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1. Bee-Bots

Description: Small, friendly robots designed to introduce coding to young children.

Inquiry Support: Promotes hands-on exploration of sequencing and problem-solving.

Engagement: Ideal for kinesthetic learners and children who learn through movement and visual feedback.

More Info: Bee-Bot Overview https://www.youtube.com/watch?v=zV6yJC5JAiQ

2. ScratchJr

Description: A coding app where kids use drag-and-drop programming blocks to create interactive stories and games.

Inquiry Support: Encourages experimentation and iterative learning.

Engagement: Appeals to creative thinkers and supports narrative-based learning.

More Info: Scratch Jr Website https://www.scratchjr.org

3. Osmo Learning System

Description: Combines physical objects with interactive apps to teach coding, math and spatial reasoning.

Inquiry Support: Fosters active learning through trial and error.

Engagement: Visually rich and tactile, supporting diverse learning styles.

More Info: Osmo for Schools

https://www.stemfinity.com

4. KIBO Robotics Kit

Description: A screen-free robot kids an program using wooden blocks.

Inquiry Support: Helps children explore cause-and-effect, logic, and sequencing.

Engagement: Especially useful for students with screen sensitivities or attention needs.

More Info: KIBO Robot https://kinderlabrobotics.com/shop/

5. Augmented Reality Sandbox

Description: Combines real sand with projected images and depth sensors to teach topography and earth science.

Inquiry Support: Encourages open-ended exploration of landforms and water flow.

Engagement: Immersive and sensory-rich experience for all learners.

More Info: RobotLAB Blog

https://www.robotlab.com › group › blog

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1. Pattern Blocks and Tangrams

Description: Geometric shapes children can arrange to explore symmetry and spatial reasoning.

Inquiry Support: Facilitates discovery of patterns and properties of shapes.

Engagement: Great for visual and tactile learners.

Use Tip: Challenge students to create animals or buildings from specific shapes.

2. Measuring Tapes and Rulers

Description: Simple tools to measure length, height, and distance.

Inquiry Support: Supports experiments and STEM journaling.

Engagement: Allows movement-based measurement games ("What's longer that your arm?").

shapes.

3. Science Journals

Description: Notebooks where kids draw and write observations.

Inquiry Support: Encourages scientific thinking and documentation.

Engagement: Ideal for verbal or artistic learners; personalizes learning.

4. Building Blocks (e.g., LEGO, wooden blocks)

Description: Manipulatives to explore engineering and design.

Inquiry Support: Promotes critical thinking and iteration.

Engagement: Appeals to builders, creators, and visual-spatial learners.

5. Magnifying Glasses and Nature Kits

Description: Basics science tools for exploring the outdoors.

Inquiry Support: Supports inquiry into plants, insects, and natural phenomena.

Engagement: Fosters curiosity through direct observation and sensory experiences.

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SpringerLink (Online service), Cohrssen, C., & Garvis, S. (2021). Embedding STEAM in early childhood education and care. Palgrave Macmillan.

RobotLAB. (n.d.). Nine ways technology can boost STEM learning. https://www.robotlab.com/blog/nine-ways-technology-can-boost-stem-learning

TeachThought. (n.d.). The best STEM tools for teaching.

https://www.teachthought.come/technology/best-stem-tools-for-teaching/

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This digital toolbox blends tactile, tech-forward, and inquiry-rich resources to support early childhood educators in making STEM both fun and accessible. These tools address diverse learning needs and help young students explore science, technology, engineering, and math in developmentally appropriate ways.