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Stop Think: A simple approach to encourage the self-assessment of learning

journal contribution
posted on 2024-11-02, 05:22 authored by Richard Guy, Bruce Byrne, Marian Dobos
A simple "stop think" approach was developed to encourage the self-assessment of learning. A key element was the requirement for students to rate their feeling of difficulty before [FOD( pre) ] and after [FOD (post) ] completing each of three authentic anatomy and physiology concept map exercises. The cohort was divided into low- (group L) and highperforming (group H) groups (based on final subject marks). Both FOD (pre) (group L) and FOD (post) (groups L and H) were significantly negatively correlated with score for some maps. A comparison of FOD (pre) and FOD (post) showed that students changed their mind about difficulty in 58-70% of the completed maps. Students who changed their estimation were asked to provide explanatory comments, and an increase in difficulty was related to problems with map link generation. For students who found the maps easier, 40% of comments indicated that map generation prompted recall of information from memory. Both difficulty estimations and comments supported the contention that students were self-assessing their interaction with the concept maps. Group H was significantly older than group L, had significantly higher levels of deep strategic and deep motivational learning, and had significantly higher marks in two of three concept map exercises. Notwithstanding these differences, the results from the "stop think" approach were similar between groups, indicating that it may be appropriate for students of varying academic ability. It is suggested that "stop think" may be a useful approach to encourage student self-assessment, an important step in assisting self-regulated learning development.

History

Journal

Advances in Physiology Education

Volume

41

Issue

1

Start page

130

End page

136

Total pages

7

Publisher

American Physiological Society

Place published

United States

Language

English

Copyright

© 2017 The American Physiological Society.

Former Identifier

2006077548

Esploro creation date

2020-06-22

Fedora creation date

2017-10-10

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