Waldorf Techniques for Mastering Math Facts with Body Movements that any Teacher can use

Waldorf education’s interdisciplinary learning is based upon the educational philosophy of Rudolf Steiner. Since the first school opened its doors in 1919, this style of learning has concentrated on the role of imagination to integrate practical, creative and conceptual elements. In addition to the 994 independent Waldorf schools, there are many Waldorf-based public schools and homeschooling situations. In fact, most schools use some of the innovative Waldorf activities in their curriculum.

Because math concepts tend to be abstract in nature and the traditional methods of teaching math facts are boring and ineffective, introducing Waldorf interactive math activities into the classroom will increase the learning and retention of math facts.  Students will be eager to participate in these fun-filled games and projects.

COUNTING GAME

A counting lesson might begin with a circle game similar to Duck-Duck-Goose. The students sit in a circle on the floor then one students stands behind a sitting classmate and begins counting each of their classmates in turn until they reach ten. All the students can assist in the counting. When the standing student reaches their tenth classmate the tenth classmates stands and chases the counting student around the circle attempting to tag them before they return to the place of the chasing student.

JELLYBEAN STORY

Students learn through exciting fairy tales and stories. Fun characters come to life for the students, bringing the numbers and math facts to the real world. The following tale is an example of the kind of story that can be used.

“It’s my job, said the jellybean queen, to divide the jellybeans equally among the subjects of Numeria. This bag of jellybeans is for you two girls. Be sure to share them equally.”

“But how can we be sure to share them equally between us?” Chali asked.

“Oh,” the kindly queen said, “That is easily accomplished. Watch. . . . There are six jellybeans in the sack . . . .here is one for you, Chali, and one for you Stephanie, another one for you Chali, and another one for you Stephanie, one more for you Chali, and one more for you Stephanie . . . as you see we now have two piles of jellybeans with 3 in each. It’s as simple as that!” The girls smiled at each other.

The queen was so busy she asked the girls to help her.  For the rest of the day, Chali and Stephanie busily counted and divided jellybeans.”

This story could easily be modified to teach subtraction. The students could take turns eating one or two jellybeans.

After illustrating this story on the chalkboard I went outside and hid several piles of “jellybeans” around the room. Whenever a pile is found, the student must divide them equally. 

GUESS WHICH NUMBER

You can follow up this activity with a 100 board. Look for number patterns of odd and even. The students will discover that evens end with 2,4,6,8,0 and odds end with 1,3,5,7,9. Call out random numbers and the students can jump up and down for even numbers and hop on one foot for odd numbers. 

BIG BALL MATH requires the teacher to section off a ball into spaces with a marker. Each space houses a math problem (add, subtract, multiply, divide, etc). The children toss the ball to each other, and when they catch it, they answer the problem under their right thumb. For young children the problem can be as simple as identifying numbers or shapes, and for older children a way of practicing multiplication or division facts.

NUMBER LINE GAME

Using a number line system of number place-mats across the floor, the team may deduct the answer by acting out the problem.

For example.  2 + 3 = 5

Team A organize themselves by standing on number mats on the floor. One stands on zero (0), while the rest stand in order from 1, 2, 3 4 and so on.  For the problem 2+3, the person standing at zero may first take two steps on the first two mats and then jump another 3 mats indicating an increase of 3 in the problem to land at mat 5. 

SKIP JUMP MATH

Using lighter colored vinyl, cut out shapes, (circle, square, rectangle, triangle, pentagon) number them with a marker, and tape them to the floor. The students jump from shape to shape, saying each number as they land. The children can skip count by 2’s, 3’s, 4’s,etc. They can jump in ascending or descending order. They can jump on even or odd numbers only.  They can jump on circles only, or squares only.

Waldorf-inspired teaching is designed to meet the needs of all learning styles, and is based on the best practices in education.  It features an integration of storytelling, music, movement, art, drama, and poetry into the teaching of academic subjects.

RESOURCES: http://naturenest.wordpress.com/2008/10/24/some-free-waldorf-math-resources/