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Elements and Performance Criteria

  1. Prepare for dismantling, assembling and fabrication work
  2. WHS/OHS risk control measures and workplace procedures are followed in preparation for the work
  3. Work instructions and relevant workplace procedures, industry standards, codes of practice and regulations for dismantling, assembling and fabrication are identified and applied
  4. Scope of work to be undertaken is obtained from relevant documentation and from work supervisor
  5. Advice is sought from work supervisor to ensure work is coordinated effectively with other persons
  6. Materials required for work are identified and obtained in accordance with workplace procedures
  7. Tools, equipment and measuring devices needed to carry out the work are obtained and checked for correct operation and safety
  8. Dismantle and assemble utilities industry apparatus
  9. Circuits/apparatus/plant are checked and isolation confirmed in accordance with WHS/OHS workplace requirements and procedures
  10. Relevant tools are selected and used correctly and safely in accordance with manufacturer instructions and workplace procedures
  11. Relevant manufacturer guides and instructions are followed when dismantling and assembling apparatus
  12. Apparatus components are marked or tagged correctly during dismantling to ensure correct and efficient reassembly in accordance with workplace procedures
  13. Dismantled components and parts are stored to protect them against loss or damage in accordance with manufacturer instructions and workplace procedures
  14. Apparatus is dismantled and assembled without waste of materials and energy, damage to apparatus, the surrounding environment or services
  15. Unplanned events are referred to supervisor for directions in accordance with workplace procedures
  16. Quality checks are carried out in accordance with workplace procedures
  17. Worksite is tidied, tools and equipment cleaned and securely stored in accordance with workplace procedures
  18. Work supervisor is notified of dismantling and assembling apparatus completion in accordance with workplace procedures
  19. Fabricate utilities industry components
  20. Circuits/apparatus/plant are checked and isolated in accordance WHS/OHS workplace requirements and procedures
  21. Relevant tools and equipment are selected, used correctly and safely in accordance with manufacturer instructions and workplace procedures
  22. Drawings, diagrams and instructions for fabrication of mechanical components are followed in accordance with workplace procedures
  23. Component dimensions are determined directly by measuring, or by calculation from information supplied in job drawings and instructions
  24. Mechanical components are fabricated by measuring, marking out, cutting, joining and fixing accurately using relevant equipment and tools, minimising waste of materials and energy and/or damage to the surrounding environment or services
  25. Work supervisor is notified of fabrication completion in accordance with workplace procedures

Range Statement

Range is restricted to essential operating conditions and any other variables essential to the work environment.

Non-essential conditions may be found in the UEE Electrotechnology Training Package Companion Volume Implementation Guide.

Hand tools must include:

drills and drilling with different types of drills used in the electrotechnology industry

tools for holding, cutting, driving, shaping, breaking and bending materials

tools for cutting metallic and non-metallic material

Relevant workplace policies and procedures must include:

circuits/apparatus/plant isolation procedures

workplace referral and reporting procedures

Sheet metal work must include:

application of a range of fabrication material types

use of tools for cutting, bending, folding and punching sheet metals

Tapping and threading must include:

tools for cutting internal and external threads to materials used for electrotechnology work

Workshop planning processes and materials must include:

metallic and non-metallic materials used in the electrotechnology industry and their application

Performance Evidence

Evidence required to demonstrate competence in this unit must be relevant to and satisfy all of the requirements of the elements, performance criteria and range of conditions on at least two separate occasions and include:

applying relevant work health and safety (WHS)/occupational health and safety (OHS) requirements

applying sustainable energy work practices to reduce waste when marking out

complying with relevant electrical regulations and legislations

consulting with work supervisor

correctly marking, tagging and storing components during dismantling

dealing with unplanned events in accordance with workplace procedures in a manner that minimises risk to personnel and equipment

drawing freehand mechanical components showing all information needed for its manufacture/fabrication

fabricating, dismantling, assembling utilities industry components, including:

applying safety procedures when using holding and cutting tools

cutting a thread on metallic components

demonstrating safe use of a bench drill

dismantling electrical, electronic, instrumentation or refrigeration/air conditioning piece of equipment using correct procedures

assembling electrical, electronic, instrumentation or refrigeration/air conditioning piece of equipment using correct procedures

drilling metallic and non-metallic components

fabricating components using sheet metal and fabrication tools

following manufacturer guides and instructions

following work instructions

holding and cutting materials accurately

interpreting and completing workplace documentation

interpreting mechanical drawings/diagrams and instructions used in the electrotechnology industry

joining components using correct method and equipment

laying out a drawing of mechanical components using engineering drawing convention

marking out, cut, bend, drill and join sheet metal

measuring, calculating and marking out a project accurately in accordance with workplace procedures

selecting and using portable power tools correctly and safely

selecting and using relevant hand tools correctly and safely

tapping and threading metallic and/or non-metallic components

using vernier calipers and micrometers to measure components

maintaining a clean worksite and equipment

modifying metal enclosures

demonstrating safe drilling practices

modifying plastic enclosures

performing quality checks

planning for dismantling, assembling and fabrication work.

Knowledge Evidence

Evidence required to demonstrate competence in this unit must be relevant to and satisfy all of the requirements of the elements, performance criteria and range of conditions and include knowledge of:

mechanical drawing interpretation and sketching, including:

industry drawing standards of mechanical components

abbreviations and symbols used in drawing of mechanical components

interpretation of mechanical drawings commonly used in the electrotechnology industry (orthogonal projection, third angle - detail and assembly drawings, and pictorial views)

laying out a drawing of mechanical components using engineering drawing convention

freehand drawings of mechanical components showing all information needed for its manufacture/fabrication

workshop planning and materials, including:

methods used to work safely in an industrial work environment

typical non-electrical hazards in the workplace

control measures for dealing with hazards identified

type of metallic and non-metallic materials used in the electrotechnology industry and application of the common materials

planning process

measuring and marking out, including:

reasons for measuring and marking out

sustainable energy work practices related to reducing waste when marking out

holding and cutting materials, including:

procedures for using a range of tools for cutting, shaping, and finishing metallic and non-metallic materials

safety procedures when using holding and cutting tools

drills and drilling, including:

types of drills used in the electrotechnology industry

drilling metallic and non-metallic components

safe use of a bench drill

tapping and threading including type and size of commonly used threads used in electrotechnology work

general hand tools used in electrotechnology work

joining techniques, including:

machine screws

welding, brazing or soldering techniques

portable power tools in electrotechnology work, including:

applications of portable power tools

using portable power tools

fabricating components using power tools

requirements for testing and tagging cord connected electrical equipment

compressed gas operated tools in electrotechnology work

sheet metal work, including:

types of sheet metal materials used in the electrotechnology work

names and applications of the types of fabrication materials

techniques used in fabricating sheet metal, including cutting, bending, drilling/punching, joining and cutting mitres

marking out, cutting, bending, drilling and/or cutting and/or punching holes, joining and cutting mitred joints using sheet metal

sustainable energy work practices to reducing waste when fabricating using sheet metal

low tolerance measurement, including:

tolerance

techniques in using vernier callipers and micrometers

dismantling and assembly techniques, including procedures for ensuring the safe treatment of dismantled components

relevant tools for specific tasks, including:

tapping and threading

general hand tools used in electrotechnology work

joining

portable electric power tools

dismantling and assembly techniques

measuring and marking out

holding and cutting metallic and non-metallic materials

sheet metal work