8.2.4. KM-08-KT04: Flight stability (35%)


KT0401 Flight stability and dynamics

KT0402 Operations of the primary and secondary systems


IAC0401 Discuss the basic forces acting on an aircraft and flight stability relating to static, active, dynamic, longitudinal and lateral flight stability

IAC0402 Differentiate between the dihedral angle, the keel effect and high wings

IAC0403 Explain the terms and definitions used when discussing the mechanics and principles of flight

IAC0404 Discuss flight controls (low and high speed) and explain the impact of ice and rain on flight control systems

IAC0405 Discuss the operations of various flight control tabs, explain flight control around the vertical and lateral axis of an aircraft and describe the major stresses related to flight controls


(Weight 35%)





Facilitator should have a qualification or proven experience that includes competencies in the aerodynamics of flight and the theory of flight related to aircraft avionics


Legal Requirements:

None

8.4 Exemptions

None


9. 672101000-KM-09, Human factors, NQF Level 3, Credits 3


The main focus of the learning in this knowledge module is to build an understanding of the impact of human factors / human error on an aircrafts capabilities and the factors and limitations that affect effective human performance


KM-09-KT01: The impact of human factors (10%)

KM-09-KT02 : Human performance and limitations (10%)

KM-09-KT03: Social psychology (10%)

KM-09-KT04 : Factors affecting performance (10%)

KM-09-KT05: Physical environment (10%)

KM-09-KT06: Tasks (10%)

KM-09-KT07: Communication (10%)

KM-09-KT08 : Human error (15%)

KM-09-KT09 : Hazards in the workplace (15%)


9.2.1. KM-09-KT01: The impact of human factors (10%)


KT0101 The need to take human factors into account

KT0102 Incidents attributable to human factor / human error


IAC0101 Discuss the concept of error and explain the machine/human causes for accidents

IAC0102 Discuss and explain the error iceberg and incidents attributable to human factor / human error

IAC0103 Describe the top seven causes of inflight shutdowns and discuss the other common maintenance related causes of inflight shutdowns.

IAC0104 Explain the principles of (Murphys Law) related to active and latent error

IAC0105 Discuss the aspects of safe working practices including precautions to take when working with electrical, gases especially oxygen, oils and chemicals

(Weight 10%)

9.2.2. KM-09-KT02 : Human performance and limitations (10%)



KT2 01 Information perception and processing

KT2 02 The impact of hearing damage and other factors


IAC2 01 Discuss the concept of information detection/perception related to vision and the brain and explain the idea of visual inspection

IAC2 02 Discuss and explain the concepts of information readability and content

IAC2 03 Discuss the impact of hearing damage and explain the concept of information hard to see or hear and information present but missed as part of information processing

IAC2 04 Discuss the concept of attention and perception related to AMT's response and effects

IAC2 05 Describe the other factors that impair situational awareness and the impact of memory on human performance and limitations

(Weight 10%)

9.2.3. KM-09-KT03: Social psychology (10%)


KT0301 The roles of leaders

KT0302 The influence of teamwork


IAC0301 Explain the importance of leadership training/learning and discuss the responsibilities of leaders, types of leaders and effective leadership

IAC0302 Discuss the impact of motivation/demotivation and describe how

IAC0303 Define the process of teamwork and discuss the important characteristics of effective teams

IAC0304 Explain the best methods for getting your message across , getting information from your team and providing feedback to your team

(Weight 10%)

9.2.4. KM-09-KT04 : Factors affecting performance (10%)


KT4 01 The impact of domestic and work related stress

KT4 02 Time pressures and deadlines


IAC4 01 Discuss fitness / health as a factor that affects performance


IAC4 02 Discuss the cost of stress regarding performance in the workplace and explain how stress can be domestic and work related

IAC4 03 Discuss the impact of time pressures and deadlines on the work environment

IAC4 04 Describe the impact of poor working conditions and shift work on performance

IAC4 05 Discuss the responsibility for peoples life that is held in the workplace and describe the impact of fatigue, alcohol, medication and drug abuse on performance

(Weight 10%)

9.2.5. KM-09-KT05: Physical environment (10%)


KT0501 Hearing protection

KT0502 Impact of climate and temperature


IAC0501 Discuss the importance of hearing protection related to noise, motion and vibration in the working environment

IAC0502 Discuss and explain illumination, classification of light sources and the importance of workplace lighting

IAC0503 Discuss the impact of climate, temperature and environmental controls (HVAC) on the physical environment

IAC0504 Explain the concept of information that is hard to see or hear and information present but missed as part of information processing in the working environment

(Weight 10%)

9.2.6. KM-09-KT06: Tasks (10%)


KT0601 Concept of physical work

KT0602 Situational awareness


IAC0601 Discuss the concepts of physical work related to anthropometry and biomechanics

IAC0602 Discuss repetitive tasks and explain the need for varying the task

IAC0603 Discuss the components of situation awareness related to perceiving comprehending and projecting

IAC0604 Discuss and explain complex systems and describe the shell model and its functions

(Weight 10%)


9.2.7. KM-09-KT07: Communication (10%)


KT0701 The model of transactional analysis

KT0702 Communication problems


IAC0701 Explain the model of transactional analysis and the Dupont Model of communication

IAC0702 Discuss the concept of communication within and between teams

IAC0703 Describe the impact of information technology on communication processes and the potential communications problems during the transmission process

IAC0703 Discuss the difficulties of written communication related to work logging and recording

IAC0704 Discuss the importance of the dissemination of information in downward, upward and horizontal communication

(Weight 10%)

9.2.8. KM-09-KT08 : Human error (15%)


KT8 01 Types of errors in maintenance tasks

KT8 02 Avoiding and managing errors


IAC8 01 Discuss and explain the error models and theories related to the general model of human error and human performance

IAC8 02 Describe the types of errors in maintenance tasks and define an error

IAC8 03 Discuss the implications of errors (i.e. accidents) such as latent vs. active failures and describe the dirty dozen list of errors

IAC8 04 Discuss the types of prevention designs for errors and describe the impact it has with avoiding and managing errors

(Weight 15%)

9.2.9. KM-09-KT09 : Hazards in the workplace (15%)


KT9 01 Recognising and avoiding hazards

KT9 02 Dealing with emergencies



IAC9 01 Discuss and explain the definition of safety and describe some on-the-job injuries

IAC9 02 Identify and explain some OJI hazard patterns

IAC9 03 Discuss the procedures for dealing with emergencies and catastrophes

IAC9 04 Explain the concepts of lockout / tag out and discuss the importance of first aiders / blood borne pathogens

(Weight 15%)





Facilitator should have a qualification or proven experience that includes competencies in the human factors, human error and hazards in the workplace related to aircraft avionics


Legal Requirements:

None

9.4 Exemptions

None


10. 672101000-KM-10, Aviation legislation, NQF Level 3, Credits 4


The main focus of the learning in this knowledge module is to build an understanding of the role that the regulatory framework plays in the aviation industry, the importance of aircraft certification and the applicable national and international standard requirements for the airworthiness of aircrafts and aerospace industry compliance


KM-10-KT01: Regulatory framework (10%)

KM-10-KT02: Aircraft certification (15%)

KM-10-KT03: Applicable requirements (national and international) (10%)

KM-10-KT04: Airworthiness categories (10%)

KM-10-KT05: Additional instructions (15%)

KM-10-KT06: Internal system procedures (20%)

KM-10-KT07: Aerospace industry compliance (20%)


10.2.1. KM-10-KT01: Regulatory framework (10%)


KT0101 Role of International Civil Aviation Organization (ICAO)

KT0102 JAR 66 certifying staff, maintenance and JAR 145 approved maintenance organisations

KT0103 JAR-OPS (Commercial Air Transportation)


IAC0101 Discuss the role of the International Civil Aviation Organisation (ICAO) and the Joint Aviation Authorities (JAA) and explain the importance of relationships with other authorities

IAC0102 Discuss the Joint Aviation Requirements: Relationship between JAR-OPS /JAR 145 / JAR 66 / JAR 147

IAC0103 Explain the importance of the Certificates; (Maintenance Approval Certificate / Repair Station Certificate) and the JAA / FAA maintenance approval certificate

IAC0104 Discuss and explain the requirements of JAR 66 and describe the licence / authorisation / experience process

IAC0105 Discuss the JAR 145 organisation / requirements and explain the issue of a maintenance release certificate

IAC0106 Discuss the JAR-OPS 1.005 and explain the importance of an air operator certificate (AOC)

IAC0107 Discuss the operator's responsibilities (JAR OPS 1.020) and describe the documents to be carried (JAR OPS-1.125 Subpart B)


IAC0108 Discuss aeroplane maintenance (Subpart M) and explain the (JAR OPS 1.890) maintenance responsibility, the (JAR OPS 1.895) maintenance management and the aircraft technical log (JAR-OPS 1.915)

IAC0109 Discuss the importance of accident / occurrence reporting (JAR OPS 1.420/1.425) and the requirements of (JAR OPS-M)

(Weight 10%)

10.2.2. KM-10-KT02: Aircraft certification (15%)


KT0201 Flight rules and standards

KT0202 The importance of aircraft documents


IAC0201 Discuss the general flight standard rules and explain type and supplement type certification

IAC0202 Discuss and explain the JAR 21 design / production organisation approvals and the approval of design of repair

IAC0203 Discuss the importance of documents such as the certificate of airworthiness (COA) and the certificate of registration

IAC0204 Explain the need for the radio station licence and approval documents

IAC0205 Discuss and explain the liability insurance certificate for aircrafts, the noise certificate and weight schedule

(Weight 15%)

10.2.3. KM-10-KT03: Applicable requirements (national and international) (10%)


KT0301 Purpose of maintenance programs

KT0302 Importance of maintenance checks and inspections


IAC0301 Explain the use of the master minimum equipment lists (MMEL), dispatch and deviation lists, and configuration distribution list (CDL)

