Push the boundaries of mechanical engineering
Secure your career in mechanical design engineering and manufacturing automation with a solid understanding of mechanical equipment and systems:
- manufacture
- maintenance
- modification
- installation
Get the skills to start in engineering or upgrade existing qualifications with Skills Recognition.
Based at the Heidelberg campus, the Advanced Diploma of Engineering Technology (Mechanical or Manufacturing) offers students the opportunity to specialise in either:
Mechanical Design
- Computer Aided Design (CAD)
- Thermodynamics
- Mechanical machines
- Mechanical engineering systems
- Science of materials
- Drafting
Manufacturing Automation
- Robotics
- Computer controlled machinery
- Fluid power - Pneumatics & Hydraulics
- Mechanics
About the Course
- Local Students
- International Students
- National Code: 21622VIC
- CRICOS Code: 057890A
Campus: Heidelberg
Duration
Full-time:
2 years
600 hours after completion of the first year (Diploma of Engineering Technology)
Part-time:
1200 hours.
Part-time not available to International Students
Modes of Delivery
Classroom
Further Study and Careers
Pathways to Further Study
Completion of the Advanced Diploma may allow up to two years credit in a university degree program.
Career Opportunities
Graduates of these courses may gain employment in a range of industries covering special purpose machinery, material handling, drug, food & beverage production, automotive, petro-chemical, transport, pumps, fluid power, aerospace, construction, building services, air conditioning, stainless steel fabrication and aluminium fabrication.
The majority of NMIT engineering graduates find employment in the manufacturing industry.
Entrance Requirements
Local Students:
Advanced Diploma of Engineering Technology (Mechanical or Manufacturing) Satisfactory completion of Year 12 or equivalent. Students may need to undertake a bridging program comprising mathematics, communication and science. Tradespeople who have completed their Certificate in Engineering may need to complete additional modules not included in their trade. Some Post trade Certificate IV training can be credited toward the first 600 hours training requirement of the Advanced Diploma.
International Students:
Australian Year 12 (or recognised equivalent) with passes in Mathematics and Physics OR relevant work experience. IELTS 5.5 or higher (or recognised equivalents). Mature Age.Materials
Assessment Methods
Various forms of assessment may be used including: Assignments, tests, practical exercises, class participation.
Materials
scientific calculator text books safety clothing.
Fees
Local Fees:
Eligible for govt subsidy: max $2,000 | Ineligible for govt subsidy: max $10,000
International Fees:
A$10200 p.a.
Australian Government subsidised place:
You could be eligible for an Australian Government subsidised place if you meet the specific requirements, for more information about fees click here.
VET FEE-HELP helps you pay your VET tuition fees:
You could be eligible to access a VET FEE-HELP loan to pay your VET tuition fees for a number of NMIT Diplomas and Advanced Diplomas.
More Information
How to Apply
Local Students
Full-time (2011):
To start this course in 2011 apply through VTAC
VTAC Code:68441/68444
You must also complete a supplementary application form.
Full-time Mid-year Entry (2010):
To start this course in 2010 apply directly to NMIT.
Part-time:
Please contact the department directly if you are interested in studying part time.
International Students
Click to download an
Application for Enrolment Form
Units of Study
The Units of Study listed below have been approved for VET FEE-HELP. You may be required to undertake additional Units of Study in order to obtain the qualification. You will need to determine your particular combination of Units of Study with the department.
| Code | Subject | Hours |
|---|---|---|
| AUM5301A | Produce drawings manually | 40 |
| BSBCMN419A | Manage projects | 60 |
| BSBPM404A | Apply quality management techniques | 40 |
| BSBPM406A | Apply communication management techniques | 40 |
| ICAITU006C | Operate computing packages | 60 |
| MEM13014A | Apply principles of occupational health and safety in the work environment | 10 |
| MEM18.1AB | Use hand tools | 20 |
| MEM18.2AA | Use power tools/hand held | 20 |
| MTMPS5603A | Develop, manage and maintain quality systems | 100 |
| VBN769 | Perform basic machining processes | 40 |
| VBN770 | Apply basic fabrication techniques | 40 |
| VBN773 | Produce basic engineering sketches and drawing | 20 |
| VBN778 | Produce basic engineering components and products using fabrication and machining | 60 |
| VBN779 | Perform cutting, grinding and turning operations | 60 |
| VBP228 | Apply mathematical solutions to engineering problems | 80 |
| VBP229 | Apply statistical methods for quality control and reliability | 40 |
| VBP230 | Apply scientific principles to engineering problems | 60 |
| VBP231 | Apply principles of mechanics to engineering problems | 40 |
| VBP232 | Apply principles of strength of materials to engineering problems | 60 |
| VBP234 | Apply calculus to engineering problems | 40 |
| VBP235 | Use 2d computer aided drafting systems | 80 |
| VBP236 | Use advanced 2d and 3d computer aided drafting techniques | 80 |
| VBP237 | Use computer based solid modelling techniques | 80 |
| VBP238 | Annotate and create assemblies using solid models | 80 |
| VBP239 | Create and modify surfaces for simple consumer products | 80 |
| VBP240 | Use extended features of cad | 40 |
| VBP241 | Manage cad systems | 40 |
| VBP245 | Select and apply lubrication principles | 40 |
| VBP246 | Select and maintain bearing and rotary shaft assemblies | 40 |
| VBP250 | Set up manufacturing processes for engineering applications | 40 |
| VBP263 | Implement basic materials science principles to engineering applications | 40 |
| VBP264 | Implement advanced materials science principles to engineering applications | 60 |
| VBP265 | Plan for implementation of mechanical drive systems | 60 |
| VBP266 | Apply fluid mechanics principles to mechanical engineering | 80 |
| VBP267 | Set up fluid powered controlled engineering systems | 80 |
| VBP269 | Apply hydraulic principles in engineering | 60 |
| VBP270 | Apply pneumatic principles in engineering | 60 |
| VBP273 | Perform vibration measurement and control | 60 |
| VBP274 | Design mechanical engineering systems | 60 |
| VBP275 | Program, operate and select a robotics system | 60 |
| VBP276 | Plan and manage robotics system | 60 |
| VBP277 | Apply thermodynamic principles in engineering | 80 |
| VBP278 | Design mechanical machines | 80 |
| VBP282 | Apply environmental issues to engineering projects | 40 |
| VBP283 | Apply principles of mechanics to engineering structures | 40 |
