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efficiently
»» a career that requires chemical science
knowledge.
Learning by doing
As part of this degree you must complete
12 weeks of professional engineering work
experience, usually taken between years
three and four of the degree. It gives you the
opportunity to put what you’ve learnt into
practice and discover the career you’d like to
pursue when you graduate.
You will also participate in laboratory
experiments across all five years of the
degree. This allows you to put the theory you
have learned in the classroom into practice.
The laboratory sessions are also designed to
teach you new chemistry and engineering
techniques in a hands-on setting.
As a double degree student, you will interact
with a wide range of relevant industries. Many
of our subjects are designed in collaboration
with industry partners. We invite people
working in the industry to talk to you about
their jobs and the opportunities available to
you. Industry field trips will allow you to see
first-hand how the industry works. RMIT also
encourages you to undertake vacation work
where you can develop important industry
networks.
What you’ll study
Year one
First year courses include:
»» Chemical engineering design
»» Chemical engineering fundamentals
»» Chemistry theory and laboratory
»» Mathematics and statistics
»» Sustainable engineering.
Year two
Second year courses include:
»» Analytical spectroscopy
»» Biochemical engineering
»» Fluid flow and particle mechanics
»» Heat and mass transfer
»» Instrumental and environmental analysis
»» Mathematics for engineers
»» Process thermodynamics
»» Reaction engineering.
Year three
Third year courses include:
»» Chemical engineering specialisation
»» Chemistry theory and laboratory
»» Process control and simulation
»» Process principles.
Year four
Fourth year courses include:
»» Advanced instrumental analysis
»» Engineering experimental investigation
»» Environmental and hazard analysis
»» Process plant design and economics.
Year five
The focus in your final year is on your design
and research projects, which will depend on
your specific area of interest. These projects
give you the edge in a wide range of industry
roles.
Fifth year courses include:
»» Chemistry theory and laboratory
»» Design project
»» Process systems integration
»» Research project.
Career outlook
As a graduate with a multi-disciplinary
qualification, you will be highly employable
as you will have a better understanding of
the requirements of team members from
other specialties.
You will be well placed to take leading roles
in industries including chemical, food, oil,
biotechnology, pharmaceuticals, agriculture and
polymers, especially in the development and
commercialisation of new chemical products.
In the oil and gas sector, graduates may be
employed by organisations such as Exxon,
Shell and BP. Graduates working in
pharmaceuticals are often involved in the
design and delivery of new drugs. In the
process design sector, RMIT graduates
typically work on developing production
processes from the lab to large-scale.
Professional recognition
Graduates qualify for professional membership
of Engineers Australia and are recognised as
professional engineers in all member countries
of the Washington Accord. This degree is also
recognised by the Institution of Chemical
Engineers (IChemE) which is the primary
international professional society for the
chemical engineer. Graduates will also qualify
for graduate membership of the Royal
Australian Chemical Institute, the professional
qualifying body for chemists in Australia. The
degree is recognised worldwide, and many
RMIT graduates are employed overseas.
www.engineersaustralia.org.au
www.washingtonaccord.org
www.raci.org.au
www.icheme.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),
chemistry and mathematical methods
(either) or specialist mathematics.
　
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