Cricos course code: 0100610
This course has been designed for International Students studying in Australia and will provide successful students with a Nationally Recognised Qualification of Diploma of Engineering – Advanced Trade (MEM50119).
Cricos course code: 0100610
Australian Institute of Engineering is a Registered Training Organisation delivering Nationally Recognised Training. We have a commitment to helping people achieve their learning goals, in a fun and supportive learning environment.
HOW CAN TRAINING BENEFIT YOU?
- A Nationally Recognised qualification upon successful completion of the course
- Fun and flexible delivery of training and assessment by experienced industry trainers and assessors
- The opportunity to choose a career path through recognised qualifications
- Learning of new skills
- Develop your existing skills further, or have your existing skills recognised with a nationally recognised qualification
- Meet new people and gain confidence in your employment skills
Further training pathways from this qualification include transition into technical work through completion of the MEM60119 Advanced Diploma of Engineering or undertaking other relevant qualifications.
WHO CAN UNDERTAKE THE TRAINING?
For Domestic Students:
For you to be eligible, you need to be:
- An Australian or New Zealand citizen or Australian permanent resident (including humanitarian entrants), or a temporary resident with the necessary visa and work permits
Undertake a Language, Literacy and Numeracy test and Pre Training Review (PTR) at Australian Institute of Engineering prior to your commencement of the course.
For International Students:
- Students are required to meet the following entry requirements:
- Applicant must be 18 years of age or older
- An IELTS score of 5.5 or PTE Academic Score of 45.4 (or equivalent English Language Testing Score) is required for International students entering into this program*
- Applicants might be asked to take an AIE English Placement Test
- Students must successfully complete a LLN test to confirm the ability to effectively undertake the course
- This program has been designed to be delivered through classroom-based delivery and students must have the ability to attend the scheduled sessions as per the timetable and allocate some self-study time.
- Students will be required to have access to a computer (or laptop) with internet connection for self-study purposes.
*Note: Exception on English Requirement for international students
Applicant who is a citizen and holds a passport from UK, USA, Canada (excluding French province), NZ or Republic of Ireland, will not be required to present any English evidence as part of application with AIE.
Diploma of Engineering – Advanced Trade (MEM50119) covers the skills and knowledge required for employment as an Advanced Engineering Tradesperson – Level II within the metal, engineering, manufacturing and associated industries or at equivalent levels in other industries where Engineering Tradespersons work.
Students need to complete Forty-Nine (49) units of competency, consisting of:
- 18 Core units
- 31 Elective units
|Unit Code||Unit Name|
|MEM09002*||Interpret technical drawing|
|MEM11011*||Undertake manual handling|
|MEM12023*||Perform engineering measurements|
|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|
Group A units:
|Unit Code||Unit Name|
|MEM05004*||Perform routine oxy gas welding|
|MEM05005*||Carry out mechanical cutting|
|MEM05007*||Perform manual heating and thermal cutting|
|MEM05010*||Apply fabrication, forming and shaping techniques|
|MEM05072*||Perform advanced welding using manual metal arc welding process|
|MEM05012*||Perform routine manual metal arc welding|
|MEM05073||Perform advanced welding using gas metal arc welding process|
|MEM05074||Perform advanced welding using gas tungsten arc welding process|
|MEM05084||Perform advanced welding using flux core arc welding process|
|MEM05085||Select welding processes|
|MEM05089||Assemble fabricated components|
|MEM05090||Weld using manual metal arc welding process|
|MEM05037*||Perform geometric development|
|MEM05091||Weld using gas metal arc welding process|
|MEM05092||Weld using gas tungsten arc welding process|
|MEM05049*||Perform routine gas tungsten arc welding|
|MEM05050*||Perform routine gas metal arc welding|
|MEM05096||Weld using flux core arc welding process|
|MEM05052*||Apply safe welding practices|
|MEM05056*||Perform routine flux core arc welding|
|MEM12007*||Mark off/out structural fabrications and shapes|
|MEM24001*||Perform basic penetrant testing|
Group B Electives:
|Unit Code||Unit Name|
|MEM12003*||Perform precision mechanical measurement|
|MEM18011*||Shut down and isolate machines/equipment|
Group C Electives:
|Unit Code||Unit Name|
|MEM09009*||Create 2D drawings using computer aided design system|
|MEM09010*||Create 3D models using computer aided design system|
|MEM16001*||Give formal presentations and take part in meetings|
|MEM17001*||Assist in development and deliver training in the workplace|
|MEM24012||Apply metallurgy principles|
*The above units have listed pre-requisite units that are listed within the Training Package and the AIE Engineering Qualifications Overview. Selection of elective units will depend on selection of stream (Fabrication Trade or Mechanical Trade).
WHAT IS THE COURSE DURATION?
This course has been designed to be delivered over 120 weeks with 68 weeks of Tuition Weeks + 24 Weeks of Work Placement and 28 weeks holidays.
Classes are held for 20 student contact hours per week which equates to 1360 student contact hours. This may be achieved with a schedule such as 3 days per week (2 days of 8 hours, and 1 day of 4 hours per week). While the timetable may vary it will always maintain 20 student contact hours per week.
