Industrial Digital Intelligence

AIOT

Low-altitude economy

Embodied intelligence

Artificial Intelligence Machine Vision and Natural Language Teaching Platform (DeepSeek)

Artificial Intelligence Machine Vision and Natural Language Teaching Platform (DeepSeek)

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The AI-powered machine vision experimental platform is a comprehensive teaching device designed for AI-related programs in vocational colleges. The platform leverages the NVIDIA Jetson Nano as an edge‑computing gateway, delivering robust AI computing power and supporting a wide range of popular AI frameworks and algorithms. Paired with hardware modules such as LiDAR, a six‑axis robotic arm, wireless sensor network nodes, and edge‑level perception and control components, it enables hands‑on instruction in foundational courses covering AI Python programming, PyQt5 development, machine vision, robot control, deep learning, and ROS systems. Furthermore, when combined with sensor‑control units and robotic‑arm modules, it facilitates practical, scenario‑based, and engineering‑oriented application development in AI.
Basic Platform for AI Trainers

Basic Platform for AI Trainers

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This experimental platform is a basic setup, equipped with a standard industrial area‑scan camera, a fixed‑focus lens, lighting and a controller, a simple manual test bench, image‑processing software, and a printed guide to fundamental experiments. It enables learners to master the fundamentals of machine vision—such as camera and lens principles and parameters, and lighting techniques—as well as the use of essential tools, including image acquisition and processing. Additionally, when paired with the Opto Education Resource Package (available separately), it supports hands‑on instruction and practical training in common machine‑vision applications, including character recognition, product positioning, surface inspection, and dimensional measurement. With its straightforward operation and strong practicality, this platform serves as an ideal tool for teaching and practicing machine‑vision technologies.
Advanced AI Programming Education Kit

Advanced AI Programming Education Kit

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This is an advanced educational kit specially designed for large‑class instruction, integrating artificial intelligence and programming education. Its goal is to “combine learning topics from multiple AI domains, enabling students to design and build virtual AI assistants—Dingdang Elephant—through project‑based learning.” As a teaching tool that promotes widespread programming education and fosters students’ logical thinking and innovative capabilities, the kit leverages visual programming software and smart electronic sensors to create diverse application scenarios for virtual AI assistants. Building on basic programming skills and proficiency in using electronic modules, students will, according to the specific requirements of each project, integrate various programming concepts—including loops, conditional statements, simple functions, and data algorithms—with intelligent electronic components such as voice recognition, gesture recognition, and camera‑based detection. Through this approach, they will master project‑based learning methods and enhance their overall project‑oriented problem‑solving abilities.
Advanced AI Programming Education Kit: Electronic Textbooks and Lesson Materials

Advanced AI Programming Education Kit: Electronic Textbooks and Lesson Materials

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Complementary electronic textbooks and teaching PPTs are provided, offering no fewer than 16 class periods of course content.
Artificial Intelligence Engineering Technology Application Platform

Artificial Intelligence Engineering Technology Application Platform

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The Artificial Intelligence Engineering Technology Application Platform, built on AI and IoT technologies, is designed for educational training and competitions. It provides algorithmic support in areas such as data analytics, computer vision, natural language processing, and deep learning, and integrates with virtual simulation software and IoT control nodes to enable the development of AIoT projects that seamlessly blend virtual and physical environments. The platform supports connectivity to third-party cloud platforms, offers open-source code, and facilitates secondary development.
AI Smart Factory Practice Platform

AI Smart Factory Practice Platform

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This sandbox employs a distributed‑functionality demonstration; currently, it is divided into factory logistics, land‑based logistics, and drone logistics, enabling visitors to gain a deeper understanding of the business processes.
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