IAC0302 Discuss airworthiness directives (AD) and explain the service bulletin (SB) manufacturers service information

IAC0303 Discuss the notice of proposed remaking (NPRM) and explain the aircraft release documents / on wing release documents 427.7

IAC0304 Discuss and explain the maintenance documentation related to; aircraft maintenance manuals (AMM), the inspection procedure manual (IPM), structural repair manual (SRM), illustrated


parts catalogue (IPC), component maintenance manual (CMM), engine manual (EM) and the wiring diagram manual (WDM)

IAC0305 Discuss and explain the importance of continuing airworthiness and test flights

IAC0306 Discuss the all-weather operation (Cat 2/3) documentation

(Weight 10%)

10.2.4. KM-10-KT04: Airworthiness categories (10%)


KT0401 Ratings for the maintenance organisation

KT0402 The Maintenance Organisation Exposition manual (MOE)


IAC0401 Explain the difference between the standard and special category in airworthiness

IAC0402 Describe the various ratings for maintenance organisation related to

IAC0403 Discuss the JAA ratings for specialised services

IAC0404 Discuss and explain the maintenance organisation exposition manual (MOE) dealing with management, maintenance, line station maintenance, quality system procedures and maintenance agreements with (JAR-OPS) operators

IAC0405 Discuss and explain the procedures under the FAA-RS certificate

(Weight 10%)

10.2.5. KM-10-KT05: Additional instructions (15%)


KT0501 The process of certificate application

KT0502 The role of reports and service instructions


IAC0501 Discuss the process of the approval of certificates / application and explain the use and purpose of the log book

IAC0502 Discuss and explain the role of reports and service instructions

IAC0503 Explain the role of the capability list and subcontractor list

IAC0504 Discuss the importance of certifying staff

(Weight 15%)

10.2.6. KM-10-KT06: Internal system procedures (20%)



KT0601 The importance of organisational maintenance documentation

KT0602 The purpose of the quality and inspection system


IAC0601 Discuss and explain the maintenance management exposition (MME), the maintenance organisation exposition (MOE), the quality hand book (QHB) and the organisations manual technics (OMT) as required organisational documents

IAC0602 Discuss the maintenance on aircraft parts and components pertaining to; reporting, phase in and phase out of aircraft and aircraft parts and the release of aircraft and aircraft parts after aircraft maintenance

IAC0603 Discuss the quality and inspection system, the final check and release to service and the release of engineering-documents (DOA)

IAC0604 Discuss and explain the engineering responsibility and the requirements for (approved data) and repair / alteration

(Weight 20%)

10.2.7. KM-10-KT07: Aerospace industry compliance (20%)


KT0701 The purpose of the Original Equipment Manufacturers manual (OEM)

KT0702 The implications of regulatory bodies on the aircraft industry

KT0703 Aviation regulations and legislations regarding the Safety, Health, Environment and Quality (SHEQ) legislation

KT0704 Procedures related to aviation regulations


IAC0701 Discuss the importance of referencing practice and original equipment manufacturers manual (OEM)

IAC0702 Explain and discuss the importance of the use and reason for completion of aircraft - documentation

IAC0703 Discuss and explain the functions of the regulatory bodies (NAMB, SACAA, SETAs) and their impact on an artisans career path

IAC0704 Discuss and explain the technical terminology used in the aviation industry

IAC0705 Discuss and explain the impact of the safety, health, environment and quality (SHEQ) legislation on the aerospace industry

IAC0706 Discuss the civil aviation regulations and compliance and explain the impact of national and international regulations and compliance

IAC0707 Discuss the techniques of safe working practices and explain the required emergency procedures


IAC0708 Discuss and explain the conformance requirements to SACAA regulations and aircraft maintenance specifications

(Weight 20%)





Facilitator should have a qualification or proven experience that includes competencies in aviation legislation related to aircraft avionics


Legal Requirements:

None

10.4 Exemptions

None


11. 672101000-KM-11, Aircraft aerodynamics, structures and systems, NQF Level 5, Credits 32


The main focus of the learning in this knowledge module is to build an understanding of the effect of aerodynamics, flight controls/ instruments, the fundamentals of automatic flight, and the imperative nature of radio/ radar communication navigation


KM-11-KT01: Aerodynamics and flight controls (4%)

KM-11-KT02: Airframe Structures - general concepts (4%)

KM-11-KT03: Auto flight (ATA 22) (10%)

KM-11-KT04: Communication / Navigation (ATA 23 / 34) (25%)

KM-11-KT05: Electrical Power (ATA 24) (20%)

KM-11-KT06: Equipment and furnishings (ATA 25) (4%)

KM-11-KT07: Flight controls (ATA 27) (5%)

KM-11-KT08: Instrument systems (ATA 31) (20%)

KM-11-KT09: Lights (ATA 33) (4%)

KM-11-KT10: On board maintenance systems (ATA 45) (4%)


11.2.1. KM-11-KT01: Aerodynamics and flight controls (4%)


KT0101 The operations and effects of flight controls

KT0102 Aircraft aerodynamic functions


IAC0101 Explain the principles of control related to longitudinal, lateral directional and hybrid control surfaces

IAC0102 Discus and explain trim systems

IAC0103 Explain the functions of the slots, slats and wing flaps of high lift devices

IAC0104 Discuss and explain the dynamics of the aerodynamic balance panel and the control surface mass balancing

IAC0105 Explain the compressibility effects of high speed flight, the speed of sound and subsonic and transonic flight speed ranges

IAC0106 Discuss the functions of rotary wings and explain its aerodynamics and effects on lift, thrust and torque

(Weight 4%)


11.2.2. KM-11-KT02: Airframe Structures - general concepts (4%)


KT0201 The airframe structural classification

KT0202 Importance of dimensions and locations


IAC0201 Explain the structural classification of airframe structures

IAC0202 Explain the importance of lightning strike protection

IAC0203 Discuss electrical bonding in airframe structures

IAC0204 Discuss dimensions and locations related to station

IAC0205 Describe the construction methods of aeroplanes and discuss

IAC0206 Explain the stressed skin construction method

(Weight 4%)

11.2.3. KM-11-KT03: Auto flight (ATA 22) (10%)


KT0301 Automatic flight fundamentals

KT0302 The role of the Flight Director (FD)

KT0303 The purpose of auto throttle/thrust


IAC0301 Discuss the fundamentals of automatic flight and explain the difference between integrating and differentiating in auto flight

IAC0302 Discuss the feedback controls and explain the synchronisation and the operations principles of flight controls

IAC0303 Discuss and explain the systems related to fail safe, fail passive and fail operational systems

IAC0304 Discuss and describe the example MD80, example A320 and the example MD-11 automatic flight system.

IAC0305 Discuss and explain the serie - parallel mode , control wheel steering and fly by wire

IAC0306 Discuss operational modes and explain the concepts of take-off, landing, go-around, heading hold, heading select , altitude hold, altitude select, level change, vertical speed select, lateral navigation and profile navigation

IAC0307 Discuss pitch trim and explain the function and the automatic stabilizer trim system


IAC0308 Discuss the purpose of auto throttle/thrust and explain the role of auto throttle and discuss thrust limit

IAC0309 Discuss the warnings that are given in auto flight related to a stall warning, stall prevention, altitude alert and wind shear

IAC0310 Discuss the flight envelope protection and explain speed protection

IAC0311 Explain the process of fault isolation and test, build in test the AFS maintenance panel and the role of the fault isolation detection system

(Weight 10%)

11.2.4. KM-11-KT04: Communication / Navigation (ATA 23 / 34) (25%)


KT0401 Radio Fundamentals

KT0402 Flight management

KT0403 VHF communication and satellite communication

KT0404 Types of amplifiers

KT0405 HF communication and satellite communication

KT0406 Audio integrating operations

KT0407 General weather radar

KT0408 The role of navigation

KT0409 The role of the flight director (FD) in navigation and communication


IAC0401 Discuss the fundamentals of radio and explain the functions of the transmitter, receiver and oscillators

IAC0402 Discuss modulation and explain the concepts of amplitude modulation (AM) ,frequency modulation (FM), single-sideband (SSB) and pulse modulation

IAC0403 Discuss flight management and explain computation of position and FMS functions

IAC0404 Discuss the ground proximity warning and its related warnings call-outs wind shear alerting and EGPWS terrain alerting and display

IAC0405 Discuss the VOR VHF- omnidirectional range and explain the roles of VOR indication, the radio magnetic indicator, navigation display, ground stations, aircraft equipment, automatic VOR, manual VOR, and control panel and automatic tuning

IAC0406 Discuss the VHF communication and controls and explain the roles of the VHF communication system, the VHF COMM transceiver and VHF control panel

IAC0407 Discuss the VHF communication and controls and explain the roles of the VHF communication system, the VHF COMM transceiver and VHF control panel


IAC0408 Discuss the RF generator and AM/FM modulation and explain the different TX and RX fault finding diagnostics

IAC0409 Discuss the HF communication system and explain the functions of the control panel, transceiver, antenna coupler, antenna and the lighting arrestor

IAC0410 Discuss satellite communication and describe the SATCOM system operations and the satellite telephone system

IAC0411 Discuss audio integrating and explain the operations of its acoustic equipment, push to talk switches, audio selector panel, voice ident filter and digital audio control

IAC0412 Discuss the cockpit voice recorder and explain the functions of the solid state cockpit voice recorder CVR and the underwater locator beacon ULB

IAC0413 Discuss general weather radar and explain how radar detects turbulences and wind shear

IAC0414 Discuss the MLS Micro Wave Landing System and explain the guidance and the data communication for the MLS

IAC0415 Discuss the role of navigation and explain the purpose of parameters, display and the inertial navigation system

IAC0416 Describe the laser principle of operation and explain the laser gyro

IAC0417 Explain the role of the flight director (FD) and discuss the principle of the FD indication

