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and it pays pretty well too!’
Know your
Direction
50
‘Although the program can be
challenging, it offers huge rewards
in return for all the hard work.’
Damien Rivalland
Bachelor of Applied Science (Surveying)
51
Surveying D
BP089 Bachelor of Applied Science
(Surveying)
Duration: 4 yrs FT or PTA
City
How do you know where your property starts
and finishes? How do you build a bridge and
make sure it meets in the middle? How do
you know where to build a freeway, lay a new
water pipeline or establish a new oil rig?
Surveyors bring new developments to life.
Surveying is the measurement, analysis and
presentation of information that tells us about
the size, shape, nature and location of
aspects of our physical environment.
Surveyors use radio signals from satellites to
fix positions, measure distances with light
beams, record observations digitally and
process them using computers.
This degree is ideal if you’re interested in:
»» a career that caters to both the indoors
and outdoors
»» the design and construction of roads,
tunnels, bridges, pipelines or high-rise
buildings
»» using the latest technologies to map our
environment
»» land development.
Learning by doing
At RMIT, the focus is on being work-ready, so
the degree features practical components to
prepare you for the workforce. Every year,
you will take part in practical exercises at our
field station at Yarra Bend every 2–3 weeks.
You will take part in activities related to the
theory covered in class, like measuring
distances and angles and calculating area
and volume.
You will also take part in field camps in the
second and third years of the degree. These
are held at Camp Rubicon in northeast
Victoria and range from 4–10 days. You will
spend your time completing hands-on
surveying and GPS exercises.
You must also complete 12 weeks of work
experience, giving you the chance to develop
your practical skills and learn invaluable
industry lessons. You may take on work
experience at a private surveying practice, or
a government agency like the Department of
Sustainability and Environment. Many of our
students go on to work in organisations
where they completed their work experience.
What you’ll study
Year one
First year courses include:
»» Applied geospatial techniques
»» Introduction to physical modelling
»» Mathematics for surveying and geomatics
»» Physical geography
»» Scientific communication
»» Spatial information science
»» Surveying and cartography.
Year two
Second year courses include:
»» Geospatial physics and mathematics
»» Map projections
»» Mathematics for surveying and geomatics
»» Remote sensing and photogrammetry
»» Spatial information science
»» Surveying and cartography.
Year three
Third year courses include:
»» Cadastral surveying
»» Engineering surveying
»» Geodesy
»» Remote sensing and photogrammetry
»» Vector calculus methods and geometry of
surfaces.
Year four
A key focus of your final year is your major
project, which draws together all your skills
including problem solving and communication
and technical skills. You’re encouraged to
develop your project around a real-life
problem so that the final product has industry
relevance.
Fourth year courses include:
»» Engineering surveying
»» Geospatial science major project
»» Land development
»» Survey network design and analysis.
Career outlook
There is currently a shortage of surveyors so
graduates are in high demand. Over the last
three years, RMIT graduates have achieved
an almost 100% employment rate.
Our graduates are employed in a diverse
range of fields. They may work for large-scale
mining or engineering companies, in the
construction industry developing roads,
bridges and tunnels, or in government
departments like the Department of
Sustainability and Environment and
VicRoads. Many start their own private
surveying businesses in cadastral or
engineering surveying.
RMIT also has a strong international
presence. Many of our graduates work on
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