UEECD0036 - Provide engineering solutions for problems in complex multiple path circuits

Unit code: UEECD0036 | Study level: TAFE
Nominal hours:
60
Location
Sunshine
Prerequisites
N/A
Overview
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Overview

This unit involves the skills and knowledge required to provide engineering solutions for problems in complex multiple path circuits.It includes preparing tools, equipment and materials; and providing solutions for complex multiple path circuits. It also includes completing work and documentation.

Assessment

For Melbourne campuses

Assessment tasks will be designed to reinforce & extend knowledge and skill competence within set & controlled parameters in accordance with each units learning outcomes & performance criteria requirements, including the setting of work based practical application tasks designed to provide evidence of competence outcomes, within periodic and scheduled timelines.

Students will be expected to demonstrate the following required skills:

  • analysing complex multiple path circuits
  • applying relevant work health and safety (WHS)/occupational health and safety (OHS) requirements, including
    -using risk control measures
  • completing work and documenting problem-solving activities
  • completing written justification of solutions
  • coordinating work with others
  • dealing with unplanned events in accordance with problem-solving techniques and workplace procedures
  • determining the operating parameters of existing circuits
  • inspecting and testing active systems
  • obtaining and following work instructions
  • obtaining and using tools, equipment and products
  • preparing to solve problems in complex multiple path circuits
  • providing effective solutions to circuit problems from measurements and calculations
  • providing solutions for problems in complex multiple path circuits
  • using sustainable energy practices in accordance with workplace procedures
  • using testing devices.

Students will also be expected to demonstrate the following knowledge:

  • complex alternating current (a.c.) power and maximum power transfer theorem
  • complex impedance
  • mesh and nodal analysis for a.c. linear circuits
  • mesh and nodal analysis for direct current (d.c.) linear circuits
  • Norton’s principles for d.c. linear circuits
  • phasors
  • problem-solving techniques
  • relevant complex multiple path circuits
  • relevant industry standards
  • relevant job safety assessments or risk mitigation processes
  • relevant manufacturer specifications and operating instructions
  • relevant materials, tools, equipment, product and testing devices
  • relevant sustainable energy principles
  • relevant tools, equipment and products
  • relevant WHS/OHS legislated requirements
  • relevant workplace documentation
  • relevant workplace instructions, policies and procedures
  • series and parallel a.c. linear circuits
  • star-delta conversions
  • superposition principles and Kirchhoff’s law applied to a.c. linear circuits
  • superposition principles for d.c. linear circuits
  • Thévenin and Norton theorems applied to a.c. linear circuits
  • Thévenin’s principles for d.c. linear circuits
  • transients
  • voltage/current sources and Kirchhoff’s law for d.c. linear circuits.

Required reading

The qualified trainer and assessor will provide teaching and learning materials as required in the form of workbooks produced by Victoria University and/or via the Victoria University e-learning system.

As part of a course

This unit is studied as part of the following course(s):

Advanced Diploma of Engineering
MEM60122 | Advanced diploma | Duration:
Advanced Diploma of Engineering Technology - Electrical
UEE62122 | Advanced diploma | Duration:

Refer to the course page for information on how to apply for the course. VU takes care to ensure the accuracy of this unit information, but reserves the right to change or withdraw courses offered at any time. Please check that unit information is current with the Student Contact Centre.

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