1. PROMOTING CRITICAL THINKING THROUGH SCIENCE FOR YOUNG CHILDREN Macomb Association for the Education of Young Children

2. Jennifer Gottlieb Science Consultant Macomb Intermediate School District jgottlieb@misd.net 586.228.3464

3. Welcome! What conversations might you have with a child about these musical instruments?

4. What is science?

6. Science Myths  Science teaching is better left to the science teacher.  Science is difficult.  I’m not a scientist and don’t know enough about science to help my kids.  I have to know the answers to all of my child’s questions.  Science is all about facts and not very interesting.  Science requires equipment.  Science skills should wait for reading skills.

7. What is science?  …memorizing facts.  …memorizing formulas.  …a way of understanding the world.  …a way to make intelligent decisions.  …a process.  …FUN! Science IS….Science isn’t simply…

8. K-12 Next Generation Science Standards  Science is best learned the way scientists learn – in the context of classroom practices. Crosscutting Concepts Science and Engineering Practices Disciplinary Core Ideas

9. K- 12 Science and Engineering Practices  Asking questions  Developing and using models  Planning and carrying out investigations  Analyzing and interpreting data  Using mathematics and computational thinking  Constructing explanations  Engaging in argument from evidence  Obtaining, evaluating, and communicating information

10. What about early childhood?

11. I am among those who think that science has great beauty. A scientist in his laboratory is not only a technician: he is also a child placed before natural phenomena which impress him like a fairy tale. Marie Curie (1867 – 1934)

12. Tony Wagner Play Passion Purpose “…they had opportunities to explore, experiment, and discover through trial and error – to take risks and fall down.” p 30

13. Young Children and Science  Build on the “sense of wonder” present in all children  Learn about science through play  Science processes are more important than science facts  Science is everywhere!

14. Science Processes for Young Children  Asking questions  Developing and using models  Planning and carrying out investigations  Analyzing and interpreting data  Using mathematics and computational thinking  Constructing explanations  Engaging in argument from evidence  Obtaining, evaluating, and communicating information 1.Observing 2.Communicating 3.Comparing 4.Organizing or Classifying K - 12

15. Incorporate these science processes into your daily routines… 1.Observing: Seeing, hearing, feeling, tasting, and smelling 2.Communicating: oral, written, and pictorial 3.Comparing: Sensory comparisons and linear, weight, capacity, and quantity comparisons 4.Organizing or Classifying: grouping, sequencing, and data gathering

16. Questioning in Science Genuine Questions Questions that Encourage Science Process Skills

17. Genuine Questions  Listen to children  Follow children’s leads  Give children time to answer Examples: How does that smell to you? How can we find out? I wonder what that (critter) might like to eat?

18. Questions that Encourage Science Process Skills  Less open-ended but still many correct answers  Encourage exploration, experimentation, and communication – not a quiz to find out if they know the “correct answer” Examples: See if you can find other materials in the room that your magnets will attract? Are any of these rocks shinier than yours?

19. What will children wonder about? Arts and Crafts …and what genuine questions might arise from these wonderings?

20. During arts & crafts…  I don’t know. What can we do to find out? Organizing  Wow! Look at that! Observing  Does this remind you of something you’ve seen before? Comparing

21. During arts & crafts…  What does this clay look like? Feel like? Smell like? Observing  How would you describe the different types of clay? Communicating  Which one do we have more of? Comparing

22. During arts & crafts…  How are these two beads alike? How are they different? Comparing  What patterns can you make? Organizing  If you had to sort these materials into two categories, what might those categories be? Classifying

23. During arts & crafts…  Can you draw/paint a picture of this butterfly? Communicating  What happened when you painted red on top of yellow? What will happen if you add more yellow? Communicating/Organizing  Can you draw a picture that shows how the snail eats? Communicating

24. What will children wonder about? Manipulatives …and what genuine questions might arise from these wonderings?

25. While playing with manipulatives…  Which of these things belong together? Organizing  Let’s put all the things that go together in one group! Organizing  What can we call that group? Organizing

