Annual Report 2007 - The Australian Nanotechnology Network
Annual Report 2007 - The Australian Nanotechnology Network
Annual Report 2007 - The Australian Nanotechnology Network
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• Queensland<br />
Ms Yunyi Wong (University of Queensland)<br />
ARCNN Young <strong>Nanotechnology</strong> Ambassador <strong>2007</strong> <strong>Report</strong><br />
Yunyi Wong<br />
Eight primary schools in Mount Isa were visited during 18 th -20 th September as part of the ARCNN Young<br />
<strong>Nanotechnology</strong> Ambassador Program. <strong>The</strong>se visits were conducted with Carl Urbani, one of the six<br />
ATSE Young Science Ambassadors for <strong>2007</strong>.<br />
Specific primary schools were chosen to expose students to science. In particular nanotechnology was to<br />
be taught to students at a young age in hope to inspire them to take up science in high school and beyond.<br />
<strong>The</strong> schools visited were Sunset State School (Years 4 & 5), Happy Valley State School (Years 4 to 7),<br />
Dajarra State School (Years 4 to 7) and Mount Isa Central State School (Years 6 & 7), Townview State<br />
School (Years 6 & 7) and School of the Air (Year 7), Barkly Highway State School (Year 7) and Healy<br />
State School (Year 7). All the schools are in Mount Isa, with the exception of Dajarra State School which<br />
is 150 km south of Mount Isa.<br />
<strong>The</strong> visit consisted of a presentation on what is science, including its implications and application to daily<br />
lives. <strong>The</strong>re was also an introduction of nanotechnology, with an emphasis of why the nano domain is so<br />
fascinating. <strong>The</strong> presentation was divided into sections to make the information more enjoyable. This<br />
consisted of interactive demonstrations that helped reinforce the underlying science/ nanotechnology<br />
concept. Both the presentations and demonstrations were structured using items that students relate to.<br />
<strong>The</strong> concept of nano was discussed using images of everyday items, like scourer pads and ball point pen<br />
tips, that have been magnified to reveal the details that can only be seen in the nanoscale. Various<br />
magnified images of an <strong>Australian</strong> native bee was also used to enable the students to see in the nanoscale,<br />
the specialised adaptations these bees use to pollinate plants and find flowers.<br />
<strong>The</strong> demonstrations included visualisation of the DNA extracted from strawberries. Furthermore, a colour<br />
chromatography was used to illustrate the principle of the separation technique employed by DNA<br />
fingerprinting. Both teachers and students were very enthusiastic and asked thought-provoking questions.<br />
<strong>The</strong> program was carried out mostly as planned in all schools, except at School of the Air due to the<br />
unique nature of the school. School of the Air, Mount Isa, is one of the seven distance education schools<br />
in Queensland. <strong>The</strong> school itself is physically located in Mount Isa, but lessons are conducted through<br />
teleconferencing to their students as most of them live on stations in a 450 km radius from Mount Isa. At<br />
School of the Air, a ‘chat with scientists’ session was conducted with the students during their science<br />
lesson. It was beneficial to conduct the session with Carl Urbani, as the broad range of scientists from<br />
different disciplines could provide a broader science perspective to the students.<br />
One particular visit that left a lasting impression was Dajarra State School. <strong>The</strong> school population<br />
comprised of 36 students, with the upper primary years 4-7 made up of a single class of 12 students. <strong>The</strong>y<br />
have fewer resources available to them as compared to the other schools visited, but their students’<br />
enthusiasm for learning was unparallel.<br />
Positive feedback was received from all schools, with comments that the presentation and especially the<br />
demonstrations were fun, interesting, and helpful in introducing students to science and nanotechnology.<br />
<strong>The</strong> students loved the interactive nature of the demonstrations where they could get their hands ‘dirty’<br />
and perform real experiments. After the visit, follow-up emails were sent to schools to thank them for the<br />
chance to interact with their students. Protocols for several science experiments were also provided to the<br />
teachers, as per requests to be included in their science curriculum the following semester. All schools<br />
were keen to have the future Ambassadors visit.<br />
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