Overview
The SMART:Blox S4T set is a portable, tabletop educational system designed for programming and controlling analog and digital devices. Developed by Polytech, this innovative platform is based on an open-architecture computing system, featuring the ARD:icon and ARD:icon IoT programmable microcontrollers—both fully compatible with Arduino UNO. It includes a suite of analog and digital input/output (I/O) peripheral modules, enabling a versatile and user-friendly experience for learners.
This set is also part of the LHP 302 Automation – Mechatronics educational laboratory.
A Modern Learning Environment
The SMART:Blox S4T set, when paired with a computer, offers a cutting-edge educational platform where students can design and implement various circuits and control tasks. These can be programmed using block-based commands (logic blocks) or popular programming languages such as C, C++, Python, and Arduino IDE, among others.
Designed for Versatility
Equipped with a variety of accessories—including sensors, actuators, and interface devices—the SMART:Blox S4T set is an ideal introduction to computer science, computational thinking, and algorithmic problem-solving. Its applications extend to IoT (Internet of Things) and Smart Home projects, making it a valuable tool for exploring modern technologies.
The Power of ARD:icon IoT
The ARD:icon IoT microcontroller is a compact, low-power yet powerful device, featuring the ESP32 microprocessor. Inspired by Arduino’s open architecture and specifically designed by Polytech, it ensures plug-and-play usability for students. The ARD:icon IoT includes built-in components such as RGB LEDs, an OLED display, a buzzer, and advanced features like touch switches, gesture detection, temperature, and humidity sensors. These capabilities make it an excellent choice for training in IoT and Smart Home applications.
Whether you’re delving into the basics of programming or exploring advanced IoT solutions, the SMART:Blox S4T set provides a seamless, hands-on learning experience. Its intuitive design, comprehensive features, and alignment with modern educational needs position it as a cornerstone of innovative teaching tools.
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