Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
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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