Georgia’s Youngest Scientists: Bringing Science to Infants and Toddlers - post

Georgia teachers, have you ever found yourself thinking, “You want me to teach Science to my infants and toddlers? That can’t be right!” Or “I don’t know how to do that?” Or “Isn’t science for older children?”

If so, you are not alone — but research-informed early childhood pedagogy shows that scientific thinking begins in infancy and is promoted through intentionally designed, play-based experiences. To support Georgia providers, ChildCareEd offers practical, Bright-from-the-Start approved courses such as Tomorrow’s Einstein’s: Infant and Toddler Science Buy Now $16.00 and Building Early Science Foundations Buy Now $16.00, both designed to translate developmental science into classroom practice.

Scientific learning may appear to be the subject for high school and college students, but believe it or not, it all begins with our smallest of peaches, the infants and toddlers!

Science is not just a subject of knowledge, but rather a way of thinking and acting.  It is the study of discovering the nature of things and how they work.   Science learning at any age involves curiosity, exploration, and discovery. These traits come naturally to most infants and toddlers.

Georgia Infant and Toddler teachers can help the children in their classrooms find answers to their questions and discover more about things that interest them.  Want to learn more? H&H Child Care Training offers many classes on how to bring science into the classroom, Tomorrow’s Einstein’s: Infant and Toddler Science is just one of the exciting classes we offer to bring Science to your peachy classroom!

All our online courses provide text, voice, and videos to make the content engaging as well as informative and are Bright from the Start approved for clock hours! Search the GaPDS website under our Approved Sponsor Organization code (TR-ASO-76) for a full list of all our courses!   

Visit our website and schedule your next class today!

How can infants and toddlers learn science through everyday exploration?

Infants and toddlers develop the foundations of scientific thinking through sensory-motor exploration and repeated, scaffolded opportunities to observe and predict. At this developmental stage, science is less about content mastery and more about cultivating inquiry dispositions: curiosity, attention to patterns, causal reasoning, and nascent problem-solving. Teachers can support these dispositions by creating provocations that invite observation (e.g., layered containers with different textures), by narrating children’s discoveries, and by structuring environments that make cause-and-effect visible. These strategies align with developmentally appropriate practice and early cognitive models that link active exploration to neural pathways for executive function and conceptual organization.

What practical, classroom-ready activities promote inquiry and experimentation?

Below are developmentally appropriate activity examples that require minimal materials but yield rich opportunities for observation, language, and hypothesis-testing. Numbered steps indicate simple implementation sequences teachers can follow.

1. Sensorial 'mix-and-see': Provide clear containers, water, oil, and safe scoops. Let children predict and then observe layering and separation; label actions and outcomes to build vocabulary and causal language.
2. Cause-and-effect stations: Offer ramps, balls, and blocks so toddlers can test how objects move; pose simple prompts like “What happens if...” and let children repeat trials to see consistent outcomes.
3. Nature investigation: During outdoor time, provide magnifiers and trays for collecting leaves, stones, and seeds. Use open prompts (e.g., “Tell me what you notice”) to encourage focused observation and comparison.
4. Sensory change experiments: Folded paper with a smear of paint, or ice melting in salt versus water, let children watch physical changes and compare rates of change — ideal opportunities for descriptive language and early measurement vocabulary.
5. Problem-solving provocations: Offer a toy partially hidden under scarves or boxes; encourage toddlers to plan actions to retrieve it, supporting early executive function and persistence.

These activities can be adapted for small groups or individual routines, and they dovetail with course content in Enhancing STEM Education for Infants and Toddlers and the shorter workshop Basic Science in Early Childhood Buy Now $25.00.

How do Georgia regulations (Bright from the Start/DECAL) affect planning and training for science experiences?

Georgia providers should align pedagogical planning and training documentation with Bright from the Start: Georgia Department of Early Care and Learning (DECAL) requirements and the GaPDS training lookup. Many ChildCareEd courses are Bright from the Start approved under our ASO code (TR-ASO-76); use the GaPDS training search (GaPDS) to verify clock-hour approvals and to ensure selected trainings meet program or credentialing requirements. When planning activities, ensure health and safety guidance (e.g., safe materials for mouthing infants, proper supervision ratios) is followed — this both protects children and aligns your documentation to state licensing expectations.

Where can Georgia educators find related courses and resources to build a science-rich program?

In addition to the courses already mentioned, consider these ChildCareEd trainings for deeper skill development: 45-Hour Infant and Toddler Curriculum Buy Now $399.00$199.00, 10 Hour Health and Safety Orientation Training Buy Now $80.00$65.00, and Early Learning with Infants and Toddlers Buy Now $24.00. For practical classroom planning and ideas, our related articles provide ready-to-use inspiration and alignment with professional development goals:

• How can child care providers teach hands-on STEAM with everyday materials?
• How can child care providers use simple STEM activities with early learners?
• How can I use STEM activities in my Preschool and Pre-K classroom?
• 45-Hour Child Care Training in Georgia: Requirements and Options
• How can Georgia early childhood educators start their career path with ChildCareEd's support?
• Childcare Qualifications Explained: From Entry-Level to Director

How can teachers document science learning to meet professional standards and family communication?

Documenting science learning for infants and toddlers focuses on capturing process and dispositions rather than content recall. Use anecdotal notes, photo sequences, and short video clips that record children’s questions, attempts, and changes across time. Pair artifacts with teacher commentary that links observed behaviors to developmental goals (e.g., attention regulation, vocabulary gains, problem-solving). Share concise summaries with families that describe what their child explored, what the child learned, and suggested home extensions. This practice supports continuity of learning, demonstrates alignment to professional competencies, and provides evidence for training portfolios and licensing monitors when required.

What are the key takeaways for Georgia teachers who want to bring science to infants and toddlers?

Science with our youngest learners is inquiry-driven, emergent, and deeply integrated into everyday routines. Prioritize safe, sensory-rich opportunities, conversational labeling, repeated experimentation, and documentation that highlights process. Enroll in targeted professional development (for example, Tomorrow’s Einstein’s, Building Early Science Foundations, and Enhancing STEM Education for Infants and Toddlers Buy Now $16.00) to translate theory into practice and to ensure trainings are Bright from the Start approved for your documentation needs.

How can you get started this week?

1. Choose one low-risk provocation (e.g., water and containers) and observe for 10 minutes, taking notes on children’s actions and language. 2. Add one new vocabulary label during the next routine that connects to the activity. 3. Document one short photo-story to share with a family. These three steps are concrete, require minimal prep, and build momentum for more sustained inquiry practice.

What is the bottom line for Georgia teachers bringing science to infants and toddlers?

In short: infants and toddlers learn science through sensory exploration, repeated testing, and adult-supported language. Prioritize low-risk, sensory-rich provocations, label children’s observations, and document process over product to show developmental progress. Keep health and safety (mouthing materials, supervision ratios) aligned with Bright from the Start guidance so activities are licensable and program-ready.

Start small, document clearly, and verify training approvals on the GaPDS site under our ASO code (TR-ASO-76) so professional development feeds licensing documentation. A useful next step is to enroll in a single targeted course and run one provocation weekly — that rhythm builds teacher skill and produces visible child outcomes you can share with families and monitors.

Tags: #science #STEM #infants #toddlers #Georgia