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Implementing STEM in my classroom | Posted in STEM
I believe STEM is best implemented by allowing creativity, expression, and collaboration in the classroom. In all grades, but especially in the lower grades, I have noticed that students often learn best from each other. I would begin implementing STEM by designing activities around group work and/or students teaching each other.
In math, you can have students share how they got their answers step by step so that others can see and hear their peer's thinking and strategizing. In science, a great idea is having students work on group projects to "research" about the weather, water, and other Kindergarten TEKS. At the end of the week or lesson, the groups can share their findings with the class. I hope my ideas can help you implement STEM education in your Kindergarten classroom!
Field Trips | Posted in General Science and Teaching
I am currently a student teacher in 2nd grade. We recently took a field trip to our city's Children's Museum. There were tons of different hands on activities for them to engage in over a broad subject matter. However, they did have some wonderful areas for science specifically. One part of our Children's museum has a place called "force works" where the children can use basically a large cauldron that rushes water through the entire exhibit! The children can see how the force of the waves move whatever the put in the cauldron.
In addition to this, there were areas where the children were able to see the life cycle of certain animals, specifically chicks.
These are just a few of the science-related exhibits there are, but it was a great way to get the students more engaged and interested in how science works!
Interaction with Force, Mass, and Motion | Posted in Physical Science
In my physics classroom, we use both hands-on activities and pHet simulations. The hands-on activities provide concrete experience with the phenomena that my students are studying. The computer simulations help them further explore those concrete experience by looking at the phenomena a different way. For example, when study projectiles, I have students build mini-catapults and test how they work. They observe and describe how motion projectile motion looks. Then they follow up that activity with the pHet simulation in which they can more easily control variables so they can test the different factors that contribute to projectile motion.
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