IAC0418 Discuss GPS - the global position system and explain space segment, control segment and user segment

(Weight 25%)

11.2.5. KM-11-KT05: Electrical Power (ATA 24) (20%)


KT0501 DC and AC generators and alternators

KT0502 Principles of cells and batteries

KT0503 The transformer rectifier unit operations

KT0504 Fault finding on AC and DC machines


IAC0501 Discuss the DC generators and alternators and explain the electromagnetic voltage regulator, the generator system, DC alternators and solid-state voltage regulator

IAC0502 Discuss AC generation and explain the alternator, AC voltage regulator, constant speed drive, and integrated drive generator

IAC0503 Discuss the construction and chemical action of batteries and explain the difference between primary and secondary cells

IAC0504 Discuss the chemical action of lead acid batteries and explain common battery faults


IAC0505 Discuss the construction of nickel cadmium batteries and explain its advantages and disadvantages

IAC0506 Discuss the parts and components of the AC and DC machines

IAC0507 Discuss electrical protection and explain the roles of fuses circuit breakers, induced current protection, split-bus circuits for avionics protection, differential current protection and other protections

(Weight 20%)

11.2.6. KM-11-KT06: Equipment and furnishings (ATA 25) (4%)


KT0601 Functions of the passenger address system

KT0602 Cabin Intercommunication Data System (CIDS)


IAC0601 Discuss the passenger address system and explain the operations of the amplifier and speaker

IAC0602 Discuss the passenger entertainment and service system related to; the video entertainment system, the passenger visual information system, the passenger entertainment system PES, the passenger service system and the Matsushita System 2000E

IAC0603 Discuss the use of the cabin intercommunication data system

IAC0604 Discuss and explain the CIDS architecture

(Weight 4%)

11.2.7. KM-11-KT07: Flight controls (ATA 27) (5%)


KT0701 Primary control system operating methods

KT0702 Operations of a mechanical controlled actuator

KT0703 Active stability systems


IAC0701 Discuss the various systems and explain the direct cable control systems, push-pull rod systems, torque tube systems, aerodynamically controlled control system and the hydraulically assisted control system

IAC0702 Discuss the hydraulic actuating system with control tab backup and the hydraulic power operated systems

IAC0703 Discuss actuators and explain the operation of a mechanical controlled actuator and the fly by wire actuator

IAC0704 Discuss fly-by-light systems and explain trim control systems 672101000 - Avionics Mechanic of 116

IAC0705 Discuss high lift devices and explain trailing edge flaps, leading edge flaps and slats

IAC0706 Discuss position indication and explain position and asymmetry monitoring

IAC0707 Discuss the lift dump, speed brakes and explain the roll spoiler, speed brake and ground spoiler system operation

IAC0708 Discuss and explain the active stability systems, yaw damping and signals

(Weight 5%)

11.2.8. KM-11-KT08: Instrument systems (ATA 31) (20%)


KT0801 Position transmitting sources

KT0802 The role of circuits

KT0803 The roles of temperature and altitude

KT0804 Pressure measuring instruments

KT0805 The roles and functions of the compass


IAC0801 Discuss the position transmitting of variable resistance signals and explain the functions of the synchros, direct torqur systems , servo systems and resolvers

IAC0802 Differentiate between the linear variable differential transformer (LVDTs) and the rotary variable differential transformer (RDVT)

IAC0803 Discuss the differential pressure instruments and explain the purpose of pressure measuring instruments

IAC0804 Discuss and explain ratio meter circuits, bridge circuits and thermocouples

IAC0805 Discuss quantity indication systems such as the DC electrical indicators, capacitance quantity system and digital fuel quantity indicating system

IAC0806 Discuss temperatures and explain altitude versus IAS/Mach and describe an over-speed warning

IAC0807 Discuss and explain the combination airspeed indicator and the air data computer

IAC08 Discuss gyros in relation to rigidity in space, precession and the different gyros

IAC0809 Discuss the role of directional gyro, vertical gyro and the purpose of rate gyro

IAC0810 Explain the functions of the gyro instrument power system related to electric motors and the pneumatic system

IAC0811 Discuss the compass and explain its role with the earth magnetic veld, inclination, variation, magnet compass, slaved gyro compass and the flux valve

IAC0812 Discuss compass systems in relation to light aircraft, the MD-80 compass system and new technology


(Weight 20%)

11.2.9. KM-11-KT09: Lights (ATA 33) (4%)


KT0901 The importance of maintaining lights

KT0902 Emergency lighting operations


IAC0901 Discuss the maintenance and inspection of lighting systems

IAC0902 Discuss exterior lights and explain the functions of the overview exterior lights, position lights, anti-collision light and strobe light

IAC0903 Discuss the interior lights and explain the functions of the incandescent lights, electro luminescent light, fluorescent lights and the cockpit lighting

IAC0904 Explain the operations of the emergency lighting

IAC0905 Discuss and explain the operations of the electro luminescence (EL)

(Weight 4%)

11.2.10. KM-11-KT10: On board maintenance systems (ATA 45) (4%)


KT1001 The central maintenance system

KT1002 The functions of data loading


IAC1001 Discuss the central maintenance system of on board maintenance

IAC1002 Discuss general condition monitoring and explain its architecture and ground support equipment GSE

IAC1003 Discuss and explain the functions of data loading

IAC1003 Explain the general functions of the electronic library and its system

IAC1004 Discuss the airborne printer and explain the printer and its interface

(Weight 4%)




Human Resource Requirements:672101000 - Avionics Mechanic of 116

Facilitator should have a qualification or proven experience that includes competencies in aircraft aerodynamics, structures and systems related to aircraft avionics


Legal Requirements:

None

11.4 Exemptions

None


12. 672101000-KM-12, Propulsion, NQF Level 5, Credits 4


The main focus of the learning in this knowledge module is to build an understanding of propulsion principles and types of gas turbine engines


KM-12-KT01: Turbine engines (40%)

KM-12-KT02: Engine indication systems (60%)


12.2.1. KM-12-KT01: Turbine engines (40%)


KT0101 Propulsion principles

KT0102 Types of gas turbine engines


IAC0101 Explain the propulsion principles and the Brayton cycle concept

IAC0102 Discuss the types of gas turbine engines and explain the functions of the; ramjet, pulse-jet, turbojet engines, turboprop, turboshaft and turbofan

IAC0103 Discuss engine efficiency and explain the concept of propulsive efficiency

IAC0104 Discuss the operations of the turbine engine fuel system and fuel control unit

IAC0105 Discuss the electro-hydro-mechanical fuel control and the turbine engine fuel control

(Weight 40%)

12.2.2. KM-12-KT02: Engine indication systems (60%)


KT0201 The use of engine instruments and power

KT0202 Role of the temperature indicating system

KT0203 The torque indicating system

KT0204 Engine measuring instruments and aerodynamics

KT0205 Alignment of engine measuring instruments


IAC0201 Discuss the impact of engine power and instruments and explain the use of conventional instruments

IAC0202 Discuss the purpose of tachometers and explain the operations of the mechanical tachometers, the electric tachometers and the electronic solid state systems


IAC0203 Discuss the temperature indication system and explain the role of the thermocouple instruments, reciprocating engine and turbine engine

IAC0204 Discuss the functions of the EGT exhaust gas temperature indication and explain the role of engine pressure ratio (EPR); calculations, gauge and the EPR indicating system

IAC0205 Discuss the torque indicating system and explain the torque limits

IAC0206 Explain the functions of the hydro-mechanical torque indicating system and the electronic torque indicating system

IAC0207 Discuss the principles of engine vibration monitoring and explain the system layout

IAC0208 Explain the roles of the engine multiplexer and the electronic engine control

IAC0209 Discuss the operations of the calliper and divider and explain precision gauges

IAC0210 Identify the components and explain the operations

IAC0211 Discuss the exhaust and engine oil systems and identify the components

IAC0212 Discuss the operations of the indicating and starting systems

IAC0213 Discuss gearbox and transmissions on engines and explain the lubrication systems components on engines

IAC0214 Discuss the mounting and de-rigging of an engine and explain the process of test bed testing

(Weight 60%)





Facilitator should have a qualification or proven experience that includes competencies in propulsion related to aircraft avionics


Legal Requirements:

None

12.4 Exemptions

None


13. 672101000-KM-13, Basic hand and workshop tools , NQF Level 3, Credits 10


The main focus of the learning in this knowledge module is to build an understanding of the care and control in the use of basic hand and workshop tools including the procedures and techniques for using power, hand and measuring tools


KM-13-KT01: Workshop practices (10%)

KM-13-KT02: Functions of the tools (40%)

KM-13-KT03: Principles and techniques for trade related tools (50%)


13.2.1. KM-13-KT01: Workshop practices (10%)


KT0101 Materials and various measuring systems

KT0102 The sources of errors in measurements


IAC0101 Discuss the various measuring systems used in the workshop and explain the methods of unit conversion

IAC0102 Discuss general tolerances and explain the methods of tolerances

IAC0103 Discuss calibration and graduation of measuring instruments

IAC0104 Discuss the sources of errors in measuring instruments

(Weight 10%)

13.2.2. KM-13-KT02: Functions of the tools (40%)


KT0201 The use of hand tools in the workshop

KT0202 The use of power tools in the workshop

KT0203 The use of measuring instruments in the workshop


IAC0201 Discuss and explain the use of the hand tools in the workshop

IAC0202 Explain the standard tightening procedure for threaded fasteners

IAC0203 Discuss the use of power tools and explain the use of these tools in the workshop

IAC0204 Discuss and explain some drilling hints for the work environment

IAC0205 Discuss the use of cutting agents and explain the purpose of hand-held drill motors 672101000 - Avionics Mechanic of 116

IAC0206 Discuss the operations of drill grinding and point thinning and explain the functions and rules of the various countersinking operations

IAC0207 Explain the use of measuring instruments and the purpose of Vernier calliper readings, micrometre readings and micrometre handling

