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To create an equitable, caring community of learners, representation matters. Years of research and high-quality practice have shown that each and every child needs to see themselves and their families regularly and meaningfully reflected in early childhood environments. This includes learning settings and experiences that incorporate STEM (science, technology, engineering, and math). The arts also play a crucial role, allowing children to express their identities and experiences creatively, as a part of an听integrated approach.

Creating a STEM-rich environment with experiences that promote identity and equity is essential for fostering a sense of belonging and competence in young learners (see 鈥淪TEM鈥檚 Connections to Advancing Equity鈥� at the end of this article). This is because the messages conveyed through early learning activities, materials, and interactions can significantly impact how children perceive themselves and their potential in STEM. Indeed, every听child should have access to the supports necessary to think through their hands鈥攖o show what they know, what they want to learn, and what they can do by observing and physically exploring and experimenting with the world around them. Educators can achieve this without spending limited resources on fancy kits; rather, settings can be stocked with everyday natural, found, and reusable resources (sticks, stones, leaves, buttons, fabric scraps, cardboard) and child-friendly and adaptive tools (easy grip scissors, child-safe cardboard cutters,听low-temperature听glue guns, hole punchers, adaptive tape dispensers,听switch-activated devices).

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Studies show that attitudes form early and that positive STEM experiences can lead to increased interest, confidence, knowledge, and persistence in these fields as children grow. Educators can tap into children鈥檚 funds of knowledge to build positive beliefs related to STEM by incorporating the tinkering, making, and engineering that occur in children鈥檚 homes, neighborhoods, and communities. Families and community members can share valuable insights and inspiration, illustrating for children that everyone can be a creator and innovator in听STEM fields.

Following are some key messages from a child鈥檚 perspective that early childhood educators can foster and support in their learning environments听and teaching.

I Belong Here

As part of advancing equity, early childhood educators must ensure that all children see themselves, their experiences and contexts, and their families and communities positively reflected in learning environments and instruction. This is also part of developmentally appropriate practice. Such positive reflection fosters a sense of belonging and self-worth, which encourages children to engage confidently in their learning settings听and activities.

Educators can provide STEM settings rich in听representation by

• ensuring that materials reflect the backgrounds and lived experiences of all children. These should include books, posters, and educational toys. For example,听Rosie Revere, Engineer听is a picture book that features a girl who loves engineering.听Ada Twist, Scientist听is inspired by Ada Lovelace, an English mathematician, and the physicist and chemist Marie Curie. These books push back against the myth that STEM is just for boys. Posters of women and men as engineers and images showcasing both boys and girls engaged in beginning robotics activities also help children see that everyone can be scientists, engineers, technologists,听and mathematicians.
• highlighting the achievements of racially, culturally, linguistically, and gender-diverse STEM professionals. Lonnie Johnson, for example, is a Black NASA engineer who invented the Nerf Super Soaker. Ellen Ochoa was the first Latina to go听to space.
• using stories, videos, and guest speakers from the community to introduce children to STEM role models who represent a variety of backgrounds and听lived experiences.

I Am a STEM Explorer

To ensure equitable early childhood education, educators must support each and every child鈥檚 developing identity as a capable, competent learner. Nurturing children鈥檚 agency involves providing opportunities for them to participate in rich, engaging play and to make choices about听their activities.

Educators can encourage children鈥檚 agency in听STEM by

• offering individualized, equitable opportunities for each and every child to engage in hands-on STEM activities. This includes setting up a variety of STEM experiences, such as building with blocks, exploring water and sand, and experimenting with balls and ramps. Teachers can use their observations of children鈥檚 interests to guide their planning听and teaching.
• promoting a community of learners where questions and exploration are valued. For example, during a nature walk, educators can encourage children to ask questions and explore answers together. They can set up a tinkering activity where children work together to actively investigate everyday situations and objects, make predictions, and听observe outcomes.
• connecting playful, STEM-rich explorations to real-life jobs and tasks. This reinforces children鈥檚 identities in these fields and helps them envision themselves in听STEM roles.

My Ideas Matter

Engaging children in collaborative learning experiences is part of equitable teaching. By welcoming and integrating their ideas and experiences, teachers reinforce the value of children鈥檚 contributions and honor their听individual contexts.

Educators can create environments and activities where each and every child鈥檚 ideas and contributions are听valued by

• planning and scaffolding for every child鈥檚 participation. Open-ended questions encourage all children to participate in discussions and activities (鈥淲hat do you think will happen if . . . ?鈥�; 鈥淗ow could we solve this problem?鈥�). Using their observations of children鈥檚 strengths, interests, and areas for growth, educators can also support children to explore and express their ideas in听multiple ways.
• creating opportunities for children to showcase and use their ideas and inventions with others. For example, if children designed and created their own sports shoes from reusable materials, they could set up a shoe store in the dramatic play area that everyone听could use.
• cultivating teamwork and collaboration. When children work together (building a model or prototype of their favorite playground, for instance, or creating shadows from different objects and light sources), they are able to learn with and from听each other.

My Context Is Important

Educators advance equity in their learning settings when they plan and facilitate activities that promote respect and appreciation for multiple social identities. This helps children feel seen听and included.

Teachers can create such equitable STEM听explorations by

• integrating children鈥檚 home and community contexts into STEM activities. Educators can invite children to bring in objects from home related to their community or cultural experiences, then use those items in tinkering, making, and engineering experiences. For example, they could plan an activity where children explore the science behind making tortillas. They could introduce children to games from different cultures that involve听simple machines.
• partnering with families by inviting them to share stories about their work (if they have a STEM-related job) or about everyday problems they solved using STEM skills. By offering opportunities both in-person and virtually, teachers help ensure that learning is relevant听and inclusive.

I Can Overcome Challenges

Mistakes are an integral part of STEM. Children develop a growth mindset through experimenting, learning from each attempt, and experiencing those 鈥渁ha鈥� moments of discovery. This requires a safe, supportive learning environment, which teachers can听create by

• recognizing and supporting effort and perseverance, particularly when children encounter challenges during STEM activities. For example, if children are building a block tower that keeps falling, teachers can recognize their efforts and guide them as they try new ways to make the听tower stand.
• encouraging experimentation, so children feel comfortable taking chances and making mistakes. For example, at a ramps and roller station, children can test the ways different objects move. As they observe how objects roll or slide, teachers can discuss results听without judgment.
• modeling self-talk and problem solving when something doesn鈥檛 work right. For example, if children are exploring light and shadows and the shadow doesn鈥檛 appear as expected, a teacher might say, 鈥淗mm, the shadow isn鈥檛 showing up like I thought. Let鈥檚 try moving the flashlight and see听what happens.鈥�
• partnering with families to underscore effort and perseverance. When teachers send home simple STEM challenges (such as designing a paper airplane and testing how far it can fly), families are able to work together to navigate problems and figure听out solutions.

Through inclusive and responsive practices, teachers can create a community of learning that equitably nurtures each and every child鈥檚 STEM identity. To begin implementing these practices, educators can听ask themselves:

• How do the materials and activities reflect the identities of each and every child in听my setting?
• What strategies am I using to ensure that all children can participate听in STEM?
• Do I have any implicit beliefs or assumptions about children鈥檚 abilities in STEM? If so, how can I听overcome them?
• How can I create more opportunities for children to share their ideas and collaborate on听STEM activities?
• In what ways can I partner with families toward equitable, joyful听STEM learning?

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