To further advance educational reform and innovation and accelerate the digital transformation of education, HNMMC held a special lecture titled "Digital Transformation of Teaching Models in the AI Era" on the afternoon of April 22. The event featured Ms. Zhou Yixing, an expert in smart course development from Chaoxing Group, as the keynote speaker. Course leaders of various high-quality online open courses and a number of young faculty members from the college attended the session.
Ms. Zhou Yixing analyzed the policy background and development trends of curriculum construction and reform of vocational education in the new era. She gave a detailed presentation on specific approaches to reforming course teaching using AI technologies. Her lecture included hands-on demonstrations on topics such as building course-specific AI agents, applying AI workbenches, and constructing knowledge graphs. After the presentation, Ms. Zhou and other technical staff provided one-on-one operational guidance and answered questions from attending teachers.
In recent years, our college has made curriculum development a key focus to improve the quality of talent cultivation. Through expert lectures, targeted training, project incubation, and college-enterprise cooperation, HNMMC has been vigorously promoting the "Three Teaching Reforms" (teachers, teaching materials, and teaching methods), and has developed tiered and categorized "golden courses" in vocational education. To date, the college has established 3 national-level high-quality online open courses, 25 provincial-level ones, and 6 provincial-level first-class core courses.
Looking ahead, the college will focus on the "Five Golden" new infrastructure for vocational education, intensify AI-enabled teaching innovation and the deep application of digital technologies, and implement a "Smart Course Development Action Plan". The initiative aims to build and nurture a number of new smart courses and model cases of smart teaching, thereby accelerating the development of a smart teaching ecosystem with distinctive media characteristics.
