Private Bag 5025 Swakopmund NAMIBIA Telephone: 064-511800 ... · Skills Training - NBCT 102 6.1 Bricklaying and Plastering 103 6.2 Carpentry and Joinery 106 6.3 ... 19 AS-4 Fabricate

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NAMIBIAN INSTITUTE OF MINING & TECHNOLOGY

Private Bag 5025

Swakopmund

NAMIBIA

Telephone: 064-511800

Fax: 064-510369

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INDEX

Page

1. NIMT Engineering Trades (NET) 5 1.1 Airconditioning/Refrigeration 6

1.2 Boilermaker 9

1.3 Diesel Mechanic 12

1.4 Electrician 15

1.5 Fitter and Turner 18

1.6 Instrumentation 21

2. NIMT Building and Civil Trades (NBCT) 24 2.1 Bricklaying and Plastering 25

2.2 Carpentry and Joinery 28

2.3 Clothing Production 31

2.4 Plumbing and Sheetmetal Work 34

3. NIMT Northern Campus (NNC) 37 3.1 Autotronics 38

3.2 Boilermaker 41


3.4 Electrician 47


3.6 Millwright-Electrical 53

4. NIMT Southern Campus (NSC) 58 4.1 Bricklaying and Plastering 59

4.2 Boilermaker 62


4.4 Electrician 68


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5. Skills Training - NET 74 5.1 Airconditioning/Refrigeration 75

5.2 Boilermaker 78


5.4 Electrician 84

5.5 Fitter 87


5.7 Instrumentation 93

5.8 Motor Mechanic 96

5.9 Welder 99

6. Skills Training - NBCT 102 6.1 Bricklaying and Plastering 103




7. Skills Training - NNC 115 7.1 Boilermaker 116


7.3 Electrician 122

7.4 Fitter 125



7.7 Welder 134

8. Skills Training - NSC 137 8.1 Boilermaker 138


8.3 Electrician 144

8.4 Fitter 147



8.7 Welder 156

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9. Special Training - NET 159 9.1 Diesel Mechanic 160

9.2 Fitter 163

9.3 Welder 166

10. Special Training - NBCT 169 10.1 Bricklaying and Plastering 170




11. Special Training - NNC 182 11.1 Diesel Mechanic 183

11.2 Fitter 186

11.3 Welder 189

12. Special Training - NSC 192 12.1 Bricklaying and Plastering 193


12.3 Fitter 199

12.4 Welder 202

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1.1 Airconditioning/ Refrigeration

Level 1 Trainee (Vocational):

No Module Task Time

Allocation %

Completion

1 CCD-AR Course Control Document 5 1.4

2 STE & LOP Safety and lock-out procedure 14 3.8

3 HTR Hand tools 10 2.7

4 MMI-E Measure and mark off material 28 7.6

5 HM-1 Use hand tools 10 2.7

6 MG Use and maintain a pedestal grinder 10 2.7

7 DRG Read engineering drawings 10 2.7

8 HM-2 Use and maintain a pedestal drill 15 4.1

9 UP-T Convert units and prefixes 10 2.7

10 EU-T Analyse electrical units 15 4.1

11 TI-1 Use a Multimeter 15 4.1

12 PW-1 Test a resistance box 15 4.1

13 FT Fit washers and tighten screws 10 2.7

14 CA-1 Fit a 16 ampere plug top 5 1.4

15 CA-2 Fit a compression gland 5 1.4

16 CC-T Select conductors and cables 15 4.1

17 CWT Wire a panel 15 4.1

18 EC-1 Wire a two-way circuit 4 1.1

19 EC-2 Wire an intermediate circuit 5 1.4

20 EC-3 Wire a relay operated circuit 5 1.4

21 EC-4 Wire a time delay circuit 6 1.6

22 CT-1 Test a cable 10 2.7

23 SP-T Single phase motors 15 4.1

24 TM Measurement of temperature 15 4.1

25 PM-I Measurement of pressure 15 4.1

26 TA Pipe fittings and applications 15 4.1

27 BMR Basic mechanical refrigeration 15 4.1

28 RSA Refrigeration system accessories 15 4.1

29 HM-3 Solder components 10 2.7

30 MT-1 Test a capacitor start motor 12 3.3

31 PST-1 Explain single-phase power supplies 10 2.7

32 PG Operate a portable grinder 8 2.2

Total: 359 hrs 100%

Theory Tuition:

Promotion Subjects Non - Promotion Subjects Mathematics 1 Computer Practice

Engineering Science 1 English Communication Skills

Engineering Drawing 1 Entrepreneurial Skills

Refrigeration Trade Theory 1

HSE 1

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Airconditioning/ Refrigeration


No Module Task Time

Allocation %

Completion

1 BIF Examine bearings 10 2.6

2 BRR-1 Mount bearings manually 10 2.6

3 BRR-2 Remove bearings mechanically 10 2.6

4 BRR-4 Remove and mount bearings mechanically 10 2.6

5 LUB-1 Lubrication 10 2.6

6 LUB-2 Pack a plumber block 10 2.6

7 DVB Tension and align V-belts 15 3.9

8 FN Identify fan and fan operation 10 2.6

9 OAW Use welding equipment 20 5.3

10 SS Soft soldering 15 3.9

11 SCB Silver soldering and copper-tac brazing 15 3.9

12 ROG Recovering and reclaiming of refrigerants 15 3.9

13 BFR Bending, swaging and flaring refrigeration tubing 10 2.6

14 SDT Set defrost timer switches 10 2.6

15 BE-1 Identify and use resistors 10 2.6

16 BE-2 Identify and use capacitors 10 2.6

17 BE-4 Identify and use diodes 10 2.6

18 DOM-1 Mechanical components and functions 10 2.6

19 DOM-2 Electrical components and control devices 20 5.3

20 DOM-3 Refrigerator and freezer service and repair 20 5.3

21 DOM-4 Service window air-conditioners 15 3.9

22 RDR Refrigerants, old and new desiccants and retrofit

procedures 10 2.6

23 SP-1 Connect a flexible cord to a motor 5 1.3

24 PST-2 Three phase power supplies 15 3.9

25 DOL Wire a direct-on-line starter 20 5.3

26 CO-T Identify contactors 10 2.6

27 EC-1 Wire circuits 20 5.3

28 CM-T Induction motors 15 3.9

29 MP-1 Phase out an induction motor 5 1.3

30 RPD Evacuating, pressurising, leak testing and charging

principles 15 3.9

Total: 380 hrs 100%

Theory Tuition:



Industrial Electronics 2 Entrepreneurial Skills

Refrigeration Trade Theory 2

HSE 2

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Airconditioning/ Refrigeration


No Module Task Time

Allocation %

Completion

1 ECC Electrical control for cold and freezer rooms 15 3.9

2 TEV Thermostatic expansion valves 10 2.6

3 PW-2 Wire sequence starter 15 3.9

4 IE-6 Test logic gates 15 3.9

5 ACS Automobile air-conditioning systems 15 3.9

6 SCD Set control devices 10 2.6

7 AC-2 Psychrometry 10 2.6

8 SD-3 Wire a fully automatic star delta starter 25 6.5

9 PW-4 Wire a three-phase balanced load 15 3.9

10 AC-1 Fundamentals of air-conditioning 15 3.9

11 CA-4 Join a cable 5 1.3

12 CA-3 Fit a gland 5 1.3

13 DCC Maintain and align couplings 10 2.6

14 MT-2 Test three-phase squirrel-cage motors 15 3.9

15 MO Overhaul three-phase squirrel-cage motors 15 3.9

16 SD-T Star and delta connections 15 3.9

17 PLC-1 Introduction to PLC’s 15 3.9

18 ICS-1 Installing commercial systems 15 3.9

19 ARR Alternative refrigerant retrofit 15 3.9

20 SCS-1 Servicing commercial systems (1) 15 3.9



23 HYD-1 Principles of hydraulic 10 2.6

24 HYD-2 Test a pump in a circuit 10 2.6

25 HYD-3 Fit & set pressure relief valves 10 2.6

26 HYD-5 Construct a circuit with double acting cylinders 10 2.6

27 HYD-7 Construct a circuit with a rotary motion 10 2.6

28 HYD-8 Control the speed of an actuator 10 2.6

29 HYD-12 Make up hydraulic hoses 10 2.6

30 HYD-13 Diagnose and test a hydraulic circuit 10 2.6

Total: 385 hrs 100%

Theory Tuition:




Refrigeration Technology 3

HSE 3

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1.2 Boilermaker


No Module

Task Time

Allocation %

Completion

1 CCD-BM Course Control Document 8 2.3

2 HT-0 Use hand tools 8 2.3

3 HT-1 Fabricate a drill gauge 20 5.8

4 OM-1 Operate a pedestal grinder 8 2.3


6 HT-2 Grind a drill 12 3.5

7 OM-2 Operate a drilling machine 16 4.7

8 OM-3 Operate a guillotine shearing machine 8 2.3

9 OM-4 Operate a punch & shearing machine 10 2.9

10 OM-5 Operate a bending press 12 3.5

11 OM-6 Operate a bending roll 14 4.1

12 MI Identify materials 8 2.3

13 BR-1 Handle material safely 10 2.9

14 DRG-1 Read engineering drawings 20 5.8

15 DRG-2 Draw up a material list 20 5.8

16 PLD-0 Draw geometrical developments 12 3.5

17 PLD-1 Develop a square pipe elbow 14 4.1

18 PLD-2 Develop and fabricate a pipe elbow 14 4.1

19 TD-1 Develop a concentric cone 10 2.9

20 RLD-1 Develop a cone cut horizontal 8 2.3

21 OAC-1 Use oxy-acetylene cutting equipment 10 2.9

22 OAC-2 Use a radius bar 10 2.9

23 OAC-3 Use a portable straight line cutter 8 2.3

24 OAC-4 Use a profile cutting machine 8 2.3

25 AW-1 Bead and weave weld 20 5.8

26 OAW-1 Weld plates (oxy-acetylene) 26 7.6

27 ST & LOP Safety and lock-out procedures 20 5.8

Total: 342 hrs 100%

Theory Tuition:



Plating & Structural Steel Drawing 1 Entrepreneurial Skills

Metalworkers’ Theory 1

HSE 1

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Boilermaker


Module

Task Time

Allocation %

Completion

1 AW-2 Weld a fillet and corner joint 12 3.1

2 AW-3 Weld a butt-joint 12 3.1

3 OAW-2 Braze a lap joint 12 3.1

4 BBS Temper and grind a chisel 12 3.1

5 PF-1 Fabricate a flat bar bracket 12 3.1

6 PF-2 Roll flat bar rings 12 3.1

7 PF-3 Fabricate a pipe clamp 12 3.1

8 RLD-2 Develop and fabricate an angled cone 12 3.1

9 TD-2 Develop and fabricate a square to round 14 3.6

10 TD-3 Develop an oblique cone (eccentric) 10 2.6

11 RLD-3 Develop a pyramid 10 2.6

12 RLD-4 Develop an oblique cone 12 3.1

13 RLD-5 Develop a tapering Y-piece 10 2.6

14 PLD-3 Develop and fabricate an equal pipe T-piece 18 4.6

15 PLD-4 Develop a 45° pipe lateral 12 3.1

16 AS-1 Fabricate a square angle iron frame 12 3.1

17 AS-2 Mark off an angle iron frame 18 4.6

18 AS-3 Mark off matching angle iron frame 12 3.1

19 AS-4 Fabricate an angle iron bracket 12 3.1

20 MO-1 Mark off a liner plate 12 3.1

21 MO-2 Mark off an I-beam 12 3.1

22 MO-3 Mark off a channel iron 18 4.6

23 TM-1 Make a template 14 3.6

24 PLD-5 Develop a lobster back bend 14 3.6

25 PLD-6 Develop an unequal pipe T-piece 20 5.1

26 PLD-7 Develop and fabricate a 60° pipe lateral 18 4.6

27 PLD-8 Develop an off-set pipe lateral 16 4.1

28 PF-5 Fabricate a lobster back bend 16 4.1

29 PF-6 Fabricate a pipe reducer 16 4.1

Total: 392hrs 100%

Theory Tuition:




