职业院校工业互联网标识解析与应用实训室建设方案（2025版新标准）

Group 1: Current Status of Industrial Internet - The global industrial internet market is projected to reach $1.2 trillion by 2024 and grow to $1.8 trillion by 2027, with a compound annual growth rate (CAGR) exceeding 15% [1] - In China, the industrial internet industry has surpassed 1.5 trillion yuan, with over 80 million connected industrial devices and more than 150 industrial internet platforms [1] - Industrial internet optimizes production processes, enhances efficiency, reduces costs, and improves product quality, becoming a key support for high-quality development in manufacturing [1] Group 2: Importance of Identification and Resolution System - The identification and resolution system is a core foundational technology of the industrial internet, providing unique identifiers for devices, products, and processes [2] - China has registered over 30 billion identifiers, with an average of over 10 million resolutions per day, addressing information silos and enhancing data sharing across the supply chain [2] - The system supports lifecycle traceability in industries like automotive manufacturing, improving production efficiency and quality management [2] Group 3: Policy Support and Technical Standards - The Chinese government has introduced policies to support the rapid development of the identification and resolution system, including the "Identification and Resolution System 'Integration' Action Plan (2024-2026)" [3] - Local governments are increasing investments in the construction of the identification and resolution system, promoting related technology research and application [3] - China is actively following international standards while developing its own standards, such as the Handle system and OID, to enhance the identification and resolution system [4][5] Group 4: Talent Development Needs - The demand for talent in the industrial internet sector is expected to reach a shortage of approximately 12 million in the next five years [6] - Vocational colleges play a crucial role in training high-quality technical talent but face challenges in keeping up with industry developments and practical training [6] - Establishing training labs for identification and resolution applications can enhance students' practical skills and meet the industry's urgent need for skilled professionals [6] Group 5: Curriculum Development - Basic courses aim to provide a solid theoretical foundation, covering topics such as industrial internet overview, computer network fundamentals, database principles, and programming languages [11][12] - Core professional courses focus on key technologies and application development in the identification and resolution system, including system architecture, coding rules, and practical operations [12][13] - Practical projects and case studies are essential for combining theoretical knowledge with hands-on experience, enhancing students' understanding and application skills [14][15] Group 6: Teacher Professional Development - Enhancing teacher capabilities is vital for the quality of education in the industrial internet field, with measures including professional training and participation in industry projects [16] - Hiring industry experts as part-time instructors can bring real-world experience and insights into the classroom, improving students' industry readiness [17] - Establishing partnerships with enterprises for collaborative projects can provide practical experience and foster innovation in teaching [17]