It’s You, Not the Robots: A Case Study of Challenge, Interest, and Confidence in Learning Robots

The integration of robotics and microcontroller-based platforms like Raspberry Pi in education has significant potential to enhance student engagement in STEM learning. However, many educators encounter challenges such as technological apprehension, insufficient training, lack of administrative support, and limited resources that hinder the effective adoption of robotics in the classroom. This work-in-progress study examines the introduction of robotics into classes over the past year, focusing on the practical strategies employed to overcome these barriers. Through a combination of surveys, interviews, and a pilot small-group instructional approach, we assessed both teacher readiness and student engagement. The findings indicate that structured support, hands-on experience, and targeted professional development significantly contribute to teachers’ confidence in implementing robotics-based learning. Additionally, the pilot group demonstrated increased student interest, problem-solving skills, and collaboration, highlighting the effectiveness of this approach. This study offers new insights for educators looking to incorporate robotics into their curriculum by addressing common challenges and providing a framework for small-scale robotics integration. The preliminary results underscore the importance of ongoing professional development and administrative backing in fostering a sustainable and inclusive robotics education environment.

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Publication Details

Published
2025-03-15
DOI
https://doi.org/10.1109/isec64801.2025.11147303
Primary Topic
Reinforcement Learning in Robotics
Type
article
Field-Weighted Citation Impact
0.00
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article

It’s You, Not the Robots: A Case Study of Challenge, Interest, and Confidence in Learning Robots

Michelle Zhu, Xu Du, Thomas J. Marlowe, Weitian Wang et al.
Reinforcement Learning in Robotics
article

It’s You, Not the Robots: A Case Study of Challenge, Interest, and Confidence in Learning Robots

Michelle Zhu, Xu Du, Thomas J. Marlowe, Weitian Wang, Lynn Hazelman, Lauren Schwerin
article en

Abstract

The integration of robotics and microcontroller-based platforms like Raspberry Pi in education has significant potential to enhance student engagement in STEM learning. However, many educators encounter challenges such as technological apprehension, insufficient training, lack of administrative support, and limited resources that hinder the effective adoption of robotics in the classroom. This work-in-progress study examines the introduction of robotics into classes over the past year, focusing on the practical strategies employed to overcome these barriers. Through a combination of surveys, interviews, and a pilot small-group instructional approach, we assessed both teacher readiness and student engagement. The findings indicate that structured support, hands-on experience, and targeted professional development significantly contribute to teachers’ confidence in implementing robotics-based learning. Additionally, the pilot group demonstrated increased student interest, problem-solving skills, and collaboration, highlighting the effectiveness of this approach. This study offers new insights for educators looking to incorporate robotics into their curriculum by addressing common challenges and providing a framework for small-scale robotics integration. The preliminary results underscore the importance of ongoing professional development and administrative backing in fostering a sustainable and inclusive robotics education environment.

Seton Hall University (US), Montclair State University (US), Paterson Public Schools (US)
Openalex Percentile: Top 88%
Reinforcement Learning in Robotics
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