The Heavy Fabrication stream of Melbourne Polytechnic's Certificate III in Engineering is an apprenticeship course that will see you master all heavy fabrication techniques. This is an apprenticeship that will equip you with skills to apply straight to the job.
Traditionally known as boiler making, heavy fabrication provides you with the skills needed to work with heavy gauge metal parts. This applies to making and fixing containers such as boilers and storage tanks that come under pressure.
Learn to be the best from the best
Melbourne Polytechnic was named the Welding Technology Institute of Australia (WTIA)’s Top Welding Training Organisation for 2013. Come and see why we are one of the best in this arena.
At Melbourne Polytechnic, you get the opportunity to work on special-purpose machinery in state-of-the-art facilities. Take your skills to the next level by qualifying as an Engineering tradesperson. You will develop specialised skills in interpreting drawings, cutting, forming, shaping, welding, engineering measurement and computing technology.
Industry connections and resources
Our industry-experienced teachers bring a wealth of knowledge and experience to focus on workmanship, instil a sound work ethic and develop skills that are in demand in the industry.
Our resources are second to none, and include a computer lab, welding workshop and theory room, as well as a fully equipped fabrication workshop with all the tools and equipment you need to practise your skills. You will be spending 80% of your time in the workplace, where you will have the opportunity to put your learning into practise.
Melbourne Polytechnic also offers the Light Fabrication stream of the Certificate III in Engineering – Fabrication Trade through the Engineering Department.
This qualification is recognised by the Welding Technology Institute of Australia (WTIA) and the Australian Stainless Steel Development Association (ASSDA).
This course ensures you have the highest level of skills and knowledge to be an asset to your workplace. Metal trades jobs cross many industries, among them mining, agriculture, transport, shipping, oil and gas drilling, and building and construction.
Class Schedule: *
Mon - AM and PM
Tue - AM and PM
Wed - AM and PM
Thu - AM and PM
*Classes run across these days and times. Detailed timetable information is available from an Education and Career Advisor
Modes of DeliveryWorkplace, Face-to-face
Fees for 2017
The student tuition fees as published are correct at time of publication and subject to change given individual circumstances at enrolment. All enrolments excluding RPL/RCC and Higher Education incur an Amenities fee with a maximum cap of $250
Assessment MethodsAssessment will be carried out by competency testing of each unit.
MaterialsWhat we will supply
Student workbooks, resources and all the safety PPE that you will need.
What you will need to supply
Basic writing materials including a notebook and pens.
Entrance RequirementsAssumed that learner is engaged as an apprentice under a training contract.
Pathways to further studySuccessful completion of this course will enable you to articulate into the Certificate IV in Engineering. All the units you complete in Certificate III will be credited to that course.
Career PathwaysThe Certificate III in Engineering – Fabrication (Heavy Fabrication) is a nationally recognised qualification, and will open the door onto a job as a tradesperson boilermaker or first class welder in the metals and engineering industry Australia-wide.
Units Of Study
The hours displayed are nominal, actual classroom hours delivered may differ. Please contact the department for the latest student contact hours information.
|MEM05004C||PERFORM ROUTINE OXY ACETYLENE WELDING||20|
|MEM05005B||CARRY OUT MECHANICAL CUTTING||20|
|MEM05007C||PERFORM MANUAL HEATING AND THERMAL CUTTING||20|
|MEM05010C||APPLY FABRICATION, FORMING AND SHAPING TECHNIQUES||80|
|MEM05011D||ASSEMBLE FABRICATED COMPONENTS||80|
|MEM05012C||PERFORM ROUTINE MANUAL METAL ARC WELDING||20|
|MEM05015D||WELD USING MANUAL METAL ARC WELDING PROCESS||40|
|MEM05016C||PERFORM ADVANCED WELDING USING MANUAL METAL ARC WELDING PROCESS||40|
|MEM05017D||WELD USING GAS METAL ARC WELDING PROCESS||40|
|MEM05019D||WELD USING GAS TUNGSTEN ARC WELDING PROCESS||40|
|MEM05037C||PERFORM GEOMETRIC DEVELOPMENT||60|
|MEM05049B||PERFORM ROUTINE GAS TUNGSTEN ARC WELDING||20|
|MEM05050B||PERFORM ROUTINE GAS METAL ARC WELDING||20|
|MEM05051A||SELECT WELDING PROCESSES||20|
|MEM05052A||APPLY SAFE WELDING PRACTICES||40|
|MEM07032B||USE WORKSHOP MACHINES FOR BASIC OPERATIONS||20|
|MEM09002B||INTERPRET TECHNICAL DRAWING||40|
|MEM11011B||UNDERTAKE MANUAL HANDLING||20|
|MEM12007D||MARK OFF/OUT STRUCTURAL FABRICATIONS AND SHAPES||40|
|MEM12023A||PERFORM ENGINEERING MEASUREMENTS||30|
|MEM13014A||APPLY PRINCIPLES OF OCCUPATIONAL HEALTH AND SAFETY IN THE WORK ENVIRONMENT||10|
|MEM14004A||PLAN TO UNDERTAKE A ROUTINE TASK||10|
|MEM14005A||PLAN A COMPLETE ACTIVITY||20|
|MEM15002A||APPLY QUALITY SYSTEMS||20|
|MEM15024A||APPLY QUALITY PROCEDURES||10|
|MEM16006A||ORGANISE AND COMMUNICATE INFORMATION||20|
|MEM16007A||WORK WITH OTHERS IN A MANUFACTURING, ENGINEERING OR RELATED ENVIRONMENT||10|
|MEM16008A||INTERACT WITH COMPUTING TECHNOLOGY||20|
|MEM17003A||ASSIST IN THE PROVISION OF ON THE JOB TRAINING||20|
|MEM18001C||USE HAND TOOLS||20|
|MEM18002B||USE POWER TOOLS/HAND HELD OPERATIONS||20|
|MSAENV272B||PARTICIPATE IN ENVIRONMENTALLY SUSTAINABLE WORK PRACTICES||30|
Students may be eligible for Victorian and Commonwealth Government funding.