Mihalas Gheorghe Ioan, Cotoraci Coralia, Boru Casiana
Vasile Goldis Western University Arad, Romania.
Stud Health Technol Inform. 2025 Aug 7;329:1402-1406. doi: 10.3233/SHTI251069.
The integration of Artificial Intelligence in Medicine (AIM) into medical curricula has become essential, yet it presents challenges in balancing theoretical concepts with practical applications. This paper details the development, implementation, and evaluation of an AIM course for medical students, reflecting on insights from its first year of implementation. The preparatory phase involved aligning institutional goals, designing an accessible syllabus, and addressing the scarcity of tailored materials for practical works. Results revealed a disparity between students' understanding of theoretical concepts and their application to medical scenarios, with areas like ontologies and NLP proving challenging. Lessons learned led to course revisions, including expanded content on formal logic and prompt engineering. Broader reflections from workshops emphasized the need for interdisciplinary collaboration. These experiences provide a roadmap for integrating AIM into medical education, preparing future doctors to embrace new technologies.
将医学人工智能(AIM)融入医学课程已变得至关重要,但在平衡理论概念与实际应用方面存在挑战。本文详细介绍了一门面向医学生的AIM课程的开发、实施和评估,并反思了其第一年实施过程中的见解。筹备阶段包括使机构目标保持一致、设计一份易于理解的教学大纲,以及解决实践作业定制材料稀缺的问题。结果显示,学生对理论概念的理解与将其应用于医学场景之间存在差距,事实证明本体论和自然语言处理等领域具有挑战性。吸取的经验教训导致课程修订,包括扩充形式逻辑和提示工程方面的内容。研讨会更广泛的反思强调了跨学科合作的必要性。这些经验为将AIM融入医学教育提供了路线图,为未来医生接受新技术做好准备。