MEM50119 Diploma of Engineering – Advanced Trade
November 9, 2026 2026-11-09 9:32MEM50119 Diploma of Engineering – Advanced Trade
MEM50119 Diploma of Engineering - Advanced Trade
The MEM50119 Diploma of Engineering – Advanced Trade is a nationally recognised qualification designed for qualified engineering tradespeople and apprentices seeking to develop advanced technical skills, leadership capabilities, and specialised trade expertise within the engineering, manufacturing, and associated industries.
This qualification prepares individuals to perform at the level of an Advanced Engineering Tradesperson – Level II, enabling them to undertake complex engineering tasks, provide technical guidance, coordinate workplace activities, and contribute to quality assurance and continuous improvement in engineering operations.
Throughout the course, students develop advanced practical and technical competencies in engineering trade operations, interpreting complex technical instructions, quality control, technical reporting, problem-solving, workplace communication, and team coordination. The qualification builds on existing trade skills and experience, enabling learners to take greater responsibility for their work and support the performance of engineering teams.
The course focuses on developing capabilities in areas such as:
- Advanced engineering trade practices and technical operations
- Interpretation of complex engineering drawings, specifications, and procedures
- Quality control, inspection, and compliance with engineering standards
- Technical problem-solving and decision-making
- Engineering workplace coordination and team support
- Preparation of technical reports and workplace documentation
- Safe operation of engineering equipment and machinery
- Technical guidance, mentoring, and workplace training support
- Continuous improvement in engineering and manufacturing processes
- Working independently with limited supervision
Training combines theoretical knowledge with practical application in engineering workplace environments, allowing learners to apply advanced trade skills to real-world tasks and industry requirements.
The MEM50119 Diploma of Engineering – Advanced Trade is intended for existing engineering tradespeople or apprentices with access to appropriate structured training and workplace experience. It is not designed as a pre-employment or pre-apprenticeship qualification.
Upon successful completion, graduates will have the advanced technical knowledge, practical expertise, and professional capabilities to perform complex engineering trade activities, support workplace teams, and pursue further career development within Australia’s engineering and manufacturing industries.
The MEM50119 Diploma of Engineering – Advanced Trade prepares graduates for advanced trade, technical, and team leadership roles across engineering, manufacturing, maintenance, defence, mining, infrastructure, energy, and industrial operations.
Graduates develop the advanced technical competencies and workplace capabilities required to undertake complex engineering tasks, maintain quality standards, provide technical assistance, and support the effective operation of engineering teams.
Depending on their trade background, experience, and chosen specialisation, graduates may pursue roles such as:
- Advanced Engineering Tradesperson – Level II
- Senior Mechanical Tradesperson
- Senior Fabrication Tradesperson
- Advanced Maintenance Tradesperson
- Leading Hand – Engineering
- Engineering Workshop Team Leader
- Mechanical Maintenance Team Leader
- Fabrication Team Leader
- Engineering Technical Specialist
- Senior Machinist
- Quality Control Inspector
- Engineering Production Coordinator
- Workshop Coordinator
- Maintenance Coordinator
- Technical Support Specialist
- Engineering Trades Supervisor (with relevant industry experience)
Graduates may find employment across industries including:
- Engineering and manufacturing
- Defence and aerospace
- Mining and resources
- Oil and gas
- Renewable energy
- Construction and infrastructure
- Marine and shipbuilding
- Transport and rail
- Utilities and power generation
- Heavy engineering and industrial maintenance
- Advanced manufacturing and automation
- Agricultural and industrial equipment manufacturing
With further experience and professional development, graduates may progress into senior technical, supervisory, quality assurance, maintenance planning, and engineering operations management positions.
The qualification supports career advancement for experienced engineering tradespeople seeking greater technical responsibility, workplace autonomy, and opportunities to lead and support engineering teams.
Upon successful completion of the MEM50119 Diploma of Engineering – Advanced Trade, graduates will have developed the advanced technical knowledge, practical competencies, and workplace leadership capabilities required to perform as an Advanced Engineering Tradesperson – Level II.
Graduates will be able to:
- Apply advanced engineering trade skills and technical knowledge to undertake complex engineering tasks safely and efficiently.
- Interpret and apply complex engineering drawings, technical specifications, instructions, and workplace procedures.
- Plan, organise, and complete engineering trade activities with limited supervision.
- Apply workplace health and safety (WHS) requirements, risk management principles, and safe work practices.
- Perform quality control activities and inspect engineering products, components, and materials for compliance with established standards.
- Identify, analyse, and resolve technical problems using practical engineering knowledge and sound judgement.
