Arduino CTC101 is a modular STEAM program tailored for students aged 13-17, consisting of a toolbox with 26 projects, an online platform, and educator training/support. It introduces students to programming, Arduino boards, digital/analog signals, serial communication, robotics, power systems, motors, wireless communication, and advanced sensors through 5 themed modules.
The IoT Learning Box offers university students a cutting-edge, hands-on experience with IoT technology. It supports popular protocols like MQTT, COAP, and HTTP, and features an ESP32 microcontroller that transmits data to the Thingsboard open-source IoT platform, making it accessible globally. Ideal for engineering students and professors, the box aids in learning and demonstrating IoT concepts. It supports various sensors, connects via built-in Wi-Fi and Bluetooth, and uses MQTT for device connectivity. The robust, splashproof, and shockproof design allows for diverse applications in both educational and commercial settings. Registered users gain access to additional e-learning resources.
The IoT Car is an interactive learning tool designed to teach and demonstrate Internet of Things (IoT) concepts. This physical product incorporates electronic and mechanical components, including a microprocessor, sensors, actuators, touch panel, and network connectivity. Built on the Raspberry Pi platform, the IoT Car features sensors such as humidity, temperature, accelerometer, GPS, GSM, and a camera, all controlled by DC and servo motors. It offers hands-on experience in electronics, mechanical systems, and embedded programming using Python. Suitable for engineering students, professors, and hobbyists, it includes access to an e-learning platform and a one-year MATLAB and Simulink license.
The Arduino Engineering Kit is designed for university students, offering hands-on experience with Arduino technology in an educational setting. It is ideal for engineering students, professors, and hobbyists. The kit includes high-quality, open-source hardware and provides access to a dedicated e-learning platform and MATLAB and Simulink for one year. Learning objectives include connecting MATLAB and Simulink to the Arduino MKR1000 to read and write data from sensors and actuators, analyzing and visualizing Arduino data, modeling and simulating dynamic systems in Simulink, and tuning model parameters in real-time. This kit enhances understanding of system modeling and embedded algorithm development.
Arduino CTC101, or Creative Technologies in the Classroom 101, is a modular STEAM program designed for students aged 13 to 17. It includes a comprehensive toolbox with 26 projects and easy-to-assemble experiments, an online learning platform, and educator support. The program features five themed modules covering programming fundamentals, Arduino boards, digital and analog signals, robotics, power systems, motors, Bluetooth communication, and advanced sensors. Students receive more than 700 components for classroom use, and educators benefit from guided training, live webinars, and expert support via an online forum. CTC101 aims to engage students with hands-on learning in technology and engineering.