Platers’ Theory 2

HSE 2

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Boilermaker


No Module Task Time

Allocation %

Completion



3 CMD-0 Use a contour marker 8 2.1

4 CMD-1 Mark off a pipe off-set 12 3.2

5 CMD-2 Mark off a set pipe 12 3.2

6 CMD-3 Mark off a pipe T-piece 12 3.2

7 CMD-4 Mark off a pipe lateral 12 3.2

8 CMD-5 Mark off an unequal pipe T-piece 12 3.2

9 CMD-6 Mark off an unequal pipe lateral 12 3.2

10 CMD-7 Mark off a pipe bend 13 3.4

11 CMD-8 Fabricate a pipe bend 16 4.2

12 CMD-9 Mark off a true pipe Y-piece 12 3.2

13 CMD-10 Mark off a high-pressure pipe 9 2.4

14 CMD-11 Measure for a lobster back bend 16 4.2

15 APF-1 Develop a Sweep-Tee 14 3.7

16 APF-2 Fabricate a Sweep-Tee 14 3.7


18 OTH Oblique T-off centre 13 3.4

19 OSH Develop a pipe to pipe off set 13 3.4

20 TPG Tee piece with gusset 12 3.2

21 PD-3 Develop a branch on a lobster back bend 12 3.2

22 CW Fabricate a support column 13 3.4

23 OT-1 Square-round calculations 13 3.4

24 RLD-6 Develop a conical Y-piece 12 3.2

25 PC-1 Pipe cone interpenetration 12 3.2

26 PC-2 Develop a pipe with a conical down 13 3.4

27 RT Square-round hopper with inclined back 13 3.4


29 AS-5 Layout of a roof truss 13 3.4

30 PEC Production, economy and estimating of cost 12 3.2

Total: 377 hrs 100%

Theory Tuition:

Promotion Subjects Non- Promotion Subjects Mathematics 3 Computer Practice



Plater’s Theory 3

HSE 3

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1.3 Diesel Mechanic


Module Task Time

Allocation %

Completion

1 CCD-DM Course Control Document 10 2.8

2 ST & LOP Safety and lock-out procedure 10 2.8

3 DRG Read engineering Drawings 10 2.8

4 MMI Use measuring instruments 24 6.8

5 HTT-D Use a file and saw 40 11.4

6 LUB-1 Set a drip feed lubricator 8 2.3

7 LUB-2-D Repack and adjust a taper wheel bearing 10 2.8


9 ATF Allowances and tolerances for fits 8 2.3

10 TS Identify threads 12 3.4

11 LM Lift and move equipment 8 2.3

12 FPC Fit split pins and circlips 10 2.8


14 SPG-1 Cut and fit gaskets 10 2.8

15 SPG-2 Fit seals and packings 10 2.8

16 MMG Maintain a pedestal grinder 8 2.3

17 MDG Grind a drill 12 3.4

18 MDM Maintain a pedestal drill 8 2.3

19 MPD Plan a drilling workpiece 10 2.8

20 MDF Drill a flange 10 2.8

21 TRS Drill, tap holes and remove broken studs 10 2.8

22 TC Cut a thread with stock and dies 12 3.4

23 UN Remove and replace an universal joint 24 6.8

24 PDO Maintain lubrication systems 10 2.8

25 PDC Maintain cylinder heads 20 5.7

26 PDW Maintain cooling systems 12 3.4

27 CLU Strip, inspect and assemble a clutch 25 7.1


Total: 351 hrs 100%

Theory Tuition:




Motor Trade Theory 1

HSE 1

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Diesel Mechanic


No Module Task Time

Allocation %

Completion

1 BRR-1 Mount a bearing manually 8 2.0

2 BRR-2 Remove a bearing mechanically 8 2.0

3 BRR-D Remove and inspect connecting rod bearings 6 1.5


5 PDS Start a four stroke engine 16 4.1

6 OPT Overhaul a power transmission 32 8.2

7 PDF Maintain fuel systems 12 3.1

8 RS-1 Remove and replace suspension components 16 4.1

9 UBE Understand basic electricity 8 2.0

10 OCA Overhaul a cylinder head assembly 24 6.1

11 VG Grind valves 8 2.0

12 OSA Overhaul a sub-assembly 40 10.3

13 OT Overhaul and maintain a turbocharger 16 4.1

14 DPA Tune-up an engine fitted with a distributor or in-line fuel

system

24 6.1

15 DDA Tune-up a DDA fuel system 16 4.1

16 PT Tune-up a pressure timed fuel system 16 4.1

17 ODF-1 Select, clean and inspect a differential and final drive 12 3.1

18 ODF-2 Assemble a differential and final drive 24 6.1


20 OMT-1 Select the gear ratio’s on a manual transmission 12 3.1

21 OMT-2 Overhaul a manual transmission 24 6.1

22 HB Overhaul hydraulic brakes 16 4.1

23 MCS-1 Maintain a storage battery 8 2.0

24 MCS-2 Maintain auto-electrical systems 16 4.1

Total: 390 hrs 100%

Theory Tuition:




Diesel Trade Theory 2

HSE 2

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Diesel Mechanic


No Module Task Time

Allocation %

Completion

1 PN-1 Principles of pneumatics 15 3.8

2 PN-2 Construct a circuit with single acting cylinders 10 2.6

3 PN-3 Fit and adjust a service unit 12 3.1

4 PN-4 Control the speed of single-acting cylinders 8 2.0

5 PN-5 Construct a circuit controlled from two points 10 2.6

6 PN-6 Control the speed of a double-acting cylinder 12 3.1

7 PN-7 Design and construct a pneumatic circuit 8 2.0

8 PN-8 Set pressure sequence valves 8 2.0

9 PN-9 Construct and set a circuit with a time delay valve 12 3.1

10 TIS Test ignition system components 36 9.2

11 HYD-1 Principles of hydraulics 12 3.1

12 HYD-2 Test the pump in a circuit 12 3.1

13 HYD-3 Fit and set pressure relief valves 16 4.1

14 HYD-4 Construct a circuit with single-acting cylinders 8 2.0

15 HYD-5 Construct a circuit with double-acting cylinders 8 2.0

16 HYD-6 Construct a circuit with check valve 10 2.6

17 HYD-7 Construct a circuit with rotary motion 10 2.6


19 HYD-9 Construct a dual circuit 9 2.3

20 HYD-10 Construct a circuit with sequenced actuators 12 3.1

21 HYD-11 Construct a circuit with an accumulator 8 2.0


23 HYD-13 Diagnose and test a hydraulic system 16 4.1

24 EEC Study the fundamentals of engine efficiency and forced

charging systems 18 4.6

25 REC Remove, test, repair and replace electrical components 30 7.7

26 ABB Fault find and maintain an air assisted brake system 28 7.2

27 OSS Repair steering systems 28 7.2


Total: 390 hrs 100%

Theory Tuition:





HSE 3

--- 15 ---

1.4 Electrician


No Module Task Time

Allocation %

Completion

1 CCD-EL Course Control Document 4 1.1

2 STE&LOP Safety and lock-out procedure 14 3.9







9 MA-T Explain electromagnetism 14 3.9




13 PS-T-1 Explain single phase power supplies 16 4.5

14 TT-1 Explain single phase transformers 12 3.3

15 EM-T-1 Use electrical measuring instruments 16 4.5

16 EM-T-2 Read energy meters 1 0.3







23 SW-1 Wire a three-heat stove switch 12 3.3

24 SW-2 Wire a five-heat stove switch 12 3.3

25 SW-3 Wire a thermostatic control switch 16 4.5

26 LC-1 Wire fluorescent lamp circuits 12 3.3

27 EL-T Draw earth leakage protection circuits 12 3.3

28 CW-1 Construct and wire a conduit panel 12 3.3

29 CA-1 Fit a 16 A plug top 1 0.3





34 SP-T Single-phase motors 12 3.3

35 MT-1 Test a capacitor-start motor 12 3.3

36 CFL Compact fluorescent lamp 7 1.9


Total: 359 hrs 100%

Theory Tuition:




Electrical Trade Theory 1

HSE 1

--- 16 ---

Electrician


No Module Task Time

Allocation %

Completion


2 PS-T-2 Three-phase power supplies 4 1.0

3 TT-2 Three-phase transformers 10 2.5


5 BRR-1 Mount a bearing mechanically 4 1.0



8 MO Overhaul a three-phase squirrel-cage motor 10 2.5




12 BE-3 Identify and use inductors 4 1.0

13 BE-4 Identify diodes 4 1.0

14 TI-2 Use an oscilloscope 10 2.5

15 BE-5 Construct rectification circuits 10 2.5

16 BE-6 Identify and use zener diodes 12 3.0



19 DO-L Wire a direct-on-line starter 12 3.0

20 PW-2 Wire sequence starters 12 3.0

21 PW-3 Wire a three phase reversing starter 12 3.0


23 AT-1 Wire an auto transformer starter 10 2.5

24 TC-1 Connect transformers 20 5.0

25 SP-2 Connect a single-phase motor to a rotary switch 12 3.0

26 SP-3 Connect a single-phase motor to reversing

contactors 12

3.0

27 EC-1* Wire circuits 26 6.5


29 CW-1 Construct and wire a steel conduit panel 12 3.0

30 IT-1 Test an installation 20 5.0


32 PLC-1 Programmable Logic controllers (1) 16 4.0


34 VSD-1 Variable speed drives 20 5.0

Total: 398 hrs 100%

Theory Tuition:





HSE 2

--- 17 ---

Electrician


No Module Task Time

Allocation %

Completion

1 EM-1 Connect a single-phase energy meter 4 1.0

2 EM-2 Connect three-phase energy meters 6 1.6

3 EM-3 Connect a three-phase energy meter with range

extension 20

5.2

4 SD-3 Wire a fully automatic star-delta starter 16 4.2


6 PW-5 Connect three (3) single-phase energy meters 12 3.1

7 PM-T Pole changing motor theory 4 1.0

8 PM-1 Connect a three-phase pole changing motor 16 4.2

9 DC-T Direct current machines (Theory) 4 1.0

10 DC-1 Connect a load to a DC generator 4 1.0

11 DC-2 Connect a DC motor and starter 4 1.0

12 DC-3 Connect a Ward-Leonard speed control 8 2.1

13 RA-E-1 Maintain a storage battery 4 1.0

14 RA-E-2 Maintain auto-electrical systems 8 2.1

15 BE-7 Construct a voltage doubler 8 2.1

16 BE-8 Identify transistor action 16 4.2

17 BE-9 Identify transistor configurations 16 4.2

18 BE-10 Test regulated power supplies 12 3.1

19 BE-11 Test thyristors 12 3.1

20 BE-12 Test thyristor phase control 14 3.7

21 FF-1 Fault finding circuits 4 1.0

22 IE-1 Test an amplifier 8 2.1

23 IE-2 Use a transistor as a switch 8 2.1

24 IE-3 Test multi-vibrators 8 2.1


26 IE-4 Identify operational amplifiers 6 1.6

27 PCC Construct a continuity tester 6 1.6

28 IE-5 Test a field effect transistor 6 1.6


30 IE-7 Test electronic systems 16 4.2

31 CW-1* Construct and wire a steel conduit panel 20 5.2

32 PLC-3 Programmable logic controller systems & fault

finding 36

9.4

33 VSD-2 Variable speed drive (advanced) 36 9.4

34 SL-1 Wire a slipring motor 16 4.2

Total: 382 hrs 100%

Theory Tuition:

Promotion Subjects Non - Promotion Subjects

Mathematics 3 Computer Practice



Electrical Trade Theory 3 HSE 3

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1.5 Fitter & Turner


No Module Task Time

Allocation %

Completion

1 CCD-FT Course Control Document 10 2.7




5 HTT Use a file and saw 42 11.5













18 KF Make and fit a key 17 4.6

19 MTM Maintain a lathe 14 3.8

20 MTO Operate a lathe 17 4.6

21 MTP Plan a turning workpiece 12 3.3

22 MTF Turn a coupling pin and bush 42 11.5

23 MTG Grind tool bits 15 4.1


25 OAW Use oxy-acetylene and arc welding equipment 8 2.2


Total: 366 hrs 100%

Theory Tuition:




Fitting & Machining Theory 1

HSE 1

--- 19 ---

Fitter & Turner


Module Task Time

Allocatio

n

% Completion

1 MSM Maintain a shaper 18 4.7

2 MPS Plan a shaping workpiece 12 3.1

3 MSF Shape a stop block 27 7.0


5 MMM Maintain a milling machine 14 3.6

6 MPM Plan a milling workpiece 16 4.1

7 MMF Mill a key and hexagon 42 10.9




11 BRR-3 Remove and mount bearings fitted with adapter sleeves 10 2.6


13 VO Overhaul valves 18 4.7

14 OMG-1 Maintain gearboxes 26 6.7



17 LUB-2 Pack a plummer block 15 3.9

18 CSD Replace chains and sprockets 25 6.5



21 PM Make up a pipe system 12 3.1


Total: 386 hrs 100%

Theory Tuition:





