Integrating Technology-supported Multi-representational Scaffolding into Board Game for Learning Muscular System Physiology (77230)

Session Information:

Friday, 16 February 2024 17:00
Session: Poster Session
Room: Sawankalok Hall (2F)
Presentation Type: Poster Presentation

All presentation times are UTC + 8 (Asia/Kuala_Lumpur)

In the teaching of muscular system of physiology, it is difficult for students to memorize a large amount of knowledge such as muscle names and movements generated by muscle contraction from the traditional classroom lecture, which in turn affects the motivation and learning outcome. A board game integrating technology-supported multi-representational scaffolding was designed to promote learning motivation and achievement by the board game mechanism and scanning the game cards to provide muscular 3D animation and videos.

Participants were 20 nursing students from northern Taiwan. The study was conducted to investigate the learning achievements and assessment of the game through pre-test and post-test, learning motivation, flow, game acceptance, and scaffolding usefulness questionnaire.
The results showed that there was a significant improvement in the academic performance of the learners after the board game learning activity, which means that it helped the learners to construct relevant academic knowledge. In addition, the high motivation, flow and game acceptability ratings indicate helped to enhance the learners' motivation and enjoy the activities of the game. Moreover, the multi-representational scaffolding in the board game was beneficial to learners, understood the abstract concepts of the muscular system better, and reduced the confusion during the game. The data proved that the use of integrated technology-assisted learning and multi-representational scaffolding board games in the curriculum of muscular system could help learners construct three-dimensional concepts of muscles, understand complex theoretical knowledge, and discuss to solve the problems in the game, which can significantly enhance the learning achievement of the learners.

Authors:
Chia-Hui Huang, National Taiwan University of Science and Technology, Taiwan
Yu-Chi Chen, National Taiwan University of Science and Technology, Taiwan
Huei-Tse Hou, National Taiwan University of Science and Technology, Taiwan


About the Presenter(s)
Professor Huei-Tse Hou is a University Assistant Professor/Lecturer at National Taiwan University of Science and Technology in Taiwan

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Posted by Clive Staples Lewis

Last updated: 2023-02-23 23:45:00