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Engineering and Mining

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National ID State ID Title Qualification level Study mode Campus
GAA29 GAA29 Applied Engineering Drawing and CAD Skill Set Skill set Part Time
Munster
AutoCAD, CAD, Inventor, 2D, Engineering, Drawing, Drafting, Computer, Aided, Design, TAFE, Autodesk, Mechanical, Civil, Electrical, j367, j367 2, mem50212, U000000, U000001, smt0071, gaa29,

You will gain experience in producing industry standard 2D and 3D Engineering Drawings and gain a working knowledge of appropriate standards whilst learning Autodesk’s AutoCAD drafting system. Learn how to produce fully parametric 3D models and assemblies using Autodesk’s Inventor software

This course is aimed at those who may be interested in gaining the necessary skills needed for entry into an Engineering career, that are looking at upskilling in their current position or from post trade, prospective entrepreneurs, that are looking at gaining formal qualification or those that would just like to learn how to use the software for their own personal projects.

  • MEM09002B Interpreting Technical Drawings
  • MEM30031A Operate computer-aided design (CAD) system to produce basic drawing elements
  • MEM30032A Produce basic engineering drawings
  • MEM09204A Produce basic engineering detail drawings
  • MEM30033A Use computer-aided design (CAD) system to create and display 3-D models

2019 Dates

  • Commencing July, Term 3, 2019 (17:30 to 20:30)
  • Commencing October, Term 4, 2019 (17:30 to 20:30)
GAA30 GAA30 Applied Engineering Mathematics Skill Set Skill set Part Time
Munster
Maths, Engineering, Statics, Dynamics, motion and rotation, engineering materials, engineering stress, algebra, j367, j367 3, mem50212, U000000, U000001, smt0072, GAA30

Students will gain an understanding of using mathematics as a tool to analyse practical problems. This course will also provide a solid foundation for physics and other disciplines.

Topics will include: Identifying common engineering materials by their principal properties, Select materials for specific applications, Verify selected material as fit for purpose, Determine stresses in simple structures and mechanical components, Verify stress levels using appropriate reference material, Solve engineering problems involving algebraic expressions with one independent variable, Use trigonometry to solve practical problems, Solve quadratic equations, Statics, Dynamics, motion and rotation.

  • MEM30007A Select common engineering materials
  • MEM30006A Calculate stresses in simple structures
  • MEM30012A Apply mathematical techniques in a manufacturing, engineering or related environment
  • MEM23109A Apply engineering mechanics principles
  • MEM23004A Apply technical mathematics

2019 Dates

  • Commencing July, Term 3, 2019 (17:30 to 20:30)
  • Commencing October, Term 4, 2019 (17:30 to 20:30)
GAA95 GAA95 Civil Construction Design pre-requisite Skill Set Skill set Part Time
Munster
U000001

2019 Dates

Wednesday July 24 - Wednesday September 25, 2019

GAA34 GAA34 Civil Structural Design, Model and Drafting Skill Set Skill set Part Time
Munster
Structural, Drafting, Design, Civil, construction, Engineering, Drafting, Architectural, CAD, Drawing, AutoCAD, Concrete, Timber, Steel, J666, AZE3, RII50515, Civil Diploma, Distance, Open, ELearning, Evening, skillset, Builders, Registration, licence, White, card, RII50513, U000000, U000001, SMT0094, GAA34,

Take your career in Building Information Modeling (BIM) to the next level with analytical and practical design skills based around construction industry standards and software tools with a course from South Metropolitan TAFE.

Discover how to use tools like Revit BIM and Robot Structure analysis to construct and analyse CAD models to Australian design standards. Use your designs to develop detailed plans for workflow management and collaboration across disciplines.

Upon completion of the course a student will be able to demonstrate they have learned:

  • Knowledge of structural requirements, local building and construction standards, codes and practices
  • Structural mechanics: loads, analysis, materials, and design of members such as columns, beams, trusses and portal frames
  • To model structural elements from basic beams, columns and walls through to more real-life complex examples in addition to exploring a variety of functions such as structural connections and advanced steel
  • Simulating various load conditions to determine the strength and stiffness of structure by reporting component stress, strain and deformations
  • Drafting, scheduling and the production of drawings and specifications for building project

This is part of: RII50515 - Diploma of Civil Construction Design, a nationally recognised qualification.