HSE 2

--- 20 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion


2 PN-2 Construct a circuit with a single acting cylinder 12 3.1


4 PN-4 Control the speed of a single acting cylinder 8 2.0


6 PN-6 Control the speed of a double acting cylinder 12 3.1



9 PN-9 Construct a circuit with a time delay valve 12 3.1




13 HYD-4 Construct a circuit with a single acting cylinders 8 2.0

14 HYD-5 Construct a circuit with a double acting cylinders 8 2.0

15 HYD-6 Construct a circuit with a check valve 12 3.1



18 HYD-9 Construct a duel circuit 8 2.0



21 HYD-12 Make up a hydraulic hose 12 3.1


23 PMO-1 Overhaul a single-stage centrifugal pump 20 5.1

24 PMO-2 Overhaul a multi-stage centrifugal pump 20 5.1






Total: 392 hrs 100%

Theory Tuition:




Mechanotechnology 3

HSE 3

--- 21 ---

1.6 Instrumentation


Module Task Time

Allocation %

Completion

1 CCD-IN Course Control Document 10 2.8

2 STE & LOP Safety and lock out procedures 12 3.4




6 RID-1 Read instrumentation drawings 7 2.0


8 FM Flow measurement 6 1.7






14 PS-T-1 Explain single-phase power supplies 8 2.3








22 MM Mass measurement 6 1.7

23 IMP Install and maintain pressure measuring devices 15 4.2

24 TC-I Make up and install a thermocouple 8 2.3





29 TM Measurement of temperature 8 2.3

30 PM-I Measurement of pressure 10 2.8



33 PLC-1 Introduction to PLC 8 2.3



Total: 354 hrs 100%

Theory Tuition:




Instrument Trade Theory 1

HSE 1

--- 22 ---

Instrumentation


No Module Task Time

Allocation %

Completion



3 BE-6 Identify and use Zener diodes 10 2.2



6 BE-9 Identify transistor configuration 20 4.5








14 FF-1 Fault find circuits 1 10 2.2

15 IMT Install and maintain thermometers 10 2.2

16 DT Explain terms used in process control 24 5.4

17 LM Level measurement 8 1.8

18 MLM Maintain level measurement devices 10 2.2

19 IFM Install and maintain flow measuring devices 12 2.7

20 IMD Install and maintain pneumatic devices 15 3.4

21 FM Measurement of flow 12 2.7

22 FF-2 Fault finding circuits 2 12 2.7

23 SCV Stroke control valves 30 6.8


25 DPC Install, maintain and calibrate a D/P cell 20 4.5



28 PLC-2 Programmable Logic Controllers (2) 10 2.2

29 BaP Bend a pipe 10 2.2

30 I/P Current to pressure converter 12 2.7

Total: 444 hrs 100%

Theory Tuition:





HSE 2

--- 23 ---

Instrumentation


No Module Task Time

Allocation %

Completion


2 FTS Calibrate and replace a filled thermal system 10 2.6

3 SC Use a system calibrator 14 3.6

4 RVC Calibrate a resistance-to-voltage converter 20 5.1

5 CVC Calibrate a current-to-voltage converter 12 3.0

6 VCC Calibrate a voltage-to-current converter 12 3.0

7 SQE Calibrate a square root extractor 18 4.6

8 LI Calibrate a linear integrator 16 4.1

9 IPD Check an integrator power driver 12 3.0

10 CU Calibrate a control unit 10 2.6

11 NDU Remove and replace a nitinol drive unit 14 3.6

12 SR Calibrate a system recorder 16 4.1

13 TA Tune automatic controllers 30 7.6

14 FLC Control flow rates and levels 35 8.9

15 IDP Interconnect a differential pressure cell 20 5.1



18 IE-7 Test electronic circuits 20 5.1


20 FF-3 Fault find circuits 3 10 2.6

21 ETM-I Install and maintain an electronic transmitter 10 2.6

22 EVC Calibrate an emf to voltage transmitter 12 3.0

23 MOD 43 Calibrate a model 43 pneumatic controller 20 5.1

24 PLC-3 Programmable Logic Controller systems & Fault

Finding 20

5.1

Total: 392 hrs 100%

Theory Tuition:





HSE 3

--- 24 ---

--- 25 ---

2.1 Bricklaying & Plastering


No Module Task Time

Allocation %

Completion

1 CCD-BP Course Control Document 10 2.9

2 IN-A01 Introduction to Building Industry 10 2.9


4 BM-A01 Interpret basic building drawings 10 2.9

5 BM-A02 Determine and transfer of levels 12 3.4

6 AA-03A Grading of sand 10 2.9

7 BM-A03 Mixing mortar 12 3.4

8 BM-A04 Setting out a building 20 5.7

9 BM-A05 Erect and dismantle scaffolding 15 4.3

10 BM-B01a Build a 110 mm plaster brick wall in Stretcher bond

between columns or profiles 15

4.3

11 BM-B01b Build a 220 mm plaster brick wall in Stretcher bond


5.2

12 BM-B01c Build a 220 mm face brick wall in English bond


6.0

13 BM-B01d Build a 220 mm face brick wall in English garden wall

bond between columns or profiles. 25

7.2

14 BM-B01e Build a 220 mm face brick wall in Flemish bond


7.2

15 BM-B03a Build a 110 mm brick corner in Stretcher bond 11 3.2

16 BM-B03b Build a 220 mm brick corner in Stretcher bond 15 4.3

17 BM-B03c Build a 220 mm brick wall with a double return corner

in Stretcher bond 24

6.9

18 BM-B05 Build foundation brickwork 23 6.6

19 BM-B06 Build a right angle 220 mm brick wall with 110 mm

brick T-junction and stopped ends 23

6.6

20 PT-A02 Plaster a blank wall 11 3.2

21 PT-A03 Brick making 18 5.2


Total: 348 hrs 100%

Theory Tuition:


Building Science 1 English Communication Skills

Building Drawing 1 Entrepreneurial Skills

Bricklaying & Plastering Theory 1

HSE 1

--- 26 ---

Bricklaying & Plastering


No Module Task Time

Allocation %

Completion


2 BM-A02 Determine and transfer levels 10 2.9



5 BM-C01 Build a 220mm brick wall with steel door frame, steel

window frame and sill 18 5.1

6 BM-D01 Build a flat arch 26 7.4

7 BM-D02 Build a semicircular arch 23 6.6

8 BM-D03 Build a segmental arch 23 6.6

9 BM-E02 Build decorative brickwork – brick-on-edge (roller

course), brick-on-edge (soldier course) 33 9.4

10 BM-E05 Build isolated brick piers 26 7.4

11 BM-F03 Build a corner in block work 15 4.3

12 BM-F04 Build a block wall with wooden door and steel

window frame 18 5.1

13 PL-G05 Build a manhole to benching height (brick) 25 7.1



16 PT-A04 Tile a rendered wall (ceramic) 15 4.3

17 PL-F04 Install a bath 18 5.1

18 PL-F06 Install a shower 18 5.1

19 PL-G03 Excavation and timbering trenches 23 6.6

Total: 350 hrs 100%

Theory Tuition:





HSE 2

--- 27 ---



No Module Task Time

Allocation %

Completion






6 BM-C02 Build a cavity wall with wooden door

frame and steel window frame 45 12.9

7 PT-B01 Plaster door and window openings 24 6.9

8 PT-B02 Plaster around projecting wall surfaces 16 4.6

9 PT-B03 Plaster a curved wall 16 4.6

10 PT-B04 Plaster a recessed arch 15 4.3

11 PT-B05 Plaster a circular column 16 4.6

12 PT-B06 Apply a skim coat around door and

window openings 16 4.6

13 PT-B08 Plaster a square brick column 16 4.6

14 PT-C01 Plaster a concrete ceiling 17 4.9

15 PT-D02 Lay a screed to a concrete floor and form a

plaster skirting 15 4.3

16 PT-D03 Lay grano to a concrete floor 16 4.6

17 PT-D04 Screed concrete steps to a granolithic finish 32 9.1




Total: 350 hrs 100%

Theory Tuition:




Building & Civil Technology 3

HSE 3

--- 28 ---

2.2 Carpentry/Joinery


No Module Task Time

Allocation %

Completion

1 CCD-CJ Course Control Document 10 2.9

2 IN-A01 Introduction to the Building Industry 10 2.9


4 JOI-A01 Interpret basic drawings 14 4.0



7 CT-B03 Erect purpose made circular steel formwork 16 4.6

8 CT-B07 Prepare and erect timber formwork for a

rectangular column 15

4.3

9 CT-B09 Construct formwork for a semi-circular arch 30 8.6

10 JOI-A02 Identification, care and use of joinery tools 12 3.4

11 JOI-A2a Set out and construct T-halving and Bridle

joints 12

3.4

12 JOI-A2b Set out and construct Mortice and Tenon joints 12 3.4

13 JOI-A2c Set out and construct Dovetail joints 12 3.4

14 JOI-B01 Machine tongue and groove boarding 23 6.6

15 JOI-B03 Machine components for cupboard with hinged

door and drawer 23

6.6

16 JOI-C02 Assemble and fit a cupboard from given

machined components 17

4.9

17 C&J-A01 Apply safety requirements and regulations of

woodworking machines 16

4.6

18 C&J-A02 Apply safety requirements of sawing-, &

planing machines and spindle moulders 16

4.6

19 C&J-A03 Apply safety requirements of morticer-,

sanding-, lathe- and drilling machines 16

4.6

20 C&J-A04 Use and maintain electrical power tools 16 4.6

21 C&J-A05 Use and maintain grinding machines 16 4.6


Total: 348 hrs 100%

Theory Tuition:




Woodworkers’ Theory 1

HSE 1

--- 29 ---

Carpentry/Joinery


No Module Task Time

Allocation %

Completion


2 JOI-A01 Interpret basic drawings 10 2.9

3 JOI-B2a Machine components for a casement window 26 7.4

4 JOI-B2b Machine components for counter balanced sliding sash

window 26

7.4

5 JOI-B04 Machine components for half glass door 26 7.4

6 JOI-B05 Machine components for bar counter (assuming that

panels do not have to be jointed) 26 7.4

7 JOI-B06 Machine components for a straight flight of stairs with

newel posts 26 7.4

8 JOI-C1a Assemble a casement window and frame from given

machined components and fit the window in frame 24 6.9

9 JOI-C1b Assemble a counter-balanced sliding sash window from

given machined components and fit the window 24 6.9

10 JOI-C03 Assemble a half-glass door from given machined

components and fit the door 24 6.9

11 JOI-C04 Assemble a bar counter from given machined

components and fit the counter 28 8.0

12 JOI-C05

Assemble a straight flight of stairs with balustrade and

newel posts from given machined material and fit the

staircase.

