Technology can allow for new tasks or improved tasks that help students make connections between representations and preserve in problem solving; as well as enables teachers to elicit and use evidence of student thinking in new ways. Recent technology has the potential to enable students to work on higher-demand tasks as delineated by Smith & Stein (1998).
These tasks make use of multiple representations and focus on mathematical concepts, processes, or relationships. Technology can aid in students being able to make connections between representations. This is done through analysis of real life videos and pictures as well as explorations through dynamic geometric constructions. Students are able to quickly explore different ideas and receive feedback on the results of their actions. Productive struggle has the potential to be enhanced as students progress through technology based activities and receive immediate feedback. Scaffolding can also be incorporated through important questions that focus students’ thinking and also through the incorporation of making other students’ thinking visible to all students. This allows teachers and students to elicit and use evidence of student thinking. When students are able to easily view others’ ideas it can lead to richer discussion and understanding. Mathematical knowledge is then not viewed as solely residing in the teacher but as a shared collaborative knowledge building.
Stohlmann, M., & Acquah, A. (2020). New directions for technology integration in K-12 mathematics. The International Journal for Technology in Mathematics Education, 27(2), 99-112.
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Christian, author, and professor of mathematics education.