In response to demands for “even more math”, the EIM team has been industriously researching, developing, piloting, tweaking and (oh yes) fine-tuning new curriculum offerings. Here’s a sneak peak at some exciting new clubs and camps which will be available for the 2009-2010 school year:
Algebra anyone? In the DISCOVERING and EXPLORING ALGEBRA math clubs, students will learn that algebra is an area of math where letters represent numbers and will understand that determining patterns helps solve the value of the letter. Intermediate students actively engage in exploring the patterns that lie within poetry and mathematical tools such as Napier’s Bones and Pascal’s triangle. Activities for primary club members involve discerning patterns in music, composing verses to a common nursery rhyme and investigating patterns in art.
Fractions are de-mystified in the EXPLORING NUMBER SENSE club for third through fifth grade students. Young mathematicians study concepts of number sense such as addition and equivalencies of fractions, employ fractions for measurement, and explore coin values to learn about conversion of fractions to decimals. Finally, they will play with concepts of place value through simple games involving decks of playing cards and rolled dice.
Quick! What is a dodecahedron*? In the DISCOVERING and EXPLORING GEOMETRY club, mathematicians learn shape recognition and the properties of polygons. Primary students become familiar with shapes through activities that relate them to the natural world (such as constellations), and the real world vis-à-vis everyday signage. Further discovery using art and the alphabet is performed to explore the properties of symmetry. Intermediate students explore the properties of circles, triangles, and quadrilaterals through various engaging activities such as constructing flying polygons using nothing but popsicle sticks.
Practice in mathematical foundations is provided for primary students in the DISCOVERING PROBLEM SOLVING club. To help them find the answers to numerous challenges, students will work together using a variety of problem-solving techniques such as working backwards, finding hidden problems and/or creating a picture or graph. Students will also learn how to ask good questions when gathering information, and how to work as a group to solve problems.
“Elementary, my dear Watson.” Primary students in the NATURE DETECTIVES summer camp will pull out a magnifying glass to look for mathematical “clues” provided in the natural world. They will use pattern blocks to learn shape recognition, will measure to determine circumference, and will learn to use measurement tools in analyzing and sorting various shapes. Mathematicians will representing data using concrete objects, pictures, and graphs, and will sort, classify and order objects by size, number, and other properties.
Interested in knowing more? Contact Jennifer Gaer
jenniferga@eimath.org
or Mary Cropp
mcropp@eimath.org
to hear details on how you can get these camps and clubs at your school.
*A dodecahedron is any polyhedron with twelve sides.