Wednesday, November 11, 2026

Starting with a Book to Introduce Engineering Ramps & Pathways ... OR NOT!

Integrative STEM & Literacy

When I was earning my master’s degree in literacy at the University of Northern Iowa, I discovered a treasure trove of beautiful picture books. We explored books that supported children at different stages of literacy development, from emergent to fluent readers. I collected my favorites and regularly used them to introduce a new theme or unit of study.

Over time, however, I began questioning that practice. Was it always best to begin with a book? Or might children gain more from reading the book after they had experienced what it was about?

For STEM, I found that waiting often made a remarkable difference. When children first had opportunities to investigate a phenomenon, they brought their own observations, questions, and ideas to the story. Rather than simply listening to what the author had to tell them, they could connect the text to what they already knew, consider new explanations, and sometimes even challenge the author's ideas.

And I'm not alone in this thinking.

Experience First. Read Later.

In the introduction to her Next Time You See series, science educator and author Emily Morgan encourages adults to read her books with children after they have had firsthand experiences with the featured objects or phenomena.

Her suggestions emphasize four important practices:

  • Observe first. Give children opportunities to encounter and investigate the phenomenon before opening the book.
  • Share experiences. Talk together about what you have noticed or experienced.
  • Wonder together. Invite children to share their questions and offer some of your own.
  • Read and reflect. Return to the phenomenon through the book, making connections and considering new questions.

Morgan reminds readers that the purpose of these books is not to memorize scientific facts, but to inspire wonder.

This is an important distinction. When we introduce scientific explanations before children have opportunities to investigate, we risk turning their explorations into activities designed to demonstrate what the book has already told them.

But when children investigate first, the book becomes another source of ideas to consider alongside their own experiences.

An Example from Engineering Ramps & Pathways


Oscar and the Cricket: A Book About Moving and Rolling by Geoff Waring is a delightful picture book for young children.

Oscar discovers a ball in the grass. With encouragement from Cricket, he begins investigating what happens when he pushes it. He notices that the ball rolls differently on grass than on a hard pathway. He also discovers that the ball changes direction when it encounters an obstacle.

At the end of the book, the author summarizes some of Oscar's discoveries about motion and offers simple challenges involving pushing, pulling, changing direction, and stopping objects.

These are worthwhile investigations. But consider what happens when we read this book after children have spent time engineering their own ramps and pathways.

What Changes When Children Investigate First?

1. Children bring their own expertise to the story.

They have already observed marbles rolling down ramps, traveling across different surfaces, changing direction, and colliding with objects.

When Oscar discovers that his ball moves differently on grass and a hard pathway, children have experiences to draw upon. They may recognize similar results, offer explanations, or describe situations in which they observed something different.

Their firsthand experiences become a foundation for comprehending and discussing the text.

2. Children's questions and challenges become more sophisticated.

The book invites children to explore what happens when they push or pull objects. But children who have spent time engineering ramps and pathways may already be investigating much more complex problems:

  • How can I make my marble change direction without touching it?
  • Why does my marble stop before reaching the end of the pathway?
  • How can I make the marble travel farther?
  • What happens if I change the height or angle of my ramp?
  • Why does the marble move differently on carpet than on a hard floor?

These questions emerge from problems children encounter in their own investigations. They have a reason to seek answers because the questions matter to what they are trying to accomplish.

3. Our expectations of children's thinking expand.

When we begin with a book, we may unintentionally limit our expectations to the concepts and challenges the author presents.

But when we observe children investigating first, we often discover that their thinking is more complex than we anticipated.

Children aren't simply learning that a push makes something move. They are designing systems, anticipating what might happen, testing relationships between materials, and revising their designs based on the results.

Their investigations reveal what they are capable of figuring out.

When we wait to read the book, children become knowledgeable participants in the conversation, rather than simply recipients of the author's explanations.

Making the Most of an Interactive Read-Aloud

Waiting to introduce a book doesn't mean we miss an opportunity for intentional literacy instruction. Quite the opposite!

An interactive read-aloud after children have investigated a phenomenon creates rich opportunities for oral language development, comprehension, reasoning, and discussion.

Children can make connections between the text and their experiences, explain their thinking, consider another perspective, and ask new questions.

The teacher's role is to help children bring their own ideas into conversation with the book.

