en.Wedoany.com Reported - Shanghai University and Shanghai FANUC have jointly completed the construction of an intelligent manufacturing training platform. Leveraging the engineering strengths of Shanghai University, a key comprehensive institution under China's "Project 211," and combining Shanghai FANUC's technical expertise in intelligent manufacturing and school-enterprise service experience, the platform has established a robotics laboratory and intelligent production line training scenarios at the university's Engineering Training Center.
The training platform is equipped with China's first-of-its-kind training modules for trajectory, assembly, logistics, and machining, while integrating robotic intelligent milling, precision assembly, visual inspection, gantry robots, three-dimensional warehousing, and a comprehensive information management system. The platform adopts an integrated, intelligent, and flexible industrial-grade design, aiming to meet the regular and diversified needs of engineering talent cultivation in higher education.
The platform offers diversified comprehensive training capabilities. Through a design that enables multi-functionality and scenario reuse, it addresses the shortcomings of traditional training equipment, which often has single functions and low utilization rates, thereby comprehensively enhancing students' practical skills in intelligent manufacturing. The platform features virtual-real simulation mapping, automatic program scoring, and an integrated teaching management system, making it easy to operate and accessible even for beginners with no prior experience. It replaces subjective manual evaluations with standardized intelligent assessments, standardizing training procedures and reducing the burden of teaching management. Additionally, the platform offers dedicated robotics training courses, and upon passing assessments, students can obtain a joint certification from Shanghai University and FANUC, enhancing their professional skills and employment competitiveness.
The platform is equipped with a complete industrial-grade intelligent automated production line, integrating systems such as intelligent sensing, process control, and warehouse management, enabling real-time aggregation and monitoring of operational data across the entire line. It incorporates full-chain modules including intelligent milling, assembly, inspection, and three-dimensional warehousing, paired with a 3D digital twin virtual production line to create a training model that combines virtual and real elements. Supported by systematic courses, this allows students to immersively engage with real-world industrial production scenarios.
The platform covers a wide range of scenarios, including training modules for trajectory, assembly, logistics, and machining, meeting teaching needs for coursework, engineering training, scientific research experiments, and competition activities. Its teaching management system features virtual-real mapping and autonomous scoring, with intuitive and easy-to-understand content, making evaluation and management objective and convenient. The intelligent automated production line, enhanced by intelligent sensing, production process management, and warehouse management systems, enables quick access to information across the entire line.
This school-enterprise collaboration has established a closed-loop education system integrating teaching, research, competitions, and certification, serving as a typical case of industry-education integration in the field of intelligent manufacturing. In the future, Shanghai University and Shanghai FANUC will rely on this training system to continuously cultivate versatile intelligent manufacturing talents, providing support for the upgrade of engineering education in higher education institutions and the development of industry talent.
Li Wenbin, Director of Intelligent Manufacturing at Shanghai University's Engineering Training Center, stated: "Shanghai FANUC has provided Shanghai University with a multi-station training work island, which includes modules for machining, logistics assembly, and trajectory tracking. Through these modules, students can learn about the application of robots in various scenarios."
With a comprehensive training system and practical experience, Shanghai FANUC promotes school-enterprise cooperation to bridge the gap between industry and education, building a complete ecosystem that encompasses technical standard output and talent reserves. Leveraging its technical advantages, it helps upgrade vocational education and solidifies the talent foundation for the long-term development of the manufacturing industry.
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