IoT (Smart Home) Integrated Application Training Platform

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The IoT (Smart Home) Integrated Application Training Platform is a comprehensive teaching and hands-on training system designed for the smart home application domain of the Internet of Things. It fully encompasses the four-layer technical architecture—perception, network, platform, and application—providing universities and vocational colleges with an end-to-end training environment that spans from foundational awareness to system integration.

IoT Smart Home Engineering Practice Lab

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The smart home engineering practice lab is designed for IoT‑related majors and hands‑on training, offering a comprehensive suite of IoT‑based smart home application solutions. Built on a modular architecture, it allows users to select and configure various modules according to their specific needs, ensuring close alignment with real‑world applications. The lab serves both as a platform for system‑level demonstrations and as a venue for practical training in structured cabling and secondary development. Through this hands‑on experience, students gain exposure not only to hardware and software coding but also to the interdisciplinary integration of relevant technical disciplines inherent in actual product development, thereby building valuable development expertise.

IoT Application Design and Development Training Platform

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An IoT comprehensive teaching and training platform based on a project‑based network board, offering educational projects across multiple domains including security, agriculture, and smart home. Students can leverage component kits, wiring, connectors, and software resources to freely design a wide range of IoT application projects from scratch. The platform is well suited for teaching scenarios such as innovation labs, applied design, system integration, and capstone projects.

IoT Installation and Commissioning Technician Training and Certification Platform

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The IoT Installation and Commissioning Technician Certification Platform is designed in accordance with the “National Occupational Skill Standards for IoT Installation and Commissioning Technicians” and is geared toward Level 3/Advanced Technician certification. It is a specialized platform dedicated to developing and validating technical skills in IoT installation and commissioning. This solution is suitable for technician colleges and secondary vocational schools offering programs in electronic information, embedded systems, IoT, and related fields. The platform provides a wealth of instructional and hands-on training resources, delivering robust, comprehensive IoT practical‑training support to both technicians and vocational institutions, thereby meeting the demands of integrated, real‑world training. By simulating authentic work environments, the platform enables learners to enhance their technical competencies through the installation, wiring, configuration, programming, and debugging of IoT devices, while laying a solid skill foundation for certification.

GD32 microcontroller kit

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A development and learning kit based on the domestically produced 32-bit GD32 microcontroller, featuring Arm Cortex‑M/RISC‑V cores, high clock speeds, large memory capacity, and a rich array of peripherals. It offers high hardware and software compatibility with STM32, supporting instructional use as a domestic MCU replacement. Ideal for teaching and hands-on practice in courses such as microcontroller fundamentals and embedded systems development.

WiFi/Microcontroller Kit

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An IoT learning kit that integrates Wi‑Fi communication and microcontroller development, featuring open-source software and a wealth of accompanying educational resources. It supports both MCU programming and IoT application development, enabling rapid prototyping of Wi‑Fi‑enabled IoT projects. Ideal for foundational instruction and hands-on project work in courses on IoT communication, embedded systems development, and related topics.

Zigbee Learning Kit

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A professional learning kit for Zigbee wireless communication technology, supporting protocol stack development and network configuration. It includes configuration software and data visualization tools, along with a comprehensive suite of training courses and educational resources. Ideal for teaching and hands-on lab work in IoT wireless communications, Zigbee networking, and related subjects.

AI+ Smart Fun Cottage

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The deep integration of artificial intelligence technologies with traditional smart home systems leverages AI algorithms to enhance the sensing, decision-making, and control capabilities of home devices, enabling “proactive services, personalized adaptation, and scenario‑based interconnectivity” in the home environment. This breaks away from the one‑to‑one command‑driven IoT paradigm of conventional smart homes.
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