IAC0208 Explain the functions of the measurement dial indicator and discuss the depth measurement of small blend outs

IAC0209 Discuss the application of lubrication and the lubrication diagram and the use of the lubricating gun

(Weight 40%)

13.2.3. KM-13-KT03: Principles and techniques for trade related tools (50%)


KT0301 Procedures and techniques for using power tools

KT0302 Procedures and techniques for using hand tools

KT0303 Procedures and techniques for using measuring tools


IAC0301 Identify the names and explain the functions of all the power tools and accessories

IAC0302 Identify and explain the various types of tools that use pneumatic pressure

IAC0303 Discuss the importance of conformance to store/factory procedures and general material handling

IAC0304 Identify the names and explain the functions of all the various types of hand tools and accessories

IAC0305 Discuss and explain the process of selecting the correct engineering hand tools and discuss the effects of using the incorrect and defective hand tools

IAC0306 Discuss and explain the fundamental principles involved in shaping and cutting

IAC0307 Discuss the implications related to using incorrect /accurate measuring units and symbols

IAC0308 Discuss and explain the difference between measuring and inspecting

(Weight 50%)





Facilitator should have a qualification or proven experience that includes competencies in basic hand and workshop tool related to aircraft avionics



Legal Requirements:

None

13.4 Exemptions

None


SECTION 3B: PRACTICAL SKILL MODULE SPECIFICATIONS

List of Practical Skill Module Specifications

672101000-PM-01, Implement tool safety control measures, NQF Level 3, Credits 1

672101000-PM-02, Use basic hand and workshop tools , NQF Level 3, Credits 12

672101000-PM-03, Use special tools and equipment , NQF Level 4, Credits 8

672101000-PM-04, Perform safety precautions on an aircraft and in the workshop, NQF Level 4, Credits 4

672101000-PM-05, Align safety compliance requirements on aircraft avionic system components, NQF Level 4, Credits 3

672101000-PM-06, Set up and operate ground support and conduct functional equipment flight tests, NQF Level 4, Credits 1

672101000-PM-07 , Inspect, test and troubleshoot electrical components, and assemblies, NQF Level 5, Credits 46

672101000-PM-08, Inspect and repair instruments components, and assemblies, NQF Level 5, Credits 4

672101000-PM-09, Test, troubleshoot and service instruments components and assemblies, NQF Level 5, Credits 16

672101000-PM-10, Inspect repair and service radio / radar components and assemblies, NQF Level 5, Credits 8

672101000-PM-11, Test and troubleshoot radio / radar components and assemblies, NQF Level 5, Credits 24


1. 672101000-PM-01, Implement tool safety control measures, NQF Level 3, Credits 1

1.1 Purpose of the Practical Skill Modules

The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to conduct inspections and checks on tools used for aircraft safety. The LCT for this module is 1.25 days

The learner will be required to:

PM-01-PS01 : Examine tools for defects

PM-01-PS02: Conduct a tool verification inspection

1.2 Guidelines for Practical Skills

1.2.1. PM-01-PS01 : Examine tools for defects

Scope of Practical Skill

Given tool equipment forms and cleaning material the learner must be able to:

PA1 01 Clean, check and return tools after use

PA1 02 Report any missing tools

PA1 03 Complete reporting forms

Applied Knowledge

AK1 01 Cleaning techniques

AK1 02 Safety precautions in the workplace

AK1 03 Reporting processes

Internal Assessment Criteria

IAC1 01 Tools are cleaned safety and carefully and returned to the store and/or tool shadow board in a working condition, signed off by the supervisor in line with cleaning techniques

IAC1 02 Missing tools are reported appropriately using the necessary paperwork in accordance with reporting processes

1.2.2. PM-01-PS02: Conduct a tool verification inspection


Given tool inspection forms and the instructions for the tool inspection process the learner must be able to:

PA0201 Check calibration of tools

PA0202 Complete a tool inspection form

Applied Knowledge

AK0201 Tool inspection forms

AK0202 Reporting processes and procedures


AK0203 Tool inspection process and procedures


IAC0201 Tool calibration inspections are conducted accurately using tool inspection forms in line with reporting processes

IAC0202 Inspection forms are completed accurately in line with reporting processes after a tool inspecting is done in line with tool inspection process and procedures



The provider must have all the required safety measures and tools to enhance aircraft safety


Facilitator should have a qualification or proven experience that includes competencies related to avionics safety tools


Legal Requirements:

Certificate of compliance to Health and Safety requirements

Compliant to SANS requirements

1.4 Exemptions

None


2. 672101000-PM-02, Use basic hand and workshop tools , NQF Level 3, Credits 12


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to use hand tools and workshop tools including special tools and equipment in the avionic environment for the purpose of designing, measuring and manufacturing work pieces and using electronic test equipment. The LCT for this module is 15 days


PM-02-PS01: Use and care for basic hand and power tools.

PM-02-PS02: Manufacture a workpiece


2.2.1. PM-02-PS01: Use and care for basic hand and power tools.


Given spanners, screwdrivers, hammers, pliers, cutters, files, hacksaw, sockets, wrenches, grinders, drilling machines and band saws the learner must be able to:

PA0101 Identify a hand tool

PA0102 Identify a power tool safely

PA0103 Replace and dress a grinding wheel

PA0104 Drill and ream holes using pedestal drill

PA0105 Cut metal with a band saw

Applied Knowledge

AK0101 Pneumatic pressure prescriptions and specifications

AK0102 Power tools manufacturers specifications

AK0103 Techniques for using hand tools

AK0104 Safety, Health, Environment and Quality (SHEQ) Legislation

AK0105 Aviation regulations


IAC0101 The appropriate hand tools are selected and used safely to perform a task according to the techniques for using hand tools consistent with the SHEQ procedures

IAC0102 Power tools with various workshop equipment are safely identified and used as per power tools manufacturers specifications and the SHEQ procedures

IAC0103 Various workshop equipment is used safely according to the SHEQ prescriptions

IAC0104 Drilling and grinding actions are completed accurately according to pneumatic pressure prescriptions and specifications

IAC0105 Metal is cut safety and accurately using hand tools techniques as per the SHEQ (Safety, Health, Environment and Quality) legislation


2.2.2. PM-02-PS02: Manufacture a workpiece


Given a hacksaw, files, internal and external threads and locking devices the learner must be able to:

PA0201 Perform a layout of a workpiece using the correct tools

PA0202 Create internal and external threads

PA0203 Use locking devices

Applied Knowledge

AK0201 Original Manufacturers Manual (OEM)

AK0202 Safety, Health, Environment and Quality (SHEQ) Legislation

AK0203 Aviation regulation


IAC0201 Tools (a hacksaw and files) to cut and file to layout are used safely and accurately in order to manufacture a workpiece according to aviation regulations

IAC0202 Internal and external threads are produced correctly using hand taps and hand dies according to manufacturerâs prescriptions ��

IAC0203 Various locking devices are correctly differentiated and locking techniques are applied to secure locking parts as required by the OEM



The provider must have all the required hand tools, power tools and measuring equipment for the avionic environment


Facilitator should have a qualification or proven experience that includes competencies related to avionics measuring equipment and tools


Legal Requirements:



2.4 Exemptions

None


3. 672101000-PM-03, Use special tools and equipment , NQF Level 4, Credits 8


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to design and solder circuits and components to board and to identify and use locking devices and electronic equipment. The LCT for this module is 10 days


PM-03-PS01: Design, solder and de-solder a circuit and/or components to a board

PM-03-PS02 : Use electronic test equipment

PM-03-PS03: Use and care for measuring instruments


3.2.1. PM-03-PS01: Design, solder and de-solder a circuit and/or components to a board


Given soldering and circuit equipment, various soldering and circuit boards, diagrams, layouts , the correct materials for etching, the processes and procedures for soldering and a circuit design the learner must be able to:

PA0101 Select and identify soldering equipment and boards

PA0102 Select the required electronic components and perform the lay-out

PA0103 Apply soldering steps / techniques to perform solder joints

PA0104 Clean soldered boards

PA0105 Remove components from soldered boards

PA0106 Select correct materials for etching printed circuit boards and construct a circuit

PA0107 Conduct removals and installations

Applied Knowledge

AK0101 Circuit design and soldering standards

AK0102 Circuit diagram lay outs

AK0103 Circuit plan design

AK0104 Soldering techniques of circuits

AK0105 Circuits lay out drawings and designs procedures

AK0106 Handling and machining of circuit boards

AK0107 Circuit artwork processes

AK0108 Electrical test methods

AK0109 Bonding processes


AK0110 Processes and procedures for using discreet components and flat packs for appropriate soldering equipment (hot tip and hot air) to mount and de-solder components


IAC0101 Soldering equipment and boards are selected carefully and the application of soldering methods and processes are applied for mass soldering consistent with the soldering techniques of circuits

IAC0102 Selected circuits are differentiated correctly as per the circuit diagram layout and drawings in line with designs techniques

IAC0103 Selected circuits are differentiated correctly as per the circuit diagram layout and drawings in line with designs techniques

IAC0104 A circuit plan is designed carefully on paper and the soldering of components onto board is completed in line with circuit design and soldering standards

IAC0105 Components are de-soldered carefully from boards according to the soldering techniques of circuits

IAC0106 Soldered board/s are differentiated correctly and the selection and application of cleaning solvents is determined using cleaning techniques to solder board/s

IAC0107 De-soldering equipment and material is selected and differentiated accurately to solder boards according to the circuit plans design

IAC0108 Artwork and the drilling of PCB's are developed and drawn correctly in a lay out according to circuits lay out drawings and designs techniques and procedures

IAC0109 A circuit is constructed accurately using the etched PCB and approved soldering techniques to solder to standard

IAC0110 ESD's, PCB and ESDS LRUS are removed and installed correctly according to electronic test methods for solder hook, pierced and lug terminals

