Arduino Core Module AKX00015 for Education CTC Go — interactive learning kit component

The Arduino Core Module AKX00015 for Education CTC Go is the main processing unit designed to integrate with the CTC Go interactive learning kit. It consolidates computing, input/output and connectivity functions needed to build classroom experiments and personal projects. The module supports common Arduino-compatible sensors and actuators used in educational exercises, and is intended for hands-on lessons in coding, electronics and system interaction.

Advantages

The module provides a compact, classroom-ready platform with standard Arduino-compatible interfaces that simplify connection of sensors, motors and displays. Its design focuses on durability and ease of use for repeated handling by students, while offering straightforward integration with the Education CTC Go curriculum. The unit centralizes control and communication functions so learners can focus on programming logic and experiment design.

Suitable for

• Classroom lessons in basic programming and electronics
• Hands-on STEM workshops and demonstrations
• Individual study and homework projects involving sensors and actuators
• Prototyping simple interactive systems and experiments

Key specifications

• Processor and firmware compatible with Arduino educational environment
• Multiple input/output connectors for sensors, actuators and peripherals
• Standard communication interfaces for integration with other modules (such as serial, I/O buses)
• Durable PCB and connector design suitable for classroom use
• Power supply input compatible with Education CTC Go system requirements

How to use

Install the module into the Education CTC Go frame and connect sensors, actuators and any required peripherals using the provided connectors. Use the Arduino IDE or the recommended Education CTC Go software to upload sketches or visual programs. Follow the curriculum exercises to test sensor readings, control outputs and iterate on code. Ensure power connections match the system specifications and verify connectors are fully seated before powering on.

Recommendations

Handle the module by its edges, avoid direct contact with exposed circuitry, and disconnect power before rearranging wiring. Use cables and peripherals intended for educational kits, maintain stable power within recommended limits, and follow classroom safety procedures when working with motors or high-current components.