Robots in Science Class: Teachers' Reflections on Their Integrated Robotics Unit Designs

ABSTRACT Robotic technologies provide an innovative way to engage students in design and computational thinking practices while supporting disciplinary learning goals. Integrating robotics technology into core content courses also supports a broader range of students to engage in technology exploration. The Robots in Science project supported middle school science teachers to integrate robotics and computational thinking practices into their classrooms, in ways that are aligned with their disciplinary goals for students. This article describes the work of two experienced science teachers who designed integrated robotics and science units for their students and then revised these units for re‐teaching. Taking a qualitative data analysis approach, the research examines changes the teachers made to their integrated units, and how those changes were influenced by both their evaluations of student learning, and their own knowledge about instructional design, teaching, and technology. The article concludes with suggestions for how best to support teachers who wish to design integrated robotics units to enhance their disciplinary teaching.

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Publication Details

Journal
School Science and Mathematics
Published
2025-11-07
DOI
https://doi.org/10.1111/ssm.18414
Primary Topic
Teaching and Learning Programming
Type
article
Field-Weighted Citation Impact
0.00
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article

Robots in Science Class: Teachers' Reflections on Their Integrated Robotics Unit Designs

Karen Mutch‐Jones, Debra Bernstein, Michael Cassidy, Jennifer Cross
School Science and Mathematics
Teaching and Learning Programming
article

Robots in Science Class: Teachers' Reflections on Their Integrated Robotics Unit Designs

Karen Mutch‐Jones, Debra Bernstein, Michael Cassidy, Jennifer Cross
article en

Abstract

ABSTRACT Robotic technologies provide an innovative way to engage students in design and computational thinking practices while supporting disciplinary learning goals. Integrating robotics technology into core content courses also supports a broader range of students to engage in technology exploration. The Robots in Science project supported middle school science teachers to integrate robotics and computational thinking practices into their classrooms, in ways that are aligned with their disciplinary goals for students. This article describes the work of two experienced science teachers who designed integrated robotics and science units for their students and then revised these units for re‐teaching. Taking a qualitative data analysis approach, the research examines changes the teachers made to their integrated units, and how those changes were influenced by both their evaluations of student learning, and their own knowledge about instructional design, teaching, and technology. The article concludes with suggestions for how best to support teachers who wish to design integrated robotics units to enhance their disciplinary teaching.

School Science and Mathematics
Tufts University (US), Technical Education Research Centers (US)
Openalex Percentile: Top 64%
Teaching and Learning Programming
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Robots in Science Class: Teachers' Reflections on Their Integrated Robotics Unit Designs — Karen Mutch‐Jones, Debra Bernstein, et al. · School Science and Mathematics (2025) | TGRS Research Map | TGRS