Explore Resources

This interactive PhET simulation allows students to explore the fundamental concepts of states of matter (solid, liquid, gas) by manipulating temperature and observing molecular motion and interactions. Teachers can use this engaging tool to facilitate inquiry-based learning, enabling students to visualize phase changes and understand the kinetic molecular theory. It supports conceptual understanding in chemistry and can be integrated into lessons on physical properties and energy. The simulation provides a dynamic, hands-on virtual environment for students to conduct experiments and draw conclusions about the behavior of matter.

Delightex provides an engaging platform for students to invent, build, and code their own 3D creations, fostering creativity and computational thinking skills. This versatile tool is accessible across mobile, tablet, and desktop devices, including Chromebooks, making it suitable for diverse learning environments. It empowers kids to develop essential digital skills through hands-on, interactive projects. Teachers can leverage Delightex to enhance learning experiences in computer science and design.

Snap! is a powerful, blocks-based programming language developed by UC Berkeley, designed to introduce students to fundamental computer science concepts. It empowers learners to not only drag and drop pre-defined blocks but also to create their own custom blocks, fostering deeper understanding of abstraction and algorithm design. This interactive platform supports the development of computational thinking and creativity, making complex programming ideas accessible for a wide range of educational levels, including high school and introductory college courses, and is used in AP Computer Science Principles curricula. Snap! is a free, web-based tool, making it easily accessible without installation and allowing students to save and share their projects.

The Hour of Code with Kodable offers free, engaging coding activities and games specifically designed for K-5 students, making it an ideal resource for introducing foundational computer science concepts. This platform requires no prior coding experience or complex setup, allowing teachers to easily integrate introductory coding into their curriculum. It provides a fun and accessible learning experience for both readers and pre-readers, fostering critical thinking and problem-solving skills through interactive play. Kodable's activities help students grasp essential coding principles in an enjoyable and supportive environment.

The Hour of Code, powered by Code.org, is a global movement designed to introduce K-12 students to the fundamentals of computer science through engaging, one-hour tutorials. It offers a wide array of activities from various partners, making coding accessible and fun for all ages and skill levels, even for those with no prior experience. Teachers can easily integrate these free, interactive lessons into their curriculum to foster computational thinking and digital literacy. This initiative serves as an excellent entry point for students to explore coding and develop critical problem-solving skills.

EduBlocks is a free, web-based tool designed to help students bridge the gap between visual block-based programming and text-based languages like Python and HTML. By using a familiar drag-and-drop interface that translates directly into real code syntax, it allows learners to build confidence while developing foundational computer science skills. Teachers can leverage the platform to introduce complex concepts through various hardware integrations, including the BBC micro:bit and Raspberry Pi. It is an ideal resource for upper elementary and middle school classrooms looking to transition students toward professional coding environments.

This Code.org Sprite Lab activity is the first level of Lesson 1, "Introducing Sprite Lab," designed to engage K-5 students with foundational computer science concepts. Learners explore how apps function, discuss the role of technology in their lives, and identify sprites within programs, emphasizing the importance of user choices in design. Teachers can utilize this block-based coding resource to introduce computational thinking skills and basic programming principles in an interactive and accessible format. It serves as an excellent starting point for students to develop early coding literacy and prepare for creating their own animations and games.

Microsoft MakeCode Arcade is a free, web-based platform that allows students to design and develop their own retro-style arcade games using block coding or text-based programming. Teachers can utilize structured curriculum and step-by-step tutorials to guide students through the engineering design process while reinforcing core computer science principles. The platform features a built-in emulator for instant testing and supports hardware integration, making it an excellent tool for hands-on makerspace projects. With its accessible interface and creative potential, it engages learners of all skill levels in game-based learning and computational thinking.

MIT App Inventor is a free, intuitive block-based programming tool that allows students and educators to create fully functional mobile apps for Android and iOS devices. It empowers learners of all ages, particularly K-12, to engage in hands-on app development without prior coding experience, fostering creativity and problem-solving skills. Teachers can leverage App Inventor to introduce fundamental computer science concepts, computational thinking, and the engineering design process in an accessible and engaging manner. This platform supports a wide range of educational projects, making mobile learning development approachable for diverse classrooms.

CS Unplugged offers a wealth of free, interactive activities designed to introduce core computer science concepts without requiring digital devices. These hands-on lessons engage K-12 students in critical thinking and problem-solving through games, puzzles, and physical challenges. The resource effectively demystifies complex topics like algorithms, data representation, and networking, making them accessible to a broad age range. It serves as an excellent tool for educators to foster computational thinking skills and build foundational understanding in a collaborative, low-tech environment.

Math Playground offers a diverse collection of hundreds of engaging math games, puzzles, and interactive learning adventures designed to make problem-solving fun and meaningful for K-6 students. Created by an educator, this platform aims to spark curiosity, build confidence, and transform mathematical concepts into an exciting world of discovery through purposeful play. It helps students develop essential math skills, critical thinking, and problem-solving abilities, aligning with Common Core State Standards. This resource provides interactive and visually engaging experiences, making it ideal for reinforcing foundational math skills and supporting various learning styles.