Preparing for the Read-Aloud

When I was learning to conduct effective interactive read-alouds, I developed a simple strategy that helped me prepare.

Before reading a book to my students, I identified a few places where I wanted to pause and invite discussion. I wrote my questions on sticky notes and placed them on the appropriate pages.

As I read, I removed each note before turning the page. Inevitably, a child would ask what was written on the sticky notes.

I would explain:

"When I was reading this book, I thought about some of the things you might have noticed or wondered about. I wrote down a few questions because I didn't want to forget to ask you what you think."

I wanted children to understand that I was genuinely interested in their ideas.

The sticky notes were reminders, not a script. If children raised an unexpected question or offered an interesting explanation, we followed their thinking.

Introducing Oscar and the Cricket

After children have spent time investigating ramps and pathways, you might introduce the book by saying:

"I came across this book, Oscar and the Cricket, and it made me think about the work you've been doing with ramps and pathways.

Oscar is investigating how things move and roll, just as you have been. As we read, I'm interested in what you notice about his discoveries and how they compare with yours.

I wonder if you'll agree with everything Oscar discovers, or if your experiences might lead you to think about something differently."

Possible Pause-and-Talk Invitations

Rather than asking children to recall facts from the story, invite them to connect Oscar's experiences with their own investigations.

When Oscar pushes the ball:

  • "What does this remind you of from your work with ramps and pathways?"
  • "How have you gotten your marbles to move without pushing them with your hands?"

When the ball moves differently on grass and a hard pathway:

  • "Have you noticed anything like this?"
  • "What do you think might explain the difference?"
  • "How could we investigate that idea?"

When the ball hits a tree and changes direction:

  • "What have you discovered about making marbles change direction?"
  • "Can you think of a time when your marble changed direction in a way you didn't expect?"

After reading:

  • "What did Oscar discover that connects with something you've figured out?"
  • "Was there anything in the book that made you think differently about your work?"
  • "Did this book give you any new ideas you'd like to investigate?"

These questions aren't intended to produce particular answers. They are invitations for children to explain, compare, reconsider, and extend their thinking.

The Book Is Not the End of the Investigation

One of the most valuable outcomes of reading a science picture book after firsthand investigations is that it can send children back to their materials with new questions.

Perhaps Oscar's experiences inspire children to compare surfaces. Perhaps they want to investigate what happens when a marble encounters an obstacle. Or perhaps something in the book doesn't match what they observed, and they want to find out why.

The book becomes part of an ongoing conversation between children's experiences, their ideas, and the ideas of others.

Experience → Investigate → Read → Reconsider → Investigate Again

This is where integrative STEM and literacy become especially powerful. Children aren't reading about science as something separate from their lives. They are using language and literacy to make sense of phenomena they have experienced firsthand.

A Final Thought

I'm certainly not suggesting that we should never begin with a book. A wonderful picture book can spark curiosity, introduce an intriguing problem, or inspire children to investigate something they might not otherwise have noticed.

But when our goal is to support children's scientific reasoning and engineering thinking, we should consider what might be gained by waiting.


What if, instead of using a book to tell children what they are about to learn, we used it to help them think more deeply about what they are already discovering?

That small change in sequence can make a significant difference in whose ideas drive the learning.


Wednesday, February 4, 2026

Creativity, Optimism, and Persistence

Creativity, optimism, and persistence are essential traits for STEM learning-and for success in life. In our work, we continually explore better ways to strengthen professional learning and develop open-ended materials that help young children engage meaningfully in STEM experiences.

In our STEMwonder Scale-Up program for educators of preschool through 3rd-grade students, we are once again offering three popular STEM experiences: Engineering Ramps & Pathways, Engineering Light & Shadow, and Engineering Balance. Each year, we strengthen our professional learning with new research and upgrade our materials as new technologies emerge.

One example is our STEM experience focused on balance in rotational motion. Children are naturally curious about spinning tops. They love testing different shapes and designs, and this encourages thinking like an engineer - wondering why a top is built a certain way and how design choices affect how it spins.

