Mathematics
Children’s development of mathematical understanding begins in the very first months of life and continues to grow and expand as they interact with others and the world around them.
Young children, even infants, play with mathematical ideas. Children’s development of mathematical understanding begins in the very first months of life and continues to grow and expand as they interact with others and the world around them. Babies begin to see patterns in familiar caregiving routines and attend to objects and sounds. Toddlers begin to understand the words “one” and “more” and move through their world with growing spatial understanding. Preschoolers begin to make sense of numbers as they play with counting. Their math understanding is directly related to their playful explorations of items such as blocks, rocks, water, sticks, food, sand, puzzles, games, and more.
Math exploration and learning happen everywhere. Children learn math skills in their early learning setting, but also in places like the grocery store, playground, and in their home. Infants and toddlers learn about quantity as an adult counts two apples to put into their shopping cart. They develop early spatial skills as adults push them on the swings or as they go down a slide. At home, math can be found from playtime to mealtime. For example, a caregiver says as he prepares lunch, ‘Your sandwich is a square. If we cut it in half, it makes two rectangles.’1
The expectations that are set out in the ECIPs Mathematics domain represent young children’s acquisition of skills that will lead to mathematical understanding. Adults play a critical role in helping children see themselves as capable of doing math.2 The foundational knowledge and skills that young children acquire, including a sense of quantity, comparison, and change, will lead to more complex mathematical skills learned in elementary school and beyond. The alignment of the ECIPs with the corresponding Minnesota Academic Standards: Kindergarten is included.
The Mathematics Domain includes five components:
- Components M1-7: Number Knowledge
- Component M8: Measurement
- Component M9: Patterns
- Components M10-12: Geometry and Spatial Thinking
- Components M13-15: Data Analysis
The subcomponents and indicators identified for the ages of birth through kindergarten entry address the development of mathematical concepts in a predictable sequence. While the ECIPs assign age bands to each skill, it is important to note that all development occurs on a continuum and children will acquire these skills at different ages. If a child is not ready for the skill listed in their age group, support their learning by building the skills listed for the prior age group.
- For infants, indicators focus on the children’s emerging understanding of patterns and predictability as they anticipate familiar routines, spatial awareness as they respond to objects and sounds, and recognition of similarities and differences among people and objects.
- Toddlers are growing in their mobility and ability to explore the environment. The indicators focus on the imitation of counting and early understanding of one-to-one correspondence, awareness of full and empty, following simple patterns, emerging awareness of shape and place in space, and matching and sorting.
- The growing language capabilities of preschoolers include their use of an ever-increasing vocabulary of mathematical terms to describe and make sense of their world. They recite numbers and count objects with one-to-one correspondence to higher quantities. Preschoolers identify geometric shapes and use the comparative language of measurement. Developing sorting strategies that grow in complexity and duplicating and creating patterns using various rules are skills best developed within the context of preschoolers’ play.
Depending on familial, cultural, and community values, development may look different for different children. Early childhood professionals have an important responsibility to learn from the child’s family about the family’s cultural and community values. Early childhood professionals and caregivers share responsibility for communicating their expectations and goals for individual children.
While the terminology and concepts in the domain of mathematics are important and specific, they are interrelated with children’s development in other domains as well. There is a significant overlap between Mathematics and the domain of Language, Literacy, and Communications.
Math skills are connected to other learning domains, such as language and social and emotional development. When infants and toddlers feel emotionally and physically safe, they are more confident to explore their world, which supports the development of math skills. This might be experimenting with how tall they can build a tower before it falls or climbing the steps to go down a slide. Responsive adults provide math language to describe the concepts children are exploring.3
Children’s interest and understanding of mathematics is best supported by showing the importance of mathematics in daily life. As children investigate mathematical concepts in hands-on experiences, they grow in their approaches to learning. They solve problems, think creatively, and apply concepts. Their social and emotional skills are enhanced as they develop greater confidence as learners and work collaboratively with others. Mathematics and science are linked easily in a rich, engaging early childhood environment where children experiment with items in their environments (e.g., water, sand, construction materials, living things), observe what is occurring, and collect information.
