Educational Reform of the “<i>Modern Materials Analysis Methods</i>” Course in the Context of New Engineering Disciplines

随着新材料技术的快速发展，材料分析技术的精准性和综合性要求日益提高。传统教学模式已难以满足新工科背景下对复合型、创新型人才的培养的需求。针对当前课程中存在的理论与实践脱节、技术更新滞后、学生参与度不足等问题，提出以“理论奠基、实践导向、创新驱动”为核心的改革路径，系统推进教学内容重构、教学模式创新与实践能力提升。通过构建多元互动、任务导向的教学体系，提升课程的实用性与前瞻性，培养具备扎实理论基础、熟练实验技能与科学分析能力的高层次人才，助力学生全面掌握现代分析技术，更好适应材料科学与工程领域的发展需求。Driven by rapid advancements in new material technologies, material analysis techniques demand greater precision and integration. Conventional teaching models fall short in cultivating interdisciplinary and innovative talents aligned with the goals of engineering education. To address gaps between theory and practice, outdated content, and low student engagement, this paper proposes a reform strategy grounded in three pillars: theoretical foundations, practice orientation, and innovation impetus. Through systematic curriculum restructuring, updated instructional methods, and enhanced practical competencies, an interactive, task-based pedagogical framework was established to improve the course’s practical relevance and future adaptability. The reform has significantly strengthened students’ theoretical knowledge, experimental proficiency, and analytical capabilities, enabling them to master contemporary analytical technologies and navigate evolving demands in materials science and engineering.