MEM31922 Certificate III in Engineering Fabrication Trade (Apprenticeship)
Build a strong career in metal fabrication with hands-on training in welding, metal forming, and engineering techniques. Learn from industry professionals and gain the skills needed for roles in manufacturing, construction, and heavy fabrication.
Costs: This training is subsidised by the NSW Government under Smart and Skilled.
Duration
Format
Course Type
Course overview
This qualification defines the skills and knowledge required of an engineering tradesperson – fabrication within metal, engineering, manufacturing, and associated industries. The qualification has been specifically developed to meet the needs of apprentices in the above trade. This qualification must be undertaken through a Training Contract or through formal trade recognition assessment processes.
The skills associated with this qualification are intended to apply to a wide range of fabrication work, including undertaking metal fabrication, structural steel erection, sheet metal work, welding.This qualification is designed to provide an industry-recognised skills profile related to trade work as an Engineering Tradesperson – Fabrication.
Assessment of some units of competency must, where indicated, include evidence of the candidate’s performance in a functioning workplace where there is a sufficient range of appropriate tasks and materials to cover the scope of application of those units. All outcomes must reflect the standard of performance inherent in the job.No licensing, legislative, or certification requirements apply to this qualification at the time of publication. However, in some jurisdictions, units in this qualification may relate to licensing or regulatory requirements. Local regulations should be checked
Features
- Hands-on training in metal fabrication, welding, and structural work
- Covers a wide range of fabrication techniques, including MIG, TIG, and Arc welding
- Training in interpreting technical drawings and specifications
- Develops skills in cutting, shaping, and assembling metal components
- Learn to use advanced fabrication tools and machinery
- Compliance with Australian standards and workplace safety regulations
- Prepares students for careers in metal fabrication, manufacturing, and construction
- Industry-relevant training delivered by experienced professionals
Skills & Competencies
- Welding processes: MIG, TIG, Stick (Arc) welding
- Fabrication and assembly of metal structures
- Reading and interpreting engineering drawings
- Cutting, shaping, and bending metal components
- Use of power tools and industrial machinery
- Workplace health and safety procedures
- Quality assurance and compliance with industry standards
- Repair and maintenance of metal structures
Benefits
Nationally Recognized Certification
Receive a nationally accredited certificate upon successful completion of your course, ensuring you meet Australian industry standards.
Learn from Industry Experts
Benefit from the knowledge and experience of seasoned trainers and professionals who understand real-world trade applications.
Ongoing Industry Connections
Gain access to an extensive network of industry partners and resources to support your career development.
Local Support, When You Need It
Based in New South Wales, we provide personalized support to help you succeed throughout your training journey.
Flexible Study Options
Choose between our many intakes per year, or a hybrid approach to suit your lifestyle and employment.
Advance Your Career
Our courses are designed to open doors to promotions, higher earning potential, and lifelong career growth in the trades industry.
What will I learn?
28 Modules • Approx 92 weeks, 14 hours per week, one day per week of Learning Content
MEM09002 – Interpret technical drawing (Core)
Develops the ability to read and understand engineering and fabrication drawings, ensuring accurate production and assembly of metal components.
MEM11011 – Undertake manual handling (Core)
Covers safe lifting, carrying, and moving of materials in a workshop environment to minimize the risk of injury.
MEM12023 – Perform engineering measurements (Core)
Teaches the correct use of precision measuring instruments to ensure accuracy in fabrication and manufacturing tasks.
MEM12024 – Perform computations (Core)
Focuses on performing basic engineering calculations necessary for measurements, material estimation, and fabrication work.
MEM13015 – Work safely and effectively in manufacturing (Core)
Introduces workplace safety practices, risk assessment, and effective work habits in the manufacturing and fabrication industry.
MEM14006 – Plan work activities (Core)
Covers the planning and sequencing of fabrication tasks to improve efficiency and meet project specifications.
MEM16006 – Organise and communicate information (Core)
Develops communication skills to relay technical information clearly and accurately within a fabrication environment.
MEM16008 – Interact with computing technology (Core)
Teaches the use of computer systems and software relevant to engineering, design, and fabrication tasks.
MEM17003 – Assist in the provision of on-the-job training (Core)
Provides skills to support and train apprentices or co-workers in the workplace.
MEM18001 – Use hand tools (Core)
Covers the selection, maintenance, and safe use of hand tools for metal fabrication tasks.
MEM18002 – Use power tools/hand-held operations (Core)
Focuses on using power tools safely and effectively in fabrication, cutting, and assembly processes.
MSMENV272 – Participate in environmentally sustainable work practices (Core)
Introduces sustainable practices to reduce waste and environmental impact in the metal fabrication industry.
MEM05004 – Perform routine oxy-fuel gas welding
Develops foundational skills in oxy-fuel welding for cutting and joining metal components.
MEM05007 – Perform manual heating and thermal cutting
Teaches techniques for heating and cutting metals using oxy-fuel equipment in fabrication processes.
MEM05010 – Apply fabrication, forming, and shaping techniques
Covers bending, rolling, and shaping metal components to meet engineering specifications.
MEM05089 – Assemble fabricated components
Provides skills to assemble and join fabricated metal components using various techniques.
MEM05012 – Perform routine manual metal arc welding
Teaches the basics of MMAW (stick welding) for joining metal structures.