30 8.6

13 JOI-N01 Machine components for table and drawer 20 5.7

14 JOI-N02 Assemble table and drawer 14 4.0

15 CT-B05 Erect timber and steel formwork for beams and slabs 10 2.9

16 CT-B08 Prepare and erect timber formwork for a L-shaped wall 24 6.9

Total: 350 hrs 100%

Theory Tuition:




Carpentry & Roofing Theory 2

HSE 2

--- 30 ---

Carpentry/Joinery


No Module Task Time

Allocation %

Completion

1 CT-C01 Set out and construct a nail plate roof truss 20 5.7

2 CT-C02 Set out and construct a Howe roof truss 22 6.3

3 CT-C03 Set out and erect gable roof trusses 24 6.9

4 CT-C04 Erect a L-shaped roof 24 6.9

5 CT-C05 Clad a roof structure with concrete tiles 15 4.3

6 CT-C06 Clad a roof structure with corrugated galvanised

sheeting 15 4.3

7 CT-C07 Clad a roof structure with corrugated fibre

cement sheeting (Big Six) 15 4.3

8 CT-D01 Prepare and erect a brandered ceiling and install

insulation 24 6.9

9 CT-D02 Prepare and erect a timber ceiling 26 7.4

10 CT-D03 Prepare and erect a timber framed partition 20 5.7

11 CE-E01 Install a domestic type wooden window and sill 20 5.7

12 CT-E02 Cut and fit architraves and skirting 20 5.7

13 CT-E03 Prepare and fit tongue & groove wall panelling 25 7.1

14 CT-E04 Fit and hang a single door to a steel door frame 20 5.7

15 CT-E05 Fit and hang a double door to a timber door

frame 20

5.7

16 CT-E06 Prepare and install open shelving 20 5.7

17 CT-B10 Prepare formwork for return stairs 20 5.7

Total: 350 hrs 100%

Theory Tuition:





HSE 3

--- 31 ---

2.3 Clothing Production


Module Task Time

Allocation %

Completion

1 CCD-CP Course Control Document 10 2.9


3 CP1 B01 Construction equipment - the domestic sewing

machine 28 8.2

4 CP1 B02 Construction equipment - the domestic

overlocker 25 7.4

5 CP1 C01 Hand and electrical sewing tools 10 2.9

6 CPI D01 Laying-out, cutting and marking fabric 10 2.9

7 CP1 F01 Introduction to fashion drawing - colour 15 4.4

8 CP1 F02a Production/technical drawings - croquis 10 2.9

9 CP1 F02b Designer sketches - croquis 10 2.9

10 CP1 F03 Designing of a skirt and sleeveless blouse 15 4.4

11 CP1 G01 Figure measurements 10 2.9

12 CP1 G02a Skirt blocks 10 2.9

13 CP1 G02b Skirt manipulations 15 4.4

14 CP1 G03a Skirt pattern 10 2.9

15 CP1 G03b T-shirt & Bodice block, manipulations and

pattern 25 7.4

16 CP1 E01 Hand stitches 15 4.4

17 CP1 E02 Disposal of fullness 15 4.4

18 CP1 E03 Seams 15 4.4

19 CP1 E04 Openings, plackets and fasteners 15 4.4

20 CP1 E05a Waistline and neckline finishes 20 5.9

21 CP1 E05b Pockets 15 4.4

22 CP1 E06 Hems & hem openings 10 2.9

23 CP1 E07 Construction of skirt & sleeveless Blouse/Top 20 5.9

Total: 340 hrs 100%

Theory Tuition:

Promotion Subjects Non - Promotion Subjects Pattern Construction 1 Computer Practice

Clothing Construction 1 English Communication Skills

Fashion Drawing 1 Entrepreneurial Skills

Factory Organisation 1

HSE 1

--- 32 ---

Clothing Production


Module Task Time

Allocation %

Completion

1 CP2 F04 Designing pants/trousers 15 4.3

2 CP2 F05a Designing blouses/shirts 15 4.3

3 CP2 F05b Designing informal dresses 15 4.3

4 CP2 G04a Pants & trouser blocks 15 4.3

5 CP2 G04b Pants & trouser manipulation 20 5.7

6 CP2 G05 Pants/trouser pattern 15 4.3

7 CP2 G06a Shirt & Blouse blocks 15 4.3

8 CP2 G06b Shirt/Blouse manipulations 20 5.7

9 CP2 G07a Sleeve blocks 10 2.9

10 CP2 G07b Sleeves manipulations 15 4.3

11 CP2 G07c Collar drafts & patterns 15 4.3

12 CP2 G08 Blouse/shirt pattern 15 4.3

13 CP2 G09a Dress blocks 10 2.9

14 CP2 G09b Dress manipulations 15 4.3

15 CP2 G10 Pattern grading – Skirt, Bodice & Sleeve 20 5.7

16 CP2 E08 Pants/trouser construction techniques 20 5.7

17 CP2 E09 Construction of pants/trouser 15 4.3

18 CP2 E10 Blouse/Shirt construction techniques 20 5.7

19 CP2 E11 Construction of blouse/Shirt 20 5.7

20 CP2 B03 Construction equipment: Industrial machines 30 8.6

21 CP2 D02 Handling special fabrics 15 4.3

Total: 350 hrs 100%

Theory Tuition:





HSE 2

--- 33 ---

Clothing Production


Module Task Time

Allocation %

Completion

1 CP3 F06 Designing formal evening dresses 10 2.9

2 CP3 F07 Designing active wear 10 2.9

3 CP3 F08 Designing Jackets/Coats/ Waistcoats 10 2.9

4 CP3 F09 Designing Lingerie & Sleepwear 10 2.9

5 CP3 F10 Designing Children’s wear 10 2.9

6 CP3 G11 Children’s pattern blocks 20 5.7

7 CP3 G12 Evening dress blocks & styling 20 5.7

8 CP3 G13 Evening dress pattern 15 4.3

9 CP3 G14a Active wear blocks 20 5.7

10 CP3 G14b Active wear pattern 20 5.7

11 CP3 G15 Jacket/Coat/Waistcoat blocks 20 5.7

12 CP3 G16 Jacket/Coat/Waistcoat manipulations 20 5.7

13 CP3 G17 Jacket/Coat/Waistcoat pattern 20 5.7

14 CP3 G18 Lingerie/Sleepwear blocks & styling 20 5.7

15 CP3 G19 Pattern grading – Shirt, Pants/Trouser 20 5.7

16 CP3 E12 Advanced construction techniques 25 7.1

17 CP3 E13 Tailoring techniques 15 4.3

18 CP3 E14 Knit & stretch fabric construction techniques 25 7.1

19 CP3 E15 Construction of evening dress 15 4.3

20 CP3 E16 Construction of Jacket/Coat/Waistcoat 15 4.3

21 CP3 E17 Construction of active wear 10 2.9

Total: 350 hrs 100%

Theory Tuition:





HSE 3

--- 34 ---

2.4 Plumbing & Sheetmetal Work


Module Task Time

Allocation %

Completion

1 CCD-PS Course Control Document 10 3.0








9 PL-A01 Interpret basic building drawings 10 3.0

10 PL-B01 Mark out and cut sheet metal 16 4.7

11 PL-B02 Mark out, rivet and solder sheet metal 16 4.7

12 PL-B04 Develop, mark out & fabricate square objects 16 4.7

13 PL-C01 Fit G.M.S. gutters and rainwater pipes 36 10.7

14 PL-D03 Cut, thread and assemble G.M.S. pipework 16 4.7

15 PL-D04 Cut, bend and assemble copper pipework 16 4.7

16 PL-E01 Install a combination geyser 12 3.6

17 PL-E02 Install a push through geyser 12 3.6

18 PL-E04 Install an indirect system of cold water supply

(storage cistern) 14

4.1

19 PL-F01a Installation of soil and waste systems 10 3.0

20 PL-G01 Recognition of below ground drainage

systems 10

3.0





Total: 338 hrs 100%

Theory Tuition:




Plumbing Theory 1

HSE 1

--- 35 ---

Plumbing & Sheetmetal Work


No Module Task Time

Allocation %

Completion




4 PL-C01 Fit GMS gutters and rainwater pipes 36 10.3

5 PL-C04 Fabricate and fit a GMS VP flashing 24 6.9

6 PL-C07 Fabricate and fit GMS chimney flashing 34 9.7

7 PL-D01 Arc weld basic components 18 5.1

8 PL-D02 Gas weld and braze basic components 18 5.1

9 PL-E03 Install a high pressure geyser 18 5.1

10 PL-F02 Install a sink 12 3.4

11 PL-F03 Install a wash basin 16 4.6



14 PL-F07 Install a WC (pedestal) 12 3.4

15 PL-G04 Install a below-ground drainage system 12 3.4

16 PL-G05(B) Build a manhole to benching height (brick) 20 5.7


18 PL-TGC Temper and grind a chisel 10 2.9

Total: 350 hrs 100%

Theory Tuition:




Plumbing Theory 2

HSE 2

--- 36 ---



Module Task Time

Allocation %

Completion

1 PL-E05 Install underground CW reticulation 20 5.7

2 PL-E06 Fire fighting installation 20 5.7

3 PL-E07 Repairs and maintenance of taps, valves and

cocks 20

5.7

4 PL-E08 Repairs to HP mains 20 5.7

5 PL-E09 Install liquefied petroleum gas installations 20 5.7

6 PL-F01b Recognition and installation of soil and waste

systems 20

5.7

7 PL-F05 Install a Bidet 20 5.7


9 PL-F09 Install a urinal (wall hung) 20 5.7

10 PL-F10 Install a urinal (stall) 20 5.7

11 PL-G02 Set out and determine levels 24 6.9

12 PL-G03 Excavation and timbering of trenches 24 6.9

13 PL-G05(J) Build a manhole brick to benching height

(junction) 16

4.6

14 PL-G07 Removal of blockages from and repairs to waste,

soil and drain pipes 14 4.0

15 PL-D7 Develop and fabricate a 60° pipe lateral 36 10.3

16 PL-OACE Use oxy-acetylene cutting equipment 36 10.3

Total: 350 hrs 100%

Theory Tuition:





HSE 3

--- 37 ---

--- 38 ---

3.1 Autotronics


Module Task Time

Allocation %

Completion

1 CCD-A Course Control Document 6 1.7

2 ST-A Safety & lockout procedures 7 2.0

3 LOP Lockout procedure 7 2.0

4 DRG Read engineering drawing 14 3.9

5 MMI Measure and mark off material 24 6.8




9 HM-3-A Soldering components 24 6.8


11 TI-1 Use a multimeter 16 4.5



14 PST-1 Explain single phase power supplies 16 4.5



17 CA-1 Fit a 16A plug top 6 1.7








25 BE-5 Construct rectifier circuits 10 2.8








33 SAC Select automobile conductors 12 3.4

34 TRS Drill and tap holes 5 1.4


36 OTB-1 Introduction to a test bench 7 2.0

Total: 355 100%

Theory Tuition:




Autotronics Trade Theory 1

HSE 1

--- 39 ---

Autotronics


Module Task Time

Allocation %

Completion

1 SAC-2 Select automobile conductors 20 5.8

2 SAC-3 Repairing and Testing auto-electrical circuits 10 2.9

3 ALT-1 Understanding the alternator 16 4.7

4 ALT-2 Fault finding and diagnosing charging system

problems

16 4.7

5 ALT-3 Repairing and testing the alternator 16 4.7

6 STA-1 Fault finding and diagnosing starting system

problems

16 4.7

7 STA-2 Testing components & disassemble the starter

motor

16 4.7

8 STA-3 Service, function test and assemble the starter

motor

16 4.7

9 TIS-1 Test a battery 14 4.1

10 TIS-2 Test, remove and replace an ignition switch 14 4.1

11 TIS-3 Understanding, test and diagnose problems in

contact breaker point systems

14 4.1

12 TIS-4 Understanding spark plug technology 14 4.1

13 TIS-5 Understand and use an engine analyser 14 4.1

14 TIS-6 Understand basic electronic ignition systems 14 4.1


16 HYD-2 Test a hydraulic pump in a circuit 16 4.7




20 BE-10 Test Regulated Power supplies 14 4.1


22 BE-12 Test thyristors phase control 14 4.1

23 OTB-2 Operate a test bench 14 4.1

Total: 344 100%

Theory Tuition:





HSE 2

--- 40 ---

Autotronics


Module Task Time

Allocation %

Completion

1 SAC-4 Interpret Advanced Auto Electrical circuit 20 5.7

2 ACS-AT Test and repair automobile air-conditioning

systems

15 4.3

3 AEE-1 Fit and commission auxiliary auto- electrical

equipment

14 4.0

4 AEE-2 Test and faultfinding : auxiliary auto electrical

equipment

14 4.0

5 CES Diagnose and repair communication and

entertainment systems

16 4.6 6 EMS Diagnose and repair engine management system 20 5.7

7 FIS Test and repair fuel injection systems

24 6.9 8 IE-6 Test logic gates 12 3.4

9 IGN-1 Remove and refit the distributor 16 4.6 10 IGN-2 Adjust set ignition static timing 14 4.0 11 IGN-3 Remove, test and replace spark plugs 12 3.4 12 IGN-4 Test and Service conventional ignition systems 20 5.7 13 IGN-5 Fault find electronic ignition systems 16 4.6 14 IGN-6 Service and repair electronic ignition systems 20 5.7

15 MSC-3 Maintain diesel ignition systems 16 4.6

16 MEC Remove and fit automobile mechanical and

electrical components

16 4.6 17 MTM-AT Maintain a lathe 14 4.0 18 MTO-AT Operating a lathe 17 4.9 19 OAW-AT Use oxy-acetylene and ARC welding equipment 28 8.0 20 PLC-1 Introduction to PLC 14 4.0 21 PLC-2 Programme a ladder circuit 12 3.4

Total: 350 100%

Theory Tuition:





HSE 3

--- 41 ---

3.2 Boilermaker


No Module

Task Time

Allocation %

Completion









9 OM-4 Operate a punch & shearing machine 10 2.9



















Total: 342 hrs 100%

Theory Tuition:





HSE 1

--- 42 ---

Boilermaker


Module

Task Time

Allocation %

Completion






























Total: 392hrs 100%

Theory Tuition:




Platers’ Theory 2

HSE 2

--- 43 ---

Boilermaker


No Module Task Time

Allocation %

Completion































Total: 377 hrs 100%

Theory Tuition:




Plater’s Theory 3

HSE 3

--- 44 ---

3.3 Diesel Mechanic


Module Task Time

Allocation %

Completion





























Total: 351 hrs 100%

Theory Tuition:





HSE 1

--- 45 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion















system

24 6.1











Total: 390 hrs 100%

Theory Tuition:





HSE 2

--- 46 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion






























Total: 390 hrs 100%

Theory Tuition:





HSE 3

--- 47 ---

3.4 Electrician


No Module Task Time

Allocation %

Completion






































Total: 359 hrs 100%

Theory Tuition:





HSE 1

--- 48 ---

Electrician


No Module Task Time

Allocation %

Completion



























contactors 12

3.0









Total: 398 hrs 100%

Theory Tuition:





HSE 2

--- 49 ---

Electrician


No Module Task Time

Allocati

on

% Completion




extension 20

5.2






























finding 36

9.4



Total: 382 hrs 100%

Theory Tuition:






HSE 3

--- 50 ---

3.5 Fitter & Turner


No Module Task Time

Allocation %

Completion



























Total: 366 hrs 100%

Theory Tuition:





HSE 1

--- 51 ---

Fitter & Turner


Module Task Time

Allocatio

n

% Completion























Total: 386 hrs 100%

Theory Tuition:





HSE 2

--- 52 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion






























Total: 392 hrs 100%

Theory Tuition:




Mechanotechnology 3

HSE 3

--- 53 ---

3.6 Millwright


Module Task Time

Allocation %

Completion

1 CCD-MW Course Control Document 8 2.2

2 STE&LOP Safety & lock-out procedures 12 3.3















17 CW-T Wire a panel 10 2.8







24 EUT Analyse electrical units 16 4.4











35 MPD Plan a drilling work piece 6 1.7


37 SP-T-1 Explain single phase power supplies 6 1.7





42 SP-T Single phase motors 6 1.7





--- 54 ---




Total: 360 hrs 100%

Theory Tuition:





HSE 1

--- 55 ---

Millwright


Module Task Time

Allocation %

Completion









9 BRR-4 Remove and mount bearings 4 1.1

10 CMT Test three-phase squirrel cage motors 6 1.6

11 COT Identify contactors 4 1.1






17 DCT Direct current machines 4 1.1

18 DOL Wire a direct on line starter 8 2.2


20 EC-1 Wire circuits (part 2) 12 3.2




24 LUB-1 Set a drip-feed lubricator 4 1.1

25 LUB-2 Pack a plumber block 4 1.1

26 MO-1 Overhaul a three-phase squirrel-cage motor 12 3.2


28 MT-2 Test a three-phase squirrel-cage motor 8 2.2


30 PLC-1 Programmable logic controllers 8 2.2

31 PLC-2 Programmable logic controllers basic

programming 12

3.2



34 PST-2 Three-phase power supplies 4 1.1


36 PW-3 Wire a three-phase reversing starter 8 2.2

37 SD-2 Wire a semi-automatic star-delta starter 8 2.2



40 SL-1 Wire a slipring motor control circuit 6 1.6

41 SP-2 Single-phase forward/reverse (rotary switch) 14 3.8

42 SP-3 Single-phase forward/reverse (contactors) 6 1.6



45 VSD-1 Connect VSD to three-phase motors 12 3.2

Total: 372 hrs 100%

--- 56 ---

Theory Tuition:





HSE 2

--- 57 ---

Millwright


No MODULE TASK LIST Time

Allocation

%

Completion


2 CF-1 Crane fault finding circuits 12 2.8

3 CLU Strip, inspect and assemble clutches 8 1.8





8 HYD-1 Principles of hydraulic 12 2.8



11 HYD-4 Construct a circuit with single acting cylinders 8 1.8











22 IE-3 Test multivibrators 8 1.8


24 MI Identify material 4 0.9


26 PLC-3 Programming and fault finding PLC systems 36 8.3

27 PM-1 Connect a three-phase pole changing motors 10 2.3

28 PMT Pole changing motor theory 4 0.9



31 PN-3 Construct a circuit with double acting cylinders 8 1.8








39 SST Soft starters 6 1.4

40 VSD-2 Advanced variable speed drives and programming 16 3.7




Total: 433 hrs 100%

Theory Tuition:






HSE 3

--- 58 ---

--- 59 ---



No Module Task Time

Allocation %

Completion












4.3



5.2



6.0

13 BM-B01d Build a 220 mm face brick wall in English garden wall

bond between columns or profiles. 25

7.2



7.2



17 BM-B03c Build a 220 mm brick wall with a double return corner

in Stretcher bond 24

6.9



brick T-junction and stopped ends 23

6.6




Total: 348 hrs 100%

Theory Tuition:





HSE 1

--- 60 ---



No Module Task Time

Allocation %

Completion















window frame 18 5.1







19 PL-G03 Excavation and timbering trenches 23 6.6

Total: 350 hrs 100%

Theory Tuition:





HSE 2

--- 61 ---



No Module Task Time

Allocation %

Completion
























Total: 350 hrs 100%

Theory Tuition:





HSE 3

--- 62 ---

4.2 Boilermaker


No Module

Task Time

Allocation %

Completion









9 OM-4 Operate a punch and shearing machine 10 2.9



















Total: 342 hrs 100%

Theory Tuition:





HSE 1

--- 63 ---

Boilermaker


Module

Task Time

Allocation %

Completion






























Total: 392hrs 100%

Theory Tuition:




Platers’ Theory 2

HSE 2

--- 64 ---

Boilermaker


No Module Task Time

Allocation %

Completion































Total: 377 hrs 100%

Theory Tuition:




Plater’s Theory 3

HSE 3

--- 65 ---

4.3 Diesel Mechanic


Module Task Time

Allocation %

Completion





























Total: 351 hrs 100%

Theory Tuition:





HSE 1

--- 66 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion















system

24 6.1











Total: 390 hrs 100%

Theory Tuition:





HSE 2

--- 67 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion






























Total: 390 hrs 100%

Theory Tuition:





HSE 3

--- 68 ---

4.4 Electrician


No Module Task Time

Allocation %

Completion






































Total: 359 hrs 100%

Theory Tuition:





HSE 1

--- 69 ---

Electrician


No Module Task Time

Allocation %

Completion



























contactors 12

3.0









Total: 398 hrs 100%

Theory Tuition:





HSE 2

--- 70 ---

Electrician


No Module Task Time

Allocation %

Completion




extension 20

5.2






























finding 36

9.4



Total: 382 hrs 100%

Theory Tuition:






HSE 3

--- 71 ---

4.5 Fitter & Turner


No Module Task Time

Allocation %

Completion



























Total: 366 hrs 100%

Theory Tuition:





HSE 1

--- 72 ---

Fitter & Turner


Module Task Time

Allocatio

n

% Completion























Total: 386 hrs 100%

Theory Tuition:





HSE 2

--- 73 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion






























Total: 392 hrs 100%

Theory Tuition:




Mechanotechnology 3

HSE 3

--- 74 ---

--- 75 ---

5.1 Airconditioning/Refrigeration

Level 1 Trainee (Skills Upgrading):