3.2.2. PM-03-PS02 : Use electronic test equipment


Given AC and DC machines specifications, safe function generator processes, an oscilloscope and a multi-meter the learner must be able to:

PA2 01 Produce an output

PA2 02 Produce certain wave forms and functions

PA2 03 Perform measurements with an oscilloscope

PA2 04 Measure using a multi-meter

Applied Knowledge

AK2 01 Bonding resistance specifications

AK2 02 Test methods, process and procedures for the RF - Wattmeter (Thruline), the VOR, LOC, GP, Marker and VHF-COM tester


AK2 03 Electronic Flight Instrument System (EFIS) and EICAS

AK2 04 Digital Techniques

AK2 05 Electronic instrument systems

AK2 06 SHEQ legislation


IAC2 01 Various controls of a regulated DC power supply are selected, set and tested properly according to the procedures to produce certain outputs in line with the instructions on safety procedures for power supply

IAC2 02 Various controls of a function generator are set accurately to produce certain wave forms and functions in line with the safe function generator use instructions as per the SHEQ legislations

IAC2 03 Various controls are used properly in an oscilloscope to perform certain measurements and functions according to digital techniques to standard

IAC2 04 Various controls of a multi-meter are selected and set accurately to perform measurements and tested to function safely consistent with the electronics specifications manual

3.2.3. PM-03-PS03: Use and care for measuring instruments


Given measuring tape, a ruler a workpiece, a Venier and a micrometre with measuring specifications the learner must be able to:

PA0301 Perform measurements using a steel ruler and measuring tape

PA0302 Adjust calliper and divider settings using a ruler

PA0303 Check a workpiece with a combination set

PA0304 Use a venier to perform measurements

PA0305 Perform measurements with a micrometer

PA0306 Use a Dial Test Indicator (DTI)

Applied Knowledge

AK0301 Measuring specifications manual

AK0302 The english or imperial system and the metric system

AK0303 Measuring systems specifications 03

AK0304 Workshop materials specifications

AK0305 Measuring instruments specifications

AK0306 Vernier measuring prescriptions



IAC0301 The difference between a steel ruler and measuring tape (using both items) is determined properly using the measuring systems specifications accordingly

IAC0302 The calliper and divider are adjusted to the required settings for measuring according to specifications as per the measuring instruments manual

IAC0303 A combination set is selected carefully to perform verifications of angles on a work piece according to the measuring systems specifications

IAC0304 An applicable Vernier is selected correctly to perform inside, outside, depth and height measurements, marking off according to Vernier height and measuring standards

IAC0305 An applicable micrometer is correctly selected for the performance of inside, outside and depth measurements conducted to measuring systems specifications

IAC0306 A DTI is accurately used for measuring tasks and the care of an engineering square is demonstrated in line with measuring instruments specifications



The provider must have all the required safety measures and tools to enhance aircraft safety


Facilitator should have a qualification or proven experience that includes competencies related to avionics safety tools


Legal Requirements:



3.4 Exemptions

None


4. 672101000-PM-04, Perform safety precautions on an aircraft and in the workshop, NQF Level 4, Credits 4


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to Move and aircraft correctly and safely, execute hangar operations and tow and do ground handling of an aircraft. The LCT for this module is 5 days


PM-04-PS01: Manoeuvre the aircraft in a confined space and perform the jacking of an aircraft

PM-04-PS02: Execute safe operations of hangar doors

PM-04-PS03 : Undertake aircraft towing and ground handling


4.2.1. PM-04-PS01: Manoeuvre the aircraft in a confined space and perform the jacking of an aircraft


Given laid down, tie down, towing policies and procedures and jacking procedures the learner must be able to:

PA0101 Assess and plan the safety and moving space requirements of the aircraft

PA0102 Position the aircraft correctly

PA0103 Assess the environment conditions for jacking operations to be performed

PA0104 Examine the serviceability of the jack and jacking point

Applied Knowledge

AK0101 Laid down policies and procedures

AK0102 Procedures and processes for aircraft handling and storage

AK0103 Towing and Tie down procedures

AK0104 Jacking procedures


IAC0101 The aircraft is correctly and safely moved according to lay down policies and procedures

IAC0102 The aircraft is jacked correctly and safely in line with as safety procedures and according to laid down procedures for jacking

4.2.2. PM-04-PS02: Execute safe operations of hangar doors


Given hangar door procedures and the Standard Operational Procedures (SOPâs) and competency ��prescripts for jacking the learner must be able to:

PA0201 Assess environment conditions


PA0202 Examine the hangar doors and operating systems for serviceability

PA0203 Open and close hangar doors

Applied Knowledge

AK0201 Process and procedure for hangar doors operations

AK0202 Standard operating procedures (SOPâs) and competency prescripts ��

AK0203 Ground handling procedures


IAC0201 An environmental assessment is conducted properly according to safety prescripts and standards

IAC0202 Hangar doors are opened and closed properly in line with the compliance processes and procedures for hangar doors operations

4.2.3. PM-04-PS03 : Undertake aircraft towing and ground handling


Given laid down, tie down and towing policies and procedures the learner must be able to:

PA3 01 Prepare the aircraft for ground handling/ towing

PA3 02 Examine towing equipment

Applied Knowledge

AK3 01 Tie down procedures

AK3 02 Towing procedures

AK3 03 Laid down policies and procedures


IAC3 01 Towing and ground handling equipment are examined carefully for appropriateness and serviceability as per the towing procedures

IAC3 02 The aircraft is properly prepared for towing according to towing and laid down procedures to standard



The provider must have functional hangar doors and implicit knowledge of hangar operations and safety procedures


Facilitator should have a qualification or proven experience that includes competencies related to energy or energy efficiency



Legal Requirements:



4.4 Exemptions

None


5. 672101000-PM-05, Align safety compliance requirements on aircraft avionic system components, NQF Level 4, Credits 3


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to learn the implications of safety in the working environment. The LCT for this module is 3.75 days


PM-05-PS01 : Work safely in a maintenance environment

PM-05-PS02 : Apply ESDS safety precautions


5.2.1. PM-05-PS01 : Work safely in a maintenance environment


Given the rules regulations and procedures for safety the learner must be able to:

PA1 01 Identify required maintenance equipment in the workplace environment

PA1 02 Identify any obstructions in the workplace environment

Applied Knowledge

AK1 01 Process and procedures for working safety

AK1 02 Aviation maintenance regulations

AK1 03 Aircraft maintenance procedures

AK1 04 Safety, Health, Environment and Quality (SHEQ) legislation


IAC1 01 Obstructions are identified accurately and the rules, regulations and procedures are in line with good engineering practise

IAC1 02 Good engineering practise is applied appropriately according to the Safety, Health, Environment and Quality Legislation (SHEQ)

5.2.2. PM-05-PS02 : Apply ESDS safety precautions


Given antistatic writs straps, electrical connectors and strobe lights the learner must be able to:

PA2 01 Use antistatic wrist straps

PA2 02 Cover electrical connectors with antistatic plugs

PA2 03 Apply time limits to high energy units and strobe lights

Applied Knowledge


AK2 01 Safety, Health, Environment and Quality (SHEQ) legislation

AK2 02 Aviation maintenance regulations

AK2 03 Standards of safe working practice


IAC2 01 The correct safety precautions with respect to ESDS and antistatic wrist straps are consistent with the standards of safe working practise

IAC2 02 Connectors are covered properly to protect them from damage and dust accordingly as per the SHEQ legislation

IAC2 03 Time limits to ensure safety are observed accordingly as per the SHEQ



The provider must have the required equipment for safety compliance on an aircraft


Facilitator should have a qualification or proven experience that includes competencies related to aircraft safety


Legal Requirements:



5.4 Exemptions

None


6. 672101000-PM-06, Set up and operate ground support and conduct functional equipment flight tests, NQF Level 4, Credits 1


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to use ground support equipment and do functional flight tests. The LCT for this module is 1.25 days


PM-06-PS01 : Use ground support equipment to supply external power and air cooling

PM-06-PS02: Use the applicable test equipment


6.2.1. PM-06-PS01 : Use ground support equipment to supply external power and air cooling


Given the procedures to operation of a mechanical controlled actuator and an external power unit and an air cooling unit the learner must be able to:

PA1 01 Operate ground support equipment

PA1 02 Conduct flight tests

PA1 03 Operate air and power units

PA1 04 Operate external power unit

PA1 05 Operate air cooling unit

Applied Knowledge

AK1 01 Primary control system operating procedures

AK1 02 Procedures to operation of a mechanical controlled actuator

AK1 03 Electronic Flight Instrument System (EFIS) and EICAS


IAC1 01 Cargo doors are opened properly and the electrical/electronic compartment door is tested to standard as per the procedures to operate a mechanically controlled actuator

IAC1 02 Cross ventilation is ascertained through the use of the correct power and cooling units to the standard of the control system operating procedures

IAC1 03 The fans are operated accurately and confirmed to be in working order according to the Electronic Flight Instrument System (EFIS) and EICAS

6.2.2. PM-06-PS02: Use the applicable test equipment


Given the procedures for using test equipment the learner must be able to:


PA0201 Identify the applicable test equipment

PA0202 Utilise applicable test equipment

Applied Knowledge

AK0201 IAW operations manual

AK0202 Procedures for testing equipment


IAC0201 Test equipment is identified correctly according to the IAW operation manual instructions

IAC0202 Test equipment is used accurately according to the IAW operation manual instructions



The provider must have the required equipment for the set up and operations of ground support and being able to conduct functional equipment flight tests


Facilitator should have a qualification or proven experience that includes competencies related to the set up and operations of ground support and conducting functional equipment flight tests


Legal Requirements:



6.4 Exemptions

None


7. 672101000-PM-07 , Inspect, test and troubleshoot electrical components, and assemblies, NQF Level 5, Credits 46


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to design, connect, measure, calculate test and construct electrical components and assemblies on an aircraft. The LCT for this module is 57.5 days


PM-07 -PS01: Design, construct, measure and test resistors and resistive circuits

PM-07 -PS02 : Connect, measure, test and perform calculations of batteries

PM-07 -PS03 : Demonstrate the effect a voltage regulator has on the output voltage of a circuit.

