Also known as:
- Marine fabricator
What they do
Boilermakers shape, cut, join and finish large, heavy pieces of metal to make industrial products or structures such as ships, tanks or boilers. They pull, press, bend, roll and shape the metal using heavy machinery, and join the pieces together by bolting or welding. They seal their metal joins and secure other pieces such as taps, tubes or valves in place to create functional industrial products.
Boilermakers work all over the state, from construction jobs to mining operations, manufacturing boilers and containers that are used for many different purposes.
Specialisations include: Boilermaker-Welder, Brass Finisher, Metal Fabricator-Welder, Metal Template Maker, Structural Steel Trades Worker
Boilermakers work mostly in engineering workshops, but may also work in railway or shipyards, or other industrial areas like factories, power stations or even mining operations. Conditions are often dirty, hot, dusty and loud. Boilermakers are often required to work in cramped areas, and because they may be required to work above, alongside or below a particular structure their work may be awkward. They generally work regular business hours, but depending on their workload or nature of particular projects they may need to work long or odd hours.
Tools and technologies
Boilermakers work with hand tools, flame cutting torches or a guillotine to cut metal and grinders, hammers and cutting torches to remove irregular edges. These workers also use machining tools such as vices, rolling machines, and hydraulic presses to bend and shape components that are to be assembled by welding, bolting or riveting. They may also use industrial measuring equipment, and are usually required to use personal protective equipment (PPE) such as overalls, steel-capped boots, safety glasses and welding masks. Some boilermakers may also use computers and computer-aided design (CAD) software.
How do I become one?
Education and training
To become a metal fabricator, you usually need to undertake an apprenticeship in engineering tradesperson fabrication.
The engineering tradesperson fabrication (first class welder), the engineering tradesperson fabrication (heavy/welder) and the engineering tradesperson fabrication (sheetmetal) apprenticeships usually take 42 to 48 months to complete, and are available as school-based apprenticeship.
Apprenticeships and traineeships
As an apprentice or trainee, you enter into a formal training contract with an employer, enabling you to complete training towards a nationally recognised qualification. You spend time working and learning practical skills on the job and you spend some time undertaking structured training with a registered training provider.
You can do an apprenticeship or traineeship if you are a school-leaver, re-entering the workforce or as an adult or mature-aged person wishing to change careers. You can even begin your apprenticeship or traineeship while you're still at school.
If you are still at school you can access an apprenticeship through your school. Talk to your school's VET Co-ordinator to start your training now through VET in Schools. If you are no longer at school you can apply for an apprenticeship or traineeship and get paid while you learn and work.
Required registration and licensing
To work as a metal fabricator, you may need to obtain a Construction Induction Card (commonly known as a “white card”) from a registered training organisation authorised by the WorkSafe Division, Department of Mines, Industry Regulation and Safety.