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2002 Swinburne TAFE Handbook - Swinburne University of ...

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148 I Subject Details<br />

Aims & Objectives<br />

Instructions, such as standard operation sheets, are provided. Clear specifications and<br />

requirements, including quality and time allowances are also provided. The task and<br />

associated planning activity are carried out under supervision. The plan mayor may not<br />

be documented. The task involves one or more steps or functions carried out routinely<br />

on a regular basis.<br />

A2.SC11<br />

• Prerequisite: Nil<br />

Aims & Objectives<br />

Measure with Graduated Devices<br />

Work is undertaken autonomously or as part olteam environment. Work is undertaken<br />

in field, work stations, and workshops. This unit covers measurement skills requiring<br />

straightforward application <strong>of</strong> measuring devices and may utilise the full range <strong>of</strong><br />

graduations <strong>of</strong> measuring devices.<br />

AS.12A<br />

• Prerequisite: Nil<br />

Content<br />

Perform Routine Manual Arc and/or<br />

Gas Metal Arc Welding<br />

Welding would typically be performed on low carbon and mild steels. Weld preparation<br />

would be minimal and generally restricted to cleaning, using files and grinders.<br />

AS.1SA<br />

• Prerequisite: Nil<br />

Content<br />

Weld Using Manual Metal Arc<br />

Welding Process<br />

This work would be carried out using a range <strong>of</strong> material for heavy or light fabrication.<br />

Preparation <strong>of</strong> materials may include preheating, setting up <strong>of</strong> jigs, fixtures, clamps, etc.<br />

Weld procedures may include amperage setting, earthing, electrode flux condition, etc.<br />

Remedial action using thermal processes may include oxyacetylene and air arc<br />

equipment. Grinding devices may also be used.<br />

AS.17A<br />

• Prerequisite: Nil<br />

Content<br />

Welding Using Gas Metal Arc<br />

Welding Process<br />

This work would be carried out using a range <strong>of</strong> material for heavy or light fabrication.<br />

Most common materials used are low carbon steel and stainless steel. Preparation <strong>of</strong><br />

materials would include amperage setting, earthing, secondary circuits, electrode<br />

gouging with selection conditioning, etc. Remedial action using thermal processes may<br />

include oxyacetylene and air arc equipment.<br />

AS.1SA<br />

• Prerequisite: Nil<br />

Content<br />

Welding Using Gas Tungsten Arc<br />

Welding Process<br />

This work would be carried out using a range <strong>of</strong> material for heavy or lightfabrication.<br />

Materials used may include carbon steel. stainless steel or aluminium, copper, etc.<br />

Preparation <strong>of</strong> materials would include preheating, setting up <strong>of</strong> jigs, fixtures, clamps,<br />

etc. Preparation may include amperage setting, electrode selection, etc. Remedial<br />

action using thermal processes may include oxyacetylene and air arc gouging<br />

equipment.<br />

AS.21A<br />

• Prerequisite: Nil<br />

Aims & Objectives<br />

Weld Using Oxyacetylene Welding<br />

Work would be undertaken using general fabricated components in either plate, pipe and<br />

section or sheet. Typical applications are transitions, pipeworks and structural<br />

fabrication. ductwork, general jobbing work, fired and unfired pressure vessels.<br />

AS.4A<br />

• Prerequisite: Nil<br />

Aims & Objectives<br />

Perform Routine Oxyacetylene<br />

Welding (Fuel Gas Welding)<br />

Routine welding in this unit is intended to apply in a manufacturing or maintenance<br />

environment where welding is not required to meet Australian Standard 3992 or<br />

equivalent codes and/or licensing requirements. The student will work autonomously or<br />

within a team environment using predetermined standards <strong>of</strong> quality, safety. work and<br />

welding procedures.<br />

AS.SA<br />

• Prerequisite: A lB. 1 A<br />

Content<br />

Carry Out Mechanical Cutting<br />

This unit may cover the operation <strong>of</strong>a number olthe following activities: sawing,<br />

shearing, cropping and/or holing. Materials may include ferrous and non-ferrous metals<br />

and non-metallic products. This unit includes the set up and operation <strong>of</strong> a range <strong>of</strong><br />

mechanical cutting and holing equipment.<br />

AS.SA<br />

• Prerequisite: Nil<br />

Content<br />

Perform Brazing and/or Silver<br />

Soldering<br />

Work undertaken in a production or maintenance environment using predetermined<br />

standards <strong>of</strong> quality, safety and work procedures. Heating medium can include<br />

oxyacetylene and fuel gas. Correct and appropriate consumables may include fluxes<br />

(resin or powderl. all types <strong>of</strong> silver solder and brazing grades etc. Correct and<br />

appropriate assembly <strong>of</strong> heating equipment may include cylinders, connections, hoses,<br />

tips and nozzles.<br />

AS.7A<br />

• Prerequisite: Nil<br />

Content<br />

Manual Heating, Thermal Cutting<br />

and Gouging<br />

Predetermined standards <strong>of</strong> quality and safety are observed and work is carried out<br />

following standard operating procedures. Manual. straight line cutting standards are<br />

observed. Manual or automatic processes are used to cut and heatto specifications.<br />

AS.SA<br />

• Prerequisite: Nil<br />

Content<br />

AutomatedThermal Cutting<br />

Use <strong>of</strong> single or multi-head machines. Use in heavy engineering for plate and pipe<br />

cutting. Cutting media would include fuel gases, oxyacetylene, plasma arc, etc. Powder<br />

marking and magnetic, photoelectric tracing devices or numerically controlled machines<br />

maybe used.<br />

AS.1A<br />

• Prerequisite: Nil<br />

Content<br />

Draw and Interpret Sketch<br />

Sketches may be applied to any olthe full range <strong>of</strong> engineering disciplines. Sketches<br />

will consist <strong>of</strong> a single plane drawing with dimensions and specifications gained by hand<br />

measuring equipment.<br />

AS.2A<br />

• Prerequisite: Nil<br />

Content<br />

Interpret Technical Drawing<br />

Technical drawing interpretation is applied to any olthe full range <strong>of</strong> engineering<br />

disciplines. Technical drawings may utilise perspective, exploded views or hidden view<br />

techniques. Technical drawings may include symbol glossaries.<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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