Advanced Diploma
of Electronics and
Communications
Engineering
TEACHING DURATION
100 weeks
CRICOS Duration
126 weeks
CRICOS CODE
078959M
NATIONAL CODE
UEE60211
CAMPUS
Regency Park
WORK PLACEMENT
72 hours
ADMISSION REQUIREMENTS
Academic IELTS score of 5.5 overall with
minimum of 5.0 in all bands or equivalent.
Satisfactory completion of Year 12 or overseas
equivalent.
COURSE DESCRIPTION/SKILLS COVERED
This course leads to the application of electronic
components and computers to enable
technologies like mobile communications,
medical devices, mining equipment, robotics and
more. The course develops skills to test, modify,
design and integrate hardware and software
in complex electronics systems. Learn how to
construct, test and design advanced analog
and digital electronic circuits. Write computer
programs to control hardware and set up a web
page to access it remotely. Design circuits to
interface with sensors, motors, etc. Learning is
enhanced by combining lectures with practical
laboratory and workshop sessions, including
simulation tools.
FEES
Average tuition fees per semester AUD $6,400
Total tuition fees (126 weeks)
AUD $32,000
Incidental fees
AUD $0
Total fees
AUD $32,000
CAREER PATHWAYS
Work as a technical officer in the rapidly-
growing electronics industry and related
areas like defence, mining, biomedical and
communications. You may be commissioning
and maintaining communications equipment
for traffic control or designing test jigs for new
products in a manufacturing environment.
CREDIT TRANSFER AGREEMENTS
Credit Transfer Agreements exist for this course.
for more information.
Associate Degree in Electronic Engineering
TEACHING DURATION
80 weeks
CRICOS Duration
104 weeks
CRICOS CODE
066407J
NATIONAL CODE
CRS1400029
CAMPUS
Regency Park
ADMISSION REQUIREMENTS
General IELTS score of 6.0 overall or equivalent. Satisfactory completion of Year 12 and Year 12
Mathematics or overseas equivalent.
COURSE DESCRIPTION/SKILLS COVERED
This is a higher education qualification which leads to employment and/or fast-track into further study at
university. Students benefit from small classes, work-integrated learning and emphasis on practical and
employability skills. It develops skills to analyse, design and integrate hardware and software in complex
electronics systems. Learn how to construct, test and design advanced analogue and digital electronic
circuits. Design circuits to interface with sensors, motors, etc. and write programs to control them.
Study mathematics and physics and apply to electronics. Develop skills in communication, creative
problem solving and working in teams. The course includes a component of exposure to engineering
practice in the Australian work environment. Your learning will be enhanced by combining lectures
with practical laboratory and workshop sessions, including simulation tools. You will benefit from small
classes (no more than 20 students) and from hands-on practice in the lab.
FEES
Semester 1
AUD $7,600
Incidental fees
AUD $150
Semester 2
AUD $7,600
Incidental fees
AUD $250
Semester 3
AUD $7,600
Incidental fees
AUD $0
Semester 4
AUD $7,600
Incidental fees
AUD $0
Total tuition fees
AUD $30,400
Incidental fees
AUD $400
Total fees
AUD $30,800
CAREER PATHWAYS
Work as a technical officer in the rapidly-growing electronics industry and related areas like defence,
mining, biomedical and communications. You may be working alongside engineers to design and
prototype advanced technology, or customising computer controlled video equipment in a television
studio. Graduates often choose to further their career by completing a University degree.
CREDIT TRANSFER AGREEMENTS
67
TAFE SA | COURSE GUIDE 2015
