Importance of using tablets in the classroom - CAE

Inquiry-Based Learning Support: Students can use tablet devices to actively investigate STEM topics, ask questions, and seek answers through experimentation and exploration within digital environments.

Support for Different Learning Needs: Tablet devices offer flexibility in customization, allowing teachers to adjust settings for students with different learning needs. Features such as audio instructions, visual cues, and touch-sensitive interfaces can support diverse learners.

Interactive Digital Whiteboard Best Practices for K-12 Classrooms | EdTech Magazine

Inquiry-Based Learning Support: Students can actively participate in collaborative problem-solving activities and experiments using interactive whiteboards. They can manipulate virtual models, interpret diagrams, and visualize abstract concepts in real-time.

Support for Different Learning Needs: Interactive whiteboards provide multisensory experiences that cater to different learning styles. Teachers can incorporate audiovisual elements, tangible interactions, and adaptive feedback to accommodate diverse learners.

The Benefits of Teaching Kids to Code (bc.edu)

Inquiry-Based Learning Support: Students engage in continual problem-solving processes as they experiment with coding concepts and debug their programs. They learn to ask questions, test hypotheses, and refine their designs through trial and error.

Support for Different Learning Needs: Coding kits offer multiple entry points for students with varying abilities and interests. They provide scaffolding tools, such as block-based programming interfaces and step-by-step tutorials, to support learners at different skill levels.

Educational Benefits of Digital Microscopes - New York Microscope Company (microscopeinternational.com)

Inquiry-Based Learning Support: Students can conduct investigations and collect data using digital microscopes, guiding their inquiries based on observations and evidence. They can compare and contrast different samples, make predictions, and draw conclusions from their findings.

Support for Different Learning Needs: Digital microscopes offer adjustable settings and accessibility features, such as magnification controls and image enhancements, to accommodate students with visual impairments or fine motor difficulties.

7 Augmented Reality Tools for K-12 Classrooms | Edutopia

Inquiry-Based Learning Support: Students can engage in hands-on exploration and experimentation with AR apps, investigating scientific occurrences and solving real-world problems within virtual environments. They can collaborate with peers, manipulate digital objects, and make connections between abstract ideas and concrete experiences.

Support for Different Learning Needs: AR apps offer customizable features, such as adjustable font sizes, audio descriptions, and simplified interfaces, to accommodate students with diverse learning preferences and sensory sensitivities.

Ten Things Children Learn From Block Play | NAEYC

Inquiry-Based Learning Support: Students engage in open-ended exploration and experimentation with building blocks, testing hypotheses, and refining their designs through trial and error. They develop critical thinking skills as they analyze problems, make decisions, and experiment with their creations.

Support for Different Learning Needs: Building blocks offer tangible experiences and multisensory feedback that appeal to students with diverse learning preferences. They provide opportunities for collaboration, communication, and teamwork among students with different abilities.

Observe and Learn! How a Magnifying Glass Builds Kids' Science Skills (kindercare.com)

Inquiry-Based Learning Support: Students use magnifying glasses to observe and investigate objects, making observations, asking questions, and drawing conclusions based on evidence. They develop scientific inquiry skills as they explore patterns, identify characteristics, and make connections between observations.

Support for Different Learning Needs: Magnifying glasses offer visual enhancements that support students with visual impairments or difficulties seeing small details. They provide a tangible tool for hands-on exploration and discovery, accommodating different learning styles and preferences.

Tangrams: Geometry Hands-On Math Manipulatives | hand2mind

Inquiry-Based Learning Support: Students engage in open-ended exploration with tangrams, experimenting with different combinations and arrangements to solve puzzles and create new shapes. They develop critical thinking skills as they analyze patterns, make predictions, and justify their solutions.

Support for Different Learning Needs: Tangrams offer tangible experiences and visual representations that appeal to students with diverse learning preferences. They provide opportunities for kinesthetic learning and fine motor skill development, supporting students with physical disabilities or coordination difficulties.

How picture books help kids develop literacy skills | Reading Partners | Reading Partners

Inquiry-Based Learning Support: Students engage in discussions and inquiries inspired by picture books, asking questions, making predictions, and exploring related concepts through hands-on activities and experiments.

Support for Different Learning Needs: Picture books provide multisensory experiences that accommodate different learning styles and preferences. They offer visual supports and narrative cues that appeal to students with diverse linguistic and cognitive abilities, supporting language development and comprehension skills.

7 Benefits of Playing with Play Dough | Sunshine House

Inquiry-Based Learning Support: Students engage in open-ended exploration with playdough, experimenting with different techniques and materials to create and manipulate shapes and designs. They develop problem-solving skills as they overcome challenges and refine their creations through trial and error.

Support for Different Learning Needs: Playdough offers sensory experiences that appeal to students with diverse learning preferences and sensory sensitivities. It provides a tangible medium for hands-on learning that supports fine motor skill development and coordination, accommodating students with physical disabilities or difficulties manipulating small objects.

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Eckert, J. (2021, February 5). 10 Teacher Picks for Best Tech Tools. Edutopia; George Lucas Educational Foundation. https://www.edutopia.org/article/10-teacher-picks-best-tech-tools?gad_source=1&gclid=CjwKCAiA2pyuBhBKEiwApLaIO2xey14YiIxdcV2zyxWSvyMq3zrjMgEeS8CHkXFF2JK8CzdvNqJ40xoCTkYQAvD_BwE

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Rosenfeld, D. (2022, May 12). Digital Resources for Play-Based Learning in Preschool. Edutopia; George Lucas Educational Foundation. https://www.edutopia.org/article/digital-resources-play-based-learning-preschool/

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