There are prerequisite requirements which are covered as recognition of prior learning (RPL)

2019 Dates

  • Commencing July, Term 3, 2019 (17:30 to 20:30)
  • Commencing October, Term 4, 2019 (17:30 to 20:30)
GAA35 GAA35 Drafting and Estimates Skill Set Skill set Part Time
Munster
electrotechnology, electronics, communications, single path circuits, low voltage, repairs, electronic apparatus, dc power supplies, single phase, digital subsystems, amplifiers, frequency dependent circuits, complex power supplies, A175, U000000, Engineering and Mining, U000001, Engineering, uee62111, engineering associate, p000017, smt0152, GAA35,

Build your career in electrical design and contracting by understanding on how to create project specific requirements, drawings, schematics, schedules, estimates, and common tendering document procedures used in Australian electrical work and services.

This is a Blackboard Learning Management System based course (online). Access to AutoCAD and AutoCAD Electrical and Estimation software is mandatory.

There are prerequisite requirements which are covered as Recognition of Prior Learning (RPL) based on previous qualification and work experience.

Pre-requisite units:

  • UEENEEE101A Apply Occupational Health and Safety regulations, codes and practices in the workplace
  • UEENEEE102A Fabricate, dismantle, assemble of utilities industry components
  • UEENEEE107A Use drawings, diagrams, schedules, standards, codes and specifications

Course Outline:

  • UEENEEC005B - Estimate electrotechnology projects W7735
  • UEENEEE071B - Write specifications for electrical engineering projects W7858
  • UEENEED104A - Use engineering applications software on personal computers WC388
  • UEENEED101A - Use computer applications relevant to a workplace WC385
  • UEENEEE190A - Prepare engineering drawings using manual drafting and CAD for electrotechnology utilities applications WC454

Upon completion of the course a student will be able to demonstrate they have learned:

  • Interpret electrical drawings and diagrams using knowledge of Australian drawing conventions and symbols
  • Create electrical and electronic diagrams, schematics, control circuit diagrams, and documentation using Electrical CAD software
  • Make up material take-off, job list and labour force from information given in project specifications and drawings using electrical estimation software
  • Outline the purpose of a contract and planning to provide electrical services
  • Formatting and compiling documents for successful tender responses

This is part of UEE62111 Advanced Diploma of Engineering Technology - Electrical, a nationally recognised qualification.

Part time evening class with a combination of face to face and Blackboard delivery.

2019 Dates

  • Commencing July, Term 3, 2019 (17:30 to 20:30)
  • Commencing October, Term 4, 2019 (17:30 to 20:30)
GAA31 GAA31 Engineering Energy Sector Skill Set Skill set Part Time
Munster
electrotechnology, electronics, communications, single path circuits, low voltage, repairs, electronic apparatus, dc power supplies, single phase, digital subsystems, amplifiers, frequency dependent circuits, complex power supplies, A175, U000000, Engineering and Mining, U000001, Engineering, uee62111, engineering associate, p000017, smt0150, GAA31

The Applied Electrical Engineering Solutions in Energy Sector skill set is part of the Advanced Diploma Engineering Technology-Electrical. Student will gain the calculation techniques start from a solid foundation to advanced mathematical processes such as Algebra, Statistics, and MATLAB Software to apply solutions to solve the practical problem in the electrical engineering tasks. And further developing strategies to address environment and sustainability issues in the energy sector and understanding an organisation's occupational health and safety policies and procedures.

Students will learn to develop strategies to address environmental and sustainability issues in the energy sector and will form an understanding of an organisation's occupational health and safety policies and procedures.

Pre-requisites:

  • UEENEEE101A - Apply Occupational Health Safety regulations, codes and practices in the workplace
  • UEENEEE129A - Solve electrotechnical engineering problems

Course Outline:

  • UEENEEE126A - Provide solutions to basic engineering computational problems
  • UEENEEE124A - Compile and produce an energy sector detailed report
  • UEENEEE117A - Implement and monitor energy sector OHS policies and procedures
  • UEENEEK132A - Develop strategies to address environmental and sustainability issues in the energy sector
  • UEENEEE081A - Apply material science to solving electro technology engineering problems
  • UEENEEE082A - Apply physics to solving electro technology engineering problems

Upon completion of the course a student will be able to demonstrate they have learned:

  • How to apply the basic and advanced mathematics to solve problems
  • How to understand and produce reports
  • How to analyse and interpret workplace documents, tables and charts
  • How to apply an extensive knowledge of sustainable energy systems and components, workplace safety policies and procedures.

This is part of UEE62111 Advanced Diploma of Engineering Technology - Electrical, a nationally recognised qualification.

Part time evening class with a combination of face to face and Blackboard delivery.