No Module Task Time

Allocation %

Completion

1 CCD-AR Course Control Document 5 2.0


3 MMI Use measuring & marking instruments & tools 5 2.0






9 TA Pipe fittings and applications 15 5.9




13 PS-T-1 Explain single-phase power supplies 10 3.9




17 EC-4 Wire a time delay operated circuit 6 2.4




21 RSA Refrigeration system accessories 15 5.9

22 BMR Basic mechanical refrigeration 20 7.8


24 SP-T Single phase motor 15 5.9

Total: 255 hrs 100%

--- 76 ---

Airconditioning/Refrigeration


No Module Task Time

Allocation %

Completion

1 LU-1 Lubrication 10 2.9

2 DBV Tension and align V-belt 15 4.4

3 FN Identify fan and fan operation 10 2.9


5 SS Soft soldering 15 4.4

6 SCB Silver soldering and copper-tac brazing 15 4.4

7 ROG Recovering and reclaiming of refrigerants 15 4.4

8 BFR Bending, swaging & flaring refrigeration

tubing

10 2.9

9 SDT Set defrost time switches 10 2.9




13 DOM-1 Mechanical components and functions 10 2.9

14 DOM-2 Electrical components and control devices 20 5.8

15 DOM-3 Refrigerator and freezer service and repair 25 7.2

16 DOM-4 Service window-air-conditioners 20 5.8

17 RDR Refrigerants, old & new desiccants & retrofit

procedures 15 4.4


19 PST-2 Three phase power supplies 15 4.4

20 DOL Wire circuits 20 5.8





25 RPD Evacuation, pressurizing leak testing &

charging

15 4.4

Total: 345 hrs 100%

--- 77 ---

Airconditioning/Refrigeration


No Module Task Time

Allocation %

Completion

1 ECC Electrical control for cold & freezer rooms 15 4.7

2 TEV Thermostatic expansion valve 10 3.1

3 PW-2 Wire sequence starter 15 4.7

4 ACS Automobile air-conditioning systems 15 4.7

5 SCD Set control devices 10 3.1

6 AC-2 Psychrometry 10 3.1

7 SD-3 Wire a fully automatic star delta starter 25 7.8

8 PW-4 Wire a 3-phase balance load 15 4.7

9 AC-1 Fundamentals of air-conditioning 15 4.7




13 MT-2 Test 3-phase squirrel cage motors 15 4.7

14 MO Overhaul 3-phase squirrel cage motors 15 4.7

15 SDT Star delta connections 15 4.7

16 PLC-1 Introduction to PLC’s 15 4.7

17 ICS-1 Installing commercial systems 15 4.7

18 ARR Alternative refrigerant retrofit 15 4.7






24 HYD-3 Fit & set pressure relief valves 10 3.1


Total: 320 hrs 100%

--- 78 ---

5.2 Boilermaker


Module Task Time

Allocation %

Completion



3 DRG-2 Draw up material list 8 3.3




7 OM-2 Operate a drill machine 8 3.3

8 HT-2 Sharpen a drill 8 3.3



11 OAC-1 Use oxy-acetylene cutting material 8 3.3



14 AW-3 Weld a butt joint 8 3.3









23 T-1 Theory 30 12.5

24 MO-3 Mark off a channel 8 3.3

Total: 240 hrs 100%

--- 79 ---

Boilermaker


No Module Task Time

Allocation %

Completion






6 MT-1 Make (fabricate) a template 12 4.2


8 BBS Temper and Grind a chisel 8 2.9



11 RLD-2 Develop and fabricate a cone cut at an angle 24 8.6


13 TD-3 Develop and oblique cone 12 4.2

14 PLD-3 Develop and fabricate a pipe-T of equal diameter 24 8.6

15 PLD-4 Develop a 45 pipe lateral 12 4.2

16 T-2 Theory 40 14.2

Total: 280 hrs 100%

--- 80 ---

Boilermaker


No Module Task Time

Allocation %

Completion

1 RLD-3 Develop and fabricate a pyramid cut at an angle 24 6.7


3 AS-3 Mark off make angle iron frames 16 4.4

4 CMD-O Use a contour marker 16 4.4




8 PLD-8 Develop and offset pipe lateral 16 4.4



11 TPG Develop a T-piece with a gusset 16 4.4

12 PC-1 Develop and fabricate a pipe to cone

interpenetration

24 6.7






18 T-3 Theory 40 11.1

Total: 360 hrs 100%

--- 81 ---

5.3 Diesel Mechanic


No Module Task Time

Allocation %

Completion

1 CCD-DM Course Control document 4 1.7

2 WTS Workshop technology and safety 4 1.7











13 LUB-1 Oils and greases 8 3.3

14 LUB-2 Repack and adjust taper wheel bearings 8 3.3












Total: 240 hrs 100%

--- 82 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion




4 PDO Maintain lubricating systems 8 2.9

5 PDS Start a four stroke diesel engine 16 5.7




9 BRR-D Inspect connecting rod bearings 12 4.3


11 UN Remove and replace a universal joint 16 5.7

12 OMT-1 Select gear ratios on a manual transmission 12 4.3


14 ODF-1 Clean, strip, inspect a differential and final

drive

12 4.3


16 DDA Tune up a DDA fuel system 16 5.7

17 PT Tune up a pressure timed fuel system 16 5.7

18 MCS-2 Maintain auto electrical systems 16 5.7

19 DPA Tune up an engine fitted with a distributor or

in-line fuel system 24 8.6


Total: 280 hrs 100%

--- 83 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion


2 HYD-4 Construct a circuit with a single-acting-cylinder 18 5.0

3 HYD-5 Construct a circuit with double-acting-cylinders 18 5.0



6 OSA Overhaul a sub assembly 46 12.8

7 OT Overhaul and maintain a turbo-charger 18 5.0



10 PN-2 Construct a circuit using a single acting

cylinder

26

7.2


12 PN-4 Control the speed of single-acting-cylinders 16 4.4

13 PN-5 Construct a circuit controlled by two points 16 4.4

14 AAB Maintain air assisted brakes 26 7.2

15 OSS Repair a steering system 34 9.4

Total: 360 hrs 100%

--- 84 ---

5.4 Electrician


No Module Task Time

Allocation %

Completion











11 CW-1 Basic PVC conduit work 22 9.2

12 EC-1 Wire a two way circuit 4 1.7




16 LC-1 Wire fluorescent circuits 12 5.0


18 UPT Convert units and prefixes 7 2.9







25 EMT-1 Use electrical measuring instruments 7 2.9

Total: 240 hrs 100%

--- 85 ---

Electrician


No Module Task Time

Allocation %

Completion

1 EC-1 Wire circuits (Part 2) 22 7.9






7 CW-1 Construct and wire a PVC conduit panel 22 7.9


9 EM-1 Connect a single phase energy meter 14 5.0

10 MO-1 Overhaul a three phase squirrel-cage motor 20 7.1


12 MT-2 Test a three-phase motor 16 5.7


14 SP-3 Single-phase forward/reverse (contactor) 22 7.9



17 SW-3 Wire a thermostat control switch 6 2.1


19 PW-2 Sequence starting 12 4.3

Total: 280 hrs 100%

--- 86 ---

Electrician


No Module Task Time

Allocation %

Completion

1 TT-1 Single-phase transformers 20 5.6






7 EM-2 Connect a three-phase energy meter 12 3.3






13 PW-5 Connect three single-phase energy meters 18 5.0


15 EM-3 Connect three-phase energy meters (PT’s and CT’s) 24 6.7


17 SD-3 Wire an automatic star-delta starter 36 10.0





Total: 360 hrs 100%

--- 87 ---

5.5 Fitter


No Module Task Time

Allocation %

Completion






6 TC Cut a thread using stock and dies 10 4.2

7 FT Fit washers and screws 14 5.8










Total: 240 hrs 100%

--- 88 ---

Fitter


No Module Task Time

Allocation %

Completion










10 BRR-3 Remove and mount a bearing with adapter sleeves 15 5.4

11 BRR-4 Remove and mount a bearing mechanically 15 5.4







Total: 280 hrs 100%

--- 89 ---

Fitter


No Module Task Time

Allocation %

Completion

1 PMO-1 Overhaul a single stage centrifugal pump 20 5.6

2 PMO-2 Overhaul a multi stage centrifugal pump 20 5.6



























Total: 360 hrs 100%

--- 90 ---

5.6 Fitter & Turner


Module Task Time

Allocation %

Completion




















Total: 240 hrs 100%

--- 91 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion



3 DVB Tension and align V-belts` 15 5.3







10 BRR-3 Remove and mount a bearing with adapter

sleeves

15 5.3









19 MPS Plan a shaping work piece 10 3.6



Total: 280 hrs 100%

--- 92 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion






6 HYD-4 Construct a circuit with single acting

cylinders

10 2.8

7 HYD-5 Construct a circuit with double acting

cylinders

10 2.8










17 PN-2 Construct a circuit with a single acting

cylinder

8 2.2











28 MMF Mill a key-way and hexagon 20 5.6




Total: 360 hrs 100%

--- 93 ---

5.7 Instrumentation


No Module Task Time

Allocation %

Completion

1 CCD-IN Course Control Document 5 2.1

2 ST Safety – isolation & lock out procedure 16 6.7

3 MMI Use measuring instruments and marking off

tools

30 12.5

4 FT Tighten screws and torque bolts 10 4.2







11 MM Mass measurement 5 2.1

12 IMP Install and maintain pressure measuring devices 20 8.3

13 TC Make up and install thermocouples 24 10.0



16 TM Temperature measurement 5 2.1

17 PM Pressure measurement 5 2.1

18 FM Flow measurement 5 2.1



Total: 240 hrs 100%

--- 94 ---

Instrumentation


Module Task Time

Allocation %

Completion

1 LM Level measurement 6 2.1

2 MLM Maintain level measurement devices 16 5.7

3 IMT Install and maintain thermometers 15 5.4

4 IFM Install and maintain flow measurement devices 16 5.7

5 IMD Install and maintain pneumatic devices 24 8.6


7 PB Pipe bending 8 2.9

8 DRG-2 Read Instrumentation drawings 12 4.3

9 DPC Install, maintain and calibrate a D/P cell 32 11.4

10 SCV Stroke control valves 36 12.9







Total: 280 hrs 100%

--- 95 ---

Instrumentation


Module Task Time

Allocation %

Completion










10 SC Use a system controller 32 8.9

11 CVC Calibrate a current to voltage converter 21 5.8

12 VCC Calibrate a voltage to current converter 21 5.8

13 SQE Calibrate a square root extractor 16 4.4

14 CU Calibrate a control unit 21 5.8

15 SR Calibrate a system recorder 24 6.7

16 ETM Calibrate an electronic transmitter 22 6.1

17 TA Tune automatic controllers 32 8.9

18 FLC Control flow rates and levels 32 8.9

19 IDP Interconnect a differential pressure cell 15 4.2

Total: 360 hrs 100%

--- 96 ---

5.8 Motor Mechanic


No Module Task Time

Allocation %

Completion

1 CCD Course Control Documents 4 1.7






7 IVC Identify motor vehicle components 16 6.7






13 PMS Perform a service to a motor vehicle 16 6.7








21 USW Understand fundamentals of steering and wheel

components 32 13.3





26 PDW Maintain cooling system 8 3.3

Total: 240 hrs 100%

--- 97 ---

Motor Mechanic


No Module Task Time

Allocation %

Completion


2 RS Remove and replace suspension components 32 11.4

3 IES Identify exhaust systems 6 2.1


5 FSC Identify, remove, diagnose and replace fuel

components

6 2.1


7 SMV Service motor vehicle components 24 8.6


9 ICE Internal combustion engines 16 5.7

10 PDC Maintain a cylinder head 16 5.7

11 BET Understand basic electronics 20 7.1



14 ODF-1 Clean, strip and inspect a diff and final drive 16 5.7


16 OD Overhaul a distributor 16 5.7

17 PCF Principle of carburetted fuel systems 16 5.7

18 EEC Study the fundamentals of engine efficiency and

forced charging systems 16 5.7


Total: 280 hrs 100%

--- 98 ---

Motor Mechanic


No Module Task Time

Allocation %

Completion

1 CIS Conventional ignition systems 20 5.6


3 UEA Use engine analysers 16 4.4


5 REC Remove, test, repair and replace electrical

components 24

6.7


7 ATS Diagnose, remove, inspect, repair and replace

advanced transmission systems 32 8.9

8 MES Identify, test and repair advanced mechanical and

electrical systems 32 8.9

9 AEI Understand advanced electronic systems 32 8.9

10 ACS Understand, diagnose, remove, replace and

commission air conditioning systems 32 8.9


12 ADE Identify and understand advanced high speed diesel

engines 32 8.9

13 DFS Remove and replace diesel fuel injectors and pumps,

service filters and diagnose engine performance 32 8.9

Total: 360 hrs 100%

--- 99 ---

5.9 Welder


No Module Task Time

Allocation %

Completion

1 DRG-1 Reading engineering drawings 14 5.8









10 BR-1 Handle materials safely 8 3.3











21 T-1 Theory 40 16.7

Total: 240 hrs 100%

--- 100 ---

Welder


No Module Task Time

Allocation %

Completion



3 OAW-1 Weld plates with oxy-acetylene 18 6.4


5 OAW-3 Weld a vertical up corner joint 18 6.4

6 OAW-4 Weld horizontal butt joint 24 8.6

7 AW-4 Weld a horizontal butt joint 18 6.4

8 AW-5 Weld overhead fillet joint 18 6.4

9 OAC-3 Use a portable straight cutter 14 5.0


11 AW-6 Weld a vertical up butt joint 18 6.4

12 AW-7 Butt weld pipes in position 18 6.4

13 AW-7(1) Weld pipe T-joint in position 16 5.7

14 AW-9 Groove with angle grinder 16 5.7

15 T-2 Theory 40 14.3

Total: 280 hrs 100%

--- 101 ---

Welder


No Module Task Time

Allocation %

Completion

1 ST-W Safety in welding 8 2.5

2 AW-10 Stainless steel welding 16 5.0

3 AW-11 Weld cold-cast iron 16 5.0

4 AW-5(2) Weld an overhead butt joint 16 5.0

5 AW-6(2) Weld a vertical up corner joint 16 5.0

6 AW-7(2) Weld pipes in a 45 position 16 5.0

7 AW-4(2) Weld horizontal corner joint 16 5.0

8 AW-4(3) Weld a 60 prepared butt joint in horizontal position 16 5.0

9 AW-4(4) Weld a T-joint in the horizontal position 16 5.0

10 OAW-2(2) Braze a 60 prepared butt joint in the down hand

position

16 5.0

11 OAW-3(2) Weld a 60 prepared butt joint in the vertical position 16 5.0

12 OAW-4(2) Weld a 60 prepared butt joint in the horizontal

position

16 5.0

13 OAW-5 Weld an aluminium butt joint 16 5.0

14 OAW-6 Braze an aluminium corner joint 16 5.0


16 MIG Metal inert gas welding 16 5.0

17 TIG Tungsten inert gas welding 16 5.0



20 T-3 Theory 8 2.5

Total: 320 hrs 100%

--- 102 ---

--- 103 ---



No Module Task Time

Allocati

on

% Completion










10 BM-B03c Build a 220 mm brick wall with a double return

corner in Stretcher bond 29 12.1


12 BM-B06 Build right angle 220 mm brick wall with a 110

mm brick T-junction and stopped ends 23 9.6



15 BM-B01a Build a 110 mm plaster brick wall in Stretcher

bond between columns or profiles 15 6.2

Total: 240 hrs 100%

Optional Tasks

BM-B01b Build a 220 mm plaster brick wall in Stretcher bond


BM-B01c Build a 220 mm face brick wall in English bond


BM-B01d Build a 220 mm face brick wall in English garden

wall bond between columns or profiles 25

BM-B01e Build a 220 mm face brick wall in Flemish bond


AA-03A Grading of sand 10

Total: 99 hrs

--- 104 ---



No Module Task Time

Allocation %

Completion


2 IN-A02 Safety Management 12 4.3





7 BM-C01 Build a 220mm brick wall with steel door frame,

steel window frame and sill 36 12.9



10 BM-F03 Build a corner in block bricks 15 5.4

11 BM-F04 Build a block brick wall with wooden door and steel

window frame 33 11.8





Total: 280 hrs 100%

Optional Tasks CBMT Orientation 10

BM-D01 Build a flat arch 26

BM-E02 Build decorative brickwork – brick-on-edge (roller

course), brick-on-edge (soldier course) 36

BM-E05 Build isolated brick piers 26

Total: 98 hrs

--- 105 ---



No Module Task Time

Allocation %

Completion







7 BM-C02 Build a cavity wall with wooden door frame and

steel window frame 45 12.5

8 PT-B01 Plaster reveals 24 6.7





13 PT-B06 Apply a skim coat around reveals 16 4.4



16 PT-D02 Lay a screed to a concrete floor and form a plaster

skirting 15 4.2






22 PRJ Projects 16 4.4

Total: 360 hrs 100%

--- 106 ---



No Module Task Time

Allocation %

Completion

1 CCD-CJ Course Control Document 10 4.1





6 JOI-A02 Set out and make basic joints 10 4.1

7 JOI-A2a Set out and construct T-halving and Bridle joints 12 4.9




11 JOI-B03 Machine components for cupboard with hinged door

and drawer 19 7.9

12 JOI-C02 Assemble and fit a cupboard from given machined

components 10 4.1



15 C&J-A01 Safety on Machines 8 3.3

16 C&J-A02 General requirements, parts, use and safety of sawing-

& planing machines and spindle moulders 11 4.6

17 C&J-A03 General requirements, parts, use and safety of general

woodworking machines 10 4.1

18 C&J-A04 Parts, use and safety of electrical hand tools 10 4.1

19 C&J-A05 Maintenance of the pedestal grinder and its use to

sharpen chisels and drill bits 12 4.9

Total: 242 hrs 100%

Optional Tasks

CT-B09 Construct formwork for a semi-circular arch 30

J01-A01 Interpret basic building drawings 14

Total: 44 hrs

--- 107 ---

Carpentry/Joinery


No Module Task Time

Allocation %

Completion




4 JOI-B05 Machine components for bar counter (assuming

that panels do not have to be jointed) 26 9.3

5 JOI-B06 Machine components for a straight flight of

stairs with newel posts 25 8.9

6 JOI-C1a

Assemble a casement window and frame from

given machined components and fit the

window in frame

12 4.3

7 JOI-C03 Assemble a half-glass door from given

machined components and fit the door 12 4.3



9 JOI-C05

Assemble a straight flight of stairs with

balustrade and newel posts from given

machined material and fit the staircase.