MEM05090 – Weld using manual metal arc welding process
Covers more advanced MMAW techniques for structural and fabrication welding tasks.
MEM05091 – Weld using gas metal arc welding process
Introduces MIG welding for joining a variety of metal materials in fabrication.
MEM05073 – Perform advanced welding using gas metal arc welding process
Focuses on complex MIG welding applications for structural and precision work.
MEM05092 – Weld using gas tungsten arc welding process
Develops skills in TIG welding for high-precision and high-quality welds.
MEM05037 – Perform geometric development
Covers layout techniques to fabricate complex geometric shapes and structures.
MEM05049 – Perform routine gas tungsten arc welding
Introduces basic TIG welding techniques for small-scale fabrication projects.
MEM05050 – Perform routine gas metal arc welding
Teaches fundamental MIG welding skills for structural and industrial applications.
MEM05085 – Select welding processes
Develops the ability to choose the appropriate welding method based on material type and job requirements.
MEM05052 – Apply safe welding practices
Covers workplace safety protocols for welding, including PPE, ventilation, and hazard prevention.
MEM08010 – Manually finish/polish materials
Teaches manual finishing techniques to refine metal surfaces and improve product appearance.
MEM12007 – Mark off/out structural fabrications and shapes
Focuses on marking and layout techniques to prepare materials for cutting and assembly.
Frequently Asked Questions
What are the prerequisites?
There are no specific educational requirements for entry to Certificate III in Engineering – Fabrication Trade. This qualification must be undertaken through a Training Contract or through formal trade recognition assessment processes.
How long does it take to complete the course?
This qualification is delivered fourteen (14) hours per week, over ninety-two (92) weeks. It is delivered for apprentices in a full-time schedule integrating the following blended modes of delivery:
• Scheduled face to face class hours
• Online learning hours
• Self-study
Note: This course duration does not include workplace (on the job-training) hours but is required to obtain the qualification MEM31922 – Certificate III in Engineering – Fabrication Trade.
What are the learning outcomes?
After successfully completing this course, you will be able to:
• Identify standard operating procedures (SOPs) and safe work practices, identify, avoid, or control hazards. Report hazards, incidents, injuries and other work health and safety (WHS) non-conformances following SOPs, and obtain skills in identifying and responding to contingencies, including equipment breakdowns, non-conforming components, safety hazards Inspect and test to verify whether an electrical installation is safe and complies with all requirements.
• Interpret specifications from drawings, sketches and verbal or written job instructions for welding using manual metal arc welding process to the specified standard, selecting appropriate weld and joint preparation methods, consistently weld a range of materials to the specified standard or equivalent using AC or DC welding machines and electrodes while preventing distortion.
• Perform geometric development. This includes marking and establishing datum points, calculating allowances for fabrication and assembly, selecting, and using parallel line, radial line and triangulation development methods with minimum material wastage and accurate dimensions.
• Cleaning and preparing metals and the role of contaminants in welding flaws, while understanding safe welding practices, procedures and use of personal protective equipment, understanding basic metallurgy principles associated with alloys, grades, and purposes of various metals.
• Manually finish and polish materials, selecting appropriate finishing process, media and equipment to manually finish metal and plastic materials while installing and setting up grinding and polishing devices and equipment
What welding techniques will I learn in this course?
You will be trained in various welding methods, including Manual Metal Arc Welding (MMAW), Gas Metal Arc Welding (GMAW/MIG), Gas Tungsten Arc Welding (GTAW/TIG), and oxy-fuel welding.
Do I need prior experience to enroll?
No prior experience is required, but an interest in metal fabrication and hands-on work is beneficial. To collect the Workplace Learning Component, learners must be employed in the industry.
Is this course nationally recognized?
Yes, the MEM31922 Certificate III in Engineering Fabrication Trade is a nationally recognized qualification in Australia.
Can I study this course while working?
Yes, this course is commonly delivered as an apprenticeship, meaning you will gain hands-on experience while studying.
What tools and equipment will I need?
Your training provider will supply most tools and equipment, but you may need personal protective equipment (PPE) such as safety boots, gloves, and welding helmets.
How do I become a qualified Boilermaker or Welder?
To become a qualified Boilermaker or Welder, you must complete the MEM31922 Certificate III in Engineering Fabrication Trade as an apprenticeship. For further licensing and certification requirements, visit Weld Australia.
How do I enrol in the course?
If you have already signed up your Apprenticeship contract, get in touch with your preferred Apprenticeship Support Provider, who will guide your enrolment process. If you would like to enquire about the course, career options and the life as a Metal Fabricator simply contact us for a consultation. We’ll guide you through the application process and help determine the best study pathway for you.
MEM31922 Certificate III in Engineering Fabrication Trade (Apprenticeship)
Build a strong career in metal fabrication with hands-on training in welding, metal forming, and engineering techniques. Learn from industry professionals and gain the skills needed for roles in manufacturing, construction, and heavy fabrication.
Costs: This training is subsidised by the NSW Government under Smart and Skilled.
8,000+ Graduates Trust Superior Training Centre to Build their Careers
Superior Training Centre has proudly trained and qualified over 8,000 graduates across all our programs. By studying with us, you’re not just gaining industry-recognized skills—you’re joining a growing network of skilled tradespeople who have successfully launched and advanced their careers in electrotechnology, HVAC, metal fabrication, and more.