26. While playing with manipulatives…  How many “blocks” high is that teddy bear? Comparing  What would you need to do to find out how many small blocks can be balanced on this large block? Organizing  What color patterns do you notice in this tower? What color block will come next? Organizing

27. While playing with manipulatives…  Can you use shapes to make other shapes? Organizing  What patterns can you make with these shapes? Organizing  If you had to sort these into 2 categories, what might those categories be? Classifying

28. While playing with manipulatives…  What could you do to make that marble roll farther? Comparing  What would happen if…? Comparing

29. What will children wonder about? Large Motor Play …and what genuine questions might arise from these wonderings?

30. During large motor play…  Does that (odor/sound /texture) remind you of anything else? Comparing  What do you think those (things) might be? Organizing  What can you find out with the hand lens? Observing  What makes you think so? Organizing

31. During large motor play…  How many different sounds can you hear while we are on the playground? Observing  How is running on the grass the same as running on the pavement? How is it different? Comparing

32. During large motor play…  Which one of these objects do you think will fall faster? How could we find out? Comparing  What kind of chart might we use to keep track of the way things fall? Communicating

33. During large motor play…  Listen carefully to the music. How might you clap your hands to match the rhythm? Organizing  How might you use your body to match the rhythm? Organizing

34. During large motor play…  What would we need to do to find out if running faster makes your pulse rate faster? Organizing

35. What will children wonder about? Sensory Table …and what genuine questions might arise from these wonderings?

36. At the sensory table…  Does this remind you of something you’ve seen before? Comparing  Tell me more… Communicating  Well, what do you think it is? Organizing

37. At the sensory table…  Can you build a house? A river? Communicating  Do you need dry sand or wet sand to make a pie? Comparing  What is the same about water and sand? What is different? Comparing

38. At the sensory table…  What do we need to do to find out what things float and what things sink? Organizing  See if you can find other things in the room that float or sink. Organizing

39. At the sensory table…  How many scoops of water/sand does it take to fill this container? Observing  Will this container take more scoops or fewer scoops? Comparing  What kind of picture could we make to show how many scoops of water it takes to fill this container? Communicating

40. Let’s do some science!

41. As you consider the rocks on your table….  What will children wonder about?  What are some genuine questions you might ask a child that will lead to a conversation?  What are some questions that will encourage a child to engage in science processes?

42. Make a ramp from a cardboard tube…  What will children wonder about?  What are some genuine questions you might ask a child that will lead to a conversation?  What are some questions that will encourage a child to engage in science processes?

43. What might you do?

44. At your tables…  Choose an activity that children do in your classroom.  What will children wonder about?  What are some genuine questions you might ask a child that will lead to a conversation?  What are some questions that will encourage a child to engage in science processes?  Share with your group.

45. Remember…..  …memorizing facts.  …memorizing formulas.  …performing intense science experiments and preparing science fair displays.  …having the “right” answers.  …asking the right questions to encourage genuine conversations and science processes.  …engaging in daily play to find out about the world.  …demonstrating that SCIENCE is connected to everything! It’s NOT simply…It IS about…

46. Science is a way of thinking much more than it is a body of knowledge. Carl Sagan

47. Observing What do you hear? See? Communicating How might you write out a song that you like so that a friend could play it? Observing/Comparing How would you describe the different sounds? Communicating How might you keep track of what happens? Comparing Which key is the longest? The shortest? Organizing Which sounds are higher? Which sounds are lower?

48. What is a scientist after all? It is a curious man looking through a keyhole, the keyhole of nature, trying to know what’s going on. Jacques Yves Cousteau

49. If a child is to keep alive his inborn sense of wonder…he needs the companionship of at least one adult who can share it, rediscovering with him the joy, excitement, and mystery of the world we live in. Rachel Carson

50. Resources: NSTA Press

51. References  Ritz, William. A Head Start on Science: Encouraging a Sense of Wonder. NSTA Press. 2007.  Wagner, Tony. Creating Innovators: The Making of Young People Who Will Change the World. Scribner. 2012.  Next Generation Science Standards http://www.nextgenscience.org/next-generation- science-standards http://www.nextgenscience.org/next-generation- science-standards