PM-07 -PS04 : Measure voltages with an analogue and digital multi-meter and use magnetic operating equipment

PM-07 -PS05 : Demonstrate fault finding techniques related to power supplies and perform measurements with an oscilloscope

PM-07 -PS06: Calculate frequency values of RLC circuits and power and perform calculations to determine the sum of voltages and current in a circuit

PM-07 -PS07: Test capacitors to construct circuits to perform specific applications

PM-07 -PS08: Calculate/construct various digital electronics circuits and technology and design/construct aircraft wiring looms

PM-07 -PS09: Remove, examine, lubricate, and install bearings and conduct the overhaul, service and functional testing of DC and AC machines


7.2.1. PM-07 -PS01: Design, construct, measure and test resistors and resistive circuits


Applied Knowledge


7.2.2. PM-07 -PS02 : Connect, measure, test and perform calculations of batteries


Applied Knowledge


7.2.3. PM-07 -PS03 : Demonstrate the effect a voltage regulator has on the output voltage of a circuit.


Applied Knowledge672101000 - Avionics Mechanic of 116


7.2.4. PM-07 -PS04 : Measure voltages with an analogue and digital multi-meter and use magnetic operating equipment


Applied Knowledge


7.2.5. PM-07 -PS05 : Demonstrate fault finding techniques related to power supplies and perform measurements with an oscilloscope


Applied Knowledge


7.2.6. PM-07 -PS06: Calculate frequency values of RLC circuits and power and perform calculations to determine the sum of voltages and current in a circuit


Applied Knowledge


7.2.7. PM-07 -PS07: Test capacitors to construct circuits to perform specific applications


Applied Knowledge


7.2.8. PM-07 -PS08: Calculate/construct various digital electronics circuits and technology and design/construct aircraft wiring looms


Applied Knowledge


7.2.9. PM-07 -PS09: Remove, examine, lubricate, and install bearings and conduct the overhaul, service and functional testing of DC and AC machines



Applied Knowledge




The provider must have the required equipment for the Inspection, testing and troubleshooting of electrical components, and assemblies of an aircraft


Facilitator should have a qualification or proven experience that includes competencies related to the inspection, testing and troubleshooting of electrical components, and assemblies of an aircraft


Legal Requirements:



7.4 Exemptions

None


8. 672101000-PM-08, Inspect and repair instruments components, and assemblies, NQF Level 5, Credits 4


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to inspect pressure measuring and oxygen equipment. The LCT for this module is 5 days


PM-08-PS01: Inspect pressure measuring instruments

PM-08-PS02 : Inspect and check the oxygen equipment and the calibration of an aircraft compass


8.2.1. PM-08-PS01: Inspect pressure measuring instruments


Given pressure readings, pressure indications and instruments the learner must be able to:

PA0101 Inspect oxygen

PA0102 Replenish oxygen system

PA0103 Record oxygen readings

PA0104 Carry the calibration of compass systems

PA0105 Record results on a compass card

Applied Knowledge

AK0101 Differential pressure instruments

AK0102 International standard atmosphere (ISA) specifications


IAC0101 The calibration of various pressure instruments and transmitters are inspected properly according to international atmospheric standards specifications

IAC0102 Proper recordings of calibration readings are displayed appropriately in line with the ISA standards

8.2.2. PM-08-PS02 : Inspect and check the oxygen equipment and the calibration of an aircraft compass


Given oxygen servicing equipment, calibration techniques, aircraft maintenance inspections and inspection techniques, proper recordings and pressure indications the learner must be able to:

Applied Knowledge

AK2 01 Oxygen servicing equipment


AK2 02 Aircraft maintenance inspections and inspection techniques

AK2 03 ATA Inspection tasks codes

AK2 04 Calibration techniques

AK2 05 Properties of oxygen


IAC2 01 The proper indication of oxygen equipment is inspected properly consistent with the oxygen servicing equipment requirements

IAC2 02 Proper pressure indications are indicated and recorded correctly using differential pressure instruments in line with ATA inspection tasks codes

IAC2 03 Proper recordings of oxygen readings are confirmed correctly in line with the related standards of the properties of oxygen

IAC2 04 Compass swing is observed carefully and inspection is concluded using the aircraft maintenance inspections and inspection techniques



The provider must have the required equipment for the inspection of instruments components, and assemblies on an aircraft


Facilitator should have a qualification or proven experience that includes competencies related to the testing and troubleshooting of instruments components, and assemblies


Legal Requirements:



8.4 Exemptions

None


9. 672101000-PM-09, Test, troubleshoot and service instruments components and assemblies, NQF Level 5, Credits 16


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to test and troubleshoot instruments components, and assemblies of an aircraft. The LCT for this module is 20 days


PM-09-PS01 : Conduct functional testing

PM-09-PS02 : Troubleshoot instruments and pressure systems


9.2.1. PM-09-PS01 : Conduct functional testing


Given a bourdon tube, a barfield tester, and an altimeter the learner must be able to:

PA1 01 Test and calibrate a Bourdon tube pressure gauge

PA1 02 Test an altimeter

PA1 03 Test pressure switches and transmitters

PA1 04 Test a thermocouple for serviceability

PA1 05 Test The Mach/ASI indicator

PA1 06 Test the air data computer

Applied Knowledge

AK1 01 Altimere indicators procedures

AK1 02 Primary and secondary surveillance radar (PSR/SSR)

AK1 03 Secondary surveillance radar display processes

AK1 04 Traffic collision avoidance procedures (TCAS)

AK1 05 The system block diagram

AK1 06 Dead weight tests for pressure switches processes and procedures


IAC1 01 A barfield tester for thermo couples as well as a pitot static tester using altimere indicators procedures is used accurately according to altimere indicators procedures

IAC1 02 An altimeter test for traffic collision avoidance is conducted properly for vertical speed indication and airspeed indication results according to altimere indicators procedures

IAC1 03 A dead weight test for pressure switches and transmitters is documented accurately and the results are recorded consistent with procedures for dead weight tests for pressure switches

IAC1 04 The Mach/ASI indicator is tested accurately according to thermocouple specifications


IAC1 05 Pressure switches and transmitters are tested accurately with a dead weight tester and any other applicable test equipment consistent with the procedures for dead weight tests for pressure switches

9.2.2. PM-09-PS02 : Troubleshoot instruments and pressure systems


Given a thermocouple and air data computer the learner must be able to:

PA2 01 Troubleshoot defective instrument systems

PA2 02 Troubleshoot defective pressure systems

Applied Knowledge

AK2 01 Altimere indicators procedures

AK2 02 Primary and secondary surveillance radar (PSR/SSR)

AK2 03 Secondary surveillance radar display processes

AK2 04 Traffic collision avoidance procedures (TCAS)

AK2 05 The system block diagram


IAC2 01 Rectification and recalibration of defective instruments are determined carefully according to the maintenance manual

IAC2 02 Rectification and recalibration of pressure systems are determined carefully according to the maintenance manual



The provider must have the required equipment for the testing and troubleshooting of instruments components, and assemblies


Facilitator should have a qualification or proven experience that includes competencies related to the testing and troubleshooting of instruments components, and assemblies


Legal Requirements:



9.4 Exemptions

None


10. 672101000-PM-10, Inspect repair and service radio / radar components and assemblies, NQF Level 5, Credits 8


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to inspect radio / radar components, and assemblies on an aircraft. The LCT for this module is 10 days


PM-10-PS01 : Inspect radio components and assemblies

PM-10-PS02 : Inspect radar components and assemblies


10.2.1. PM-10-PS01 : Inspect radio components and assemblies


Given vertical and dipole antennas and radio process and procedures the learner must be able to:

PA1 01 Construct a basic vertical and dipole antennas

PA1 02 Install and remove antennas on an aircraft

Applied Knowledge

AK1 01 Radio process and procedures

AK1 02 VHF and HF communication procedures

AK1 03 Satellite communication procedures

AK1 04 Audio integrating procedures

AK1 05 Weather radar and navigation procedures


IAC1 01 The recording of measurements are determined accurately in accordance with antenna specification requirement

IAC1 02 A plug is constructed correctly according to audio integrating procedures and specifications

10.2.2. PM-10-PS02 : Inspect radar components and assemblies


Given a pre-constructed antenna, a plug and radio process and procedures the learner must be able to:

PA2 01 Measure the SWR of a pre-constructed antenna

PA2 02 Construct a BNC-to-Pl259 RF plug and coaxial cable

Applied Knowledge





AK2 04 Audio integrating procedures and specifications


AK2 06 Antenna specifications requirements


IAC2 01 The recording of measurements are determined using the specifications of the antenna

IAC2 02 A plug is constructed according to audio integrating procedures specifications



The provider must have the required equipment for the inspection of radio / radar components, and its assemblies


Facilitator should have a qualification or proven experience that includes competencies related to the inspection of radio / radar components, and its assemblies


Legal Requirements:



10.4 Exemptions

None


11. 672101000-PM-11, Test and troubleshoot radio / radar components and assemblies, NQF Level 5, Credits 24


The focus of the learning in this module is on providing the learner an opportunity to The focus of the learning in this module is on providing the learner an opportunity to conduct diagnostic testing and operate communication systems and design advanced electronic circuits. The LCT for this module is 30 days


PM-11-PS01 : Conduct diagnosticâs testing on communication and navigation systems��

PM-11-PS02 : Operate communication and navigation systems

PM-11-PS03 : Design, construct and test advanced electronic circuits


11.2.1. PM-11-PS01 : Conduct diagnosticâs testing on communication and navigation systems��


Given communication or navigational equipment/system and an oscilloscope the learner must be able to:

