07.09.2014 Views

Please note - Swinburne University of Technology

Please note - Swinburne University of Technology

Please note - Swinburne University of Technology

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

o<br />

Further studies pathways<br />

The CBE forms the major part <strong>of</strong> the first stage for<br />

studies in all Advanced Certificate and Associate<br />

Diploma courses in electronics. The latter then opens the<br />

door to a degree course.<br />

Entry requirements<br />

Normal entry is satisfactory completion <strong>of</strong> VCE Level 1/2<br />

with passes in English, mathematics and science.<br />

There are no formal requirements for mature-age students,<br />

however each applicant must demonstrate a genuine<br />

interest and ability to cope. This would include the<br />

following: Mathematics to an equivalent <strong>of</strong> Year 11,<br />

together with a logical mind and the desire to pursue a<br />

career in the electronics or allied industries.<br />

Selection procedures<br />

Applicants are interviewed by the enrolling <strong>of</strong>ficer and will<br />

be accepted, subject to vacancies, if they meet the entry<br />

requirements.<br />

Course duration<br />

The course may be completed by six months full-time<br />

study or twelve months part-time study only. Both day and<br />

evening classes are available.<br />

Course structure<br />

The Certificate in Basic Electronics consists <strong>of</strong><br />

c fourteen modules. A Certificate in Basic Electronics (CBE)<br />

4 will be awarded, upon application, to any student who<br />

successfully completes all the CBE modules to the specified<br />

- performance level.<br />

i.<br />

Q<br />

This basic vocational program may be undertaken as:<br />

a terminal program in its own right, especially for<br />

persons working in equipment servicing who want to<br />

gain an understanding <strong>of</strong> electronics;<br />

a part <strong>of</strong> the core studies <strong>of</strong> the Associate Diploma <strong>of</strong><br />

Engineering (Electronics or Computer Systems);<br />

the core <strong>of</strong> the Advanced Certificate in Industrial<br />

Electronics.<br />

The program is designed to provide students with the<br />

core skills and knowledge required at all levels in the<br />

electronics and associated industries.<br />

Modules<br />

CBE-1 Electrical Fundamentals<br />

CBE1.l DC Fundamentals 36<br />

CBE1.2 AC Fundamentals 36<br />

CBE1.3 Test Equipment CBE 18<br />

CBE-2 Analogue Fundamentals<br />

CBE2.1 Power Supply Fundamentals 36<br />

CBE2.2 Amplifier Fundamentals 36<br />

Hours<br />

CBE-3 Analogue Applications<br />

CBE3.1 Operational Amplifiers CBE 18<br />

CBE3.2 Oscillators CBE 18<br />

CBE3.3 Power Control Devices CBE 18<br />

CBE3.4 Transducers CBE 18<br />

CBE-4 Digital Electronics<br />

CBE4.1 Digital Fundamentals 36<br />

CBE4.2 Digital Integrated Electronics 18<br />

CBE4.3 Introduction to Microprocessors 36<br />

CBE-5 Electronic Workshop Practices<br />

CBE5.1 Electronic Assembly Techniques 36<br />

CBE5.2 Wiring and Soldering Techniques 36<br />

Application procedure<br />

Prospective students should contact the School <strong>of</strong><br />

Engineering and Industrial Science on 9214 8916 or the<br />

Electrical and Electronics <strong>Technology</strong> Department on 9214<br />

8875.<br />

Certificate I courses<br />

21 06ADC Certificate I in Electrical<br />

(Pre-apprenticeship)<br />

Course aims<br />

The program provides a pathway to apprenticeship in<br />

the electrical/electronics industries for unem~loved . adults<br />

a<br />

and youth, as well as recent school leavers.<br />

Course description<br />

The program is designed to increase the student<br />

opportunities to enter the electrical or electronics<br />

industries. Many <strong>of</strong> the modules are a part <strong>of</strong> the respective<br />

trade certificates and give exemptions, shortening the time<br />

spent in training.<br />

Entry requirements<br />

No previous experience is required.<br />

Further studies pathways<br />

On completion <strong>of</strong> the program, should a student gain an<br />

apprenticeship, the apprenticeship time will be reduced<br />

from four years to three and a half years. Credit will be<br />

given for studies completed.<br />

Course availability and duration<br />

This is a full-time program <strong>of</strong> approximately 640 class<br />

hours to be completed in one year. Class attendance <strong>of</strong><br />

approximately 21 hours per week is required.<br />

Course structure<br />

Module no.<br />

AATMOl<br />

EPTMO l<br />

EPTM04<br />

EPTM05<br />

NBB04<br />

NBB16<br />

NBBl8<br />

NCSOOl<br />

NCSOO2<br />

NCS003<br />

NCS004<br />

NE031<br />

Functional Mathematics 20<br />

Soldering 40<br />

Electrical Engineering 40<br />

Drawing<br />

Component Testing 40<br />

Computing in Engineering 40<br />

Introduction to Welding 20<br />

Occupational Health & Safety 20<br />

Workplace Communication 40<br />

Writing Skills for Work 20<br />

Job Seeking Skills 20<br />

Work Team Communication 40<br />

Electrical Drawing, Interpretation<br />

& Connection 40<br />

Hours lhmjuisite<br />

nil<br />

nil<br />

nil<br />

nil<br />

nil<br />

nil<br />

nil<br />

Yr 10 English<br />

Yr 10 English<br />

Yr 10 English<br />

Yr 10 English<br />

nil

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!