Students will be required to undertake 24 weeks of work placement throughout the program. The work placement will be for 32 hours per week (4 days) and students will perform a range of duties in line with the program outcomes.
Students will also be required to allocate some time each week to undertake some self-study (e.g. self- directed learning through activity books, case studies, and assignments). Students should be able to allocate approximately 4 hours per week outside of allocated class time. This equates to approximately 272 hours of self-study. Courses are run regularly throughout the year.
Please refer to the RTO for exact course dates.
HOW IS THE COURSE TRAINED AND ASSESSED?
This program is to be delivered in a classroom based environment with access to a fully equipped engineering workshop.
All theory and practical based delivery and assessment will occur within the designated classrooms and engineering workshop of the RTO through structured training sessions from a qualified Trainer / Assessor employed by the RTO. At these training sessions a qualified Trainer/ Assessor will provide the required skills and knowledge as per the unit content and will ensure the learning is imparted.
The course also involves students completing some reading and written work outside the scheduled classroom delivery time.
The assessment process will include the gathering of evidence to demonstrate the student’s competence. The assessments include theory and practical tasks and will be clearly documented in the assessment documents. Assessments will include tasks such as written questions, practical demonstrations, case studies and assignments.
LOCATION AND STUDY MODE
Delivery at all locations is subject to sufficient demand and resources.
Locations: AIE Campus – Broadmeadows, Melbourne; Workplace
Study Mode: On campus, Workplace
Subject to demand other locations and modes may become available throughout the year.
JOB ROLES/EMPLOYMENT OUTCOME
The Diploma of Engineering – Advanced Trade specifies the competencies required for employment as an Advanced Engineering Tradesperson – Level II in mechanical, electrical/ electronic or fabrication trade disciplines.
The job role involves application of advanced system level skills in the learner’s trade and may also include cross skills from other trades. Job roles may include the design, assembly, manufacture, installation, modification, testing, fault finding, commissioning, maintenance and service of mechanical, electrical or electronic systems including related equipment and machinery, fabrication of structures and assemblies requiring advanced manufacturing and assembly techniques, sheet metal work requiring advanced manufacturing and assembly techniques as well as use of relevant machinery, equipment and joining techniques. Machinery and equipment can include fluid power systems, stationary and mobile equipment, instruments, refrigeration, and the use of computer controlled machine tools.
Employment outcomes related to this qualification are found in a wide variety of manufacturing and engineering related sectors as well as Advanced Engineering Tradesperson – Level II related roles in other industries.
WHAT ELSE DO YOU NEED TO KNOW?
Successful completion of the course will result in you being awarded the Qualification of Diploma of Engineering – Advanced Trade (MEM50119). Should the student successfully complete only one or more of the Units of Competency, but not the required 49 Units of Competency, the student will be issued with a Statement of Attainment at the time of completion or withdrawal.
For re- issuance of Certificates and Statements of Attainments the student will be charged $25 per document required. Payment for the re-issuance of such documents is required prior to the re-issuance occurring by the RTO.
HOW DO I ENROL?
Your part in the enrolment process is triggered by you completing an Application Form to study with Australian Institute of Engineering.
To apply and enrol in this course with Australian Institute of Engineering you will be required to complete the following steps:
- Read and understand the information contained in this course brochure and the International Student Information Handbook.
- Complete and sign the Application Form to declare that you understand all of the information provided and confirm your interest in the selected course. This will include providing a range of information and documents to support your application.
- Return the Application Form to Australian Institute of Engineering.
- You will then receive a Letter of Offer and Written Agreement confirming your enrolment details which must be signed and returned to confirm your enrolment with Australian Institute of Engineering.
- Undertake a Language, Literacy and Numeracy test at Australian Institute of Engineering prior to your commencement of the course.
PROSPECTIVE STUDENTS can contact our friendly staff at +61 3 9302 1296 with any questions about the course or how to apply.
HOW MUCH DOES THIS COURSE COST?
Costs for this program are as follows:
Tuition Fee: $26,000
Materials Fee: $3,500
Admin Fee: $300
Total Fees payable: $29,800
(Above tuition fees apply for admission by direct entry. Credit for relevant units of competency achieved should be granted towards this qualification for those who have completed MEM40105/MEM40119 Certificate IV in Engineering, MEM30205/MEM30119 Certificate III in Engineering – Mechanical Trade, MEM30305/MEM30119 Certificate III in Engineering – Fabrication Trade, or other relevant qualifications)
Australian Institute of Engineering will not require an international student or intending overseas student undertaking a course that is more than 25 weeks, to pay more than 50% of the student’s total tuition fees for a course before the student has begun the course.
While Australian Institute of Engineering doesn’t require students to pay more than 50% up front, it can accept more than 50% of tuition fees before a course starts if the student, or the person responsible for paying the fees, chooses to pay more.
Refund arrangements are provided within the Student Information Handbook and must be read and understood prior to enrolment.
WOULD YOU LIKE MORE INFORMATION?
Contact our friendly team at Australian Institute of Engineering at:
Australian Institute of Engineering
Head Office (Melbourne Campus)
60 Belfast Street,
BROADMEADOWS, VIC 3047
Telephone: +61 3 9302 1296