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Electrical engineering and
commerce D
BP246 Bachelor of Engineering
(Electrical Engineering) and
Bachelor of Commerce
double degree
Duration: 5 yrs FT or PTA
City
Electrical engineers devise engineering
solutions for society. These may include
designing new products and systems,
improving the operation of existing systems
or providing customer and sales support.
Graduates are part of the renewable energy
revolution and develop new technologies and
products for industries and communities of
the future. Engineers in these fields work with
professionals in project teams in
manufacturing, automation, agriculture,
transport, resources and energy
management, education and environmental
monitoring. Capacity to imagine and a desire
to find creative solutions to problems are key
prerequisites to a career in engineering.
Electrical engineers design systems and
equipment for all types of industrial and
everyday purposes. Electrical engineers work
in the fields of renewable energy, power
generation and distribution, retail and
industrial automation. They also develop new
technologies to support the next generation
of transportation.
Learning by doing
You will be required to undertake at least
12 weeks of work experience in your own
time (required for Engineers Australia
accreditation). This is usually completed
during the breaks after third year and after
fourth year.
What you’ll study
This degree has a strong technical focus and
integrates its practical orientation with
personal and business skills development.
In the first three years of study you are
introduced to the fundamentals of electrical
engineering, as well as relevant mathematics
and physics and commerce. All courses
emphasise professional and personal
development. Essential leadership, team
organisation, communication, and decisionmaking
skills are fostered to facilitate your
smooth transition into industry.
In the final two years of study you will
specialise in electrical engineering
concentrating on electrical energy and power
systems, and control systems engineering,
and also complete your commerce studies.
Techniques such as computer-assisted
learning, interactive video instruction,
laboratory-based classroom learning and
the use of team-based project activities all
contribute to an effective learning
environment. The degree has a high level of
practical content with a strong emphasis on
laboratory-based experiential learning.
Computers also play an important role at all
levels through computer-assisted learning,
simulation, problem solving and design tools.
Ownership of a laptop computer is
encouraged as the computer has become
an integral part of the learning process. This
degree provides you with strong theoretical
knowledge and practical application through
industry-relevant projects and experiential
learning. The degree structure has been
developed in response to industry feedback.
There is a team-based engineering design
project in year four and an individual design
project in year four, closely matching typical
industry-based projects. The degree aims to
develop enterprising professionals with an
innovative approach and the confidence and
ability to assume leadership roles in technology,
business and the community. The degree
provides the knowledge and skills essential
for graduate engineers to become
immediately employable.
Career outlook
Graduates are employed in a wide range of
industries including aerospace, automotive,
manufacturing, power generation and
distribution, electronics, resources, defence,
and primary industries, both in Australia and
overseas. You will be well prepared for
leadership roles in industry, business,
government and the community. You may
also choose to start your own business.
Professional recognition
This program is fully accredited by Engineers
Australia. Graduates of this program will
satisfy the requirements for admission to
membership of Engineers Australia at the
level of professional engineer. The degree is
recognised in countries that are members 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).
　
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