The important thing to remember when gathering evidence is that the more evidence the better - that is, the more evidence you gather to demonstrate your skills, the more confident an assessor can be that you have learned the skills not just at one point in time, but are continuing to apply and develop those skills (as opposed to just learning for the test!). Furthermore, one piece of evidence that you collect will not usualy demonstrate all the required criteria for a unit of competency, whereas multiple overlapping pieces of evidence will usually do the trick!
From the Wiki University
What evidence can you provide to prove your understanding of each of the following citeria?
Gather data
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Data logging information and error codes are accessed, in accordance with workplace procedures Completed |
Evidence:
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Sensory data on fault is gathered, in accordance with workplace procedures Completed |
Evidence:
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Documentation is accessed, in accordance with workplace procedures, to support fault finding process Completed |
Evidence:
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Built in fault indicators and error codes are, where appropriate, examined and interpreted Completed |
Evidence:
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Reference to circuit diagrams, manufacturers' specifications, schematics or consultation with technical adviser is used to determine electrical circuit or system functions and characteristics Completed |
Evidence:
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Sensory data on fault is gathered, in accordance with workplace procedures |
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Completed |
Evidence:
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Documentation is accessed, in accordance with workplace procedures, to support fault finding process |
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Completed |
Evidence:
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Built in fault indicators and error codes are, where appropriate, examined and interpreted |
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Completed |
Evidence:
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Reference to circuit diagrams, manufacturers' specifications, schematics or consultation with technical adviser is used to determine electrical circuit or system functions and characteristics |
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Completed |
Evidence:
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Interpret data to establish hypothesisaboutwindturbinegenerator electrical system fault
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Knowledge of wind turbine generator electrical systems and performance parameters is applied to interpretation of fault data Completed |
Evidence:
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Wind turbine generator electrical system faults are verified or localised using appropriate techniques, tools and test equipment, in accordance with workplace procedures. |
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Completed |
Evidence:
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Priorities are set for testing or replacement of specific components, wiring and connections in the wind turbine generator electrical system |
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Completed |
Evidence:
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Repair windturbinegenerator electrical system fault
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Risk analysis is undertaken and is communicated to work team and appropriate personnel, in accordance with workplace procedures Completed |
Evidence:
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Safety precautions including circuit isolations, physical barriers and other protective devices or systems are, where appropriate, used in accordance with workplace procedures |
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Completed |
Evidence:
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Tests are conducted to ensure wind turbine generator electrical system fault has been isolated |
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Completed |
Evidence:
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Faulty components are removed from service and are examined to identify the cause of the problem |
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Completed |
Evidence:
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Loose connections or wiring are repaired, in accordance with workplace procedures |
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Completed |
Evidence:
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Faulty parts of wind turbine generator electrical system are removed and replaced with tested and operational parts |
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Completed |
Evidence:
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Wind turbine generator electrical system is tested, in accordance with workplace procedures, to ensure correct operation |
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Completed |
Evidence:
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Repairs to complex faults are, if required, escalated, in accordance with workplace procedures, to a technical adviser |
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Completed |
Evidence:
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Record windturbinegenerator electrical system fault
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Wind turbine generator electrical system faulty components and parts are tagged, identified and stored, in accordance with workplace procedures Completed |
Evidence:
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Faults are recorded, in accordance with workplace procedures |
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Completed |
Evidence:
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