Enables real-time feedback to adapt instruction, ensuring students are ready for more complex concepts. Examples include:

• Colored sticky notes for self-reporting comprehension levels.

• Observing student interactions.

• Open-ended questioning.

• Utilizing rubrics for assessment clarity.

Designed for building conceptual understanding in math. Key features:

• Fact fluency toolkit.

• Problem-based lessons aligned with standards.

• Progression videos demonstrating concept development across grade levels.

• Online workshops for teacher professional development.

A versatile tool for introducing coding and robotics.

• Allows students to learn coding through play by programming robots to perform tasks.

• Offers free educator resources, including lesson plans aligned with standards.

• Ideal for teaching logic, problem-solving, and computational thinking.

Interactive robots that help students learn coding through visual programming tools.

• Dash performs commands, while Dot serves as a companion for creative tasks.

• Great for developing storytelling, math, and coding skills through hands-on play.

Tiny robots designed to teach coding using color-coded paths or block-based programming.

• Ideal for younger students as they can start coding with just markers and paper.

• Offers advanced programming capabilities through OzoBlockly.

• Useful for integrating STEM concepts with creative storytelling or problem-solving.

Combines LEGO building with STEAM learning for a hands-on, modular approach to problem-solving and engineering.

Aligns with NGSS and other standards, fostering critical thinking, teamwork, and engineering skills.