PA1 01 Perform a functional test of the communication or navigational equipment/system

PA1 02 Use an oscilloscope to measure the injection of signals

PA1 03 Analyse and compare measurements

Applied Knowledge






AK1 06 Manual circuit diagram processes

AK1 07 Fault finding techniques

AK1 08 AM transmitter, AM SSB transmitter, AM receiver, AM SSB receiver and DSB/SSB AM modulation and demodulation processes and procedures


IAC1 01 Fault finding principles are determined accurately using an oscilloscope in line with fault finding techniques

IAC1 02 Measurements of the injections signals is determined correctly by the signal generator in relation to the building blocks of the AM transmitter, AM SSB transmitter, AM receiver, AM SSB receiver and DSB/SSB AM modulation and demodulation processes and procedures

IAC1 03 Measurements are taken accurately with an oscilloscope and analysed consistent with manual/circuit diagram processes


11.2.2. PM-11-PS02 : Operate communication and navigation systems


Given control panel of VHF and HF communication systems and a RF wattmeter the learner must be able to:

PA2 01 Identify and use the control panel of VHF

PA2 02 Identify and use the control panel for HF communication systems

PA2 03 Use a RF wattmeter

Applied Knowledge






AK2 06 Wattmeter specifications


IAC2 01 Communication systems are operated properly and maintained to standard in line with VHF and HF communication procedures

IAC2 02 The control panel for HF communication systems are determined accurately according to VHF and HF Communication procedures

IAC2 03 The use of the RF output from any transmitter in an aircraft is determined correctly according to wattmeter specifications

11.2.3. PM-11-PS03 : Design, construct and test advanced electronic circuits


Given an amplifier, various types of MVB, circuits, circuit diagrams, an oscilloscope and circuits the learner must be able to:

PA3 01 Construct an amplifier

PA3 02 Construct the various types of MVB

PA3 03 Display the outputs of amplified signals

PA3 04 Construct regulator circuits

PA3 05 Generate AM and FM modulated signals

PA3 06 Calibrate the oscilloscope and multi-meter


PA3 07 Construct circuits from a variety of components

PA3 08 Use various radar test equipment

PA3 09 Construct circuits on breadboards

PA3 10 Measure basic serviceability of components

PA3 11 Use circuit diagrams for fault finding

Applied Knowledge

AK3 01 OP amplifiers procedures

AK3 02 Original Manufacturers Manual (OEM)

AK3 03 Circuit diagrams techniques

AK3 04 Circuit construction procedures

AK3 05 Radar test equipment processes


IAC3 01 Various signals are displayed correctly using an oscilloscope according to OEM specifications

IAC3 02 The construction and testing of the MVB, Astable, Bistable, Monostable, Inverter and Schmitt trigger is contructed and tested properly using discreet components and 555 IC for operation to standard in accordance with OP amplifiers procedures

IAC3 03 The BJT, FET, MOSFET and UJT characteristics are determined correctly according to OP amplifiers procedures

IAC3 04 Zener diodes, pass transistors, 78 and 79 series as well as the LM series are correctly used to construct regulator circuits according to OP-amplifiers procedures

IAC3 05 AM and FM modulated signals are generated to standard using a function - and signal generator accurately according to OP-amplifiers procedures

IAC3 06 The operation of tank circuit, hartley, collpitts, foster sealy, ticker coil and xtal controlled oscillators are established to standard according to circuit diagrams techniques

IAC3 07 Different types of radar displays inclusive of CRT, LCD, LED with focus on PPI's are confirmed properly consistent with circuit construction procedures

IAC3 08 Fault finding and troubleshooting defective circuit components are confirmed correctly according to radar test equipment processes

IAC3 09 The selection of the correct components according to given circuit diagrams for fault finding is confirmed properly in line with radar test equipment processes

IAC3 10 The basic serviceability of components is measured accurately using a digital multimeter and/or by constructing circuits to prove status and/or use of specialised testers according to circuit diagrams techniques

IAC3 11 The correct components are selected carefully according to the given circuit diagrams to construct circuits on breadboards and fault finding on the constructed circuits is determined according to circuit construction procedures




The provider must have the required equipment for the testing and troubleshooting of radio / radar components, and assemblies


Facilitator should have a qualification or proven experience that includes competencies related to the testing and troubleshooting of radio / radar components, and assemblies


Legal Requirements:



11.4 Exemptions

None


SECTION 3C: WORK EXPERIENCE MODULE SPECIFICATIONS

List of Work Experience Module Specifications







1. 672101000-WM-01, Tool control processes and procedures in the aircraft maintenance environment, NQF Level 4, Credits 32

1.1 Purpose of the Work Experience Modules

The focus of the work experience is on providing the learner an opportunity to:

perform tool checks for damage and cleanliness, to use the tools correctly and conduct tasks with the required special tool correctly. The LCT for this module is 40 days


WM-01-WE01: Perform a tool check before and after completing a task over a period of 5 weeks involving daily use of the tools

WM-01-WE02: Observe serviceability placards of tools over a period of 3 weeks and must involve daily use of the tools

1.2 Guidelines for Work Experiences

1.2.1. WM-01-WE01: Perform a tool check before and after completing a task over a period of 5 weeks involving daily use of the tools

Scope of Work Experience

The person will be expected to engage in the following work activities:

WA0101 Inspect tools for cleanliness / damage to the tools

WA0102 Handle tools correctly to perform tasks

WA0103 Return / replace tools to shadow board/ toolbox or store room

WA0104 Obtain / provide tool tag for special tools to conduct tasks required special tools / equipment

WA0105 Identify and select the correct tools to perform a task/s

Supporting Evidence

SE0101 Tools checklist on maintenance procedures

SE0102 Artisan signed and stamped job card on tool processes and procedures

1.2.2. WM-01-WE02: Observe serviceability placards of tools over a period of 3 weeks and must involve daily use of the tools



WA0201 Check calibration dates on placard of tools for serviceability

WA0202 Observe shelf life / expiry date of tools before usage of tools

WA0203 Report / rejection of tools outside limits or useable dates

Supporting Evidence


SE0201 Records of the calibration sticker on tools according to procedures

SE0202 Documentation of the traceability numbers of batch of tools as per specifications

1.3 Contextualised Workplace Knowledge

1 Maintenance procedures and processes

2 Company quality and safety policies

3 Standard operating procedures (SOPs)

4 Company maintenance documentation and policies

1.4 Criteria for Workplace Approval


Access to Tool store

Tool box with appropriate tool per trade

Access to secure storage place for toolboxes

Secure shadow boards for special tools

Tool rack for tool check

Access to computer, company systems and documentation

Training Manuals

Assessment tool/instruments for formative and summative assessments

Training/facilitation resources

Learner induction programme


Maximum artisan/worker ratio of 1:1-3

A qualified artisan with minimum 3 years relevant industry experience and qualified as an Internal Moderator

Legal Requirements:

Workshop must have a certificate of compliance to Health and Safety requirements

1.5 Additional Assignments to be Assessed Externally

None


2. 672101000-WM-02, Routine aircraft maintenance and Safety Management Systems (SMS) processes and procedures, NQF Level 5, Credits 48



skill themselves with the ability to perform routine maintenance tasks and safety management procedures. The LCT for this module is 60 days


WM-02-WE01: Assist with routine maintenance tasks over a period of 6 weeks

WM-02-WE02: Perform Safety Management Systems (SMS) procedures over a period of 6 weeks


2.2.1. WM-02-WE01: Assist with routine maintenance tasks over a period of 6 weeks



WA0101 Conduct an inspection on the operation of the aircraft lighting system during pre and after flight

WA0102 Inspect correct installation and removal of safety devices

WA0103 Inspect internal / external structural damage

WA0104 Inspect levels of essential liquids and gasses (oil, oxygen, etc)

WA0105 Perform operational tests on avionic systems (on aircraft and in workshop)

Supporting Evidence

SE0101 Checklists on routine maintenance tasks and processes

SE0102 Signed and stamped job/task cards on completed maintenance procedures

2.2.2. WM-02-WE02: Perform Safety Management Systems (SMS) procedures over a period of 6 weeks



WA0201 Confirm availability of space to perform tasks (hangar / apron/ workshops)

WA0202 Check on availability / serviceability of emergency equipment and signs

WA0203 Report poor ergonomic conditions on equipment, facilities and furnishings

Supporting Evidence

SE0201 A checklist on routine safety performance checks and a safe working environment

SE0202 Signed and stamp job/task cards on safety management systems


SE0203 Safety management reports approved by the artisan


1 Routine maintenance manuals process and procedures


3 Safety management systems



Access to aircraft, hanger and workshops

Flight test area / apron

Personal protective equipment and clothing

Appropriate facilities and equipment as per legal requirements.

Access to computer, company systems and documentation




Legal Requirements:



None


3. 672101000-WM-03, Aircraft electrical and mechanical maintenance processes and procedures, NQF Level 5, Credits 64



perform fault finding on aircraft electrical systems/ components and wiring, repair the faults and perform the servicing and overhaul of the electrical components. The LCT for this module is 80 days


WM-03-WE01: Perform the overhaul of aircraft electrical components / systems over a period of 8 weeks

WM-03-WE02: Remove and install aircraft electrical components/systems over a period of 4 weeks

WM-03-WE03: Test aircraft electrical systems and components over a period of 4 weeks


3.2.1. WM-03-WE01: Perform the overhaul of aircraft electrical components / systems over a period of 8 weeks



WA0101 Fault find on aircraft electrical systems / components / wiring

WA0102 Check and repair faulty electrical components / systems / wiring

WA0103 Service/ overhaul of electrical components

WA0104 Maintain the aircraft electrical components

Supporting Evidence

SE0101 A checklist on routine safety performance checks and maintenance procedures

SE0102 Signed and stamp job/task cards on maintenance procedures

3.2.2. WM-03-WE02: Remove and install aircraft electrical components/systems over a period of 4 weeks



WA0201 Remove electrical components / wiring

WA0202 Install electrical components / wiring

Supporting Evidence

SE0201 Checklist of completed routine safety maintenance performance checks

SE0202 Signed and stamp maintenance procedural job/task cards


SE0203 Documentation of electrical components removal and installation completed procedures

3.2.3. WM-03-WE03: Test aircraft electrical systems and components over a period of 4 weeks



WA0301 Perform functional / operational test of aircraft electrical components / systems

WA0302 Perform continuity / data transfer testing on aircraft wiring

Supporting Evidence

SE0301 Checklist of completed routine safety performance checks and procedures

SE0302 Signed and stamped maintenance procedures job/task cards


1 Aircraft / equipment maintenance manuals procedures


3 Routine safety maintenance performance processes






Appropriate facilities and equipment as per legal requirements.

