IoT Smart Home Engineering Practice Lab
Product Description
1. Basic Introduction
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 code but also to the interdisciplinary integration of relevant technical disciplines inherent in actual product development, thereby building valuable development expertise.
The smart home engineering practice lab is application‑driven, using scenario‑based simulations to help students gain a clear, hands‑on understanding of basic smart home functions. It enhances their awareness and comprehension of the Internet of Things, enabling them to conduct innovative experiments after mastering the underlying principles and engaging in practical, hands‑on work. Designed around the three‑layer architecture of the IoT, the lab supports diverse sensor data acquisition, multiple wireless communication protocols, and intelligent control of various devices.
2. Technical Features
This system centers on an ARM‑based smart gateway, establishing an intelligent home management and remote control framework. It adopts a three‑layer architecture—perception, network, and application—and leverages the Internet to seamlessly connect the ARM smart gateway with various sensors, alarm devices, and appliance‑control terminals. Through the ARM gateway, PCs, and handheld smart gateways, the system enables comprehensive device operation and management, offering applications such as environmental monitoring, security surveillance, appliance control, lighting management, smart access control, and integrated alarm linkage. It also supports simultaneous remote access by multiple terminals to dynamically control the sensors in the perception layer via the Internet.
3. List of Practical Training Projects
Smart Home System Power Distribution Practical Training
Gas Detector Assembly and Commissioning Training
Smoke Detector Assembly and Debugging Practical Training
Flame Detector Assembly and Commissioning Training
Human Body Infrared Detector Assembly and Debugging Training
Doppler Alarm Assembly and Debugging Practical Training
Smart Socket Controller Assembly and Debugging Practical Training
Curtain Controller Assembly and Debugging Practical Training
MP3 Controller Assembly and Debugging Practical Training
Lighting Control Unit Assembly and Debugging Practical Training
TV Controller Assembly and Debugging Practical Training
Audio Controller Assembly and Debugging Practical Training
Light Sensor Assembly and Debugging Training Exercise
Temperature and Humidity Sensor Assembly and Debugging Practical Training
Gateway Assembly and Debugging Training
Gas Detector Design and Development
Smoke Detector Design and Development
Flame Detector Design and Development
Design and Development of a Human Body Infrared Detector
Design and Development of a Doppler Alarm System
Design and Development of a Curtain Controller
Design and Development of an Illumination Lighting Controller
TV Controller Design and Development
Design and Development of Light Sensors
Design and Development of a Temperature and Humidity Sensor
Central Controller Design and Development
Access Control System Design and Development
Development of an Intelligent Curtain Control System
Smart Security System Design and Development
Tag list： IoT Smart Home Engineering Practice Lab
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.
Industrial Digital Intelligence Business Unit (Teacher Guo)：18666013984
Industry–Education Integration (Teacher Zeng)：18588894612
AIoT Business Unit (Teacher Liu)：13660039204
Low-Altitude Economy Division (Teacher Yang)：18620640166
Address: 10th Floor, Building 1, Zhihui Valley · Zengcheng, Zhongnan Hi-Tech, Zhongxin Town, Zengcheng District, Guangzhou
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