新质生产力导向下极端制造技术融入工程训练的探索与实践OA

Based on the current innovation-driven new quality productivity,aimed at the frontier of science and technology and the major needs of talent training,this paper takes the advanced extreme manufacturing technology-metal high-temperature gas bulging as a breakthrough point.The study explores the use of a virtual simulation platform to innovate a combined practical training teaching mode that integrates virtual and real elements,incorporating the advanced and risky metal high-temperature gas bulging technology into engineering training.The goal is to create first-class courses that serve the training of talents for new quality productivity.Practice shows that high-quality virtual simulation experiments can vividly demonstrate the entire process,multiple angles,and high-level aspects of the extreme manufacturing knowledge system.They allow students to complete virtual practical operations and process explorations under high-temperature and high-pressure conditions in a safe,free,and low-cost environment,effectively enhancing their professional practice cognition and abilities in plastic forming,and stimulating their autonomous learning and innovative spirit.The experiment combines both advanced and practical elements,achieving rich teaching results during implementation and having strong promotion value.