Equip yourself for a career in the engineering industries.

Improve your existing skills in CAD, robotics, and advanced manufacturing. The flexible course structure allows you to add further endorsed or specifically designed units of competency to help meet the industry’s future needs.

• Location:
  Industry and Sunshine
• College:
  College of Engineering and Science
• Duration:
  2 years
• Intake:
  February and July
• Course code:
  21622VIC
• CRICOS:
  072279F
• Fees:
  A$6545.00 per semester
• This information is for international students.
  Click here to see information for Australian residents

How to apply

• advanced technical worker
• manager in engineering

Learn more about your career options on the Australian government's Career Information and Resources website.

To provide:

• non-trades pathways into technician and engineering associate qualifications for industry entrants;
• flexibility for engineering enterprises and workers to select training specifically targeted to update and enhance existing skills;
• opportunity for trades people to upgrade their qualifications;
• an opportunity to deliver specifically developed units of competency addressing robotics, advanced manufacturing and computer aided drafting;
• a course structure that allows the addition of additional units of competency, either endorsed or specifically designed, to meet future needs of the industry.

Advanced Diploma of Engineering Technology To fulfil the requirements for the qualification learners must satisfy the following requirements. Non-trade entry: Select from Table A: Units of competency equivalent to a training effort of at least 200 hours. It is strongly recommended that the selection include MEM13014A Apply principles of occupational health & safety in work environment. Select from Table B: Units of competency equivalent to a training effort of at least 1200 hours. Selection must be based on the following principles: 1. A minimum of 80% of the training effort must be from units listed in Table B. The balance may be drawn from other endorsed training packages provided the units of competency are of an appropriate AQF level and relevant to an engineering job function or to enterprise requirements. 2. At least 30% of the training effort must be from units of competency at AQF level 6. Trade entry: Select from Table B: Units of competency equivalent to a training effort of at least 1200 hours. Selection must be based on the following principles: 1. A minimum of 80% of the training effort must be from units listed in Table B. The balance may be drawn from other endorsed training packages provided the units of competency are of an appropriate AQF level and relevant to an engineering job function or to enterprise requirements. 2. At least 30% of the training effort must be from units of competency at AQF level 6.

