Easter Egg Tower STEM Project: An Easter STEM Challenge with Playdough

easter eggs stacked on top of each other with playdough in the middle to hold them up

Building challenges bring abstract STEM concepts into clear focus, especially when the approach is open ended. The Easter egg tower STEM project blends engineering, creativity, and problem-solving into a single Easter STEM challenge that is accessible for preschool and early elementary learners. Using plastic Easter eggs and playdough, children explore balance, stability, and design while constructing tall towers or experimenting with arches and bridges.

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easter eggs stacked on top of each other with playdough in the middle to hold them up

This Easter playdough activity encourages curiosity through trial and error. Each structure offers immediate feedback, by tipping, leaning, or standing strong. That natural cause-and-effect loop keeps engagement high and supports meaningful learning through play.

Easter STEM Activities That Encourage Engineering Thinking

easter eggs stacked on top of each other with playdough in the middle to hold them up

Engineering-focused Easter STEM activities work best when materials are flexible and forgiving. Playdough provides a sturdy yet adaptable base, while plastic Easter eggs introduce lightweight shapes that challenge balance and alignment. Together, they create a low-pressure environment where ideas can be tested, revised, and rebuilt again and again.

This Easter STEM challenge invites children to think like engineers. Decisions about spacing, symmetry, and support happen organically as towers are built taller or arches stretched wider. There is no single “right” solution, allowing creativity and logic to work side by side.

Supplies for the Easter Egg Tower STEM Project

a tray of colored easter eggs and playdough

This Easter playdough activity uses simple materials that are easy to source and quick to prepare.

Supplies needed:

  • Plastic Easter eggs (empty and clean)
  • Playdough in one or more colors
  • Flat surface or tray for building
  • Optional ruler or measuring tape

Optional additions include cardboard bases for stability, small trays to separate materials, or paper and pencils for sketching ideas before building.

How to Set Up This Easter STEM Challenge

easter eggs stacked into a rainbow shape with playdough holding the eggs together

Begin by placing playdough on a flat surface or tray, forming several small balls or logs that can act as connectors and anchors. Set out plastic Easter eggs nearby so they are easy to grab and rearrange.

Introduce the challenge in simple terms. The primary goal is to build the tallest tower possible using only playdough and Easter eggs. A secondary option encourages creativity by building archways, bridges, or wide structures instead of just height-focused towers.

Once materials are ready, building can begin immediately. No further setup is required, keeping the focus on exploration rather than instruction.

How Kids Engage with the Easter Egg Tower STEM Project

a kid stacking an easter egg tower with playdough in between each egg

Children approach this Easter STEM challenge in a variety of ways. Some start stacking eggs vertically, using playdough between each layer as a connector. Others experiment with wide bases, discovering that broader foundations or pyramid shapes support taller towers.

As towers wobble or collapse, adjustments follow naturally. More playdough could be added for stability, or eggs might be repositioned for better balance. This process of revision is where much of the learning takes place.

easter eggs stacked on top of each other with playdough in the middle to hold them up

When building archways, children arrange eggs horizontally and use playdough to support curved shapes. This variation introduces new challenges related to weight distribution and spacing. Structures can evolve from towers into bridges or abstract designs, reflecting individual problem-solving styles.

Measurement can also be combined as part of play. Towers may be compared side by side, or a ruler can be used to check height. These comparisons support early math skills without dry lessons.

Easter Books To Read After Building Your Easter Egg Tower

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02/10/2026 07:46 pm GMT
We may earn a commission if you make a purchase, at no additional cost to you.
02/10/2026 07:46 pm GMT
We may earn a commission if you make a purchase, at no additional cost to you.
02/10/2026 07:47 pm GMT
We may earn a commission if you make a purchase, at no additional cost to you.
02/10/2026 07:47 pm GMT
We may earn a commission if you make a purchase, at no additional cost to you.
02/10/2026 07:47 pm GMT
We may earn a commission if you make a purchase, at no additional cost to you.
02/10/2026 07:48 pm GMT

Benefits of an Easter Playdough Activity Focused on STEM

a tray of colored easter eggs and playdough

The Easter egg tower STEM project supports development across multiple domains while remaining engaging and flexible.

Engineering activity for kids: Children test ideas, observe results, and refine designs. Each attempt builds understanding of stability and structure.

Fine motor development: Rolling, pressing, and shaping playdough strengthens hand muscles and coordination. Placing eggs carefully requires controlled movements.

Spatial awareness: Deciding where to place each egg builds an understanding of space, balance, and alignment.

Creativity: Open-ended challenges allow unique designs to emerge. Towers, arches, and hybrid structures reflect individual thinking.

Persistence: Collapsing structures offer opportunities to practice patience and resilience. Rebuilding encourages a growth-focused mindset.

As an Easter STEM activity, this project blends learning and play in a natural way.

Why This Easter STEM Challenge Works So Well

easter eggs stacked on top of each other with playdough in the middle to hold them up

This activity succeeds because the materials invite experimentation. Playdough can be reshaped endlessly, removing fear of mistakes. Plastic Easter eggs are lightweight, making them easy to stack while still presenting real engineering challenges.

The seasonal theme adds familiarity without overwhelming the activity. Easter eggs are recognizable and inviting, helping children engage quickly. But the focus remains on building and problem-solving rather than decoration.

Because the challenge can scale in complexity, it works across a wide age range. Younger children may focus on simple stacking, while older learners explore symmetry, height optimization, or creative structures like arches and bridges.

Tips for Success with the Easter Egg Tower STEM Project

easter eggs stacked on top of each other with playdough in the middle to hold them up

A few thoughtful adjustments can enhance the experience and support deeper exploration.

  • Encourage a wide base before stacking upward to improve stability.
  • Suggest using small amounts of playdough between eggs rather than large clumps.
  • Allow time for rebuilding after collapses to try out fixes or new strategies.
  • Offer both height and design challenges to accommodate different interests.
  • Compare structures at the end to discuss what design choices worked well.

Limiting materials intentionally can also increase problem-solving. Providing a set number of eggs or a specific amount of playdough encourages thoughtful planning.

A Creative and Hands-On Easter STEM Activity

easter eggs stacked on top of each other with playdough in the middle to hold them up

The Easter egg tower STEM project brings engineering concepts to life through simple materials and open-ended challenges. As an Easter STEM challenge, it supports creativity, persistence, and critical thinking. As an Easter playdough activity, it offers tactile engagement and flexibility that invites repeated exploration.

This project highlights how Easter STEM activities can be approachable, meaningful, and deeply engaging, all while encouraging children to think like builders and problem-solvers.

More Easter Fun!

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