Create lesson plans and manage student progress. Assign and track coding challenges using visual and text-based blocks. Integrate with LEGO SPIKE hardware for hands-on STEAM activities. Monitor classroom performance and provide feedback.
Programming through interactive lessons and hands-on practice in languages like Python, JavaScript, and Java. Complete coding challenges, track progress, and access a community for support and collaboration.
Teaches through interactive lessons and puzzles. Allows to create stories, games, and animations. Includes step-by-step tutorials and progress tracking. Syncs with classroom activities and provides feedback on projects.
Offer interactive for children ages 2–8. Access creative play areas and educational activities. Track progress through structured lessons. Sync with parental accounts for monitoring. Share achievements and milestones.
Teaches coding through game-based lessons and self-paced activities. Students solve mazes, create games, and explore creative challenges. Includes progress tracking and interactive lessons for pre-readers and readers.
Learn programming concepts through interactive lessons and exercises. Complete coding challenges to reinforce knowledge. Track progress and set goals. Sync learning sessions across devices. Receive personalized feedback and recommendations.
Learn to code through interactive puzzles and games. Create custom stories and games. Explore content made by other children. Participate in monthly contests. Collaborate in multiplayer challenges.
Math and computer science through interactive lessons and personalized practice. Explore concepts visually, solve problems step-by-step, and receive instant feedback. Track progress and set learning goals to improve STEM skills.
Create 3D models using intuitive device-optimized controls. Design circuits, code, and simulate electronic components. Learn through hands-on projects. Access free, ad-free tools suitable for all ages.
Python with step-by-step tutorials, interactive coding exercises, and quizzes. Practice in a built-in code editor, test knowledge with exercises, and track progress in real time.
Learn computational thinking through puzzle-based programming. Create robotic solutions using block pieces. Program FlipRobot E310 series with Arduino. Explore electrical-mechanical designs and automation. Solve real-life problems through coding.