RoboBlocky™
A Comprehensive TK-12 Solution for Learning Math with Robotics™â€‹
RoboBlocky is a comprehensive TK–12 solution for Learning Math with Robotics™. It improves mathematics achievement by integrating mathematics with STEAM, computer science, engineering design, reading, and writing through robotics for classroom instruction and expanded learning.
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Developed through more than two decades of research and development in collaboration with the UC Davis C-STEM Center and thousands of educators. RoboBlocky brings the Learning Math with Robotics™ educational philosophy to life through four core components that support effective teaching and meaningful student learning from Transitional Kindergarten through Grade 12.
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One Robot. One Platform.
Unlimited TK–12 Learning Opportunities.
Four Core Components
​RoboBlocky combines four core components to provide schools and districts with a comprehensive TK–12 solution for Learning Math with Robotics™.
RoboBlocky Curriculum
​What Students Learn​​
The RoboBlocky Curriculum is a comprehensive TK–12 curriculum that improves mathematics achievement by integrating mathematics with STEAM, computer science, and engineering design through robotics. It consists of Curriculum Programs, cross-curricular Integrated Learning Components, and research-informed instructional frameworks that support meaningful learning experiences across classroom instruction and expanded learning.
RoboBlocky Platform
​How Learning Is Delivered​​
The RoboBlocky Platform is a web-based Integrated Teaching and Learning Environment that supports curriculum delivery, coding, assessment, classroom interaction, teacher customization, virtual and physical robots, and physical computing. It removes unnecessary barriers while maintaining high expectations for every learner.​​
Robotics Hardware​
How Students Learn​​
RoboBlocky Robotics Hardware brings mathematics, STEAM, computer science, and engineering design to life through robotics. Built around the patented Linkbot™ programmable robot building block, the robotics hardware family includes Activity Mats, OmniBot, Arduino & Sensor-Based Robotics, and a versatile collection of accessories that support learning from Transitional Kindergarten through Grade 12.​​
Professional Learning​
How Educators Succeed​​
Professional Learning empowers teachers and administrators to successfully implement RoboBlocky through professional learning, curriculum implementation support, coaching, Computer Science Supplementary Authorization, and ongoing instructional support that promotes sustainable district implementation.​​
Learning Math with Robotics
​​​Learning Math with Robotics™ is the educational philosophy that guides the design of the RoboBlocky solution. It informs every aspect of RoboBlocky—from curriculum design and instructional frameworks to the platform, robotics hardware, and Professional Learning.
Why Schools Choose RoboBlocky
​​​Research-Based​
Developed through more than two decades of research and collaboration with the UC Davis C-STEM Center and thousands of educators.
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Comprehensive TK-12 Solution​
One coherent solution supporting students from Transitional Kindergarten through Grade 12.​
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Flexible Implementation​
Supports classroom core and supplemental instruction, acceleration, intervention, enrichment, expanded learning, summer programs, CTE, and maker-centered learning.​
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Hands-On Learning​
Students learn through virtual robots, physical robots, physical computing, engineering design, and authentic real-world problem solving.​
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Sustainable District Implementation​
Schools and districts can begin implementation of any curriculum program or individual course independently at any grade level to meet their instructional goals while expanding seamlessly over time.
Growing with Schools and Districts
One Solution That Grows Over Time
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TK → Elementary → Middle School → High School → College & Career
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RoboBlocky grows with students, educators, schools, and districts through the same curriculum, platform, robotics hardware, and professional learning, enabling schools and districts to expand implementation seamlessly over time while maximizing their long-term investment in mathematics, STEAM, computer science, and engineering design through robotics.
Explore RoboBlocky
