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2002 Swinburne TAFE Handbook - Swinburne University of ...

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82 I <strong>TAFE</strong> Courses I Engineering and Technology<br />

A5.4A<br />

A5.7A<br />

A5.12A<br />

A5.15A<br />

A6.7A<br />

A7.5A<br />

A7.6A<br />

A7.7A<br />

A9.2A<br />

A9.3A<br />

AIB.IA<br />

AIB.2A<br />

Perform routine oxy/acetylene welding (fuel gas welding)<br />

Manual heating, thermal cutting and gouging<br />

Perform routine manual arc and/or gas metal arc welding<br />

Weld using Manual Metal Arc Welding<br />

Basic Heat Treatment<br />

Perform general machining<br />

Lathe operations<br />

Milling operations<br />

Interpret Technical Drawing<br />

Basic Engineering Drawing<br />

Use hand tools<br />

Power tools/hand tools<br />

Entry requirements<br />

There are no formal entry requirements. However, applicants must be at least 15<br />

years <strong>of</strong> age.<br />

Application procedure<br />

Applicants should apply directly to the department listed below, or complete the<br />

online application form at www.tafe.swin.edu.au/eng<br />

Further information<br />

Contact the Department <strong>of</strong> Mechanical and Automotive Technology on:<br />

(03) 9214 8504 (Hawthorn), or<br />

(03) 9210 1226 (Wantirna and Lilydale)<br />

Email: tafeeng@groupwise.swin.edu.au<br />

Website: www.tafe.swin.edu.au/eng/<br />

MEM30398 Certificate III in Engineering<br />

(Fabrication Trade)<br />

This course will qualify personnel for the engineering fabrication trade. On<br />

completion, students will have skills in welding and metal fabrication in the trade<br />

<strong>of</strong> boilermaking.<br />

Campus<br />

Hawthorn; Wantirna<br />

Career opportunities<br />

Employment as engineering tradespersons - fabrication, in industries such as<br />

maintenance and repairs, structural steel fabrication, container manufacture,<br />

pipeline welding, shipbuilding and general engineering.<br />

Course duration<br />

Three years part-time.<br />

Course subjects<br />

Foundation units<br />

AUF Undertake interactive workplace communications<br />

AI.2F Apply principles <strong>of</strong> Occupational Health and safety in a work<br />

environment<br />

A1.3F Apply quality procedures<br />

AI.4F Plan to undertake a routine task<br />

Band 1 core units<br />

A2.1C12 Apply quality systems<br />

A2.2Cl1 Organise and analyse information<br />

A2.3Cl1 Operate in a work based team environment<br />

A2.4CII Assist in the provision <strong>of</strong> on the job training<br />

A2.5Cl1 Measure with graduated devices<br />

A2.6C10 Plan a complete activity<br />

A2.7C1D Perform computations - basic<br />

A2.BCI0 Perform computations<br />

A2.9Cl0 Perform computer operations<br />

Specialisation units<br />

A5.3A S<strong>of</strong>t soldering basic<br />

A5.4A Perform routine oxy/acetylene welding (fuel gas welding)<br />

A5.5A Carry out mechanical cutting<br />

A5.6A Perform brazing and/or silver soldering<br />

A5.7A Manual heating, thermal cutting and gouging<br />

A5.BA Advanced manual thermal cutting, gouging and shaping<br />

A5.9A Automated thermal cutting<br />

A5.10A Undertake fabrication, forming, bending and shaping<br />

A5.11A Assemble fabricated components<br />

A5.12A Perform routine manual arc and/or gas metal arc welding<br />

A5.13A Perform manual production welding<br />

A5.14A Monitor quality <strong>of</strong> production welding/fabrications<br />

A5.15A Weld using Manual Metal Arc Welding<br />

A5.16A Perform advanced welding using manual metal arc welding<br />

A5.17A Weld using Gas Metal Arc Welding<br />

A5.1BA Perform advanced welding using gas metal arc welding<br />

A5.19A Weld using Gas Tungsten Arc Welding<br />

A5.20A Perform advanced welding using gas tungsten arc welding<br />

A5.21A Weld using oxy/acetylene welding process<br />

A5.22A Perform advanced welding using oxy/acetylene welding<br />

A5.23A Weld using submerged arc process<br />

A5.26A Apply welding principles<br />

A5.36A Repair/replace/modify fabrications<br />

A5.37A Geometric development<br />

A5.3BA Advanced geometric development - cylindrical/rectangular<br />

A5.39A Advanced geometric development - conical<br />

A5.40A Advanced geometric development - transitions<br />

A9.1A Draw and interpret sketches<br />

A9.2A Interpret technical drawing<br />

AI2.7A Mark <strong>of</strong>f/out structural fabrications and shapes<br />

A13.1A Perform emergency first aid<br />

A1B.1A Use hand tools<br />

A1B.2A Use power tools - hand held operations<br />

Entry requirements<br />

Students must be registered apprentices.<br />

Application procedure<br />

Applicants should apply directly to the department listed below, or complete the<br />

online application form at www.tafe.swin.edu.au/eng<br />

Further information<br />

Contact the Department <strong>of</strong> Mechanical and Automotive Technology on:<br />

(03) 9214 8504 (Hawthorn), or<br />

(03) 92101226 (Wantirna and Lilydale)<br />

Email: tafeeng@groupwise.swin.edu.au<br />

Website: www.tafe.swin.edu.au/eng/<br />

MEM30298 Certificate III in Engineering<br />

(Mechanical Trade)<br />

This course is designed for people who are employed as apprentices in the metals<br />

industries and work under the Metals Industries Award. The course will provide<br />

students with the necessary skills and knowledge to work at trade levels within<br />

the metal trades industry.<br />

Campus<br />

Hawthorn; Lilydale; Wantirna<br />

<strong>Swinburne</strong> <strong>University</strong> <strong>of</strong> Technology I <strong>TAFE</strong> <strong>Handbook</strong> <strong>2002</strong>

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