This Moodle is used in the Certificate II & III in Electrotechnology for:
UEENEEE141A - Use of Routine Equipment/Plant/Technologies in an Energy Sector Environment

For information in regards to this Moodle please contact: christopher.jarrett@tafesa.edu.au


This Moodle is used in the Certificate II & III in Electrotechnology for:
UEENEEE148A - Carry Out Routine Work Activities in an Energy Sector Environment

For information in regards to this Moodle please contact: christopher.jarrett@tafesa.edu.au


This unit covers safety testing of electrical cord connected equipment and cord assemblies.

It encompasses working safely, using portable apparatus tester, identifying faults, applying tagging, arranging for repair of faulty equipment and complete testing documentation.

This unit specifies the mandatory requirements of occupational health and safety and how they apply to the various electrotechnology work functions.
It encompasses responsibilities for health and safety, risk management processes at all operative levels and adherence to safety practices as part of the normal way of doing work.

UEENEEK142A

This competency standard unit requires the worker to undertake methods of work practice that minimises energy and material usage and to seek energy reduction strategies in the energy sector workplace.
The unit seeks to minimise negative impacts on the environment.

UEENEED101A

This unit covers the basic use of personal computers application relevant to a work function. It encompasses switching the computer on, applying user preferences, selecting basic applications, entering and retrieving information and printing files.
By using computer applications, competency shall be shown to produce, store and forward engineering related reports and/or results at a basic level.

UEENEEE130A

This competency covers the application of fundamental numerical calculations required to solve routine electrotechnology problems and reporting the outcomes to requirements. It encompasses working safely, applying routine problem solving techniques to identifying solutions to electrotechnology problems and reporting the solutions.