Remote control and graphical coding for Snap Circuits® sets that have an SC Controller (U33) module.
Learn the basics of coding, then code your own patterns of lights, sounds and moving parts.
Download the Snap Circuits® App and control Snap Circuits® projects using your smartphone or tablet to control lights, sounds and a motor! A great introduction to coding, using easy graphical coding or real-time control. More advanced coders can move up to BLOCKLY coding.
Learn about circuitry, security systems, dimmer switches, automatic lights, alarms, motion detectors, fan speeds, appliance motors, generators, and much more!
Kids all over the world have learned basic electronics with Snap Circuits® kits. Now, Snap Circuits® takes the next generation into the world of coding!
Snap Circuits® Coding is an innovative and engaging educational toy that seamlessly blends the worlds of electronics and coding. Designed for children aged 8 and up, this kit empowers young minds to explore the fundamentals of programming and circuitry in a fun and interactive way.
Circuit Building Blocks
The kit comprises a vast array of electronic components, including resistors, capacitors, transistors, and integrated circuits (ICs), all housed in colorful and easy-to-handle modules. These modules are designed to snap together securely, allowing children to build complex circuits without the need for soldering or specialized tools.
Coding Platform
Snap Circuits® Coding introduces children to coding through a user-friendly, drag-and-drop coding platform. The platform features a library of pre-defined code blocks, each representing a specific function or instruction. Children can assemble these blocks to create custom programs that control the behavior of their circuits.
Project Guide and Challenges
The kit comes with a comprehensive project guide that provides step-by-step instructions for building and coding a wide range of projects. These projects range from simple tasks, such as lighting up an LED, to more complex challenges, such as creating a motion-activated alarm system or a programmable robot.
Learning Objectives
Snap Circuits® Coding is designed to foster a deep understanding of electronics and coding. Through hands-on experimentation and project-based learning, children develop essential skills such as:
* Problem-solving: Children learn to identify and troubleshoot problems in their circuits and code.
* Critical thinking: They develop the ability to analyze situations, identify patterns, and make informed decisions.
* Creativity: The kit encourages children to experiment with different circuit designs and code sequences to create unique projects.
* STEM skills: Snap Circuits® Coding provides a strong foundation in science, technology, engineering, and math (STEM).
Educational Value
Snap Circuits® Coding is a valuable educational tool that supports STEM learning and prepares children for the future. By combining the excitement of electronics with the power of coding, it sparks a passion for STEM subjects and fosters a lifelong love of learning.
Remote control and graphical coding for Snap Circuits® sets that have an SC Controller (U33) module.
Learn the basics of coding, then code your own patterns of lights, sounds and moving parts.
Download the Snap Circuits® App and control Snap Circuits® projects using your smartphone or tablet to control lights, sounds and a motor! A great introduction to coding, using easy graphical coding or real-time control. More advanced coders can move up to BLOCKLY coding.
Learn about circuitry, security systems, dimmer switches, automatic lights, alarms, motion detectors, fan speeds, appliance motors, generators, and much more!
Kids all over the world have learned basic electronics with Snap Circuits® kits. Now, Snap Circuits® takes the next generation into the world of coding!
Snap Circuits® Coding is an innovative and engaging educational toy that seamlessly blends the worlds of electronics and coding. Designed for children aged 8 and up, this kit empowers young minds to explore the fundamentals of programming and circuitry in a fun and interactive way.
Circuit Building Blocks
The kit comprises a vast array of electronic components, including resistors, capacitors, transistors, and integrated circuits (ICs), all housed in colorful and easy-to-handle modules. These modules are designed to snap together securely, allowing children to build complex circuits without the need for soldering or specialized tools.
Coding Platform
Snap Circuits® Coding introduces children to coding through a user-friendly, drag-and-drop coding platform. The platform features a library of pre-defined code blocks, each representing a specific function or instruction. Children can assemble these blocks to create custom programs that control the behavior of their circuits.
Project Guide and Challenges
The kit comes with a comprehensive project guide that provides step-by-step instructions for building and coding a wide range of projects. These projects range from simple tasks, such as lighting up an LED, to more complex challenges, such as creating a motion-activated alarm system or a programmable robot.
Learning Objectives
Snap Circuits® Coding is designed to foster a deep understanding of electronics and coding. Through hands-on experimentation and project-based learning, children develop essential skills such as:
* Problem-solving: Children learn to identify and troubleshoot problems in their circuits and code.
* Critical thinking: They develop the ability to analyze situations, identify patterns, and make informed decisions.
* Creativity: The kit encourages children to experiment with different circuit designs and code sequences to create unique projects.
* STEM skills: Snap Circuits® Coding provides a strong foundation in science, technology, engineering, and math (STEM).
Educational Value
Snap Circuits® Coding is a valuable educational tool that supports STEM learning and prepares children for the future. By combining the excitement of electronics with the power of coding, it sparks a passion for STEM subjects and fosters a lifelong love of learning.
