Advanced Diploma of Engineering Technology (Mechanical Engineering Design)
The Advanced Diploma of Engineering Technology is a wide-ranging, highly practical course for those looking to start, broaden or advance in a technical paraprofessional role in civil, mechanical or mechatronic engineering fields. It could also suit trades qualified people to advance their qualifications.
This course is a strong combination of technical skills training with in-depth knowledge, so you’ll be able to apply engineering and scientific principles when managing, designing or executing projects. Graduates can apply for recognition by Engineers Australia and could also use this course as a pathway into further degree studies.
This course is based at Hawthorn with some workshop components delivered at Wantirna.
This course is in high demand. Apply early for a better chance of securing your place in it. Otherwise, you may have to wait for the next intake.
This course is currently in transition.
The course code, title, units, and content may change. Further information will become available on our website, upon enrolment or during your studies. To discuss your study options, please get in touch with us today.
This course is undergoing re-accreditation. Please note that the replacement course may have a different course code, title, units and content.*
Further information will become available on our website, upon enrolment or during your studies. To discuss your study options, please get in touch with us today.**
Duration
2 years full-time or equivalent part-time
Intakes
Hawthorn (March) - View application and start dates
Study modes
- Full-time,
- Part-time (day)
VTAC course codes
- 3400277364
Civil Engineering Design (fee type determined by provider) - 3400277444
Mechanical Engineering Design (fee type determined by provider) - 3400277084
Mechatronics Engineering Design (fee type determined by provider)
This is a nationally approved vocational course that is recognised throughout Australia.
Course information in detail
- Course detail, course structure, units of study and specialisations.
Course description
The Advanced Diploma of Engineering Technology is designed to qualify graduates for employment opportunities at para professional level in a range of engineering, manufacturing and related industries roles.
This course is delivered in a combination of engaging face-to-face classes, workshops, tutorials, lectures and online activities. Students learn the core concepts of engineering materials, advanced technology applications, mechanics, kinematics, thermodynamics, fluid mechanics, computer-aided machine design and project management. Students go beyond the classroom and participate in industry projects and practical workshops.
Swinburne also offers this qualification with specialisation in Civil Engineering Design or in Mechatronics Engineering Design.
This course is based at Hawthorn with some workshop components delivered at Wantirna.
This course is delivered in a combination of engaging face-to-face classes, workshops, tutorials, lectures and online activities. Students learn the core concepts of engineering materials, advanced technology applications, mechanics, kinematics, thermodynamics, fluid mechanics, computer-aided machine design and project management. Students go beyond the classroom and participate in industry projects and practical workshops.
Swinburne also offers this qualification with specialisation in Civil Engineering Design or in Mechatronics Engineering Design.
This course is based at Hawthorn with some workshop components delivered at Wantirna.
Course structure
To fulfil the requirements for the qualification students must complete a minimum of 1750 hours of formal training consisting of:
- all 11 core units listed below making up 500 hours
- elective units to a minimum of 1250 hours
Units of study
Core units
Organise and communicate information (MEM16006A)
Interact with computing technology (MEM16008A)
Interact with computing technology (MEM16008A)
Perform engineering activities (MEM22001A)
Manage self in an engineering environment (MEM22002A)
Manage self in an engineering environment (MEM22002A)
Apply technical mathematics (MEM23004A)
Select common engineering materials (MEM30007A)
Operate computer-aided design (CAD) system to produce basic drawing elements (MEM30031A)
Operate computer-aided design (CAD) system to produce basic drawing elements (MEM30031A)
Investigate advance technology applications in the manufacturing industry and related industries (VU22451)
Use communication network concepts and practices in manufacturing and engineering applications (VU22452)
Coordinate engineering projects (MEM22013A)
Use computer-operated design (CAD) to create and display 3-D models (MEM30033A)
Mechanical Engineering Design units
Plan a complete activity (MEM14005A)Apply fluid and thermodynamics principles in engineering (MEM23006A)
Apply engineering mechanics principles (MEM23109A)
Apply mathematical techniques in a manufacturing engineering or related environment (MEM30012A)
Use workshop equipment and processes to complete and engineering project (MEM30029A)
Participate in environmentally sustainable work practices (MSMENV272)
Program, operate and select a robotics system (VU21232)
Select and interpret drawings and prepare three dimensional (3D) sketches and drawings (VU22330)
Apply electrotechnology principles in an engineering work environment (VU22472)
Apply principles of strength of materials to engineering problems (VU22474)
Apply scientific principles to engineering problems (VU22475)
Plan for the implementation of mechanical drive systems (VU22476)
Select rotating electrical machines (VU22477)
Design and prototype components and/or small structures using engineering design principles (VU22478)
Apply fluid mechanic principles in mechanical engineering (VU22479)
Use advanced mathematics for engineering (VU22482)
Set up manufacturing processes for engineering applications (VU22501)
Apply finite element analysis (VU22537)
Design mechanical engineering systems (VU22538)
Design mechanical machines (VU22539)
Generate design solutions (VU22540)
Implement advanced materials science principles to engineering applications (VU22541)
Use advanced 2D & 3D computer aided drafting (CAD) techniques (VU22542)
Apply engineering mechanics principles (MEM23109A)
Apply mathematical techniques in a manufacturing engineering or related environment (MEM30012A)
Use workshop equipment and processes to complete and engineering project (MEM30029A)
Participate in environmentally sustainable work practices (MSMENV272)
Program, operate and select a robotics system (VU21232)
Select and interpret drawings and prepare three dimensional (3D) sketches and drawings (VU22330)
Apply electrotechnology principles in an engineering work environment (VU22472)
Apply principles of strength of materials to engineering problems (VU22474)
Apply scientific principles to engineering problems (VU22475)
Plan for the implementation of mechanical drive systems (VU22476)
Select rotating electrical machines (VU22477)
Design and prototype components and/or small structures using engineering design principles (VU22478)
Apply fluid mechanic principles in mechanical engineering (VU22479)
Use advanced mathematics for engineering (VU22482)
Set up manufacturing processes for engineering applications (VU22501)
Apply finite element analysis (VU22537)
Design mechanical engineering systems (VU22538)
Design mechanical machines (VU22539)
Generate design solutions (VU22540)
Implement advanced materials science principles to engineering applications (VU22541)
Use advanced 2D & 3D computer aided drafting (CAD) techniques (VU22542)
Major specialisations
Mechanical Engineering Design
Careers and graduate outcomes
- Career opportunities, course aims and objectives, graduate skills and professional recognition.