20 7.1

10 CT-B05 Erect timber and steel formwork for beams and

slabs 17

6.1

11 CT-B08 Prepare and erect timber formwork for a L-

shaped wall 12 4.3



14 CT-C06 Clad a roof structure with corrugated

galvanised sheeeting 8 2.8

15 CT-D01 Prepare and erect a brandered ceiling and

install insulation 12 4.3

16 CT-E01 Install a domestic type wooden window and sill 8 2.8


Total: 280 hrs 100%

--- 108 ---

Carpentry/Joinery


No Module Task Time

Allocation %

Completion

1 CT-C04 Erect a L-shaped roof 70 19.4

2 CT-C05 Clad a roof structure with concrete tiles 12 3.3




5 CT-B07 Prepare and erect timber formwork for a

rectangular column. 14

3.9

6 CT-B10 Prepare and construct formwork for return

stairs 56

15.6

7 CT-D02 Prepare and erect a timber ceiling 15 4.2



10 CT-E03 Prepare and fit tongue & groove wall

panelling 16

4.4


12 JOI-B2b Machine components for counter balanced

sliding sash window 25 6.9

13 JOI-C1b

Assemble a counter-balanced sliding sash

window from given machined components

and fit the window

18 5.0

14 CT-E05 Fit and hang a double door to a timber frame 20 5.6

15 CT-C03 Set out and erect gable roof truss 40 11.1

Total: 360 hrs 100%

--- 109 ---



No Module Task Time

Allocation %

Completion

1 CCD-CP Course Control Document 10 4.2


3 CP1 B01 Construction equipment - the domestic sewing

machine 20

8.3

4 CP1 B02 Construction equipment - the domestic overlocker 20 8.3

5 CP1 CO1 Hand and electrical sewing tools 10 4.2

6 CP D01 Laying up, cutting & marking fabric 10 4.2







13 CP1 E03 Seams 10 4.2

14 CP1 E04 Openings/plackets and fasteners 15 6.3

15 CP1 E05a Waistline finishes 10 4.2



18 CP1 E07 Construction of ladies skirt 10 4.2

19 CP1 G03b T-shirt & Bodice block, manipulation & pattern 20 8.3

Total: 240 hrs 100%

Optional Tasks

CP1 F01 Introduction to fashion drawing - colour 15

CP1 F02a Production/technical drawings - croquis 10

CP1 F02b Designer sketches - croquis 15

CP1 F03 Designing skirt & sleeveless blouse/top 15

Total: 55 hrs

--- 110 ---

Clothing Production


Module Task Time

Allocation %

Completion

1 CP2 B03 Construction equipment - industrial machines 20 7.1







8 CP2 G07b Sleeves manipulations 10 3.6

9 CP2 G07c Collar drafts & patterns 15 5.4

10 CP2 G08 Blouse/shirt pattern 15 5.4


12 CP2 G09b Dress manipulations 10 3.6

13 CP2 G10 Pattern grading – Skirt, Bodice & Sleeve 20 7.1






Total: 280 hrs 100%

Optional Tasks CP2 F04 Designing pants/trousers 15

CP2 F05 Designing blouses/shirts 15

CP2 F06 Designing ladies dresses 15

CP2 F05b Designing informal dresses 15

Total: 60 hrs

--- 111 ---

Clothing Production


No Module Task Time

Allocation %

Completion


2 CP3 G12 Evening dress blocks & styling 25 6.9

3 CP3 G13 Evening dress pattern 20 5.6


5 CP3 G14b Active wear pattern 25 6.9


7 CP3 G16 Jacket/Coat/Waistcoat manipulations 35 9.7

8 CP3 G17 Jacket/Coat/Waistcoat pattern 20 5.6

9 CP3 G18 Lingerie/Sleepwear blocks & styling 25 6.9

10 CP3 G19 Pattern grading – Shirt, Pants/Trouser 25 6.9







Total: 360 hrs 100%

Optional Tasks CP3 F06 Designing formal evening dresses 10

CP3 F07 Designing active wear 10

CP3 F08 Designing jackets/coats 10

CP3 F09 Designing lingerie & sleepwear 10

CP3 F10 Designing childrens wear 10

Total: 50 hrs

--- 112 ---



Module Task Time

Allocation %

Completion

1 CCD-PS Course Control Document 10 4.2










11 PL-B04 Develop, mark out & fabricate square

objects 20

8.3

12 PL-D04 Cut, bend and assemble copper pipe-work 20 8.3

13 PL-F01a Recognition of soil and waste systems 14 5.8

14 PL-G01 Recognition of below-ground drainage

systems 26

10.8

Total: 240 hrs 100%

Optional Tasks

PL-D03 Cut, thread and assemble GMS pipe-work 20

PL-E01 Install a combination geyser 24

PL-E02 Install a push-through geyser 12

PL-E04 Install indirect system CW supply (storage cistern) 12

PL-G05 Build a manhole to benching height (brick) 24

OM-3 Operate a guillotine shearing machine 10

Total: 102 hrs

--- 113 ---



Module Task Time

Allocation %

Completion

1 BM-CBTO Orientation 10 3.6









10 PL-C04 Fabricate and fit a GMS VP flashing 18 6.4







17 PL-G04 Install a below-ground drainage system 29 10.4

Total: 280 hrs 100%

Optional Tasks

PL-C08 Fabricate a box gutter with stop end, circular outlet and

abutment flashing 18

PL-D01 Arc weld basic components 18

PL-D02 Gas weld and braze basic components 18

PL-F05 Install a bidet 18

PL-F08 Install a WC (wall hung) 18

PL-G06 Build a manhole to benching height (concrete ring) 18

BM-A02 Determine and transfer levels 18

BM-A04 Setting out a building 18

PL-D7 Develop and fabricate a 60° pipe lateral 18

Total: 162 hrs

--- 114 ---



Module Task Time

Allocation %

Completion

1 BM-

CBTO

Orientation 10

2.8

2 IN-A02 Safety and Loss Control 12 3.3








10 PL-F05 Install a bidet 23 6.4




14 PL-G02 Set out and determine levels 30 8.3


16 PL-F01b Recognition and installation of soil and waste

systems 30

8.3

17 PL-E07 Repairs to and maintenance of taps, valves and

cocks 23

6.4



Total: 360 hrs 100%

Optional Task

PL-E09 Install liquefied petroleum gas installations 30

Total: 30 hrs

--- 115 ---

--- 116 ---

7.1 Boilermaker


Module Task Time

Allocation %

Completion


2 DRG-1 Read Engineering drawings 14 5.8


















20 OM-4 Operate a punch and sharing machine 14 5.8



23 T-1 Theory 30 12.5


Total: 240 hrs 100%

--- 117 ---

Boilermaker


No Module Task Time

Allocation %

Completion
















16 T-2 Theory 40 14.2

Total: 280 hrs 100%

--- 118 ---

Boilermaker


No Module Task Time

Allocation %

Completion













interpenetration

24 6.7






18 T-3 Theory 40 11.1

Total: 360 hrs 100%

--- 119 ---

7.2 Diesel Mechanic


No Module Task Time

Allocation %

Completion


























Total: 240 hrs 100%

--- 120 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion















drive

12 4.3







20 OAW Use oxy-acetylene and arc welding

equipment

16 5.7

Total: 280 hrs 100%

--- 121 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion











cylinder

26

7.2






Total: 360 hrs 100%

--- 122 ---

7.3 Electrician


No Module Task Time

Allocation %

Completion


























Total: 240 hrs 100%

--- 123 ---

Electrician


No Module Task Time

Allocation %

Completion




















Total: 280 hrs 100%

--- 124 ---

Electrician


No Module Task Time

Allocation %

Completion





5 CA-5 Make off a paper insulated, wire armoured cable end 8 2.2

6 CA-6 Make off an XLPE cable end 8 2.2










16 SD-1 Wire a manual star-delta starter 12 3.3







Total: 360 hrs 100%

--- 125 ---

7.4 Fitter


No Module Task Time

Allocation %

Completion


2 DRG Read Engineering Drawing 25 10.4

3 MMI Use Measuring Instruments 30 12.5














Total: 240 hrs 100%

--- 126 ---

Fitter


No Module Task Time

Allocation %

Completion


















Total: 280 hrs 100%

--- 127 ---

Fitter


No Module Task Time

Allocation %

Completion





























Total: 360 hrs 100%

--- 128 ---

7.5 Fitter & Turner


Module Task Time

Allocation %

Completion




















Total: 240 hrs 100%

--- 129 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion











sleeves

15 5.3












Total: 280 hrs 100%

--- 130 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion







cylinders

10 2.8


cylinders

10 2.8











cylinder

8 2.2















Total: 360 hrs 100%

--- 131 ---

7.6 Motor Mechanic


No Module Task Time

Allocation %

Completion

1 CCD-MM Course Control Documents 4 1.7







8 FT Fit washersrs and tighten screws 6 2.5














components 32 13.3






Total: 240 hrs 100%

--- 132 ---

Motor Mechanic


No Module Task Time

Allocation %

Completion






components

6 2.1
















Total: 280 hrs 100%

--- 133 ---

Motor Mechanic


No Module Task Time

Allocation %

Completion






components 24

6.7











engines 32 8.9



Total: 360 hrs 100%

--- 134 ---

7.7 Welder


No Module Task Time

Allocation %

Completion





















21 T-1 Theory 40 16.7

Total: 240 hrs 100%

--- 135 ---

Welder


No Module Task Time

Allocation %

Completion















15 T-2 Theory 40 14.3

Total: 280 hrs 100%

--- 136 ---

Welder


No Module Task Time

Allocation %

Completion











position

16 5.0



position

16 5.0








20 T-3 Theory 8 2.5

Total: 320 hrs 100%

--- 137 ---

--- 138 ---

8.1 Boilermaker


Module Task Time

Allocation %

Completion


2 DRG-1 Read Engineering drawings 14 5.8


















20 OM-4 Operate a punch and sharing machine 14 5.8



23 T-1 Theory 30 12.5


Total: 240 hrs 100%

--- 139 ---

Boilermaker


No Module Task Time

Allocation %

Completion
















16 T-2 Theory 40 14.2

Total: 280 hrs 100%

--- 140 ---

Boilermaker


No Module Task Time

Allocation %

Completion













interpenetration

24 6.7






18 T-3 Theory 40 11.1

Total: 360 hrs 100%

--- 141 ---

8.2 Diesel Mechanic


No Module Task Time

Allocation %

Completion


























Total: 240 hrs 100%

--- 142 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion















drive

12 4.3







20 OAW Use oxy-acetylene and arc welding

equipment

16 5.7

Total: 280 hrs 100%

--- 143 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion











cylinder 26 7.2






Total: 360 hrs 100%

--- 144 ---

8.3 Electrician


No Module Task Time

Allocation %

Completion


























Total: 240 hrs 100%

--- 145 ---

Electrician


No Module Task Time

Allocation %

Completion




















Total: 280 hrs 100%

--- 146 ---

Electrician


No Module Task Time

Allocation %

Completion





5 CA-5 Make off a paper insulated, wire armoured cable end 8 2.2

6 CA-6 Make off an XLPE cable end 8 2.2










16 SD-1 Wire a manual star-delta starter 12 3.3







Total: 360 hrs 100%

--- 147 ---

8.4 Fitter


No Module Task Time

Allocation %

Completion

















Total: 240 hrs 100%

--- 148 ---

Fitter


No Module Task Time

Allocation %

Completion


















Total: 280 hrs 100%

--- 149 ---

Fitter


No Module Task Time

Allocation %

Completion





























Total: 360 hrs 100%

--- 150 ---

8.5 Fitter & Turner


Module Task Time

Allocation %

Completion




















Total: 240 hrs 100%

--- 151 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion











sleeves

15 5.3












Total: 280 hrs 100%

--- 152 ---

Fitter & Turner


No Module Task Time

Allocation %

Completion







cylinders

10 2.8


cylinders

10 2.8











cylinder

8 2.2















Total: 360 hrs 100%

--- 153 ---

8.6 Motor Mechanic


No Module Task Time

Allocation %

Completion

1 CCD-MM Course Control Documents 4 1.7





















components 32 13.3






Total: 240 hrs 100%

--- 154 ---

Motor Mechanic


No Module Task Time

Allocation %

Completion






components

6 2.1
















Total: 280 hrs 100%

--- 155 ---

Motor Mechanic


No Module Task Time

Allocation %

Completion






components 24

6.7











engines 32 8.9



Total: 360 hrs 100%

--- 156 ---

8.7 Welder


No Module Task Time

Allocation %

Completion





















21 T-1 Theory 40 16.7

Total: 240 hrs 100%

--- 157 ---

Welder


No Module Task Time

Allocation %

Completion















15 T-2 Theory 40 14.3

Total: 280 hrs 100%

--- 158 ---

Welder


No Module Task Time

Allocation %

Completion











position

16 5.0



position

16 5.0








20 T-3 Theory 8 2.5

Total: 320 hrs 100%

--- 159 ---

--- 160 ---

9.1 Diesel Mechanic

Level 1 Trainee (Special):