- Prepare accurate technical reports, inspection records, and workplace documentation.
- Apply advanced measuring, testing, and inspection techniques relevant to engineering trade activities.
- Provide technical guidance and assistance to colleagues and other tradespeople within their area of responsibility.
- Support supervisors and trainers in workplace training, mentoring, and skills development activities.
- Communicate effectively with supervisors, engineers, clients, and multidisciplinary workplace teams.
- Coordinate work activities and contribute to improved team performance, productivity, and operational efficiency.
- Apply quality assurance and continuous improvement principles to engineering and manufacturing processes.
- Exercise independent judgement and take responsibility for the quality and accuracy of completed work.
- Safely operate engineering tools, machinery, and relevant lifting equipment in accordance with workplace procedures and applicable requirements.
- Demonstrate professional leadership, teamwork, problem-solving, and decision-making skills in complex engineering environments.
Throughout the course, learners apply advanced engineering trade knowledge to practical workplace activities, developing the confidence and competence to undertake greater technical responsibilities and contribute effectively to engineering operations.
Specific learning outcomes will depend on the selected units of competency and the learner’s engineering trade specialisation.
To be awarded this qualification, students must successfully complete:
18 Core units
30 Elective units
Core Units
| Unit Code | Unit Title |
|---|---|
| MEM09002 | Interpret technical drawing |
| MEM11011 | Undertake manual handling |
| MEM12023 | Perform engineering measurements |
| MEM12024 | Perform computations |
| MEM12025 | Use graphical techniques and perform simple statistical computations |
| MEM12026 | Perform advanced trade calculations in a manufacturing, engineering or related environment |
| MEM13015 | Work safely and effectively in manufacturing and engineering |
| MEM14006 | Plan work activities |
| MEM16006 | Organise and communicate information |
| MEM16008 | Interact with computing technology |
| MEM16009 | Research and analyse engineering information |
| MEM16011 | Communicate with individuals and small groups |
| MEM16012 | Interpret technical specifications and manuals |
| MEM16014 | Report technical information |
| MEM17003 | Assist in the provision of on the job training |
| MEM18001 | Use hand tools |
| MEM18002 | Use power tools/hand held operations |
| MSMENV272 | Participate in environmentally sustainable work practices |
Elective Units
| Unit Code | Unit Title |
|---|---|
| MEM03002 | Perform precision assembly |
| MEM05005 | Carry out mechanical cutting |
| MEM05007 | Perform manual heating and thermal cutting |
| MEM07003 | Perform routine machine setting |
| MEM07005 | Perform General Machining |
| MEM07006 | Perform lathe operations |
| MEM07007 | Perform milling operations |
| MEM07008 | Perform grinding operations |
| MEM07024 | Operate and monitor machine and process |
| MEM07032 | Use workshop machines for basic operations |
| MEM09003 | Prepare basic engineering drawing |
| MEM11012 | Purchase materials |
| MEM11016 | Order materials |
| MEM12003 | Perform precision mechanical measurement |
| MEM12006 | Mark off/out (general engineering) |
| MEM14001 | Schedule material deliveries |
| MEM15004 | Perform inspection |
| MEM16001 | Give formal presentations and take part in meetings |
| MEM16010 | Write reports |
| MEM16012 | Interpret technical specifications and manuals |
| MEM16013 | Operate in a self-directed team |
| MEM16014 | Report technical information |
| MEM17001 | Assist in development and deliver training in the workplace |
| MEM18003 | Use tools for precision work |
| MEM18006 | Perform precision fitting of engineering components |
| MEM18009 | Perform levelling and alignment of machines and engineering components |
| MEM18011 | Shut down and isolate machines/equipment |
| MEM18020 | Maintain hydraulic system components |
| MEM18055 | Dismantle, replace and assemble engineering components |
| MEM30012 | Apply mathematical techniques in a manufacturing engineering or related environment |
- – All applicants will complete a Pre-Training Review and a Language, Literacy, Numeracy and Digital Skills (LLND) assessment as part of the enrolment process to ensure the course is suitable for their learning needs.
- – Eligibility For Government Funding in South Australia
- – You must be a resident of South Australia and be one of the following: an Australian or New Zealand citizen, an Australian permanent resident (including humanitarian entrants), or a temporary resident holding a valid visa with appropriate work rights.
- – Applicants from South Australia can confirm their eligibility for subsidised training by visiting www.skills.sa.gov.au.
- – Eligible applicants will complete a Pre-Training Review and a Language, Literacy, Numeracy and Digital Skills (LLND) assessment as part of the enrolment process to ensure the course is suitable for their learning needs.
