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Reinventing another Unaipon: Indigenous science leaders for the future
1. Reinventing another Unaipon:
Indigenous science leaders for the
future
Karen Trimmer, Graeme Gower and Graeme Lock
ACEL 2014, Passion & Purpose, Setting the Learning Agenda
Melbourne 1-3rd October
2. David Uniapon (1872-1967)
A Ngarrindjeri man born at the
Point McLeay mission on the Lower
Murray in South Australia.
A scientist and a leader he provided
advice on Aboriginal policy to
government and participated in
Royal Commissions.
Commemorated on the $50 note he
made significant contributions to
science and literature, and to
improvements in conditions for
Aboriginal people.
He was awarded the Coronation
Medal in 1953.
3. Uniapon the scientist
With no advanced education in maths Uniapon researched
many engineering problems and devised a number of his
own inventions.
Improved handpiece for sheep shearing;
Centrifugal motor;
Multi-radial wheel;
Mechanical propulsion device;
Predicted the development of polarized light and the
helicopter; and
Sought to discover the secret of perpetual motion.
Only a few were patented as he was unable to gain
financial backing to develop his ideas.
4. Science in traditional Aboriginal
culture
Traditionally Aboriginal people have lived a very scientific
existence and were scientists in their own right
Physics - the boomerang mirrors the aerodynamics of an
aircraft's wing,
the woomera (or extension of the spear) was designed
to get extra distance,
Astronomy - used the stars to travel,
Biology & geography - knew the land, food & water
resources intimately,
Biology & chemistry – used plants for medicine.
5. Participation in STEM higher
education programs
In designing the study, reference has been made to the
available literature regarding Aboriginal and Torres Strait
Islander students’ university experiences and commissioned
reviews (for example, Behrendt, Larkin, Griew & Kelly, 2012).
An analysis of the former reveals, that while the university
experiences of Indigenous students has received considerable
attention in the 21st century (for example, Boulton-Lewis,
Marton, Lewis & Wilss, 2004; Devlin & James, 2006; Day, 2009;
Shah & Widin, 2010; Clapham, 2011; Hellsten, 2011), these
studies did not specifically research the experiences of
Indigenous students enrolled in science, technology,
engineering and mathematics (STEM) courses.
This study will rectify the existing gap in researching
Indigenous student university experiences in these courses.
6. Participation in STEM higher
education programs
Enrolments and completions in STEM courses low in
higher education institutions across Australia
Initial data collected in three universities across two
states, including regional and metropolitan.
In all institutions minimal enrolments of Aboriginal and
Torres Strait Island students in STEM programs
The project is planned to be extended to include 3
regional and 2 metro universities across 3 states.
7. Indigenous student enrolments in
STEM programs from 2009-2013
Program
Field Enrolments
2009 2010 2011 2012 2013
Natural and
Physical
Sciences 22 21 60 78 84
Information
Technology 3 8 3 5 4
Engineering
and Related
Technologies 6 8 36 38 49
Grand Total 31 37 99 121 137
Regional university enrolments account for 50-70%
8. Indigenous student withdrawals
from STEM programs 2009-2013
Program
Field Withdrawals
2009 2010 2011 2012 2013*
Natural and
Physical
Sciences 1 20 13
Information
Technology 1
Engineering
and Related
Technologies 1 8 12
Grand
Total 1 1 28 26
* Withdrawals numbers were not available for 2013
9. Number of Indigenous students
graduated from STEM programs
from 2009-2013
Program
Field Graduations
2009 2010 2011 2012 2013
Natural and
Physical
Sciences 5 5 5 8 7
Information
Technology 1 1
Engineering
and Related
Technologies 1 3 4 5 4
Grand
Total 6 9 9 13 12
10. Research plan
Ongoing project will examine the pathways through University
of Indigenous students with a particular focus on participation
in the STEM areas of science, technology, engineering and
maths.
Data relating to course selection, participation and success
rates in five universities in Western Australian, Queensland and
New South Wales will be used, including regional and
metropolitan universities.
A purposive sample of Indigenous students in these fields will
be interviewed.
The result will be a set of quantitative data that can be used to
report factors like success and attrition and also a set of cases,
communicated in participants’ own voices, describing the
university experience.
Also data on factors that influence student success, with the
aim of developing strategies that can be implemented by
universities to enhance Indigenous student retention and
graduation.