Humanities and Arts

Reaching Kinesthetic Learners Over Distance


  Peer Reviewed

Abstract

Erickson, a New York City high school student, and I were working on his algebra homework over Zoom, specifically parabolas. We broke down the motion of a basketball and compared it to a parabola. He happened to have a small hoop on the back of his door and when he tried the motion himself, it was clear something clicked. You see, Erickson is a kinesthetic learner. During the pandemic, it has been challenging to design interactive materials and lessons for different types of learners. Distance learning disproportionality favors visual learners, followed by aural; however, reaching our kinesthetic learners has been a challenge.

Key Questions about Engaging Kinesthetic Learners in Remote Education

What challenges do kinesthetic learners face in distance learning environments?

Kinesthetic learners, who grasp concepts best through physical activity and hands-on experiences, often struggle in traditional distance learning setups that primarily cater to visual and auditory learning styles. The lack of physical interaction and movement can hinder their engagement and comprehension. This disparity has been particularly evident during the pandemic, where remote learning has disproportionately favored visual and auditory learners.

How can educators adapt their teaching methods to support kinesthetic learners remotely?

Educators can implement strategies such as incorporating physical activities into lessons, using interactive tools that encourage movement, and designing assignments that require physical engagement. For instance, in the article, the author worked with a student on algebra by relating the motion of a basketball to parabolic curves, allowing the student to physically enact the concept. This hands-on approach facilitated a deeper understanding for the kinesthetic learner.

What role does technology play in facilitating kinesthetic learning at a distance?

Technology can bridge the gap for kinesthetic learners by providing virtual simulations, interactive platforms, and tools that encourage physical activity. For example, using video conferencing tools to demonstrate physical concepts or employing apps that require movement can engage kinesthetic learners effectively. The key is to integrate technology that supports physical interaction and movement, aligning with the learning preferences of kinesthetic students.

How can educators assess the effectiveness of strategies aimed at kinesthetic learners in remote settings?

Assessing the effectiveness involves gathering feedback from students, observing their engagement levels, and evaluating their performance on tasks designed for kinesthetic learning. Educators can use surveys, one-on-one discussions, and performance assessments to understand how well these strategies are working and make necessary adjustments. Continuous reflection and adaptation are essential to meet the diverse needs of learners in a remote environment.

By addressing these questions, educators can develop more inclusive and effective remote learning experiences that cater to the diverse learning styles of all students, particularly kinesthetic learners.