\({\rm\bf RoboBlocky\; Math}^{\rm TM}\) is an innovative curriculum designed for \({\rm\bf Learning\;Math\; with\; Coding\; and\; Robotics}^{\rm TM}\). By integrating coding, robotics, and problem-solving, it connects math concepts to real-world applications, helping students understand the relevance of what they’re learning while developing critical skills for future opportunities in Science, Technology, Engineering, and Math (STEM).

• Aligned with state math standards and featuring Big Idea Tasks (grades K-5) and Big Idea Projects (grades 6-12), RoboBlocky Math, together with grade-level print workbooks, can be used as a core resource for teaching K-12 math. It also includes alignment guides for many widely used math textbooks, enabling educators to easily adapt it as a supplement to their existing curriculum.
• The curriculum gives students opportunities to explore mathematical ideas, apply their learning through coding and robotics activities, and reflect on their progress. Designed for diverse learners, it offers multiple ways for students to demonstrate understanding, such as solving problems, coding with virtual robots or optional hardware robots, and engaging in collaboration and discussion.
• RoboBlocky Math has been shown to improve student outcomes. In one success story, the percentage of sixth-grade students meeting or exceeding state math standards rose from 16% (based on their 5th grade performance the previous year) to 71%, representing a 344% improvement. RoboBlocky Math supports equitable and effective STEM education and helps raise math achievement for all students. 

For more information, please click here

 

The Computer Science with Robotics curriculum motivates and engages students in learning the fundamentals of computer science through hands-on, interactive robotics lessons using both virtual and hardware robots. Students develop foundational experience and skills in:

• Computational thinking and logical reasoning.
• Reading comprehension, direction-following, and understanding sequential processes.
• Mathematical modeling and graphing using manipulatives and coordinate systems.
• Creative storytelling and comprehensive projects that support collaboration and distance learning.
• Transitioning smoothly from block-based coding to text-based programming in C/C++.

Each course within the curriculum is tailored to a specific grade level, with consideration given to students’ cognitive development and mathematical proficiency. No prior experience with coding or robotics is required. The courses may be implemented as stand-alone curricula or integrated as supplements to existing math, computer science, or STEAM programs. For more information, please click here.

The Engineering Design with Robotics curriculum offers students hands-on opportunities for creative construction, mechanical exploration, and real-world STEAM projects using Linkbot robots and accessories. Linkbot is a Barobo patented reconfigurable modular robot; each unit functions as a building block with its own brain, actuators, and sensors. Key features of the curriculum include:

• SnapConnect technology: With Barobo patented SnapConnect technology, multiple Linkbots and accessories can be easily and quickly snapped together, without the need for special tools, to create a wide range of robotic systems for diverse tasks and projects, such as RoboPlay Challenge Competitions.
• K-12 versatility: The same hardware and programming tools can be used across all grade levels and subjects, from K to 12, allowing students to progressively deepen their learning while using the same versatile resources.
• Diverse robotics tools: The curriculum incorporates Linkbots, OmniBot robots, Arduino boards, and sensor-based robotics, offering unprecedented hands-on opportunities for learning and engineering design with multiple robots.
• Ease of programming: The multi-robot machines that students create can be easily programmed, allowing them to quickly engage with both math and coding concepts while seeing immediate results through interactive activities.
• LEGO integration: Widely available LEGO parts can easily be incorporated into student-designed Linkbot robot machines, further expanding design possibilities.

This combination opens up a world of unlimited possibilities for students to explore and create while learning math, computer science, and STEAM, enpowering the next generation of makers, innovators, and leaders. For more information, please click here.

The Robotics-Math Programs for Expanded Learning curriculum, designed for afterschool and summer programs:

• Engage students in hands-on computer science and robotics activities.
• Provide opportunities for both accelerated and intervention math learning through real-world problem-solving.
• Nurture creativity and imagination as students design and program their own robot machines.
• Enhance teamwork and communication skills through collaborative robotics projects
• Prepare students to participate in the math-focused, level-playing-field RoboPlay Challenge Competitions.

The same hardware and programming tools used in regular classroom instruction can be utilized in expanded learning programs, making implementation highly cost-effective while offering additional time for exploration and deeper learning. For more information, please click here.

 

RoboPlay is a unique, math-focused, level-playing-field robotics competition for students in grades 1-12. Designed around math skill levels, it offers students the opportunity to showcase real-world problem-solving capabilities and develop teamwork skills in a competitive setting. Participants creatively use reconfigurable modular Linkbot robots and accessories to complete a variety of math challenge tasks involving engineering design and robotics. Key features of RoboPlay include:

• Equitable and inclusive format: Students receive the challenges on the day of the competition, ensuring a level playing field with no advantage for teams with more funding or preparation time.
• No advance planning required: Ideal for integration into classrooms, after-school clubs, and expanded learning programs.
• Curriculum-aligned and cost effective: All tasks are built around the same equipment students already use for the RoboBlocky curriculum in K-12 classroom instruction or expanded learning, with no additional purchases needed.
• Ongoing access to materials: New challenges are released annually, and all past challenges and sample solution videos are available free of charge to Prime Members.

For more information about the RoboPlay Challenge Competition, please see the link here.

The RoboBlocky Math, Computer Science, Engineering Design, and Expanded Learning curricula:

• Help students develop math literacy and make meaningful connections between abstract concepts and real-life applications through over 14,000 lessons, activities, Big Idea Tasks, and Big Idea Projects.
• Encourage creativity through the engineering design process, allowing students to create their own robotic machines, engage in storytelling, and design RoboBlocky activities.
• Can be started at any grade level from transitional kindergarten to 12th grade.
• Include audio and translation options for lessons and activities, ensuring accessibility in English and other languages, such as Spanish.
• Offer a low floor for beginners and a high ceiling for advanced students across all grade levels within a single platform, while also facilitating a smooth transition from drag-and-drop block-based coding to text-based programming in C/C++.

Professional Development:

• Barobo offers both online and on-site professional development to support educators in integrating RoboBlocky curricula into classroom instruction and expanded learning programs.
• A train-the-trainer program is also available, enabling school districts to conduct their own professional development for teachers, building local capacity and ensuring long-term sustainability.
• In collaboration with higher education partners, Barobo offers comprehensive professional development for school districts to support their K-12 teachers pursuing a Computer Science Supplementary Teaching Credential.

For more information, please click here.