Wednesday, 30 October 2013

Week 7, October 31st

What and why?

My literacy reading for this week is “Early adopters: Playing new literacies and pretending new technologies in print-centric classrooms”. I chose this reading because it not only discussed literacy conventions, a hallmark of the ‘technician’ component of this course, but also business terms and video games that I am familiar with.

Central Premise

The paper highlights a situation where over fifty percent of kindergarten (and primary school) teachers identify themselves as ‘technology novices’. As such, technology can be seen as entertainment only, or a minor addition to the actual learning delivered in print. In the paper itself, teachers noted that a focus on high-stakes literacy testing allowed less time for a technology focus.



Much of the text focused on an invented battle video game created by two boys, and the process of making meaning within this. As a regular video game player this was complex even to me, but it was interesting to see this viewed from an academic perspective, e.g. ‘non-linear narrative structure, quite distinctive spatial layouts, ongoing and cumulative challenge levels, multiple and interactive cueing systems’.



In practice

I think it’s essential for educators to stay up to date with technology in order to be able to understand and communicate with students. However, I am still conflicted about introducing additional technology into the classroom at the centres where I currently teach, despite them currently being quite ‘low tech’ in my assessment. On the one hand, I feel as though technology activities are largely indoors, and additional outdoor time is useful to combat the growing obesity issue. On the other, I feel as though a quote by Luke (1999, cited in Wohlwend, 2009) raises a valid point:
“If we don’t [become involved], corporate software developers will maintain their control over content design that invariably shapes how and what [the software we use will] teach.”
That is to say, if we as educators have no involvement in the process, how are we able to have a positive influence on the directions this technology takes?


Reference:

Wohlwend, K. E. (2009). Early adopters: Playing new literacies and pretending new technologies in print-centric classrooms. Journal of Early Childhood Literacy, 9(2), 117-140. Retrieved from http://search.proquest.com/docview/61860267?accountid=10910



What and why?

This week I searched for numeracy readings specifically related to development, in the hope that I could relate it to the numeracy continuum I am in the process of solidifying. I found that adding this extra requirement to my search made it more difficult to find articles, as I am now narrowing my search based on papers that are:
  •  Peer-reviewed
  •  Less than 10 years old
  • About numeracy
  •  Hopefully about children 4 years and younger
  • Relevant to the ‘technician’ concept
  • Relevant to my continuum


The article that best fit this description was ‘Numeracy in the early years: Project good start’ from the Australian Council for Educational Research. The study examined the numeracy skills of more than 1600 pre-school students who were tracked up until the end of their first year of school. A number of ‘assessment instruments’ (gap analyses / tests) were used to gauge the children’s skill levels.

Central Premise

It was found that girls outperformed boys on tasks that required verbal processing and fine motor-coordination skills, which was considered unsurprising as this is seen as common from a developmental perspective. Indigenous students performed less well in all areas assessed.
In centres that implemented numeracy in a subtle, play-based manner, it was found that those who used ‘systematic / planned play’ produced better results than ‘random play’. These terms were not elaborated on, but I assume this means that the activities were not purely child-led but had higher degrees of teacher preparation, facilitation, and interaction.


[Such a great idea, expanding on the numeracy within 'The very hungry caterpillar]


The report highlighted three key areas typical of pre-schools with exceptional numeracy performance:


  1. “High expectations and clear goals, and an ability to communicate these clearly;
  2. An awareness of the need for direct, formal development of children’s concepts in numeracy, and so having pedagogical focus on numeracy as well as literacy. Explicit plans for numeracy as a separate area of the program;
  3. An awareness of numeracy on the part of the teacher, embedded in materials bought and made, and in the use of mathematical language with the children.”

(Thomson, 2004, p.16)

In practice

I feel like point three goes without saying. Pre-schools run by educators with poor awareness of numeracy seem very unlikely to perform well. However, the first two points are well worth remembering. The concept of having a ‘play-based’ and ‘child-led’ environment seems very common, but it’s important to remember that this should be tempered with an appropriate level of formal focus and planning. High expectations is also an aspect that I am thinking more about as I develop. When children say to me “I can’t do X”, I am taking this more as a challenge than a ‘get out of jail free card’.

Reference

Thomson, S. (2004). Numeracy in the early years: Project good start. Australian Primary Mathematics Classroom, 9(4), 14-17. Retrieved from http://search.proquest.com/docview/61906121?accountid=10910

1 comment:

  1. Hi James
    I am really interested in the notion of print centric classrooms. This rings true to me for many reasons - historical, societal, cultural etc. To take professional risks and embrace "new" ways is often seen as too difficult or dismissed as not best practice by a workforce and educational system that is inherently white middle class! For educators to be engaged, reflective and curious risk takers is vital for children's learning. I think your point regarding the numeracy article that as educators we also need to be knowledgeable, and competent (and confident) in our mathematical understandings to ensure we not only offer language rich but also numerically rich environments is vital.

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