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environmental issues. For example, a major
transport project such as a freeway requires
environmental engineers to consider ground
conditions, noise barriers in sensitive areas,
air pollution, the social and environmental
impacts, as well as the engineering design.
Environmental engineers design systems to
improve water quality and conservation;
minimise the toxic impacts of processes and
by-products; develop cleaner production
technologies in farming, rehabilitation of
mining sites; clean up contaminated land;
work on land salinity problems; prepare
environmental impact studies; design of
modern landfill sites and conduct water
resource studies.
Learning by doing
You will be required to undertake 12 weeks of
professional engineering work experience
usually between years three and four. This
allows you to develop skills in preparing a
profile, apply for work and negotiate work
arrangements. Work experience also gives
you a better understanding of practices in the
workplace and is a great opportunity to
identify specific areas of environmental
engineering that interest you.
What you’ll study
Few professional disciplines involve the depth
and breadth of training and experience
required in environmental engineering. This
degree offers you a wide choice of courses
and is structured on a major/minor basis,
allowing you to select courses for a major in
environmental engineering and a minor in the
closely related fields of civil and chemical
engineering. Approximately 10% of the
degree also comprises elective courses from
across the University.
Throughout the degree, development of
environmental engineering design skills is
supported by training in appropriate science,
mathematics, computing and communication
skills.
You will study environmental engineering
practice in each year and this forms the focus
for the practical application of all other
courses. Specific attention is given to the
interaction of engineering systems with the
environment. An understanding of the social
and industrial environments in which
environmental engineering functions is also
incorporated, which is enhanced by specific
social science, law and ethics studies.
You are encouraged to use a problem-solving
and research approach in your studies and to
develop strong communication and team
skills. Field classes, excursions and industrial
visits provide you with practical hands-on
experience.
In the second and third years of the degree
you can work on projects with community
groups and companies as part of your
studies. You may further your environmental
engineering skills by specialising in
groundwater, chemical engineering or civil
and infrastructure engineering.
In the final year, you will demonstrate a
thorough appreciation of the engineering
design process through completion of a major
environmental engineering design project.
Career outlook
Employment opportunities in this area are
strong. Graduates can look forward to a
variety of careers within the corporate and
industrial sectors, as well as government.
Many environmental engineers also work as
consultants, moving from project to project.
Work may involve designing environmental
quality into all stages of engineering projects
and processes to minimise environmental
problems, as well as resolving existing
environmental problems through the
application of engineering skills.
Professional recognition
The Bachelor of Engineering (Environmental
Engineering) degree is accredited by Engineers
Australia. Graduates are eligible for graduate
membership of Engineers Australia and are
recognised as professional engineers in all
member countries of the Washington Accord.
Engineers Australia provides professional
direction through its Environmental
Engineering Branch, through policy
formulation on matters such as sustainable
development, and by issuing guidelines for
environmental engineering.
www.engineersaustralia.org.au
www.washingtonaccord.org
Application and entrance procedures
Application procedure
VTAC application
Entrance requirements
Current Year 12
2010 ENTER/ATAR: 82.60
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
　
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