Medical students who spend hours working through preclass materials know exactly which study guides help them learn and which ones waste their time. In a mixed-methods study published in BMC Medical Education, second-year medical students evaluated the self-learning guides they had used during their first year, and their feedback produced a checklist that faculty can apply before, during, and after creating these guides.
Self-learning guides are a form of prework commonly used in flipped classroom environments, which are increasingly prevalent in undergraduate medical education. Faculty-generated guides are meant to support this student-directed learning, but the researchers noted a problem: content produced by individual faculty members may lack standardization in design and may not align with what students actually need, which can hinder engagement and learning efficiency.
To understand how students experience these guides, the team surveyed the cohort of second-year students who had engaged with self-learning guides during their first year. Of 158 eligible students, 72 completed a content-validated survey assessing their preferences for guide format and their engagement patterns. Eleven of those survey respondents then took part in focus group discussions designed to explore which organizational and content elements support learning and which ones get in the way. The researchers applied an inductive thematic analysis to the qualitative data, identifying key themes and translating them into checklist items for faculty use.
The survey results pointed to one dominant preference: consistency. Students strongly valued a uniform guide structure across different faculty members and courses, giving mean Likert scores of 4.77 and 4.74 out of 5 for these two aspects, respectively.
The focus groups and survey together surfaced a set of specific design elements that students found valuable. Content that was clinically relevant and aligned with board examinations mattered most, along with clear learning objectives that matched the way the content was organized. Students favored concise introductions, and they responded well to strategic visual formatting such as bolding and underlining of key terms, which earned a mean score of 4.67. Integration of tables and graphics also scored highly, at a mean of 4.49. Two further themes emerged from the qualitative analysis: chunking content into digestible segments, and removing superfluous information that adds length without adding learning value.
Video duration was another point of concrete student preference. Students preferred videos of 20 minutes or less, a finding with direct implications for faculty who record preclass lectures or embed multimedia in their guides.
The researchers interpreted their findings through three established frameworks.
The contrast between well-designed and poorly structured guides was stark in student accounts. Guides with excessive length, unclear objectives, and a lack of visual organization were perceived as hindering learning efficiency and engagement.
The resulting checklist distills all of these themes into actionable items organized around three phases of guide creation: before, during, and after faculty develop a guide. By aligning guide design with learner preferences and evidence-based educational principles, the authors argue, faculty can enhance content quality, improve student engagement, and increase the effectiveness of independent learning resources in flipped classroom settings.
The authors state that future research should validate the checklist across multiple institutions and assess its impact on objective learning outcomes. Until that validation is complete, the checklist stands as a student-informed starting point for faculty who want their preclass materials to work with, rather than against, the way their students learn.
Subject of Research: Student-informed design recommendations for faculty-generated self-learning guides in undergraduate medical education
Article Title: A checklist for developing faculty generated self-learning guides
Article References: Ringel, R., McNamara, T., Hill, C., Scheuer, L. S., Offner, G. D., Neri, C. M., Cohen-Osher, M. B., Garg, P. S., & Wisco, J. J. (2026). A checklist for developing faculty generated self-learning guides. BMC Medical Education. https://doi.org/10.1186/s12909-026-10347-y
Image Credits: AI Generated
DOI: 10.1186/s12909-026-10347-y
Keywords: medical education, flipped classroom, self-learning guides, cognitive load theory, multimedia learning, student feedback, faculty development, thematic analysis, mixed-methods study, instructional design, checklist, developing
News Source: Courtney Benton. (October 30, 2026). Medical students help build a checklist for better self-learning guides. Scienmag.
