A combination of unrelated events on Friday have me thinking about teaching, learning, and just how much control we can give to kids. Let me explain.
Friday morning started with some letter investigations. This child-driven, letter interest is happening indoors and outdoors, and even leading to letter-talk as students solve problems among the trees.
Letter talk outside this morning. Love this interest in letters. Trying to link to more sounds and words. pic.twitter.com/KaUQKlcfIz
— Aviva Dunsiger (@avivaloca) November 24, 2017
As you can hear in our conversations, we are trying to move from identifying individual letters to making connections with sounds and words. We extend this learning differently depending on the child and his/her strengths and needs. But for the first time in my life, this reading and writing exploration is not being pushed by me. Paula and I waited for the students to notice what they could do with the sticks and the letters that they could find in our natural world. It’s really quite amazing to hear the letter-sound talk that is part of our forest play almost every single day. Students are inspiring each other to look at sticks differently, and see how they can even use their bodies to create letters and words. Being a part of this experience this year makes me wonder if given enough time, enough experiences, and enough opportunities to interact with each other, if students may naturally land on some of the academic areas that we often push. Will student interest take this learning to a richer, deeper level if coupled by our questioning and direct teaching (when and if necessary)?
I contemplated similar questions during some math experiences on Friday. These experiences started out in the forest, when two children had a problem sitting on a stump. One child felt as though he almost “fell off the stump” because of another child joining him up there. These two looked to me to solve the problem. Instead of doing so, I presented it to them as a possible math problem. Is there enough room on the stump for two people? This led to a great discussion around measurement, and some math thinking that continued even after I left.
One of these children was involved in another math problem in the afternoon, when he wanted to help cover part of the bulletin board, so that students could continue to share some of their thinking around the planets and the environment. He told me that he wanted to cut the paper, and I asked him, “How are we going to know how much we need?” This led to choosing a non-standardised tool to measure (he picked straws without me leading him there), estimating the length required, stapling the paper up, and then reflecting on his estimation to the actual length of paper needed. As seen in one of the videos, I did do a little direct teaching around which way we measure, and we talked more about this later: exploring length versus height. While I knew that my question around comparing the actual length to the estimated length would lead to a conversation about fractions, I did not expect another child to chime in and talk about “a quarter” versus “a half.” His fraction knowledge exceeded my expectations. This was a great reminder to me about the point in the Kindergarten Program Document that children are “competent and capable of complex thought.” We always need to remember this!
He wanted to get more brown paper to come about half of the bulletin board, but how much would he need? I posed this question to him, and he used the straws to estimate. #engagemath #mathchat pic.twitter.com/PmZ3Quf6nt
— Aviva Dunsiger (@avivaloca) November 24, 2017
Then came the problem solving when it came to measuring and cutting the paper. So much great math thinking and demonstration of skills. #engagemath #mathchat pic.twitter.com/qazmglTc2i
— Aviva Dunsiger (@avivaloca) November 24, 2017
Kindergarten kids regularly amaze me! Listen to B. explore 1/4 versus 1/2. #engagemath #mathchat pic.twitter.com/hhgOhJEXoT
— Aviva Dunsiger (@avivaloca) November 24, 2017
All of these experiences made me think of some conversations I’ve had over the years about the play-based Kindergarten Program Document. Often educators have expressed to me concerns that I’ve also had in the past.
- What if children never choose to do math?
- What if they don’t show an interest in reading or writing?
I’m starting to wonder though if this would even be possible. While we don’t direct the children to do specific activities or engage in specific tasks, we do help set-up the environment to naturally connect with reading, writing, oral language, problem solving, and math opportunities. There really isn’t a way to avoid these options. And since we try hard not to solve problems for kids, children often need to engage in meaningful problem solving opportunities if they want things to change or they want to get certain things done.
- Do you want to save your Lego creations? Write about them.
- Do you want others to know what you’re thinking? Make a sign.
- Do you need more materials or different materials? Make me a list.
- How are we going to know which person gets what milk? Get a Sharpie. Read the list of names. Write one name on each carton of milk.
- Do you want to help hand out the pizza? Read the list of names. What kind does each person get? How many slices?
- Do you want to create artwork? Title it. All of the professional artists do.
- Do you want to change around dramatic play? Do you have a new idea? Tell us about it. Write it down. Make me a list of what we need, and how to rearrange the furniture. Where will everything go?
- Did you create a house in the block space? How will we know what everything is, and why it needs to stay there? Make us a list. Label your creations. Create a floor plan. Or make a PicCollage, so if the house is destroyed, you can always rebuild it the next day.
Our classroom is full of clipboards, labels, Sharpie markers, pencils, coloured markers, crayons, books, and paper. Students know where to find our few iPads if they want to create a PicCollage to preserve their work or search for information online. We’ve modelled for them and taught them that we “write to communicate,” and so students do just that!
We also try to show students that math is not something we do in isolation, but a way that we can share thinking and solve problems. Math talk (and wonders) happen everywhere, and are often driven by kids.
I’ve taught older grades (right up to Grade 6), and I know that the increased number and complexity of expectations can make this kind of play-based approach a more challenging option. But I wonder what happens when we watch and listen to kids, and take their lead to explore meaningful math problems and authentic reasons to write.
I can’t help but think about many of Rhonda Urfey’s blog posts. Rhonda is currently a Grade 6 teacher in our Board, and as you will see in her posts, she takes some of the Kindergarten philosophy and extends it to this older grade. Everything may not be play-based or inquiry-based, but she definitely connects a lot of the learning to topics that matter to kids. She elicits some great thinking and problem solving in the process. There’s something to be said for this. What about you? Our Kindergarten students amaze me on a daily basis with how they think and what they can do, and I can’t help but wonder if given the time, the support, the diverse experiences, and an educator’s thorough understanding of the curriculum, if the K philosophy could extend well beyond this two-year program. Anybody else trying this or willing to give it a try? Let’s continue to believe in kids, as they have so much wonderful to share!
Aviva