Why?
The current
module is Technician, I have chosen to focus on young children's numeracy and literacy development. Specifically children’s developing
mathematical understanding, and how educators knowledge of this helps them plan
for and support children in numeracy experiences. For the literacy aspect, I have chosen
an article on developmentally appropriate emergent literacy activities for
young children.
What?
NUMERACY
Young
children have an innate desire to make sense of the world around them, to
problem solve and to make connections, their play is the means to their learning
(Eisenhauer & Feikes, 2009). Children’s mathematical understandings emerge
from their daily experiences with the world they live in, from rich home
environments and from engaging in early childhood programs. So by the time
children reach kindergarten they are “equipped with their own knowledge about
the world, including their own constructions about quantity, relationships and
space” (Eisenhauer & Feikes, 2009, p. 19). During play children engage in mathematical
activities such as creating complex patterns, building balanced structures and
problem solving. A significant point made in the article was that it is
important for educators to acknowledge children’s previous mathematical
understandings, as educators can develop children’s emerging ideas, if they begin
with what the child already knows (Eisenhauer & Feikes, 2009). Not only do
educators need to recognise the importance of early learning, but they also need
to offer young children open ended toys and materials and provide them with guidance,
prompts and questioning to encourage their conceptual development. Within the
article there were two tables on ‘young children’s interactions with materials
and mathematical connections’. I found this an interesting resource, particularly
the section on infants (click on images to enlarge).
LITERACY
Children
usually do not learn to read until the age of five and six, but the year’s
birth to five are crucial for emergent literacy development. Pre-readers should
have knowledge of the “alphabet, phonological awareness,
letter–sound correspondences, awareness of print concepts and some experience
using writing as a form of communication” (Elliot & Olliff, 2008).
Children’s knowledge of the alphabet is a good predictor of their first years
reading success and very powerful in predicting their later reading success.
Most interestingly in the article was the discussion on the Early Literacy and
Learning Model (ELLM), a research based curriculum designed to improve language
and pre-literacy skills of young children aged 3 – 5.
The programs classroom activities and goals focused on
six emergent literacy concepts, for a minimum of one hour a day, these are:
“Read aloud, independent reading, oral language, phonological awareness, letter
and sound knowledge, and development of print concepts” (Elliot & Olliff,
2008, p. 552). Another important aspect of the model is the creation of print
rich and literacy rich environments, this is achieved by using: “word walls, letter
listening, writing centers and prescribed literacy packets with accompanying
children’s literature” (Elliot & Olliff, 2008, p. 552). Promoting literacy
at home was another large component of the curriculum, this was achieved by
having a library at the centre, and by the teacher parent partnerships which
were formed and maintained through calendars, monthly newsletters, daily
informational stories and literacy events that took place throughout the year
(Elliot & Olliff, 2008). Lastly the model promoted integrated skill
development, children were immersed in literacy activities and behaviours,
which also enhanced development of their social-emotional, physical, language,
and cognitive skills. All aspects of the children’s day such as group time,
free play, and meal times incorporated emergent literacy experiences (Elliot
& Olliff, 2008).
Now What?
This weeks
readings gave me better understanding on how to plan for children’s numeracy
experiences and how to promote young children’s literacy development. I think
the main points that I can apply to my practice, is to find out what children
already know, understand and how they perceive the mathematical world around
them. By finding out these key things, you can then begin to develop children’s
emerging ideas, and plan for and support their numeracy experiences. “Knowledge of what young children can do and
learn, as well as specific learning goals, are necessary for teachers to
realise any vision of high quality early education” (Clements, 2004, p. 9).
Creating a literacy rich environment and immersing children in literacy within
all their daily activities and play, is essential to young children’s literacy
development. Young children’s exposure to literacy concepts in early childhood
is so important as it effects there reading success and performance in later
years.
References
Clements,
D, H. (2004), Major themes and recommendations. In Engaging young children in mathematics: Standards for early
childhood mathematics education, eds. D, H, Clements & J, Sarama, 7 –
72. Mahwah, NJ: Erlbaum.
Eisenhauer, M. J., & Feikes, D. (2009).
Dolls, blocks, and puzzles: Playing with mathematical understandings. Young
Children, 64(3), 18-24.
Elliot, E, M., & Olliff, C, B. (2008).
Developmentally Appropriate Emergent Literacy Activities for Young Children:
Adapting the Early Literacy and Learning Model. Early Childhood Education Journal, 35, 551 – 556.


Thanks for a great read Georgina!! I particularly found it interesting how educators should begin with what children already know and understand and build on from this. planning for both literacy and numeracy experiences for young children is a skill we must have entering into different early childhood placements. I also found through my readings that early literacy and numeracy skills gained will help for future academic success. Thank you
ReplyDeleteWow Georgina, this is a really excellent blog. It is well set out visually and the content is very informative. In talking more specifically about this weeks content I found it interesting the different ways young children encounter mathematical concepts and activities in daily life, the table I found particularly helpful. Thank you
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