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| Little C, transfixed by the movement of the water and colorful rocks beneath it |
How do you get more kids interested in math and science? This was the question posed to me in a conversation this weekend about education after I made my claim that standardization and high stakes testing are boring students out of pursuing math and science careers. Being an introvert, I froze up on the spot and my response was pretty long winded and ended up as more of a general introduction to the Reggio Approach and the difference between what I do and how science is traditionally taught in schools. But I didn't really say much about my actual science curriculum and what it looks like in practice and I have been thinking about how to better answer the question all week. So today I flipped through all of my documentation folders for some good examples of how I "teach" science in my preschool classrooms and what I do to keep kids interested in these important subjects.
I spent one morning with a group of toddlers smelling, naming, touching, and looking at a rosemary bush in the back garden patch during outside time at Bella Mente. This impromptu lesson on plants was the result of little L's curiosity about this big green thing beside her, inspiring each of her classmates to have a smell. Engaging all of the senses is a great way to figure out how each of my students learns most effectively.
Back in Hawaii, K and I learned about the local farm flora by exploring the pigeon pea bush. She preferred a more hands on approach, working her fine motor skills by plucking the peas from their pods. We got in a great vocabulary lesson along with our science as K inquired about the name of each part of the plant and practiced saying leaf, pea, pod, bush, branch, and more as she pinched the pods carefully to get her pea.
Learning distance and landscape was something my buddy little E was particularly drawn to, he loved to look at maps and took great pride in his ability to name the places he recognized. Each time we brought out the world map he always showed me where Africa was, followed by England and Seattle. Here he's trying to find our school on a map of our neighborhood, West Seattle, Washington. He had a blast showing me all his favorite places as we looked over the streets together, naming them and putting his memories on the map.
Here is another example of a day when maps were one of the provocations set up on the science table but little E was onto something else and little M barely noticed the maps, fascinated instead by the magnetic sand boxes, first examining them, then manipulating the magnetic sand with a magnet wand. I always set up multiple materials and ways to explore them so there are options speaking to a number of different interests.
When the kids in my 4s class seemed a bit bored with our typical outdoor options one day, I pulled out a sensory table and filled it with birdseed and these two practiced scooping, dumping, and measuring, and learning the physics of a water wheel. Later we observed from the other side of the window as the crows came to feast. I try to seek out activities with multiple dimensions because they tend to draw in more students and allow for more chances to inspire learning. Not everyone wanted to play with the birdseed when we were outside but many who didn't were thrilled to watch the birds gather to feed on it later on.
The school age kids couldn't seem to get enough of math when we introduced the woodworking table where they also learned valuable lessons about the concepts of balance, weight, adhesive strengths, texture, and so much more. But best of all, they had so much fun stretching their imaginations and bringing their ideas to life. These kinds of hands on activities that engage multiple senses are a fantastic way to reach kids who just don't learn their best seated at a desk. They're learning the same concepts but their senses are awakened and engaged in all new ways from the smell and feel of the wood in their hands and the sounds of hammering and working with tools. Through the application of math and science concepts they understand their relevance.
On this particular day at the block table a few boys were experimenting with height, testing the impact of using the different shape blocks, trying to figure out which blocks or combination of blocks would make the tallest tower. They worked hard, challenged their patience, and experienced the thrill of discovery in the end. I asked, as I often do, to share their hypothesis, which blocks they thought would win out, I don't remember their specific response but through narrating their process I taught them the language of the scientific method.
There are so many ways for kids to learn scientific and mathematical concepts but most importantly I want them to learn how to think like scientists so whatever they don't learn from me or other teachers they will have the motivation and capability to resolve their queries for themselves. I've found that when I observe my kids carefully and play alongside them frequently they will show me exactly what they are most motivated to learn, making my job of curriculum planning a whole lot easier if I pay attention to their cues. Joining my buddy little N in observation of the tadpoles, we told each other what we liked about frogs and shared our ideas on why some of the tadpoles seemed to be growing faster than the others. Our conversation inspired research on what frogs eat and the details of their natural ecosystems. And in retrospect now I would have shared that interest with the class by reading a story like Mo Willems's City Dog, Country Frog, and reach across disciplines again to paint a frog using water colors just like Jon J. Muth does in the illustrations. The possibilities for scientific exploration and discovery and are endless in any environment and once I got in the habit of looking for them, I started to wonder why anyone ever bothered with the traditional methods of lecture and test when this is so much more effective and a million times more fun for both my students and myself. Now that I've discovered the benefits of an emergent curriculum, I am in love and I will never go back.
