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Article By Kati Gilson and Verneice Cherry Visit the Archive of Best Practices articles |
How One Preschool Science Program is Developing Young Scientists
Introduction of S.A.M.E. Network
How to Incorporate Science into your Early Childhood Classroom
Resources for Educators
In 1992, Reginald "Hats" Adams, President and CEO of the Science and Math Excellence (S.A.M.E.) Network at Rush - Presbyterian - St. Luke's Medical Center (http://www.rush.edu/rumc/page-1160429716445.html), had a vision that children on Chicago's West Side should have the same kind of education opportunities that children in affluent suburbs have. S.A.M.E. Network's mission is to ensure that superior science and math education is provided to children who reside on the West Side of Chicago. S.A.M.E.'s mission is met by using a combination of classroom and extracurricular programs to improve children's skills while exposing them to a wider variety of potential career paths. S.A.M.E. is a coalition of a leading academic health care institution, public and independent schools, businesses, not-for-profit organizations, and community groups. S.A.M.E. is fortunate to partner with Chicago Public Schools in providing this important foundation in a child's education. Dr. Cozette Buckney, Liaison to Board President and CEO of Chicago Public Schools, has provided invaluable support to this and other S.A.M.E. program initiatives.
The Preschool Program is one of many programs sponsored by the S.A.M.E. Network. This innovative program has 18 preschools; Howard Hughes Medical Institute (http://www.hhmi.org/) supports 12 preschools as part of a larger grant to fund S.A.M.E. programs. The goal of the Preschool Program is to provide a stimulating environment for guiding children in the development of science, math, and literacy skills by providing science labs and materials appropriate for young children. Children begin to understand fundamental science concepts and develop abilities of inquiry by using their natural curiosity to motivate exploration of their surroundings. The ultimate objective of the science program is to have children achieve science literacy.
S.A.M.E.'s preschool program focuses on three process skills - observation, classification, and communication. The following science ideas can be taught to preschoolers and can be spiraled as needed.
A good early childhood science program develops the science process skills of observation, classification, and communication. Young children, because of their innate curiosity eagerly embrace all types of science activities. The easiest way to incorporate science into the early childhood classroom is to "find" the science in the activities you are already doing. A lesson about "me" can include making pasta skeletons with the children's pictures as the head. Color mixing, exploring which materials dissolve in water, comparing similarities and difference in objects, and cooking are all science activities.
Set up a science center.
This does not need to be expensive. Large and small magnifiers,
prisms, balance scales, mirrors, magnets, color paddles, and a variety of objects to observe and
measure are a great way to start. Models and animal puppets are always a hit. Throw in a few
theme-related books, puzzles, and writing materials and you're set. Change the materials on a
regular basis to keep things interesting.
Teach what you know.
If you like animals or plants, start there. Meal worms make great class
pets. They are easy to care for and you can observe their life cycle. Plants come in a variety of
sizes, shapes, and textures. They can be observed and measured. Lima bean seeds are easy to plant
and grow. Don't forget to include "Jack and the Beanstalk" with this activity. Even teachers
without a green thumb can provide plant science activities for their students by bringing in
flowers and leaves for children to observe and take apart.
Use your surroundings.
Get pine needles from your Christmas tree vendor, dog fur from your
local groomer, pick up pine cones, feathers, leaves, etc. whenever you find them. Ask you local
pet shop for snakeskin, feathers, and other animal items. Once the word gets out that you collect
these things, people will save them for you.
Be a good observer.
If your students start to do something unusual with an item or use it in a
non-standard way, step back and watch. He/she may be making a new discovery and just might teach
you a thing or two.
Introduce new items and concepts to the group.
The children need to understand what things are
for, and how to use and take care of them. Let them play. Children must have time to freely
explore new things before participating in a structured activity.
Answer their questions honestly.
If you don't know an answer, find out. Then,
tell the children where you found the answer. Even preschoolers understand looking up information
in books, on computer programs, and on the Internet.
The best way to promote science literacy is to expose your students to a variety of books, from preschool level to adult. Just make sure the adult books have lots of pictures. You will need the information in the adult books to answer the children's questions.
A few simple additions to your classroom and curriculum will provide endless opportunities for creative thinking, problem solving, and exploration. You're students will be on their way to becoming "Super Scientists."
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Kati Gilson, M.S., Early Childhood Science Specialist, Chicago Public Schools (CPS) assigned to the Rush - Presbyterian - St. Luke's Medical Center's Science and Math Excellence (S.A.M.E.) Network. Kati has a ten-year track record in teaching preschoolers science.
Verneice Cherry, MBA and former Chicago Public Schools (CPS) teacher is Program Administrator for Rush - Presbyterian - St. Luke's Medical Center's Science and Math Excellence (S.A.M.E.) Network. Verneice has ten years experience in program development and administration for S.A.M.E. Network.
Published: May 2002