Roborisen
A modular AI robotics and coding education system that combines programmable robots, hands-on building, block coding, Python, and curriculum-based learning for K–12 classrooms.
THE CHALLENGE
AI and coding concepts can remain abstract when students learn only through software. At the same time, teachers need classroom-ready hardware, curriculum, software, and teaching resources that work together without requiring extensive robotics expertise or complicated setup.
THE SOLUTION
PingPong Robot combines modular G-Cube robotics hardware with app coding, block coding, Python, AI activities, maker projects, and curriculum resources. Students can design, build, program, and control different robot configurations while learning robotics, sensors, AI, programming, and problem-solving through hands-on projects.
Build → Code → Control → Experiment → Create
A single programmable G-Cube can be combined with different links, sensors, and components to create a wide variety of robot configurations.
Supports progressive learning through app-based activities, Scratch and Entry block coding, Python, and other programming environments.
Students use sensors, robot movement, AI, and programming to understand how software interacts with the physical world.
Supports creative robot building as well as interdisciplinary activities connecting AI/SW with science, mathematics, art, and other subjects.
Provides textbooks, lesson materials, teacher guides, school packs, and classroom management tools designed for institutional implementation.
Elementary through high school learners developing coding, AI literacy, robotics, physical computing, and problem-solving skills.
Educators looking for structured, hands-on AI/SW teaching materials that can be used from introductory coding through advanced robotics projects.
Schools, academies, makerspaces, after-school programs, and education organizations seeking a scalable robotics and AI education solution.
Programs seeking accessible robot-based coding activities for special education and inclusive classrooms.
WHY IT STANDS OUT
PingPong Robot stands out through its modular approach. Instead of using a robot built for only one task, students can transform the G-Cube into different robot configurations and use the same platform across app coding, block coding, Python, AI, maker activities, and curriculum-based projects. This allows the learning experience to grow with the learner rather than ending with a single robotics activity.
Awards
CES 2020 Innovation Award
2020 E-Learning Korea EdTech Business Minister Award
Introduce PingPong Robot as a hands-on AI, coding, and robotics solution for schools, academies, makerspaces, and education networks.
Work with local education distributors and STEM solution providers to introduce PingPong Robot hardware, curriculum, and software to new markets.
Adapt curriculum, textbooks, teacher materials, software language, and learning pathways to local education requirements.
Explore large-scale AI/SW, robotics, STEM, digital literacy, and teacher-development initiatives with public education authorities.
Explore robot-based coding and AI education programs for special education and inclusive learning environments.
C2M selected PingPong Robot for its ability to connect coding with real-world creation. Its modular robotics system, progression from block coding to Python, broad curriculum applications, and classroom-ready resources make it particularly well suited for hands-on AI and STEM education across different learning levels and institutional settings.
