From notecards to know-how: scaling “Muddiest Point” feedback for high-enrollment microbiology

ABSTRACT Muddiest Point prompts can reveal what students do not yet understand, but in large microbiology courses, the volume of responses can make timely feedback difficult. This Tips and Tools article describes a scalable workflow for transforming end-of-unit notecard responses into a targeted review resource. Student submissions were grouped into recurring themes, prioritized by frequency and instructional importance, and used to create an instructor-generated, chaptered review video with accompanying worksheet prompts. The central innovation is the aggregation of many individual uncertainties into one reusable feedback artifact that preserves instructor voice while reducing the need for repeated individual explanations. Students could watch the full review or navigate directly to difficult concepts, and pause-and-predict prompts, live sketching, and worksheet fill-ins supported active use of the video. The article provides implementation guidance; accessibility considerations; adaptations for lecture, laboratory, hybrid, or online contexts; and options for low-overhead evaluation. The workflow offers a practical approach for sustaining formative feedback in high-enrollment courses using common instructional tools.

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Publication Details

Journal
Journal of Microbiology and Biology Education
Published
2026-06-25
DOI
https://doi.org/10.1128/jmbe.00133-26
Primary Topic
Various Chemistry Research Topics
Type
article
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article

From notecards to know-how: scaling “Muddiest Point” feedback for high-enrollment microbiology

Robert W. Lamb, Jordan A. Smink
Journal of Microbiology and Biology Education
Various Chemistry Research Topics
article

From notecards to know-how: scaling “Muddiest Point” feedback for high-enrollment microbiology

Robert W. Lamb, Jordan A. Smink
article en

Abstract

ABSTRACT Muddiest Point prompts can reveal what students do not yet understand, but in large microbiology courses, the volume of responses can make timely feedback difficult. This Tips and Tools article describes a scalable workflow for transforming end-of-unit notecard responses into a targeted review resource. Student submissions were grouped into recurring themes, prioritized by frequency and instructional importance, and used to create an instructor-generated, chaptered review video with accompanying worksheet prompts. The central innovation is the aggregation of many individual uncertainties into one reusable feedback artifact that preserves instructor voice while reducing the need for repeated individual explanations. Students could watch the full review or navigate directly to difficult concepts, and pause-and-predict prompts, live sketching, and worksheet fill-ins supported active use of the video. The article provides implementation guidance; accessibility considerations; adaptations for lecture, laboratory, hybrid, or online contexts; and options for low-overhead evaluation. The workflow offers a practical approach for sustaining formative feedback in high-enrollment courses using common instructional tools.

Journal of Microbiology and Biology Education
Mississippi State University (US)
Industry, innovation and infrastructure
Openalex Percentile: Top 8%
Various Chemistry Research Topics
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From notecards to know-how: scaling “Muddiest Point” feedback for high-enrollment microbiology — Robert W. Lamb, Jordan A. Smink · Journal of Microbiology and Biology Education (2026) | TGRS Research Map | TGRS