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Please note - Swinburne University of Technology

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ME006 Advanced Mathematics" 20<br />

ME008 Fluid Mechanics 20<br />

ME009 Electrical and Electronic Practices 40<br />

NCS003 Job Seeking Skills 20<br />

NCS006 Writing Workplace Documents 20<br />

NCS015 Presenting Reports 20<br />

TEA001 Calculus 40<br />

TEA010 Materials Science 40<br />

TEB673 Crystallography 40<br />

* Optional Total: 380-400<br />

Semester 3<br />

EPC135 Statistical Quality Control 40<br />

ME013 Work Project 75<br />

ME014 Materials <strong>Technology</strong> 60<br />

ME015 Polymers - Structure and Properties 20<br />

ME016 Polymers - Processing Applications 40<br />

ME017 Instrumental Analysis - Principles 40<br />

ME018 Instrumental Analysis - Practice 20<br />

ME019 Principles <strong>of</strong> Cleaner Production 40<br />

NBB05 Quality Concepts 20<br />

TEA060 Engineering Design Concepts 40<br />

g Semester 4<br />

Total: 395<br />

Metal Stream l:<br />

ME037 Principles <strong>of</strong> Metals Science 40<br />

2.<br />

m ME038 Steel - Structure and Properties 40<br />

3<br />

Q. ME039 Non Ferrous Metals -Structure and Properties 40<br />

ME040 Modern Processes for Materials 40<br />

!. ME041 Smart Manufacturing with Materials 40<br />

3<br />

ME042 Computer Aided Design and Modelling<br />

0 for Materials 20<br />

4 ME043 Advanced Laboratory Techniques 40<br />

Total: 260<br />

3<br />

P<br />

Polymers Stream 2 (Specialist Polymer Technical Skills)<br />

20<br />

ME024 Polymer Processing - Moulding & Extrusion20<br />

5' ME025 Polymer Processing - Other Methods 20<br />

MEP26 Selection and Identification <strong>of</strong> Polymers 20<br />

ME027 Elastomers and Adhesives 20<br />

ME028 Polymer Preparation and Testing 20<br />

ME029 Polymer <strong>Technology</strong> Practice 1 40<br />

ME030 Polymer <strong>Technology</strong> Practice 2 20<br />

ME031 Polymer <strong>Technology</strong> Practice 3 40<br />

ME032 Polymer <strong>Technology</strong> Practice 4 20<br />

Total: 240<br />

P<br />

'. ME023 Polymer Processing - Overview<br />

Sf<br />

Industrial Materials Stream 3<br />

ME033 Ceramics <strong>Technology</strong> 60<br />

ME034 Composite Materials 60<br />

ME035 Adhesives 40<br />

ME036 Organic Surface Coatings 60<br />

Total: 220<br />

Extension Studies<br />

NAP732 Management Accounting Application 50-60<br />

NAP723 Marketing and Planning For Small Business50<br />

ME044 Occupational Hygiene 50<br />

ME045 Industrial Waste Management 50<br />

ME046 Environmental Management 50<br />

ME047 Air Quality Management 50<br />

Total: 300-310<br />

NB Polymer and Industrial Materials streams are not<br />

run at <strong>Swinburne</strong> <strong>University</strong> <strong>of</strong> <strong>Technology</strong><br />

Application procedure<br />

Prospective students (exit VCE and mature-age) wanting to<br />

apply for full-time places in the February intake must<br />

contact the Victorian Tertiary Admissions Centre (VTAC)<br />

for a VTAC Guide and application form. Students wanting<br />

to apply for places in the mid-year intake should contact<br />

the School <strong>of</strong> Engineering and Industrial Science.<br />

Prospective students wanting to apply for part-time places<br />

in either course should contact the School <strong>of</strong> Engineering<br />

and Industrial Science on 9214 8916 for the relevant<br />

application form.<br />

3600EZC Diploma <strong>of</strong> Engineering<br />

Course aims and description<br />

This course looks at the interconnection between<br />

engineering and management and seeks to address current<br />

and future issues relating to communication between the<br />

two areas. The course develops skills in management and<br />

technical areas and enhances workplace skills and<br />

knowledge. The course is flexible and is designed to cover a<br />

range <strong>of</strong> engineering and management fields and is targeted<br />

at the C2b industrial classification level <strong>of</strong> the Federal<br />

Metal Industry Award.<br />

Career potential<br />

The Diploma <strong>of</strong> Engineering provides the skill and<br />

training necessary for persons seeking to undertake<br />

positions <strong>of</strong> responsibility in industry at the coordinator,<br />

supervisor, principal trainer or principal technical <strong>of</strong>ficer<br />

level. It is an initial qualification for pr<strong>of</strong>essional practice in<br />

engineering.<br />

Pr<strong>of</strong>essional recognition<br />

Students completing the course can apply for admission<br />

as Affiliate Grade with the Institution <strong>of</strong> Engineers<br />

Australia. Recognition and accreditation <strong>of</strong> the course by<br />

the Institution <strong>of</strong> Engineers is currently under<br />

development.<br />

Further studies pathways<br />

The Diploma <strong>of</strong> Engineering course is focused on<br />

vocational development, however, students wishing to<br />

articulate to Higher Education may choose electives which<br />

form prerequisites or will provide credits towards Higher<br />

Education entry. Pathways for more direct articulation<br />

between TAFE and Higher Education are also available.<br />

Entry requirements<br />

Successful completion <strong>of</strong> an Associate Diploma or<br />

Certificate <strong>of</strong> <strong>Technology</strong> in Engineering plus significant<br />

work experience in a position <strong>of</strong> responsibility.

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