The ECIPs Mathematics domain follows the Minnesota Academic Standards: Kindergarten to prepare young learners for success later in school. The indicators in the ECIPs are designed to build children’s mathematics knowledge and skills; these goals are met most successfully as professionals and caregivers interact with children throughout every day.
Components M1-7: Number Knowledge
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| Subcomponent | 0-1 Year | 1-2 Years | 2-3 Years | 3-4 Years | 4-5 Years | K Alignment |
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| M1. Counting in the Standard Order (Rote Counting) The child communicates numbers in the correct standard order by memory (does not need to understand quantity). |
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| M2. One-to-One Counting (One-to-One Correspondence) The child uses counting to identify how many items are in a set and says, points to, or gestures to identify one number at a time (each item is counted once and only once). |
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| M3. Cardinality The child identifies the exact number of items in a set and understands that the last number said is the number of objects in the set. |
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| M4. Assigning Number Words and Numerals to Quantities The child assigns verbal or signed number words and numerals to quantities (numeral is another word for a number symbol, such as "2"). |
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| M5. Comparing Numbers and Quantities The child uses organizing strategies to know how many objects they have. |
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| M6. Numerical Relations and Operations The child creates a set or subset based on a rule and can combine or separate sets. |
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| M7. Ordinality Ordinality indicates the order or position of something in a series. The child matches verbal or signed number words and numerals to a position in a sequence. |
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Component M8: Measurement
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| Subcomponent | 0-1 Year | 1-2 Years | 2-3 Years | 3-4 Years | 4-5 Years | K Alignment |
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| M8. Measurement Child recognizes and makes comparisons of measurable attributes (e.g., length, height, width, area, volume, physical distance, time duration). |
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Component M9: Patterns
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| Subcomponent | 0-1 Year | 1-2 Years | 2-3 Years | 3-4 Years | 4-5 Years | K Alignment |
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| M9. Repeating Patterns The child identifies, copies, creates, and describes sequences in objects, colors, numbers, or sounds with sequences that increase, decrease, and become more complex. |
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Components M10-12: Geometry and Spatial Thinking
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| Subcomponent | 0-1 Year | 1-2 Years | 2-3 Years | 3-4 Years | 4-5 Years | K Alignment |
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| M10. Knowledge and Visualization of Shapes The child recognizes shapes, can describe two-dimensional (2D) and three-dimensional (3D) shapes, and can manipulate shapes with purpose. |
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| M11. Transformations and Symmetry The child locates and manipulates shapes in their environment. |
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| M12. Location, Spatial Relationships, and Landmark Use The child recognizes where a person or object is in relation to other people or objects. |
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Components M13-15: Data Analysis
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| Subcomponent | 0-1 Year | 1-2 Years | 2-3 Years | 3-4 Years | 4-5 Years | K Alignment |
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| M13. Sorting The child recognizes that objects can be sorted by attributes (e.g., shape, color, texture, size). |
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| M14. Collects, Classifies, and Organizes Information The child collects, classifies, and organizes data based on distinguishing characteristics (quantity, attributes). |
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| M15. Describes and Uses Data The child describes data and uses it to solve problems or ask questions. |
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These K standards come from the 2022 Minnesota K-12 Academic Standards in Mathematics.
References
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1.
US HHS & ACF. (2021, December 9). Supporting math skills in infants and toddlers. Head Start Early Childhood Learning and Knowledge Center.
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2.
Harris, B., & Petersen, D. (2017). Developing Math Skills in Early Childhood. Issue Brief. Mathematica Policy Research, Inc.
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3.
Gilmore, J. H., Knickmeyer, R. C., & Gao, W. (2018). Imaging structural and functional brain development in early childhood. Nature Reviews Neuroscience, 19(3), 123-137.
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