Imagine if students could design their own tops! Thanks to 3D printing, one of our team members has been reverse-engineering existing 3D printing designs and creating new components that students can assemble and reassemble. These interchangeable hubs and inserts allow students to explore how different design choices change the way a fan blade or spinning to behaves. She models the very traits we hope to cultivate in young learners: creativity in problem-solving, optimism in seeking new solutions, and persistence as she refines each design. Her innovative work captured the attention of Ann Caspari, Early Childhood Education Specialist for the Simthsonian's National Air and Space Museum in Washington DC. They are now collaborating to provide a similar experience for children and their families in the museum.

 Creativity, optimism, and persistence are qualities we intentionally embed in our STEMwonder experiences and professional learning opportunities. If you've taken an iteration of one of these programs before, we invite you to return and continue learning with us. Refine your approach to questioning. Update your materials. Bring your team with you. Invite newbies! Our opportunities are designed to fit educators' busy schedules - a single summer day and a Saturday of playful learning, a stipend to offset travel, a grad credit to use in license renewal, new classroom materials, and ideas for integrating STEM with literacy.

What more could an educator ask for?
Join us by applying to the STEMwonder Scale-Up Program!

34 DAYS TO APPLY BEFORE THE DEADLINE!

educate.iowa.gov/STEM/ScaleUp


Friday, January 30, 2026

Learning at Deeper Levels

It’s always a joy to hear from educators who have participated in our past Scale-Ups! Many have asked whether they can reapply after completing one or more of our previous programs. The answer is YES! Each year we refresh our materials with new technologies that weren’t available before and update our professional learning based on the latest research. In this 3-year award, we are delving deeper into integrative STEM and literacy.

All of us on the STEMwonder team have real classroom experience with young children, so we know that repeating a professional learning experience often leads to deeper understanding. Each time you revisit similar content, your questions shift, your insights grow, and your solutions become more nuanced.

As we move into the next three years of Scale-Ups, we are thrilled to welcome both new and returning awardees. New participants will be learning how to introduce and implement Engineering, Ramps & Pathways, Light & Shadow, and Balance. Returning participants can support them with practical advice while also refining their own questioning strategies, strengthening how they challenge students’ thinking, and exploring literacy connections within STEM.

Choosing between the Science of Reading and Science/STEM is a false choice. Strong reading instruction and STEM learning go hand in hand. Together, they help students become stronger readers, more confident scientists and engineers, and thoughtful mathematicians!

39 DAYS TO APPLY BEFORE THE DEADLINE! 

educate.iowa.gov/STEM/ScaleUp



Tuesday, January 27, 2026

A Special Opportunity for Iowa's Educators From the Iowa Governor's STEM Advisory Council

Imagine a classroom where children's natural curiosity becomes the spark for joyful discovery - where questions like How does this work? or What will happen if...? leads to hands-on exploration, meaningful collaboration, and joyful learning.

That's the heart of STEM - and the reason we're proud to share that STEMwonder Experiences has been selected as one of only three partners for the Iowa Governor's STEM Scale-Up Program.

This is an exciting chance to bring imagination-driven STEM experiences to the students who benefit most. STEM starts early.

Who Can Apply?

Informal learning educators and PK-Grade 3 teachers working with children ages 4-8 are encouraged to apply. Whether you're familiar with STEMwonder or brand new to the program, you're welcome - and you'll find updated materials, expanded capabilities, and new research supporting your work.

What Awardees Receive

Starting in July and over three years, awardees will gain professional learning and high-quality classroom materials designed to make STEM come alive:

  • 2026-2027: Engineering Ramps & Pathways
  • 2027-2028: Engineering Light & Shadow
  • 2028-2029: Engineering Balance


Each kit is intentionally designed for young learners, offering developmentally rich experiences that grow problem-solving, inquiry, collaboration, and foundational early literacy skills. 
Apply now at https://tinyurl.com/2mfjn6pr. Need assistance? Email regents.center@uni.edu



Friday, January 16, 2026

Curiosity-Creativity-Confidence















Curiosity is what sparks learning. When children wonder about something, they naturally want to explore it, and that curiosity helps them understand the world more deeply. As they ask questions and investigate how things work, they develop inquisitive minds and stronger thinking skills. With the rapid growth of AI, it’s more important than ever for schools to nurture this sense of curiosity—encouraging children to think critically, ask meaningful questions, and explore new ideas.

