Makeblock :: Robot Kits & Laser Cutters

Makeblock: Democratizing STEM Education Through Hands-On Robotics

Makeblock is a globally recognized STEAM (Science, Technology, Engineering, Arts, and Mathematics) education company headquartered in Shenzhen, China, founded in 2013 by CEO Jasen Wang. The company designs and manufactures programmable building block kits, robotics platforms, and educational tools designed to make technology creation accessible to students, educators, and hobbyists worldwide. With products sold in over 140 countries, Makeblock has become one of the leading forces in the classroom robotics market.

Core Product Ecosystem

mBot Series
The entry-level mBot platform serves as Makeblock’s gateway product for young learners. These Arduino-compatible robots introduce children to basic programming through Scratch (block-based coding) and Python. The modular design allows students to build wheeled robots that can follow lines, avoid obstacles, and respond to remote control, providing immediate tactile feedback for coding concepts.

Neuron Platform
Makeblock’s Neuron line features color-coded electronic building blocks that snap together magnetically, requiring no soldering or complex wiring. Flow-based programming makes these accessible to elementary-aged children while teaching fundamental electrical engineering concepts. The platform includes sensors for sound, light, temperature, and motion, enabling kids to build everything from smart home models to musical instruments.

Codey Rocky & CyberPi
These more advanced platforms bridge the gap between playful learning and serious programming. Codey Rocky combines a programmable robot with a detachable controller, while CyberPi represents a single-board computer designed specifically for classroom IoT (Internet of Things) education. These devices support Python, microPython, and advanced AI concepts, preparing students for high school and university-level computer science.

Laserbox & 3D Printing
Beyond electronics, Makeblock has expanded into digital fabrication with desktop laser cutters and 3D printers designed for educational settings, enabling students to design and manufacture physical components for their robotic projects.

Educational Philosophy

Makeblock operates on a constructionist learning philosophy—believing that students learn best when actively constructing meaningful projects. Their curriculum aligns with international standards including Common Core, CSTA (Computer Science Teachers Association), and various national frameworks. The company provides extensive teacher resources, lesson plans, and professional development to help educators integrate robotics into existing coursework rather than treating it as an isolated subject.

Programming Progression
The company emphasizes scaffolded learning through age-appropriate interfaces:

Flow-based programming (Neuron): Visual connections between functional blocks
Block-based coding (mBlock 5): Scratch-like interface transitioning to text
Python/microPython: Professional text-based programming
Arduino C: Advanced users and electronics enthusiasts

Global Impact and Reach

Makeblock has established partnerships with thousands of schools worldwide and frequently sponsors robotics competitions that engage hundreds of thousands of students annually. During the COVID-19 pandemic, the company provided extensive remote learning resources, helping educators maintain hands-on STEM education through virtual robotics simulations and take-home kits.

The company’s success stems partly from affordability relative to competitors like LEGO Education, while maintaining comparable build quality and curriculum depth. This accessibility has democratized robotics education in developing regions where traditional educational technology remains financially prohibitive.

Industry Position and Future Direction

Makeblock competes with LEGO Education, Sphero, VEX Robotics, and Arduino-based kits, but distinguishes itself through:

Hardware-software integration: Proprietary operating systems optimized for their devices
Curriculum completeness: Turnkey solutions rather than component-only sales
Cross-platform compatibility: Works with iOS, Android, Windows, and macOS
Maker community support: Active user forums and open-source elements

As artificial intelligence and IoT become ubiquitous, Makeblock continues evolving toward AI education, incorporating machine learning concepts and voice recognition into their platforms. Their recent emphasis on sustainable development goals (SDGs) encourages students to build robots addressing environmental and social challenges.

Conclusion

Makeblock represents the industrialization of educational making—transforming complex engineering concepts into accessible, playful experiences without sacrificing technical depth. By providing scalable pathways from simple block-stacking to professional programming, they’ve created an ecosystem where a first-grader’s first taste of robotics can evolve into a career in autonomous systems or mechatronics. In an era where digital literacy increasingly resembles traditional literacy, Makeblock’s work equips the next generation not merely as technology consumers, but as creators capable of shaping the automated future.