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Candyland Elementary

Unit Plan: Mapping: What's on the Whole SchoolyardLesson: 3 Time: 2 class periods Setting: Classroom
3-5Schoolyard Ecology
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Models can be created to represent complex aspects of the real world. Scientists use models to study complex real world situations.


    Students will make a three-dimensional candy model of their school using their sketches as a guide.


    (per pair of students)

    • 8.5 X 11 sheet of paper glued to a piece of cardboard
    • Glue
    • Student sketches of the school
    • Colored candies (6 colors, 18 oz candy/student pair)
    • Pencils
    1. Explain to the class that the they will be using their sketches to make a model of their school grounds using different colored candies. The candy is for the model, NOT for eating! Have the students try to imagine what a miniature version of their school would look like, and some of the key features that must be included, such as trees, buildings, etc.
    2. Hand out the cardboard with grid sheets, and pencils. The 8.5 X 11 paper represents the school property. Have the students mark with pencil where on the paper they believe key features should go. An example on the chalkboard will aid with this. Did they remember play fields and lawns? Once they have a plan they can proceed to the next step.
    3. Pass out the candies and glue, and have the students choose what type of feature each color should represent. Examples are: Lawn, cement, road, buildings, trees, etc. Be aware that there are only six colors. Each pair of students should design a color key before they start creating the model. (See student handout.)
    4. Students use the candies and glue to create a 3-dimensional model of their schoolyard.
    5.  Ask the students how accurate they believe their models are, and what someone new to their school might learn from looking at such a model.

    Lesson Files

    Candyland Model Handout

    Benchmarks for Science Literacy

    2A Patterns and Relationships, 3B Design and Systems, 11B Models

    NYS Standards

    MST 6- Interconnectedness of mathematics, science, and technology (modeling, systems, scale, change, equilibrium, optimization)
    Next Generation Science Standards

    Science and Engineering Practices

    Asking questions and defining problems, Developing and using models, Planning and carrying out investigations

    Cross Cutting Concepts

    Patterns, Cause and effect