MEM31925 – Certificate III in Engineering – Fabrication Trade

The MEM31925 Certificate III in Engineering – Fabrication Trade is a nationally recognised apprenticeship qualification that prepares students for a skilled trade career in the engineering, manufacturing, construction, mining, defence, infrastructure, and heavy industry sectors. 

This qualification develops the practical skills and technical knowledge required to become a qualified Engineering Tradesperson – Fabrication. Students learn to manufacture, assemble, install, maintain, and repair a wide variety of metal products, structures, and equipment using industry-standard fabrication and welding techniques. 

Throughout the apprenticeship, learners develop competencies in interpreting engineering drawings, selecting and preparing materials, performing welding and thermal cutting processes, fabricating and assembling metal components, using fabrication machinery and equipment, carrying out quality inspections, and applying safe work practices in accordance with industry standards. 

Training is delivered through a combination of structured workplace learning and formal training, allowing apprentices to gain real-world experience while developing nationally recognised trade skills. Students work under the guidance of experienced tradespeople and

AIWER’s qualified trainers and assessors, ensuring their skills meet current industry requirements.

This qualification covers a broad range of fabrication disciplines, including:

• Structural steel fabrication and erection
• Welding and metal joining
• Sheet metal fabrication
• Plate and heavy fabrication
• Metal manufacturing and assembly
• Surface preparation and finishing
• Thermal cutting processes
• Engineering workshop operations

Successful completion of this qualification leads to recognition as an Engineering Tradesperson – Fabrication and provides graduates with the practical expertise required to work across a diverse range of engineering and manufacturing industries throughout Australia.

Whether building large steel structures, manufacturing specialised equipment, supporting defence projects, or contributing to mining and infrastructure developments, this qualification provides the skills needed for a rewarding and highly respected trade career with strong long-term employment prospects.

The MEM31925 Certificate III in Engineering – Fabrication Trade prepares graduates for a rewarding career as a qualified Engineering Tradesperson – Fabrication. Skilled fabrication tradespeople are in strong demand across Australia, particularly in the engineering, manufacturing, defence, mining, construction, transport, infrastructure, energy, and renewable energy sectors.

Upon successful completion of this qualification, graduates may pursue roles such as:

• Engineering Tradesperson – Fabrication
• Boilermaker
• Welder
• Sheet Metal Worker
• Structural Steel Fabricator
• Steel Erector
• Metal Fabricator
• Pressure Vessel Fabricator
• Heavy Fabrication Tradesperson
• Maintenance Fabricator
• Manufacturing Tradesperson
• Workshop Fabricator

Graduates may find employment in a wide range of industries, including:

• Engineering and manufacturing
• Defence and aerospace
• Mining and resources
• Construction and infrastructure
• Oil and gas
• Renewable energy
• Transport and rail
• Marine and shipbuilding
• Agricultural equipment manufacturing
• General fabrication and maintenance workshops

This qualification also provides a strong foundation for career progression into supervisory, technical, inspection, training, and management roles. With additional experience and further study, graduates may advance to higher level qualifications.

As Australia’s investment in infrastructure, advanced manufacturing, defence, mining, and clean energy continues to grow, qualified fabrication tradespeople remain highly sought after, offering excellent long-term employment opportunities and career advancement. AIWER supports apprentices throughout their training journey, helping them develop the technical expertise, workplace skills, and professional confidence needed for success in the engineering industry.

Upon successful completion of the MEM31925 Certificate III in Engineering – Fabrication Trade, graduates will have the practical skills, technical knowledge, and industry experience required to work as a qualified Engineering Tradesperson – Fabrication.

Graduates will be able to:

• Apply workplace health and safety (WHS) requirements and safe work practices in engineering and fabrication environments.
• Read, interpret, and apply engineering drawings, technical specifications, and job instructions.
• Select, prepare, and safely use engineering materials, tools, machinery, and fabrication equipment.
• Perform a range of welding processes in accordance with industry standards and workplace requirements.
• Carry out thermal cutting, shaping, forming, and metal preparation techniques.
• Fabricate, assemble, install, and repair metal components, structures, and fabricated products.
• Perform sheet metal, structural steel, and heavy fabrication tasks using industry-standard methods.
• Use precision measuring equipment to ensure accuracy, quality, and compliance with specifications.
• Inspect completed work and apply quality assurance procedures to meet industry and customer requirements.
• Identify and resolve fabrication and assembly problems using effective problem-solving techniques.
• Work effectively both independently and as part of a team in a professional engineering environment.
• Communicate effectively with supervisors, colleagues, and clients while following workplace procedures and documentation requirements.
• Demonstrate industry-standard workmanship, productivity, and professional behaviour expected of a qualified fabrication tradesperson.

Throughout the apprenticeship, students gain extensive hands-on experience in a real workplace, enabling them to apply their learning to practical engineering projects and develop the confidence and competence required to perform successfully in the fabrication trade.

To be awarded this qualification, students must successfully complete: 
12 Core units 
19 Elective units 

Core Units

Elective Units