Leiden University Student Repository

Broekhoven, Els van (2025)

Angst voor Ruimtelijk Redeneren als Moderator voor het Verband tussen Training van Ruimtelijke Vaardigheden en de Ruimtelijke- en Rekenvaardigheden van Leerlingen

Master thesis | Education and Child Studies (MSc)

Math is a skill that is relevant throughout life. Therefore, a good mastery of math is crucial for a successful education and career. Previous research indicates that training spatial skills improves both math and spatial skills in students. Spatial anxiety might influence the effectiveness of the training. This study aims to determine which spatial training condition works best to improve students' math and spatial skills and what role the spatial anxiety has on this effect. The training in the current research consists of mental rotation tasks. Four training conditions are compared in the current study: concrete, digital, video and control. In the concrete condition, the students can hold a physical figure identical to the task. In the digital condition, the students can turn the figure on their laptop screen. In the video condition, the students can watch a video of the figure turning. In the control condition, the students were not provided with any tools. After correcting for...Show moreMath is a skill that is relevant throughout life. Therefore, a good mastery of math is crucial for a successful education and career. Previous research indicates that training spatial skills improves both math and spatial skills in students. Spatial anxiety might influence the effectiveness of the training. This study aims to determine which spatial training condition works best to improve students' math and spatial skills and what role the spatial anxiety has on this effect. The training in the current research consists of mental rotation tasks. Four training conditions are compared in the current study: concrete, digital, video and control. In the concrete condition, the students can hold a physical figure identical to the task. In the digital condition, the students can turn the figure on their laptop screen. In the video condition, the students can watch a video of the figure turning. In the control condition, the students were not provided with any tools. After correcting for missing values, 189 students from group 7 and 8 of primary schools in the West of The Netherlands participated in the current study. Math and spatial skills were measured through tests. Spatial anxiety was determined using a questionnaire. The results showed that students improved their spatial skills between the pretest and the posttest across all conditions. However, no significant differences were found between the conditions. Math skills improved among students in the control, digital and concrete condition. Spatial anxiety was not found to affect gains in math and spatial skills. These findings were partially aligned with previous research. The differences could possibly be explained by differences in research design or limitations of the current study. Based on this study, several suggestions are made for future research, such as adding an additional control group that does not undergo training.Show less

math, spatial skills, spatial anxiety, training

Author

Broekhoven, Els van

Faculty

Faculty of Social & Behavioural Sciences

Specialisation

Leerproblemen

Supervisors

Marian Hickendorff

ECTS Credits

20

Language

nl