2019 Dates

  • Commencing July, Term 3, 2019 (17:30 to 20:30)
  • Commencing October, Term 4, 2019 (17:30 to 20:30)
GAA80 GAA80 Engineers Australia Skill Set Skill set Full Time
Munster
U000001

This skillset is comprised of 5 units which in combination with the Advanced Diploma of Process Technology delivered at ACEPT, have been formally endorsed by Engineers Australia allowing membership to Engineers Australia and 1 year of advanced standing at both Edith Cowan and Curtain Universities for the process/Chemical Engineering Degree.

2019 Dates

Monday July 22 - Friday December 13, 2019

UEPSS00002 AB531 High Risk Licensing - Licence to operate a steam turbine Skill set Full Time
Workplace
Munster
U000001

This unit covers the outcomes required to operate a steam turbine for licensing purposes. This unit requires the operator to plan the work, carry out preoperational safety checks, start the steam turbine, monitor steam turbine operation and shutdown the steam turbine. Theory is conducted over 5 days at ACEPT and a separate practical assessment will be conducted using an industry specific steam turbine.

GAB03 GAB03 Industrial Control System Programming Skill Set Skill set Part Time
Munster
A175, Advanced Diploma Electrical Technology, Automation Short Course, scada, plc, programming, hmi, Automation Skill Set, Electrical Engineering, U000000, U000001, UEE62111, p000017, smt0076, gaa33, gaa108,

This skill set is a part of an Advanced Diploma of Engineering Technology (Electrical)-UEE62111 and it is designed to develop your skills in computer based measurement, programming and control by exploring PLC and SCADA systems. The strong laboratory and project based approach provides students with practical experience in using these systems in an industry environment. Students will gain experience in working with a small scale system involving designing, programming, fault finding, testing and networking.

Course Units:

  • WC666 UEENEEI150A Develop, enter and verify discrete control programs for programmable controllers
  • WC667 UEENEEI151A Develop, enter and verify word and analogue control programs for programmable logic controllers
  • WC668 UEENEEI152A Develop, enter and verify programs in supervisory control and data acquisition systems
  • WC671 UEENEEI155A Develop structured programs to control external devices
  • WC670 UEENEEI154A Design and use advanced programming tools PC networks and HMI Interfacing

On completion of this skill set you will receive a statement of attainment and may be able to work as an Automation Technician/Programmer or Building Control System Technician/Programmer. If you have any relevant experience, you may be able to work as a PLC/SCADA Programmer.

To do this skill set, you might need to complete some pre-requisite units. So, if you've studied previously or have relevant experience, please talk to us about Recognition of Prior Learning {RPL} credits.

Pre-Requisite Units

  • UEENEEE101A Apply Occupational Health and Safety regulations, codes and practices in the workplace and

You may be eligible to apply for Recognition of Prior Learning (RPL) credits for the above mentioned units based on your previous qualification or work experience. Recognition of Prior Learning will be supported by a qualified assessor. Students are encouraged to speak to lecturers if they feel they have any existing skills that may be formally recognised towards the achievement of a unit or qualification.

GAA32 GAA32 Machines and Motors Skill Set Skill set Part Time
Munster
electrotechnology, electronics, electrical, communications, single path circuits, low voltage, repairs, electronic apparatus, dc, AC, power, three, phase, digital subsystems, amplifiers, frequency dependent circuits, complex power supplies, A175, U000000, Engineering and Mining, U000001, Engineering, uee62111, engineering associate, p000017, smt0151, GAA32

This course is designed to develop the students theoretical and practical skills in the analysis, operation and application of industrial electrical systems in the areas of AC power systems , rotating machines,calculation of circuit network parameters , maintenance in Ore handling operations, motor selection, maintenance techniques and motor protection.

Prerequisite Units:
There are prerequisite requirements which are covered as recognition of prior learning (RPL) based on previous qualification and work experience.

  • UEENEEE126A Provide solutions to basic engineering computational problems
  • UEENEEG102A Solve problems in low voltage a.c. circuits
  • UEENEEE101A Apply Occupational Health and Safety regulations, codes and practices in the workplace
  • UEENEEE104A Solve problems in d.c. circuits
  • UEENEEG101A Solve problems in electromagnetic devices and related circuits

Course Outline:

  • UEENEEE125A Provide solutions to complex multiple path circuits.
    Includes the analysis of and solutions for electrical networks composed with multiple sources multiple sources and has a special emphasis placed on power transfer.
  • UEENEEG149A Provide engineering solutions to problems in complex polyphase power circuits. 
    Includes generation and transfer of three phase power, analysis of balanced and unbalanced loads, power factor and power factor correction calculations and applications of three phase transformers.
  • UEENEEG143A - Develop engineering solution for synchronous machine and control problems. 
    Includes construction, operation and industrial applications of synchronous motors and AC generators.
  • UEENEEG144A - Develop engineering solutions for D.C. machine and control problems. 
    Includes DC rotating machines construction, operation and industrial applications of DC motors and generators.
  • UEENEEG145A - Develop engineering solutions for induction machine and control problems. 
    Includes construction, operation and industrial applications of induction motors and induction generators.