Career opportunities
Graduates may find employment in manufacturing or on an assembly plant as a manager or supervisor. Employment may be sought in a mechanical design industry as a mechanical engineering technician where associate engineer skills are required to provide support to the professional engineer. Graduates may also work as a mechanical maintenance officer or draftsman.
Aims and objectives
Gain a combination of technical skills and in-depth knowledge to be able to apply engineering and scientific principles when managing, designing or executing projects.
Graduate skills
Graduates of the Advanced Diploma of Engineering Technology - Mechanical Engineering Design should be able to:
- recall and apply engineering and scientific principles in designing mechanical and manufacturing engineering applications based on a well-founded specialist knowledge domain
- analyse, diagnose, design and execute judgments with respect to mechanical and manufacturing solutions that have a basis in engineering technology
- prepare a brief on technical solutions and concepts with options for various engineering environments and contexts
- integrate and solve interfacing problems between disparate technical or engineering systems
- manage complex projects on time and within budget
- manage autonomously a range of technical objectives within organisations that have outputs based on engineering application.
Professional recognition
This advanced diploma program is designed to produce graduates who have the skills and knowledge expected of Engineering Associate. Graduates are eligible to apply for membership of Engineers Australia at Engineering Associate level.
Pathways and scholarships
- Pathways, credit transfer, recognition of prior learning and scholarships.
Course fees and requirements
- Entry requirements and non-year 12 entry.
Course fees
A VET Student Loan is available for this course – allowing you to defer part of your fees if you're eligible.
The maximum VET Student Loan amount for this course is $16,788. You must start repaying this loan once you earn above the compulsory repayment threshold.
Advanced Diploma of Engineering Technology (Mechanical Engineering Design)Estimated course fees for 2023* |
|||
|---|---|---|---|
| For students who are not granted a Skills First government-subsidised place | For students who are granted a Skills First government-subsidised place | Is this a Free TAFE course? | |
| You will need to pay this amount if you do not receive a VET Student Loan | $20,250 | $14,630 | This course is not eligible for Free TAFE |
| You will need to pay this amount if you do receive a VET Student Loan | $3,462 | Fully Covered | This course is not eligible for Free TAFE |
Fees published on this page are estimates only and are subject to change depending on individual circumstances at the time of enrolment. The above fees apply for units studied in 2023 only and may change for units studied in future years. There may be additional costs related to learning material and equipment.
This training is delivered with Victorian and Commonwealth Government funding.
Skills First Government-subsidised place
You could be granted a Skills First government-subsidised place when you apply for this course. Check your eligibility now.
You could be granted a Skills First government-subsidised place when you apply for this course. Check your eligibility now.
Concession rates for vocational students
Concession rates for Diploma and Advanced Diploma programs are also available if you self-identify as being of Aboriginal or Torres Strait Islander descent and qualify for a government-subsidised training place under the Indigenous Completions Initiative.
The eligibility criteria are set by the Victorian Government and assessed by Swinburne in accordance with government directives, which are subject to change at any time.
Find out if you’re eligible for a fee concession here.
Concession rates for Diploma and Advanced Diploma programs are also available if you self-identify as being of Aboriginal or Torres Strait Islander descent and qualify for a government-subsidised training place under the Indigenous Completions Initiative.
The eligibility criteria are set by the Victorian Government and assessed by Swinburne in accordance with government directives, which are subject to change at any time.
Find out if you’re eligible for a fee concession here.
Full course fee
If you are not granted a government subsidised place, the full course fee will apply. Check your eligibility now.
If you are not granted a government subsidised place, the full course fee will apply. Check your eligibility now.
Indicative nominal course hours: 1,750.
Entry requirements
Satisfactory completion of an appropriate Victorian Year 12 or its equivalent or work experience.
Literacy and Numeracy requirements
Literacy and Numeracy requirements
- Learners are best equipped to achieve the outcomes of the courses if they have minimum language, literacy and numeracy skills that are equivalent to level 3 of the Australian Core Skills Framework (ACSF).
- use the internet to read, send emails and search for information
- basic file management
- use various software packages e.g. Microsoft Office (Word, Excel, Power Point), File compression, Microsoft Accessories (Paint, Calculator), Adobe.
How to apply
Find out more about how to apply.
Find out more
Submit an online enquiry
Tel: 1300 SWINBURNE
Tel: 1300 SWINBURNE
Email: study@swinburne.edu.au
Training Organisation Identifier (TOID): 3059