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International experience
One of the buzzwords in automotive
engineering is ‘globalisation’. Car companies
are linking up around the world, and mergers
and takeovers are common. Many
manufacturers produce vehicles for the
world market. Engineers are increasingly
expected to move around the world, and
some manufacturers use Australia as the
base for launching models into South East
Asia. Reflecting this international theme,
RMIT has strong links with universities and
automotive companies world wide. For
instance, you can elect to take some courses
in European universities, and student
exchanges and industrial placements have
taken place with Germany, Switzerland,
France, the UK and USA.
What you’ll study
Automotive engineering courses include:
Vehicle power systems
An introduction to the development, design,
specification, and operation of internal
combustion engines for mobile applications
with a focus on traditional spark-ignited and
diesel engines. It also covers alternative
power plants and fuels.
Motor vehicle design and vehicle
manufacturing systems
Tackle and solve advanced engineering
problems, particularly in the structural design
and manufacturing of vehicles and automotive
components. The course represents the
basis for the analysis and solution of
problems related to modern automotive
design and manufacturing and advanced
computer modelling techniques of real
engineering problems
Vehicle handling and control
Covers performance prediction relatively
early in the design process and identifies the
conflicts in designing for optimal performance
in different modes.
Vehicle aerodynamics
Emphasis is placed on solving aerodynamic
problems using a balance of computation
and experimental techniques. The growing
influence of styling on body shape is
approached from both an artistic and a
scientific viewpoint.
Vehicle noise and vibration
Understand the nature of sound, effectively
document human non-linear response to
sound, understand the relationship between
noise and vibration, and appreciate the
difference between structure-borne and
air-borne sources.
Career outlook
Future vehicles will have extremely low or
zero levels of polluting emissions, use less
fossil-based fuels and be characterised by
low levels of noise and vibration. Vehicles will
feature smart sensors and smart materials to
offer higher levels of passenger safety and
comfort.
Automotive engineers are employed by major
car, truck and bus companies as well as
racing teams and parts manufacturers.
Graduates from RMIT are working in F1
teams, Porsche, Ford, General Motors,
Toyota, Audi, BMW, Daimler-Chrysler and
Bosch.
Professional recognition
The degree satisfies the requirements of
Engineers Australia and the Society of
Automotive Engineers, Australia for graduate
membership.
Graduates are recognised as professional
engineers in all member countries of the
Washington Accord.
www.engineersaustralia.org.au
www.saea.com.au
www.washingtonaccord.org
Application and entrance procedures
Application procedure
VTAC application
Current Year 12
2010 ENTER/ATAR: 88.05
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
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
Graduates of the following programs may
be eligible to apply for exemptions of up to
two years:
»» Associate Degree in Engineering
Technology (Mechanical)
»» Advanced Diploma of Engineering
Technology (Mechanical)
You may also be interested in…
»» Mechanical engineering (page 44)
»» Mechanical engineering and management
(page 45)
12 RMIT | 2011 Degree and Diploma | Engineering
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