This skillset is part of UEE62111 Advanced Diploma of Engineering Technology - Electrical, a nationally recognised qualification.

Part time evening class with a combination of face to face and Blackboard delivery.

2019 Dates

  • Commencing July, Term 3, 2019 (17:30 to 20:30)
  • Commencing October, Term 4, 2019 (17:30 to 20:30)
GAA28 GAA28 Maintenance Planning, Scheduling and Coordination Skill Set Skill set Part Time
Munster
Electrical, mechanical, maintenance, planning, scheduling, U000000, U000006, mem50513, mem50212, J367, mem50513short, mem50212, p000017, smt0070, GAA28

The Maintenance Planning, Scheduling and Coordination skill set is part of the Diploma of Engineering and is designed to develop your skills in leadership, innovation and continuous improvement, planning and estimating, quality assurance/compliance, systems and IT.

You can choose to focus on either the electrical or mechanical stream of this skill set.

To study this course you will need to have completed a Certificate III apprenticeship or have worked in maintenance in one of the following industries: Navy/aerospace, oil and gas, mining and mineral resources, or public transport (e.g. A/C plant room technician with prior engineering studies).

On completion of this course you will receive a Statement of Attainment and may be able to work as a Maintenance Coordinator or if you have the relevant experience, a Maintenance Supervisor, Planner or Manager.

In this course you will develop skills in:

  • Designing maintenance strategies, procedures and methods
  • Planning and scheduling planned and unplanned work
  • Diagnosing breakdown problems
  • Carrying out quality inspections on jobs
  • Liaising with client departments and customers
  • Arranging specialist procurement of fixtures, fittings or components
  • Controlling maintenance tools, stores and equipment
  • Monitoring and controlling maintenance costs
  • Dealing with emergency and unplanned problems and repairs
  • Writing maintenance strategies to help with installation and commissioning guidelines

2019 Dates

  • Commencing July, Term 3, 2019 (17:30 to 20:30)
  • Commencing October, Term 4, 2019 (17:30 to 20:30)
GAB10 GAB10 Weld Supervisor Skill Set Skill set Part Time
Naval Base
D000000

This course meets the requirements of AS1796-2001 Certificate 10 Weld Supervisor and MEM05024B – Perform Weld Supervision

Entry requirements: 
Candidates must meet any pre-requisite requirements of MEM05024B – Perform Weld Supervision and also meet AS1796-2001 section 3 pre-examination requirements

• Hold a welder certificate complying with AS1796-2001
• Have sufficient experience welding pressure equipment as defined by AS/NZS 1200 
• Have verbal and written communication skills and be able to write reports.

The course includes training and assessment needed to meet the requirements of Paper A and Paper B as required by the standard

  • Paper A – Welding Theory and Technology
  • Paper B – Application of Standards

2019 Dates

Wednesday March 6 - Wednesday December 11, 2019 (3 hrs x 40 weeks)

S0017P S0017P Welding Introduction Short Course Part Time
Thornlie
Metal, Metals, Arc, Gas, Mig, welding, hobby,  ZZ000000, U000000, U000002, Q000000, Q000012, w4204, TAFE13, smt0131, S0017P, Q000012, Q000003, O000001

The Welding Introduction course is for candidates who have never welded before and provides an opportunity for candidates to try a range of welding processes over a five week course.

In this introduction to welding course you will have access to gas metal and arc welding (GMAW), manual metal arc welding (MMAW) and oxy welding in a fully equipped workshop.

This course will provide you with practical skills that will allow you to complete basic welding and gas cutting tasks, including training in the safe use of a variety of welding processes and workshop procedures.

This course is not formally assessed. A certificate of participation will be provided on completion.

No previous experience required.

You’re welcome to bring your own projects, and discuss their suitability with the lecturer.

You are required to wear personal protective clothing at all times which includes steel capped safety boots, clear safety glasses, long pants and cotton drill shirt.

2019 Dates

  • Wednesday August 28- Wednesday September 25, 2019 (17:30 to 20:30)
  • Wednesday October 9 - Wednesday November 6, 2019 (17:30 to 20:30)
  • Wednesday November 13 - Wednesday December 11, 2019 (17:30 to 20:30)

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Page last updated September 26, 2019