Cognitive psychology, learning sciences, and neuroscience can provide valuable insights into how students learn mathematics and how to design effective instructional materials and approaches for teaching mathematics. For example, research in cognitive psychology has identified a range of cognitive skills that are associated with learning mathematics, including working memory, inhibition and spatial skills. Some key insights that have emerged from learning science research include a shift towards more active learning (including physical activity), favouring deeper conceptual understanding over superficial procedures and the importance of learning authentic knowledge.
Neuroscience research has also identified brain regions that are involved in mathematical thinking and has explored how different teaching methods can impact the brainâ€™s ability to learn mathematics. These insights can inform the development of teaching practices and educational resources that are more effective in helping students achieve better mathematics outcomes.
Even though these disciplines have the potential to bring substantial and meaningful advancements to educational practices, challenges remain. These challenges are most apparent when it comes to physical and temporal scales and contexts, which range from the study of neurons in the brain over the course of seconds or minutes, to the development of the learner over years, and within complex environments.
Areas of interest
TSG 5.3 aims to bring together the three research communities of cognitive psychology, learning sciences, and neuroscience. Major research findings gained in the last years, as well as the accompanying research methods used to uncover these findings, will be discussed.
More specifically, the TSG will start with a general discussion addressing the question of where the three research fields intersect, what they can learn from each other, and which possible challenges still remain. Subsequently, three key themes will be addressed. Within cognitive psychology, the key theme is the role of executive functions in learnersâ€™ mathematical development. In the field of learning sciences, the main theme will explore learning trajectories with a specific focus on how early mathematics skills build the basis for childrenâ€™s later mathematics development.
Lastly, in neuroscience, the focus will be on how findings from neuroscience research can translate into the classroom, both within teachersâ€™ daily work and intervention programs. Emphasis will be put on teachersâ€™ knowledge about the brain, where this knowledge might come from, and how it influences their teaching of mathematics. Importantly, within each theme, attention will be given to making bridges between the three research fields.
- Where do the research fields of cognition, learning sciences, and neurosciences intersect?
- What can they learn from each other, and which possible challenges still remain?
- What is the role of executive functions in learnersâ€™ mathematical development?
- How do early mathematics skills build the basis for childrenâ€™s later mathematics development?
- How can findings from neuroscience research translate into the classroom?
How to make a submission to TSG 5.3
Submissions for Topic Study Group Papers and proposals for Posters open soon – check the Key Dates table for specific dates relating to this activity.
Contact email addresses for team Co-Chairs are provided in the TSG 5.3 downloadable PDF Description Paper should you wish to contact them with questions before you make a submission.