Getting Started with UDL in Early Childhood - Brookes Blog

Getting Started with UDL in Early Childhood

May 7, 2024

*Today’s blog post has been adapted from the second edition of Engaging Young Engineers .

Applying Universal Design for Learning (UDL) principles is one way to ensure that all children in your program have access to high-quality learning experiences. Though the UDL framework has historically been applied to K–12 education, the three core UDL principles can easily support children from birth to age 5 in inclusive settings. The three principles are:

Key Questions for Getting Started with UDL

UDL requires planning. Think about all the different ways young children might have difficulty accessing a lesson, and offer many choices to make sure that all children can access the thinking skill and the goal of the lesson. A UDL classroom is flexible—all children have the opportunity to participate in the same lesson, but they complete the activity in different ways and demonstrate their learning in different ways.

Use these questions as a starting point as you plan UDL supports for infants, toddlers, and preschoolers in your early childhood program. (Keep in mind that while UDL supports are usually chosen because of the needs of a specific child, they should be available to all children.)

Infants

Toddlers

Preschoolers

All young children—regardless of their support needs, developmental status, home language, or socioeconomic status—have the right to participate in rich, engaging learning experiences. For more on using UDL principles to ensure that learning experiences work for all children, see the second edition of Engaging Young Engineers , a practical guide that helps you get all children ready for kindergarten by teaching them basic practices of engineering design and critical thinking skills. You’ll get tips and strategies, an Early Childhood UDL Planning Sheet, lesson plans, and more!

Engaging Young Engineers

Teaching Problem-Solving Skills Through STEM, Second Edition

By Angi Stone-MacDonald, Ph.D., Kristen B. Wendell, Ph.D., Anne Douglass, Ph.D., Mary Lu Love, M.S., & Amanda Wiehe Lopes, Ph.D.

"Provides excellent examples of high quality STEM activities to support children's problem solving and critical thinking skills...a great resource for early childhood educators in inclusive settings."—Serra Acar, Ph.D., University of Massachusetts Boston

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