Curious teachers help create curious learners. When teachers pay attention to what excites children and what captures their interest, it opens the door to creative and effective teaching. At the Iowa Regents’ Center for Early Developmental Education, we’re always exploring how children respond to different phenomena. Our goal is to design hands‑on STEM experiences that honor children’s natural curiosity about the world.

In our work, we create materials that meet four key criteria: producible, immediate, observable, and variable. Children should be able to make something happen on their own, see the result right away, and adjust or vary something to discover a new outcome. Through this process, they build confidence in their ability to figure things out and follow their ideas.

The artifacts you see represent the ongoing work of our curious team. Noticing children’s interest in rotational motion, we set out to design materials that fit our four criteria. To explore new possibilities, our team member Yin dug into how 3D printers work and began creating tops and fan blades with interchangeable parts children can experiment with. What you see on display is our continuing journey in developing these engaging, variable materials. 

What ideas do you have? We'd like to learn from you!

Wednesday, April 19, 2023

Coding in Early Childhood


Coding is the process of creating step-by-step instructions for a computer. These carefully written instructions are necessary for the computer to successfully run its programs. The instructions for the computer are not the same as human verbal or written instructions. A computer uses the language of number. However, a computer counts differently than a human counts. The instructions use a number system that is not in base ten, but instead, a binary number system. 


Chepina Rumsey, Associate Professor in mathematics at UNI has been working with us as we explore experiences that support the kind of thinking that is required for coding, but experiences that are not necessarily electronic and don't have screens. In other words, what early experiences help build the architecture of the brain to more easily develop concepts in computer science and in coding. We happened upon research done by MIT computer scientists who are exploring this idea as well, and worked to design "materials for young children to learn the basics behind how computers work - without using computers" (Learningbeautiful.com). We purchased a set of their materials and examined them from the perspective of the young learner, and from the perspective of early childhood educators. 

One of the Learning Beautiful experiences is the Binary Towers. Although the experience is written for young children, we struggled with how young children would respond to learning a binary number system at the same time they were learning a base ten system. We questioned whether the benefits of dual number system learning would be the same as dual language learning. We have not yet arrived at an answer to this question. What we did settle on is that the Binary Tower experience would be a good introduction to the binary system for early childhood educators unfamiliar with coding. 

We invite early childhood educators and preservice teachers to explore the Binary Towers in our Integrative Classroom Studio (Schindler Education Center 116) at UNI where we are exhibiting explorations in coding in early childhood. Read the book The Binary Towers Playbook and engage with the Binary Towers materials to become familiar with the basics of how computers work. While the Binary Towers Playbook reads like a child's picture book, we feel the contents and concepts are suited for adults who want to know more about computer coding. Come play with us in our Integrative Classroom Studio and think with us on how to engage young learners in concepts of computational thinking in developmentally appropriate ways. 

Thursday, December 9, 2021

The Value of Loose Parts

 This past summer and fall, the Iowa Regents' Center for Early Developmental Education had the privilege to spend learn with more than 160 Iowa educators by exploring open-ended STEM experiences involving light and shadow phenomena. Several of these experiences involved loose parts. The idea of providing young children with loose parts was initiated by British architect, Simon Nicholson as a way for children to interact with variable such as gravity, sound, science concepts, words, and people. Engaging with open-ended loose parts offers a sense of wonder to children and nurtures invention, divergent thinking, and problem solving. We encourage teachers to provide opportunities for children to work with loose parts on a light pad, using light as a tool to reveal details in human made and natural objects, discover patterns, and create their own patterns using loose parts. When PK-2 children handle loose parts, they call upon their five senses as well as their senses of weight and balance. They discover properties of the materials, and how those properties determine how these materials can be used. 

A recent article by Carrie Cutler and Diane Skidmore entitled, Creating Outdoor Loose Parts Classroom: One Preschool's Quest for Boundless STEM, illustrates how a preschool capitalized on the open-ended nature of loose parts. The article provides guidance on how to collect loose parts, how to set up an outdoor loose parts classroom, and how loose parts outdoors connects children with STEM in a way that is meaningful to the. Cutler and Skidmore discuss ways to plan and reinforce safe play, and how teachers can learn to let the child lead in loose parts play. Examples of how to observe and assess growth are listed as well as reflecting on how to adjust and improve experiences with loose parts to respect children's initiative and creativity. Click here to access a link to the article. 
How are you using loose parts with your young children?