The assessment is conducted through a combination of knowledge tests, and skills tests.
The following outlines the assessment methods:
- Knowledge Test
The student is required to undertake a written knowledge test during study. This test will be provided to the student by the assessor at an arranged time and the student will be required to individually complete the test. The student may research their answers from the course training materials and notes.
- Skills Test
The student is required to demonstrate a range of skills whilst being observed by the assessor. These activities will be clearly explained and always relate to duties in relevant workplaces. These activities allow the assessor to observe the student apply their knowledge and skills during practical activity.
Students may be eligible for Recognition of Prior Learning (RPL) and course credits, which can significantly expedite the completion of the qualification. RPL acknowledges the skills and knowledge gained through previous work experience, formal and informal training, and other relevant activities. This process involves assessing an individual’s competencies against the unit requirements of the MEM31925 Certificate III in Engineering – Fabrication Trade.
Students who have completed relevant courses or units from other accredited institutions may apply for course credits, thereby reducing the number of units they need to complete. These options provide a flexible pathway for students to achieve their educational and career goals more efficiently, recognising their existing expertise and qualifications.
To apply for RPL and/or course credits, submit an enquiry and obtain the relevant application form. You will need to complete this form and provide relevant documentation to support your application, such as existing qualifications and evidence of previous work experience. The cost for RPL and/or course credits varies based on the number of units of competency for which you gain recognition, the course fee structure, and any additional assessment or training required. You will receive an approximate cost tailored to your unique situation when you apply.
The MEM50119 Diploma of Engineering – Advanced Trade provides qualified engineering tradespeople and apprentices with a pathway to advanced technical responsibilities, supervisory opportunities, further education, and long-term career development within the engineering and manufacturing industries.
Upon successful completion, graduates may consider progressing to higher-level vocational qualifications, including:
- Advanced Diploma qualifications in Engineering
- Advanced Diploma qualifications in Engineering Technology
- Qualifications in Leadership and Management
- Qualifications in Project Management
- Other specialised engineering and manufacturing qualifications relevant to their trade background and career goals
Graduates may also explore higher education pathways, including:
- Bachelor of Engineering Technology
- Bachelor of Mechanical Engineering
- Bachelor of Manufacturing Engineering
- Bachelor of Engineering (Honours)
- Other engineering, technology, or management-related degrees
Entry into higher education programs and any recognition of prior learning or credit transfer will depend on the admission requirements and policies of the receiving institution.
Graduates may further develop their expertise through specialised training and professional development in areas such as:
- Advanced mechanical engineering trade practices
- Advanced fabrication and welding technologies
- Industrial maintenance and asset reliability
- Robotics and industrial automation
- Mechatronics and advanced manufacturing
- Engineering quality assurance and inspection
- Production planning and process improvement
- Engineering project coordination
- Workplace leadership and supervision
- Technical training and mentoring
With relevant industry experience and further professional development, graduates may progress into roles such as:
- Senior Engineering Tradesperson
- Leading Hand
- Engineering Team Leader
- Workshop Supervisor
- Maintenance Supervisor
- Production Supervisor
- Quality Control Supervisor
- Engineering Technical Specialist
- Maintenance Planner
- Engineering Project Coordinator
- Operations Supervisor
- Engineering Manager
Students at AIWER receive ongoing training, assessment, and career development support to help them build on their existing trade qualifications and industry experience. The MEM50119 Diploma of Engineering – Advanced Trade provides an opportunity for experienced tradespeople to enhance their technical expertise, take on greater workplace responsibilities, and pursue advanced career pathways across Australia’s engineering, manufacturing, defence, mining, infrastructure, and advanced technology sectors.
Student
Domestic
Duration
Apprenticeship: 2 to 4 years General: 1 to 2 years
Fee
- SA Funded (for eligible applicants)
OR
- Fee For Service
Fee For Service – Fee Structure
- Application Fee (not refundable): AUD $250
- Tuition Fee: AUD $20,000
- Materials Fee: AUD $1,980
- RPL applicants and individuals with relevant industry experience may be eligible for reduced tuition fees. Contact our Admissions Team to discuss your eligibility.
Mode of Delivery
- Workplace
- Apprenticeship
- On campus/Blended
Campus
Location
REGENCY PARK,
South Australia
Intake
Available every month. Please contact AIWER Admissions staff for an exact monthly intake date.
- 02 Feb 2026
- 23 Feb 2026
- 16 Mar 2026
- 27 Apr 2026
- 18 May 2026
- 15 Jun 2026
- 20 Jul 2026
- 17 Aug 2026
- 12 Oct 2026
- 02 Nov 2026
