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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
Students with relevant qualifications who are
successful in gaining a place in the degree
can apply for advanced standing.
Application for recognition of prior learning
are considered on a case-by-case basis.
You may also be interested in…
»» Applied chemistry and chemical
engineering (page 9)
»» Chemical engineering and biotechnology
(page 15)
»» Chemical engineering and management
(page 16)
14 RMIT | 2011 Degree and Diploma | Engineering
Chemical engineering and
biotechnology D
BP159 Bachelor of Engineering
(Chemical Engineering) and
Bachelor of Science
(Biotechnology) double degree
Duration: 5 yrs FT
City and Bundoora
You’ve successfully developed an anti-cancer
drug, or perhaps you’ve grown the cell
cultures for an artificial skin—now you need
to produce it on a large scale. This is where
your double degree in chemical engineering
and biotechnology is invaluable.
Chemical engineers apply biotechnology to
make products on a large scale. These
integrated skills can be applied to managing
the environment, diagnosis and cure of
diseases, improving crop plants and stock,
detecting pollutants and contaminants, and
using organisms to produce chemicals,
including drugs and food.
This double degree enables you to tackle
problems ranging from petrol refining and
devising biotechnological methods, to
purifying drinking water.
This program is ideal if you’re interested in:
»» developing biological-based products and
processes
»» making processing industries more efficient
»» making commercially-viable products from
biological material.
Learning by doing
As part of this degree, you must complete
12 weeks of professional engineering work
experience. This is usually taken between
years three and four and gives you the
opportunity to discover the career you’d like
to pursue when you graduate.
You will participate in laboratory experiments
across all five years of the degree, which
allows you to put the theory you have learned
in the classroom into practice and explore
new biotechnology and engineering
techniques in a hands-on setting.
As a double degree student, you will interact
with a wide range of relevant industries. Many
courses are designed in collaboration with
industry partners. We invite those 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.
What you’ll study
Year one
First year courses include:
»» Cell structure and function
»» Chemical engineering design
»» Chemical engineering fundamentals
»» Chemistry of materials
»» Engineering mathematics
»» Introduction to microbiology, immunology
and genetics
»» Mathematics and statistics
»» Sustainable engineering.
Year two
Second year courses include:
»» Biological chemistry
»» Biological engineering
»» Data collection and analysis
»» Fluid flow and particle mechanics
»» Heat and mass transfer
»» Mathematics for engineers
»» Process thermodynamics
»» Regulatory, ethical and legal issues in
biotechnology.
Year three
Third year courses include:
»» Cell and tissue culture
»» Chemical engineering specialisation
»» Functional genomics and proteomics
»» Genetics and molecular biology
»» Microbiology
»» Process principles.
Year four
Fourth year courses include:
»» Advanced chemical engineering
specialisation
»» Engineering experimental investigation
»» Environmental and hazard analysis
»» Process control and simulation
»» Process plant design and economics
»» Process systems design
»» Transfer processes.
Year five
The focus in your final year is on your design
and research projects, which give you
important practical skills.
Fifth year courses include:
»» Advanced chemical engineering
　
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