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individuals, broadband services and high
definition TV for households and businesses,
satellite navigation and sophisticated safety
and control systems for cars, ships and
planes, high resolution body scanners for
hospitals, greener and cleaner technologies
for energy production, satellite phones for
remote communities and emergency
services, right up to the tracking, telemetry
and command (TT&C) and communication
systems in satellites and space exploration
capsules.
Electronic and communication engineers are
the people who design, produce and
maintain devices, systems and services that
improve the quality of life, health and well
being of individuals and communities, the
productivity of industry (e.g. agriculture,
resources, energy, manufacturing), the
competitiveness of all kinds of business, and
the effectiveness of government services
(e.g. health, education, transport, defence
and emergency services).
Learning by doing
Engineers must put theories into practice to
produce useful goods and services. You will
learn to do this by spending a significant
amount of time on laboratory experiments
and design projects.
You will be required to complete 12 weeks
of full-time work experience (or its part-time
equivalent) in your technical field of study, in
your own time, under the supervision of a
qualified engineer (required for Engineers
Australia accreditation).
What you’ll study
You will learn through a wide variety of modes
including lectures, tutorials, and laboratories.
You will also need to spend a significant
amount of your own time on self-directed
learning.
In years one and two, you will learn the
fundamental principles and practices in
electronic and communication engineering,
and the mathematics and physics that make
up the essential engineering tools. You will
also develop essential professional skills in
communication, teamwork, and leadership.
In years three and four, the focus will be on
making you industry ready. You will deepen
your technical knowledge and skills in your
chosen specialisation, and exercise your
design, teamwork, leadership, management
and communication skills through individual
and team-based projects that closely
resemble the work of practising engineers.
Career outlook
Job opportunities exist in:
»» Industry, to design and manufacture
electronic and communication products.
»» Business, to implement and maintain
electronic and communication systems
and services.
»» Universities and research organisations to
advance electronic and communication
technologies.
»» Government organisations to provide
health, education, transport, defence,
trade, security and emergency services.
You may also choose to run your own
electronic and communication business.
Professional recognition
The Bachelor of Engineering (Electronic and
Communication Engineering) program is fully
accredited by Engineers Australia. Graduates
are officially recognised as Professional
Engineers in all member countries of the
Washington Accord.
www.engineersaustralia.org.au
www.washingtonaccord.org
Application and entrance procedures
Application procedure
VTAC application
Entrance requirements
Current Year 12
2010 ENTER/ATAR: N/A
Prerequisites: units 3 and 4—English (any)
and mathematical methods (either).
Non-Year 12
Prerequisite: none.
Please refer to page 57 for more details.
Extra requirements
Non-Year 12 applicants must complete and
submit a VTAC Pi form, available online at
www.vtac.edu.au , if they wish other
information to be considered.
Please refer to the 2011 VTAC Guide for
full details on extra requirements.
Pathway
Graduates of the following programs may
be eligible to apply for exemptions of up to
one-and-a-half years:
»» Associate Degree in Engineering
Technology (Electrical/Electronic)
»» Advanced Diploma of Computer
Systems Engineering
»» Advanced Diploma of Electrical—
Technology
»» Advanced Diploma of Electronics and
Communications Engineering
»» Advanced Diploma of Telecommunications
Engineering
You may also be interested in…
»» Computer and network engineering
(page 22)
»» Electrical and electronic engineering
(page 27)
»» Electrical engineering (page 28)
　
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