Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
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TEA01 l Science 40<br />
TEA670 Applied Chemistry 40<br />
TEA671 Constitution <strong>of</strong> Matter 40<br />
Total: 420 - 440<br />
Semester 2<br />
ITF301 Data Entry and Retrieval Systems 20<br />
ITF305 Spreadsheet Operations 20<br />
ITF414 4GL Programming 20<br />
ME001 Organic Chemistry 40<br />
ME002 Chemistry Industry Project 20<br />
ME003 Mathematics B 20<br />
ME006 Advanced Mathematics* 20<br />
ME008 Fluid Mechanics 20<br />
ME009 Electrical and Electronic Practices 40<br />
NCS003 Job Seeking Skills 20<br />
TEA010 Materials Science 40<br />
TEB673 Crystallography 40<br />
TEA001 Calculus 40<br />
NCSOO6 Writing Workplace Documents 20<br />
NCS015 Presentation <strong>of</strong> Reports 20<br />
Total: 380 - 400<br />
Application procedure<br />
Prospective students (exit VCE and mature-age) wanting<br />
g to apply for full-time places in the February intake must<br />
L contact the Victorian Tertiary Admissions Centre (VTAC)<br />
for a VTAC Guide and application form. Students wanting<br />
m<br />
3 to apply for places in the mid-year intake should contact<br />
2. the School <strong>of</strong> Engineering and Industrial Science.<br />
" Prospective students wanting to apply for part-time places<br />
should contact the School <strong>of</strong> Engineering and Industrial<br />
(L]<br />
Science (9214 8916) for the relevant application form.<br />
I<br />
R<br />
2406~DC Certificate IV in Renewable<br />
Q<br />
f Energy <strong>Technology</strong><br />
S.<br />
2- The Certificate (IV) in Renewable Energy covers the<br />
II principles <strong>of</strong> operation <strong>of</strong> renewable energy systems. Areas<br />
g covered in this course include:<br />
S'<br />
indirect solar for heating <strong>of</strong> buildings and heat storage,<br />
radiant solar energy used for solar hot water, solar<br />
space heating and photovoltaic electricity,<br />
solar atmospheric used for mechanical and electrical<br />
energy derived from wind,<br />
micro-hydro systems to generate electricity,<br />
solar biological energy, the use and re-use <strong>of</strong> plant and<br />
animal materials to generate energy.<br />
Career potential<br />
Graduates from this course will be employed as consultants<br />
that will be capable <strong>of</strong> designing, installing, commissioning,<br />
maintaining,operating and repairing renewable energy<br />
systems. Graduates will also have the skills necessary to<br />
operate in small business management.<br />
Coune duration<br />
The course may be completed by one year <strong>of</strong> full-time<br />
study <strong>of</strong> approximately two years part-time, or a<br />
combination <strong>of</strong> both. Modules are subject to availability<br />
and demand. Day and evening classes are available.<br />
Entry requirements<br />
Basic mathematical and literacy skills are desirable to<br />
enable successful completion <strong>of</strong> the course. Many <strong>of</strong> the<br />
students <strong>of</strong> this course will already be employed or may be<br />
studying or have graduated in mechanical or electrical/<br />
electronic engineering. Mature-age applicants will be<br />
considered favorably. Applicants with computing and<br />
literary qualifications may gain exemptions for some<br />
modules.<br />
Course Structure<br />
Core Modules<br />
module value<br />
VAM006 Using a Personal Computer 20<br />
VAG728 Word Processing 1 20<br />
NOS216 Spreadsheet Fundamentals 20<br />
VAK437 Introduction to CAD Graphics Systems 20<br />
VAF455 Basic Business Principles 40<br />
NCS006 Writing Workplace Documents 20<br />
NCSOl l Client Interaction 20<br />
VAK398 Introduction to Renewable Energy 60<br />
Technologies<br />
VAK063 DC and AC Electrical Fundamentals 60<br />
VAK164 ELV Electrical Wiring 40<br />
VAK646 Introduction to Electronics for Renewable<br />
Energy Systems 60<br />
Elective Modules<br />
VAK188 Energy Efficient Building Design 60<br />
VAK691 Photovoltaic Power Systems 60<br />
VAM054 Wind Energy Conversion Systems 60<br />
VAK548 Micro Hydro Energy Systems 60<br />
VAL695 Solar Water Heating Systems 60<br />
VAK325 Hybrid Energy Systems 60<br />
Application Procedure<br />
Enrolments will be accepted in December, Janurary/<br />
February and June/July for mid-year intake. Enquiries can<br />
be made at any time by contacting the Department <strong>of</strong><br />
Mechanical and Manufacturing.<br />
Phone: 9214 8504<br />
Fax: 9214 3416<br />
Email: kdeed@swin.edu.au<br />
Advanced Certificate courses<br />
3300EZD Advanced Certificate in<br />
Engineering<br />
Coune aims and description<br />
This course aims to equip students with the knowledge<br />
and skills required for a career in engineering.<br />
Career potential<br />
The Advanced Certificate provides requisite skills<br />
and knowledge for positions such as technical assistant,<br />
technical <strong>of</strong>ficer, or detail draftsperson.