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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
All graduates will be eligible for membership
of the Environment Institute of Australia and
New Zealand. Completion of the degree with
a study area in chemistry (plus environmental
analysis) or biology will satisfy the relevant
professional association requirements.
The double 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.
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) or
specialist mathematics.
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.
You may also be interested in…
For other environmental degrees, see the
environment brochure.
Vietnam project
You may also have the opportunity
to take part in the Vietnam project.
This multidisciplinary project allows
a team of 12 selected from RMIT’s
environmental degrees to undertake
work on a relevant environmental
project at RMIT’s Vietnam campus in
Ho Chi Minh City.
More details can be found in the
environment brochure.
Legend: D—Degree; T —TAFE; FT—full-time; PT—part-time; PTA—part-time may be available; RC—A range of selection criteria applied; N/A—not available 41
Manufacturing and mechatronics D
BP013 Bachelor of Engineering (Advanced
Manufacturing and Mechatronics)
Duration: 4 yrs FT or PTA
Years one and two are at City campus and years three
and four are at Bundoora campus
City and Bundoora
Are you interested in developing robots and
high-speed automated machines? As a
manufacturing and mechatronics engineer,
you will work in many industries, including the
automotive, aerospace, marine, food and
beverage, logistics, mining and service
industries. You will be at the heart of
designing systems and equipment that turn
raw material into finished products.
Manufacturing engineering examines the
development and planning of processes and
equipment. Mechatronics engineering
involves the development of hardware such
as robots and high-speed automated
machines to carry out the plan.
The advanced manufacturing and
mechatronics engineering degree specialises
in all aspects of advanced manufacturing
processes, from system design and quality
control to the actual building of automatic
systems. You will be able to design and build
manufacturing systems that are
environmentally sustainable while, also
meeting customer needs.
Learning by doing
You are expected to obtain a minimum of
12 weeks of relevant vacation employment
that allows you to gain first-hand experience
in an engineering environment with
professional engineers. This employment is
typically undertaken in the vacation between
years three and four.
An alternative possibility is for you to gain
industry placement positions, usually for one
year. This placement normally takes place
during a one-year break at the middle or at
the end of the third year of the degree. It can
not only give you academic credit but also
valuable paid industrial experience, which in
many cases may also lead to an industrylinked
final year project or even full-time
employment. Students can choose to join
companies in Australia or overseas.
Opportunities for overseas exchange
programs for one semester are also available.
What you’ll study
RMIT’s advanced manufacturing and
mechatronics engineering degree has a core
curriculum in the first four semesters that is
aimed at developing analytical problemsolving
skills, design capabilities, professional
　
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