“临床导向、智能赋能”的医学免疫学教学模式构建与实践研究

Construction and Practical Research on a “Clinically Oriented, Intelligently Empowered” Teaching Model for Medical Immunology

摘要: 医学免疫学是连接基础医学与临床医学的关键桥梁课程，但其理论高度抽象、概念繁杂、内容更新迅速，给传统教学带来了巨大挑战。学生普遍面临理论难懂、学习动力不足、知识难以应用于临床实践等核心问题。为破解这些难题，本文作者设计、实施并完成了一项系统的教学改革，成功构建了“临床导向、智能赋能”的医学免疫学教学新模式。该模式以成果导向教育、建构主义、混合式教学等先进教育理论为指导 ，通过三大核心举措进行了系统性改革：一是重构教学内容，以临床问题为驱动，建设了包含真实病理资料的“活”案例库，将抽象知识与临床情境深度融合。二是创新教学方法，以智能技术为支撑，开发并应用了集虚拟仿真实验、AI助教、知识图谱、个性化学习路径推荐于一体的智慧学习平台，赋能学生自主、高效、沉浸式学习。三是改革评价体系，建立并实施了集过程性评价、终结性评价、增值性评价于一体的多元化、全过程考核机制，全面评估学生的知识、能力与素养。教学实践研究表明，新模式显著提升了学生的学习兴趣、自主学习能力和临床思维能力，相较于传统教学班，实验班学生的学业成绩、临床案例分析能力及综合素养评价均有统计学意义上的显著提高。本研究不仅为解决医学免疫学的教学困境提供了经过验证的有效方案，也为“新医科”背景下其他基础医学课程的改革提供了可资借鉴的范例。

Abstract: Medical immunology is a pivotal bridging course linking basic medicine and clinical medicine. However, its highly abstract theories, complex concepts, and rapidly updating content pose significant challenges to traditional teaching approaches. Students commonly face core issues such as difficulty understanding theoretical knowledge, low learning motivation, and challenges in applying learned concepts to clinical practice. To address these problems, the authors designed, implemented, and completed a systematic teaching reform, successfully constructing a new “clinically oriented, intelligently empowered” teaching model for medical immunology. Guided by advanced educational theories such as Outcome-Based Education (OBE), constructivism, and blended learning, the reform was carried out through three core initiatives: 1. Reconstruction of teaching content: Driven by clinical problems, a “living” case library containing authentic pathological data was established, deeply integrating abstract knowledge with real clinical scenarios. 2. Innovation in teaching methods: Supported by intelligent technologies, a smart learning platform was developed and implemented, integrating virtual simulation experiments, AI-assisted teaching, knowledge graphs, and personalized learning path recommendations, empowering students to engage in autonomous, efficient, and immersive learning. 3. Reform of assessment systems: A diversified and comprehensive evaluation mechanism was created and implemented, combining formative assessment, summative assessment, and value-added assessment to comprehensively evaluate students’ knowledge, abilities, and competencies. Teaching practice and research have shown that this new model significantly improves students’ interest in learning, self-directed learning ability, and clinical thinking skills. Compared with traditional teaching classes, students in the experimental class achieved statistically significant improvements in academic performance, clinical case analysis ability, and overall competency evaluation. This study not only provides a validated and effective solution to the teaching challenges in medical immunology but also offers a valuable reference for the reform of other basic medical courses under the “New Medical Sciences” initiative.