Great, dynamic strategies for “getting to know” your students. I will definitely use this when introducing myself to my class during my final placement round this year!
1. Is what I’m posting true?
2. Is it helpful?
3. Is it inspiring?
4. Is it necessary?
5. Is it kind?
My partner and I have been talking for months about starting our very own little family of chooks and this week we finally did! Feels great to do our part for the environment by reducing our food waste and using it for the chickens to eat. In turn they can then provide us with some lovely fresh free range eggs and a great fertilizer for our veggie patch!
As a teacher who is passionate about sustainability and hands-on outdoor learning spaces, I am eager to learn more about my new chooks and explore the many benefits they can provide in a school environment.
Earlier today I was looking through my ‘camera roll’ on my smartphone and found a bunch of pictures that I had saved from a couple of months ago of what I predicted to be ‘the future learning spaces of the 21st century’. And boy have my predictions changed…
Prior to undertaking the online unit EDFD459: Learning Spaces, I understood the future of learning on a quite superficial level. I predicted that technologies would continue and continue to evolve and modernize and learning would no longer even have to take place in a typical school environment- everything would be driven by TECHNOLOGY.
In a way you could say my understandings were somewhat ignorant and oblivious to the ‘bigger picture’- our environment. I didn’t consider how our resources were not limitless and they would inevitably deplete, at the expense of our environment. I rarely thought about the endless benefits of learning THROUGH nature and working towards a sustainable future. Instead my vision was blurred by technology- children were indoors sitting on fancy futuristic furniture using fancy futuristic computers.
I have really begun to see the future of education through a new lens. I now see children with their gumboots on getting muddy, digging and gardening, feeding animals, and learning about sustaining the earth. Yes we live in the ‘digital age’ but rather than using and abusing these resources and damaging our earth, educators can redirect learning to focus on sustainability by using (not depending on) technology as a tool to help achieve it. Technology is so powerful and can be so effective and engaging, so if used collaboratively and efficiently, I am hopeful that the ‘future of learning’ can ultimately improve our world.
I invite you all to visit my ‘page’ on Future Learning Spaces for more information on how the future of learning might look in the year 2063.
Teachers Training International. (2013). Two Different Views Of The Classroom Of The Future? [Digital Image]. Retrieved from: http://teacherstraining.com.au/two-different-views-of-the-classroom-of-the-future/
We’ve all heard about it in research and journal articles, PDs and so on… but now let’s hear from the kids!
I have recently created a sample unit of work for year levels F-2. Without even realizing, while completing this task it seems that I have actually already attempted to merge particular aspects of the 8 Aboriginal Ways of Learning (such as story sharing, land links and community links) into the unit of work to further enhance the prospective learning experiences.
The unit is called ‘Sometimes I feel…’ and focuses on children finding ways to appropriately and effectively manage and express their feelings, as well as be mindful of others’ and any actions that can negatively impact their feelings. In an attempt to align the 8 Aboriginal Ways of Learning into this unit of work I have constructed a table, which clearly highlights how aspects of Indigenous perspectives to learning can be useful resources.
8 Aboriginal Ways of Knowing. 2009. Retrieved from http://8ways.wikispaces.com/
I have recently come across some research on the issues surrounding the provision of a culturally appropriate science curriculum for Indigenous students. Having spent the last couple of weeks reading up on the very interesting 8 Aboriginal ways of learning, I found a particular journal article which sparked my interest in this area. The article discussed the importance of implementing a science curriculum that isn’t invariably based solely on Western culture, but rather considers the history, culture and beliefs of the Indigenous communities.
Something that was of particular interest to me was the concept of a Westernized curriculum inadvertently demeaning the beliefs of students from a non-Western cultural background, thus inhibiting opportunities for effective learning outcomes. This is something that I have always been somewhat oblivious to, because to be quite honest, I just never knew any better. It never occurred to me that an Indigenous student learning within a Westernized education system, could often face the dilemma of being forced to reject their own belief system and instead accept a scientific explanation for many situations. The article provided an example of the very different scientific perspectives between the two cultures using a Venn diagram that an Indigenous student had completed on the topic of crocodiles. In the Indigenous (non-Westernized) loop there were facts such as “crocodiles are totems for some people”, “crocodiles are common in Indigenous laws”, “the first crocodiles travelled across Arnhemland – they created the landscape”. In the Western loop there were facts such as “a crocodile is a reptile”, “its brain is only as big as a man’s thumb”. The area which overlapped the two cultures’ beliefs included things like “they are dangerous” and “they live in freshwater and saltwater”. I found this example of diversity interesting as a Preservice teacher as it suddenly struck me that there is so much more significance to something that we often perceive as ‘simple’ as a crocodile, if you broaden the cultural context in which they are explored.
Ultimately, it is almost inevitable that a cultural bias is likely to develop in such an area like science where almost all subject matter is inextricably linked with the progressions and development of Western civilisations. However, it is important that today’s educators begin taking more consideration into the differing world views of the Indigenous cultures so all students can gain a broader and deeper understanding of the subject in authentic and distinctive contexts.
Linkson, M. (1999). Some issues in providing culturally appropriate science curriculum support for indigenous students. Australian Science Teachers Journal, 45(1), 41-48. Retrieved from http://web.ebscohost.com/ehost/detail?vid=7&sid=d41b72b3-d1b2-4ee