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Advanced Diploma of Engineering Technology

Course Structure

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 MEM13014AApply 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.

Units and electives

• Apply Construction Principles to Civil Engineering Works [VBP280]
• Implement Site Investigation Procedures [VBP279]
• Operate Computing Packages [ICAU2006B]
• Apply Principles of Mechanics to Engineering Structures [VBP283]
• Produce an Engineering Design for a Reinforced Concrete Structure [VBP289]
• Design a Timber Structure [VPAU208]
• Manage Projects [BSBCMN419A]
• Apply Environmental Solutions to Engineering Projects [VBP282]
• Apply Principles of Materials of Civil Engineering Applications [VBP281]
• Produce an Engineering Design for a Steel Structure [VBP290]
• Produce Advanced Engineering Drawings for a Steel Structure [VBP294]
• Analyse and Design Foundations and Footings [VPAU207]
• Apply Principles of Hydraulics to Pipe and Channel Flow [VU20159]
• Design a Water Reticulation Scheme [VU20160]
• Plan Sewerage Reticulation Systems [VU20161]
• Plan Water Reticulation Systems [VU20162]
• Manage Drinking Water Quality Information [VU20478]
• Manage the Construction of Pipeline Systems [VU20479]
• Plan to Manage a Contract [PSPPROC506A]
• Advanced Engineering Maths A [VAA125]
• Advanced Engineering Maths B [VAA126]
• Physics A [VAE704]
• Physics B [VAE705]
• Introduction to Environmental Management [EB076]
• Introduction to Financial Management [EB023]
• Engineering Project [EB050]
• Industry Research Project [VBG879]
• Apply Principles of Hydraulics to Pipe and Channel Flow [VU20159]
• Manage Contract Performance [PSPPROC503A]
• Participate in Quality Assurance Techniques [MEM30024A]
• Apply Statistical Methods for Quality Control and Reliability [VBP229]

• Use Advanced 2D [VBP236]
• Apply Computer Based Solid Modelling Techniques [VBP237]
• Establish and Manage Maintenance Systems [VBP244]
• Select and Apply Lubrication Principles [VBP245]
• Program 4th Axis Applications [VBP256]
• Create Advanced Programs for Cnc Machine Centres [VBP257]
• Implement Advanced Materials Science Principles to Engineering Applications [VBP264]
• Set Up Fluid Power Controlled Engineering Systems [VBP267]
• Set Up Mechatronics Engineering Systems [VBP271]

• Interface and Program Mechatronics Engineering Systems [VBP272]
• Perform Vibration Measurement and Control [VBP273]
• Plan and Manage a Robotics System [VBP276]
• Apply Principles of Advanced Metrology in Manufacturing [VBQU264]
• Program and Set Up Co-Ordinate Measuring Machines (Cmm) [VBQU266]
• Integrate Co-Ordinate Measuring Machines Into Manufacturing [VBQU267]

• Apply Principles of Strength of Materials to Engineering Problems [VBP232]
• Implement Advanced Materials Science Principles to Engineering Applications [VBP264]
• Apply Pneumatic Principles in Engineering. [VBP270]
• Apply Calculus to Engineering Problems [VBP234]
• Apply Fluid Mechanic Principles in Mechanical Engineering [VBP266]
• Design Mechanical Engineering Systems [VBP274]
• Program, Operate and Select a Robotics System [VBP275]
• Apply Thermodynamic Principles in Engineering [VBP277]
• Design Mechanical Machines [VBP278]

Admission information

• TAFE: 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).
• Year 12: 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).
• International: 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).
• Mature: 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.

Admission requirements in your country

Find out if you meet the minimum academic (international qualification) requirements to be eligible to apply for this course by reviewing the academic entry requirements listed by country.

Course objectives

Equip yourself for a career in the engineering industries by improving 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

Information and fees listed above are for non-resident students starting the course in 2011. Fees are subject to approval and may change. In some courses students must buy equipment or clothing that they will need in the course. These equipment or clothing costs are not included in the course fees listed above and we recommend you seek advice from the relevant faculty.