KidsBlock Visual Programming for Easy Learning
KidsBlock is an interactive STEM learning kit that combines electronic building blocks with visual programming. By using graphical code blocks, KidsBlock allows learners to program projects without learning complex programming syntax. This approach helps beginners understand programming logic quickly and makes coding more accessible and enjoyable.
Learn Programming with Python Step by Step
In addition to block-based programming, KidsBlock supports the Python programming language. Python uses simple structure and concise syntax, which makes it easy for beginners to learn. Through guided activities, students gradually build systematic programming knowledge while strengthening logical thinking and problem-solving skills. This learning path helps students transition smoothly from visual programming to text-based coding.
Multiple Sensors and Electronic Modules Included
The KidsBlock kit includes a wide range of electronic sensors and modules for hands-on experimentation. These components include a white LED module, 3V relay module, button module, active buzzer, obstacle avoidance sensor, photoresistor, potentiometer, joystick module, SC7A20 three-axis acceleration sensor, and a servo. By working with these modules, learners explore how sensors collect data and how electronic systems respond to different inputs.
Build Creative Smart Projects with Modular Blocks
KidsBlock supports creative construction using modular building blocks. Learners can assemble the kit into six different functional projects, including manual lighting, automatic lighting, light adjustment systems, smart trash can (manual mode), smart trash can (automatic mode), and smart trash can with drop alarm. The building blocks allow students to design and modify structures freely, encouraging experimentation and creativity.
Develop STEM Skills Through Hands-On Practice
Through building and programming real projects, KidsBlock strengthens logical analysis, creativity, hands-on skills, and problem-solving ability. The kit works well in classrooms, STEM programs, and home learning environments, helping students build a strong foundation in programming, electronics, and smart system concepts.