Access to computer, company / test systems and documentation.




Legal Requirements:



None


4. 672101000-WM-04, Aircraft instruments systems components maintenance processes and procedure, NQF Level 5, Credits 64



perform fault finding on aircraft instruments and repair, service and overhaul the faulty instruments and components. The LCT for this module is 80 days


WM-04-WE01: Perform the overhaul of aircraft instrument components /systems over a period of 8 weeks

WM-04-WE02: Remove and install aircraft instrument components / systems over a period of 4 weeks

WM-04-WE03: Test aircraft instrument systems and components over a period of 4 weeks


4.2.1. WM-04-WE01: Perform the overhaul of aircraft instrument components /systems over a period of 8 weeks



WA0101 Fault find on the aircraft radio/radar systems / components / wiring

WA0102 Check and repair faulty instrument components / systems /wiring

WA0103 Service/ overhauling of instrument components

WA0104 Maintain instrument components

Supporting Evidence

SE0101 Checklist on completed routine safety performance checks


4.2.2. WM-04-WE02: Remove and install aircraft instrument components / systems over a period of 4 weeks



WA0201 Remove instrument components / wiring

WA0202 Install instrument components / wiring

Supporting Evidence

SE0201 Complete checklist on routine safety performance checks

SE0202 Signed and stamp job/task cards


SE0203 Records of the removal and installation on the instrument components/ wiring according to AMM procedures

4.2.3. WM-04-WE03: Test aircraft instrument systems and components over a period of 4 weeks



WA0301 Perform functional / operational test of aircraft instrument components / systems

WA0302 Calibrate instruments components / systems.

Supporting Evidence











Appropriate facilities and equipment as per legal requirements

Access to computer, company / test systems and documentation




Legal Requirements:



None


5. 672101000-WM-05, Operational aircraft radio and radar maintenance systems process and procedures, NQF Level 5, Credits 80



perform fault finding on an aircraft/radio/radar system and repair, service and overhaul faulty systems. The LCT for this module is 100 days


WM-05-WE01: Perform the overhaul of aircraft radio / radar components / systems over a period of 10 weeks

WM-05-WE02: Remove and install aircraft radio/radar components / systems over a period of 5 weeks

WM-05-WE03: Test aircraft radio / radar systems and components over a period of 5 weeks


5.2.1. WM-05-WE01: Perform the overhaul of aircraft radio / radar components / systems over a period of 10 weeks




WA0102 Check and repair faulty radio/radar components / systems / wiring

WA0103 Maintain the radio/radar components

Supporting Evidence

SE0101 Checklist of complete checklist routine safety performance checks and procedures


5.2.2. WM-05-WE02: Remove and install aircraft radio/radar components / systems over a period of 5 weeks



WA0201 Remove the radio/radar components / wiring

WA0202 Install the radio/radar components / wiring

Supporting Evidence

SE0201 Checklist of complete routine safety performance checks and procedures

SE0202 Signed and stamped maintenance job/task cards

SE0203 Records of completed radio/radar installation procedures and prescriptions


5.2.3. WM-05-WE03: Test aircraft radio / radar systems and components over a period of 5 weeks



WA0301 Perform functional / operational test of aircraft radio/radar components/systems

WA0302 Isolate and test specific radio/radar components for specialised testing

Supporting Evidence

SE0301 Checklist on completed routine safety performance checks and procedures










Appropriate facilities and equipment as per legal requirements

Access to computer, company / test systems and documentation




Legal Requirements:



None


SECTION 4: STATEMENT OF WORK EXPERIENCE

Curriculum Number: 672101000

Curriculum Title: Avionics Mechanic

Learner Details

Name:

ID Number:

Employer Details

Company Name:

Address:

Supervisor Name:

Work Telephone:

E-Mail:



WM-01-WE01 Perform a tool check before and after completing a task over a period of 5 weeks involving daily use of the tools

Scope Work Experience Date Signature

WA0101 Inspect tools for cleanliness / damage to the tools

WA0102 Handle tools correctly to perform tasks

WA0103 Return / replace tools to shadow board/ toolbox or store room

WA0104 Obtain / provide tool tag for special tools to conduct tasks required special tools / equipment

WA0105 Identify and select the correct tools to perform a task/s

Supporting Evidence Date Signature

SE0101 Tools checklist on maintenance procedures

SE0102 Artisan signed and stamped job card on tool processes and procedures

WM-01-WE02 Observe serviceability placards of tools over a period of 3 weeks and must involve daily use of the tools


WA0201 Check calibration dates on placard of tools for serviceability

WA0202 Observe shelf life / expiry date of tools before usage of tools

WA0203 Report / rejection of tools outside limits or useable dates


SE0201 Records of the calibration sticker on tools according to procedures


SE0202 Documentation of the traceability numbers of batch of tools as per specifications

Contextualised Workplace Knowledge

Date Signature

1 Maintenance procedures and processes


3 Standard operating procedures (SOPs)

4 Company maintenance documentation and policies

Additional Assignments to be Assessed Externally

Date Signature


WM-02-WE01 Assist with routine maintenance tasks over a period of 6 weeks


WA0101 Conduct an inspection on the operation of the aircraft lighting system during pre and after flight

WA0102 Inspect correct installation and removal of safety devices

WA0103 Inspect internal / external structural damage

WA0104 Inspect levels of essential liquids and gasses (oil,


oxygen, etc)

WA0105 Perform operational tests on avionic systems (on aircraft and in workshop)


SE0101 Checklists on routine maintenance tasks and processes

SE0102 Signed and stamped job/task cards on completed maintenance procedures

WM-02-WE02 Perform Safety Management Systems (SMS) procedures over a period of 6 weeks


WA0201 Confirm availability of space to perform tasks (hangar / apron/ workshops)

WA0202 Check on availability / serviceability of emergency equipment and signs

WA0203 Report poor ergonomic conditions on equipment, facilities and furnishings


SE0201 A checklist on routine safety performance checks and a safe working environment

SE0202 Signed and stamp job/task cards on safety management systems

SE0203 Safety management reports approved by the artisan


Date Signature

1 Routine maintenance manuals process and procedures



3 Safety management systems


Date Signature


WM-03-WE01 Perform the overhaul of aircraft electrical components / systems over a period of 8 weeks


WA0101 Fault find on aircraft electrical systems / components / wiring

WA0102 Check and repair faulty electrical components / systems / wiring

WA0103 Service/ overhaul of electrical components

WA0104 Maintain the aircraft electrical components


SE0101 A checklist on routine safety performance checks and maintenance procedures

SE0102 Signed and stamp job/task cards on maintenance procedures

WM-03-WE02 Remove and install aircraft electrical components/systems over a period of 4 weeks


WA0201 Remove electrical components / wiring


WA0202 Install electrical components / wiring


SE0201 Checklist of completed routine safety maintenance performance checks

SE0202 Signed and stamp maintenance procedural job/task cards

SE0203 Documentation of electrical components removal and installation completed procedures

WM-03-WE03 Test aircraft electrical systems and components over a period of 4 weeks


WA0301 Perform functional / operational test of aircraft electrical components / systems

WA0302 Perform continuity / data transfer testing on aircraft wiring


SE0301 Checklist of completed routine safety performance checks and procedures



Date Signature



3 Routine safety maintenance


performance processes


Date Signature


WM-04-WE01 Perform the overhaul of aircraft instrument components /systems over a period of 8 weeks



WA0102 Check and repair faulty instrument components / systems /wiring

WA0103 Service/ overhauling of instrument components

WA0104 Maintain instrument components




WM-04-WE02 Remove and install aircraft instrument components / systems over a period of 4 weeks


WA0201 Remove instrument components / wiring

WA0202 Install instrument components / wiring



SE0201 Complete checklist on routine safety performance checks

SE0202 Signed and stamp job/task cards

SE0203 Records of the removal and installation on the instrument components/ wiring according to AMM procedures

WM-04-WE03 Test aircraft instrument systems and components over a period of 4 weeks


WA0301 Perform functional / operational test of aircraft instrument components / systems

WA0302 Calibrate instruments components / systems.





Date Signature



Additional Assignments to Date Signature


be Assessed Externally


WM-05-WE01 Perform the overhaul of aircraft radio / radar components / systems over a period of 10 weeks



WA0102 Check and repair faulty radio/radar components / systems / wiring

WA0103 Maintain the radio/radar components


SE0101 Checklist of complete checklist routine safety performance checks and procedures


WM-05-WE02 Remove and install aircraft radio/radar components / systems over a period of 5 weeks


WA0201 Remove the radio/radar components / wiring

WA0202 Install the radio/radar components / wiring


SE0201 Checklist of complete routine safety performance checks and procedures


SE0203 Records of completed radio/radar installation


procedures and prescriptions

WM-05-WE03 Test aircraft radio / radar systems and components over a period of 5 weeks


WA0301 Perform functional / operational test of aircraft radio/radar components/systems

WA0302 Isolate and test specific radio/radar components for specialised testing


SE0301 Checklist on completed routine safety performance checks and procedures



Date Signature




Date Signature


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