• Apply Construction Principles to Civil Engineering Works

  Unit code

  VBP280

• Implement Site Investigation Procedures

  Unit code

  VBP279

• Operate Computing Packages

  Unit code

  ICAU2006B

• Apply Principles of Mechanics to Engineering Structures

  Unit code

  VBP283

• Produce an Engineering Design for a Reinforced Concrete Structure

  Unit code

  VBP289

• Design a Timber Structure

  Unit code

  VPAU208

• Manage Projects

  Unit code

  BSBPMG510A

• Apply Environmental Solutions to Engineering Projects

  Unit code

  VBP282

• Apply Principles of Materials of Civil Engineering Applications

  Unit code

  VBP281

• Produce an Engineering Design for a Steel Structure

  Unit code

  VBP290

• Produce Advanced Engineering Drawings for a Steel Structure

  Unit code

  VBP294

• Analyse and Design Foundations and Footings

  Unit code

  VPAU207

• Apply Principles of Hydraulics to Pipe and Channel Flow

  Unit code

  VU20159

• Design a Water Reticulation Scheme

  Unit code

  VU20160

• Plan Sewerage Reticulation Systems

  Unit code

  VU20161

• Plan Water Reticulation Systems

  Unit code

  VU20162

• Manage Drinking Water Quality Information

  Unit code

  VU20478

• Manage the Construction of Pipeline Systems

  Unit code

  VU20479

• Plan to Manage a Contract

  Unit code

  PSPPROC506A

• Advanced Engineering Maths A

  Unit code

  VAA125

• Advanced Engineering Maths B

  Unit code

  VAA126

• Physics A

  Unit code

  VAE704

• Physics B

  Unit code

  VAE705

• Introduction to Environmental Management

  Unit code

  EB076

• Introduction to Financial Management

  Unit code

  EB023

• Engineering Project

  Unit code

  EB050

• Industry Research Project

  Unit code

  VBG879

• Apply Principles of Hydraulics to Pipe and Channel Flow

  Unit code

  VU20159

• Manage Contract Performance

  Unit code

  PSPPROC503B

• Participate in Quality Assurance Techniques

  Unit code

  MEM30024A

• Apply Statistical Methods for Quality Control and Reliability

  Unit code

  VBP229

• Use Advanced 2D

  Unit code

  VBP236

• Apply Computer Based Solid Modelling Techniques

  Unit code

  VBP237

• Establish and Manage Maintenance Systems

  Unit code

  VBP244

• Select and Apply Lubrication Principles

  Unit code

  VBP245

• Program 4th Axis Applications

  Unit code

  VBP256

• Create Advanced Programs for Cnc Machine Centres

  Unit code

  VBP257

• Implement Advanced Materials Science Principles to Engineering Applications

  Unit code

  VBP264

• Set Up Fluid Power Controlled Engineering Systems

  Unit code

  VBP267

• Set Up Mechatronics Engineering Systems

  Unit code

  VBP271

• Interface and Program Mechatronics Engineering Systems

  Unit code

  VBP272

• Perform Vibration Measurement and Control

  Unit code

  VBP273

• Plan and Manage a Robotics System

  Unit code

  VBP276

• Apply Principles of Advanced Metrology in Manufacturing

  Unit code

  VBQU264

• Program and Set Up Co-Ordinate Measuring Machines (Cmm)

  Unit code

  VBQU266

• Integrate Co-Ordinate Measuring Machines Into Manufacturing

  Unit code

  VBQU267

• Apply Principles of Strength of Materials to Engineering Problems

  Unit code

  VBP232

• Implement Advanced Materials Science Principles to Engineering Applications

  Unit code

  VBP264

• Apply Pneumatic Principles in Engineering.

  Unit code

  VBP270

• Apply Calculus to Engineering Problems

  Unit code

  VBP234

• Apply Fluid Mechanic Principles in Mechanical Engineering

  Unit code

  VBP266

• Design Mechanical Engineering Systems

  Unit code

  VBP274

• Program, Operate and Select a Robotics System

  Unit code

  VBP275

• Apply Thermodynamic Principles in Engineering

  Unit code

  VBP277

• Design Mechanical Machines

  Unit code

  VBP278

• Design Sewerage Pumping Station Systems

  Unit code

  VU20476

• Manage Assets in a Water Utility

  Unit code

  VU20477

• Advanced Machine Design

  Unit code

  EB701

• Machine Design

  Unit code

  EB703

• Mechanical Design

  Unit code

  EB704

• Project Mechanical Design Synthesis

  Unit code

  EB705

• Thermodynamics 2

  Unit code

  EB711

• Fluid Mechanics 2

  Unit code

  EB720

• Robotics 2

  Unit code

  EB770

• Advanced Strength of Materials

  Unit code

  EB840

• Environment Engineering

  Unit code

  EB851

• Stormwater Drainage

  Unit code

  EB854

• Structural Steel Design 1

  Unit code

  EB855

• Waste Water Engineering B

  Unit code

  EB858

• Minor Civil Engineering Project B

  Unit code

  EB862

• Minor Civil Engineering Project C

  Unit code

  EB863

• Engineering Surveying 1

  Unit code

  EB870

• Structural Steel Design 2

  Unit code

  EB874

• Quality Control and Computing

  Unit code

  EB040

• Have successfully completed year 11. Or successfully completed a Certificate III in Engineering (from Training Package MEM98) or equivalent; or have a minimum language, literacy and numeracy skills that is equivalent to level 3 of he National Reporting system (NRS).

English language requirements

Find out if you meet the entry requirements, including English language and academic requirements.