Core Viewpoint - The digital transformation driven by the digital economy is profoundly changing university laboratories, evolving them into smart platforms that enhance resource allocation, governance models, and organizational structures to better support technological innovation and high-level talent cultivation [1] Digital Twin: Resource Reconstruction in Experimental Education - The integration of artificial intelligence in educational practices is essential for universities to adapt to the digital era, deepen teaching reforms, and cultivate innovative talents [2] - Traditional experimental education faces limitations due to physical space, equipment costs, and safety risks, making it difficult to meet the demands for scalable, personalized, and cutting-edge teaching [2] - The use of digital twin technology to create virtual simulation teaching platforms allows for precise mapping and real-time interaction between physical laboratories and virtual spaces, addressing high-risk, high-cost, and high-pollution issues in traditional experimental teaching [2] Bridging Theory and Practice - Virtual simulation teaching platforms effectively bridge the gap between theoretical knowledge and practical skills, ensuring students enhance their practical skills and cultivate innovative thinking in a safe environment [3] - By integrating cross-departmental and cross-disciplinary resources, virtual laboratories and high-quality experimental courses are developed, leading to a centralized and shared experimental teaching resource library [3] Smart Supervision: Strategy Transformation in Safety Governance - Establishing a new safety governance system that combines digitalization and safety is crucial for enhancing risk prevention capabilities and ensuring safety in university laboratories [4] - The integration of safety management standards and procedures into digital platforms allows for comprehensive traceable management of risk sources throughout their lifecycle [4] Intelligent Security System - A three-pronged intelligent security system that includes human, physical, and technical defenses is being developed to monitor laboratory safety in real-time and provide intelligent analysis and intervention [5] - Virtual simulation technology is utilized for safety training, enhancing emergency response capabilities among faculty and students [5] Open Sharing: New Ecological Model for Research Organizations - The creation of a digital and shared research organization ecosystem is necessary for universities to enhance service capabilities and strengthen research support [7] - Digital tools clarify responsibilities and benefits in the open sharing of large instruments, integrating management processes into a coordinated service chain [7] Platform Integration of Equipment Resources - The integration of dispersed equipment resources into a public service system enhances service professionalism and authority, promoting the free flow and recombination of innovative elements [8] - This open and shared research ecosystem addresses the challenges of resource isolation and fragmentation, improving resource utilization efficiency and supporting major original innovations [8] Future Directions - Continued digital empowerment is essential for laboratories to transition from traditional management to digital governance, from resource dispersion to shared collaboration, and from experience-driven to data-driven decision-making [8]