Module Task Time

Allocation %

Completion























23 STD & LOP Safety & Lock out procedures 12 3.5





Total: 343 hrs 100%

--- 161 ---

Diesel Mechanic

Level 2 Trainee ((Special):

No Module Task Time

Allocation %

Completion




















Total: 294 hrs 100%

--- 162 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion














Total: 202 hrs 100%

--- 163 ---

9.2 Fitter


No Module Task Time

Allocation %

Completion














14 ST & LOP Occupational Safety 12 5.2




Total: 230 hrs 100%

--- 164 ---

Fitter


No Module Task Time

Allocation %

Completion


















Total: 231 hrs 100%

--- 165 ---

Fitter


No Module Task Time

Allocation %

Completion

1 HTT-2 Use a file and saw 48 13.2














15 KF-2 Make and fit a key 18 4.9

16 MDF-2 Drill a flange 18 4.9












Total: 365 hrs 100%

--- 166 ---

9.3 Welder


No Module Task Time

Allocation %

Completion





















21 ST/LOP Safety and Lock-out procedure 12 4.5

Total: 266 hrs 100%

--- 167 ---

Welder


No Module Task Time

Allocation %

Completion




4 AW-7 Butt weld pipes in position (4 G

position)

24 9.8


6 AW-9 Groove with angle grinder / back grind

and repair

16 6.5









Total: 246 hrs 100%

--- 168 ---

Welder


No Module Task Time

Allocation %

Completion







7 AW-7(2) Weld pipes in a 45 position (6 G position – MMA) 32 10.0


9 MIG Metal inert gas welding (in and out positions) 64 20.0

10 TIG Tungsten inert gas welding (T-Joint, 6 G position) 64 20.0

Total: 320 hrs 100%

--- 169 ---

--- 170 ---



No Module Task Time

Allocation %

Completion








between columns or profiles 15 4.4





10 BM-B01d Build a 220 mm face brick wall in English garden

wall bond between columns or profiles. 25 7.4





14 BM-B03c Build a 220 mm brick wall with a double return




brick T-junction and stopped ends 23 6.8


18 ST & LOP Safety and Lock-out procedure 12 3.5




Total: 340 hrs 100%

--- 171 ---



No Module Task Time

Allocation %

Completion











window frame 18 7.5




Total: 240 hrs 100%

--- 172 ---



No Module Task Time

Allocation %

Completion
















Total: 244 hrs 100%

--- 173 ---



No Module Task Time

Allocation %

Completion


2 C&J-A01 Safety on Machines 16 5.7

3 C&J-A02

General requirements, parts, use and safety of

sawing- & planning machines and spindle

moulders

16 5.7

4 C&J-A03 General requirements, parts, use and safety of

general woodworking machines 16 5.7

5 C&J-A04 Parts, use and safety of electrical hand tools 16 5.7

6 C&J-A05 Maintenance of the pedestal grinder and its use

to sharpen chisels and drill bits 16 5.7

7 CT-B09 Construct formwork for a semi-circular arch 30 10.6



10 JOI-A01 Interpret basic building drawings 14 4.9

11 JOI-A02 Basic joints – identification and care of tools 12 4.2

12 JOI-A2a Set out and construct T-halving and Bridle

joints 12 4.2




16 JOI-B03 Machine components for cupboard with hinged

door and drawer 23 8.1

17 JOI-C02 Assemble and fit a cupboard from given

machined components 17 6.0


Total: 283 hrs 100%

--- 174 ---

Carpentry/Joinery


No Module Task Time

Allocation %

Completion



3 CT-B07 Prepare and erect timber formwork for a rectangular

column 15 4.8

4 CT-B08 Prepare and erect timber formwork for a L-shaped wall 24 7.7


6 JOI-B05 Machine components for bar counter (assuming that

panels do not have to be jointed) 26 8.4

7 JOI-B06 Machine components for a straight flight of stairs with

newel posts 26 8.4


9 JOI-C03 Assemble a half-glass door from given machined

components and fit the door 24 7.7



11 JOI-C05

Assemble a straight flight of stairs with balustrade and

newel posts from given machined material and fit the

staircase.

30 9.6

12 JOI-C1a Assemble a casement window and frame from given

machined components and fit the window in frame 24 7.7



Total: 311 hrs 100%

--- 175 ---

Carpentry/Joinery


No Module Task Time

Allocation %

Completion



3 CT-C03 Set out and erect gable roof trusses 24 10.4



5 CT-D01 Prepare and erect a brandered ceiling and install

insulation 24 10.4



8 CT-E03 Prepare and fit tongue & groove wall panelling 25 10.9


10 CT-E05 Fit and hang a double door to a timber door

frame 20

8.7


Total: 230 hrs 100%

--- 176 ---



Module Task Time

Allocation %

Completion

1 CP1 B01 Construction Equipment - the domestic sewing

machine 28 8.5

2 CP1 B02 Construction equipment - the domestic

overlocker 25 7.6

3 CP1 C01 Hand and electrical sewing tools 10 3.0



6 CP1 E03 Seams 15 4.5

7 CP1 E04 Openings, plackets & fasteners 15 4.5

8 CP1 E05a Waistline & neckline finishes 20 6.1



11 CP1 E07 Construction of skirt & sleeveless Blouse/Top 20 6.1

12 CP1 F01 Introduction to Fashion Drawing - colour 15 4.5

13 CP1 F02a Production/Technical Drawings - Croquis 10 3.0

14 CP1 F02b Designer sketches - Croquis 10 3.0

15 CP1 F03 Designing skirt & sleeveless blouse/top 15 4.5





20 CP1 G03b T-shirt & Bodice block, manipulations &

Pattern 25 7.6

21 CPI D01 Laying up, cutting and marking fabric 10 3.0


Total: 330 hrs 100%

--- 177 ---

Clothing Production


Module Task Time

Allocation %

Completion

1 CP2 B03 Construction equipment: Industrial machines 30 11.1






7 CP2 F04 Designing pants/trousers 15 5.6

8 CP2 F05a Designing blouses/shirts 15 5.6

9 CP2 F05b Designing informal dresses 15 5.6








Total: 270 hrs 100%

--- 178 ---

Clothing Production


Module Task Time

Allocation %

Completion







7 CP3 F06 Designing formal evening dresses 10 4.3

8 CP3 F07 Designing active wear 10 4.3

9 CP3 F08 Designing Jackets/Coats/ Waistcoats 10 4.3

10 CP3 F09 Designing Lingerie & Sleepwear 10 4.3

11 CP3 F10 Designing Children’s wear 10 4.3


13 CP3 G12 Evening dress blocks 10 4.3



16 CP3 G18 Lingerie/Sleepwear blocks 10 4.3

Total: 235 hrs 100%

--- 179 ---



Module Task Time

Allocation %

Completion














14 PL-B04 Develop, mark out & fabricate square objects 16 5.9

15 PL-D03 Cut, thread and assemble GMS pipe-work 16 5.9

16 PL-D04 Cut, bend and assemble copper pipe-work 16 5.9

17 PL-E02 Install a push-through geyser 12 4.4

18 PL-E04 Install indirect system CW supply (storage

cistern) 14 5.1

19 PL-F01a Recognition of soil and waste systems 10 3.7

20 PL-G05 Build a manhole brick to benching height

(brick) 16 5.9


Total: 272 hrs 100%

--- 180 ---



No Module Task Time

Allocation %

Completion






6 PL-D01 Arc weld basic components 18 6.5

7 PL-D02 Gas weld and braze basic components 18 6.5







14 PL-TGC Temper and grind a chisel 10 3.6

Total: 278 hrs 100%

--- 181 ---



Module Task Time

Allocation %

Completion



3 PL-E07 Repairs and maintenance of taps, valves and

cocks 20 7.4


5 PL-E09 Install liquefied petroleum gas installations 20 7.4

6 PL-F05 Install a Bidet 20 7.4





11 PL-G05(J) Build a manhole brick to benching height

(junction) 16 5.9



13 PL-OACE Use oxy-acetylene cutting equipment 36 13.3

Total: 270 hrs 100%

--- 182 ---

--- 183 ---

11.1 Diesel Mechanic


Module Task Time

Allocation %

Completion























23 STD & LOP Safety & Lock out procedures 12 3.5





Total: 343 hrs 100%

--- 184 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion




















Total: 294 hrs 100%

--- 185 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion














Total: 202 hrs 100%

--- 186 ---

11.2 Fitter


No Module Task Time

Allocation %

Completion


















Total: 230 hrs 100%

--- 187 ---

Fitter


No Module Task Time

Allocation %

Completion


















Total: 231 hrs 100%

--- 188 ---

Fitter


No Module Task Time

Allocation %

Completion




























Total: 365 hrs 100%

--- 189 ---

11.3 Welder


No Module Task Time

Allocation %

Completion






















Total: 266 hrs 100%

--- 190 ---

Welder


No Module Task Time

Allocation %

Completion





position)

24 9.8



and repair

16 6.5









Total: 246 hrs 100%

--- 191 ---

Welder


No Module Task Time

Allocation %

Completion











Total: 320 hrs 100%

--- 192 ---

--- 193 ---



No Module Task Time

Allocation %

Completion







7 BM-B01a Build a 110mm plaster brick wall in Stretcher bond


8 BM-B01b Build a 220mm plaster brick wall in Stretcher bond


9 BM-B01c Build a 220mm face brick wall in English bond


10 BM-B01d Build a 220mm face brick wall in English garden

wall bond between columns or profiles. 25 7.4

11 BM-B01e Build a 220mm face brick wall in Flemish bond


12 BM-B03a Build a 110mm brick corner in Stretcher bond 11 3.2

13 BM-B03b Build a 220mm brick corner in Stretcher bond 15 4.4

14 BM-B03c Build a 220mm brick wall with a double return



16 BM-B06 Build right angle one brick wall with half brick T-

junction and stopped ends 23 6.8






Total: 340 hrs 100%

--- 194 ---



No Module Task Time

Allocation %

Completion











window frame 18 7.5




Total: 240 hrs 100%

--- 195 ---



No Module Task Time

Allocation %

Completion
















Total: 244 hrs 100%

--- 196 ---

12.2 Diesel Mechanic


Module Task Time

Allocation %

Completion























23 STD & LOP Safety & lock-out procedures 12 3.5





Total: 343 hrs 100%

--- 197 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion




















Total: 294 hrs 100%

--- 198 ---

Diesel Mechanic


No Module Task Time

Allocation %

Completion














Total: 202 hrs 100%

--- 199 ---

12.3 Fitter


No Module Task Time

Allocation %

Completion


















Total: 230 hrs 100%

--- 200 ---

Fitter


No Module Task Time

Allocation %

Completion


















Total: 231 hrs 100%

--- 201 ---

Fitter


No Module Task Time

Allocation %

Completion




























Total: 365 hrs 100%

--- 202 ---

12.4 Welder


No Module Task Time

Allocation %

Completion






















Total: 266 hrs 100%

--- 203 ---

Welder


No Module Task Time

Allocation %

Completion





position)

24 9.8



and repair

16 6.5









Total: 246 hrs 100%

--- 204 ---

Welder


No Module Task Time

Allocation %

Completion











Total: 320 hrs 100%