The value of hands-on experiments in an upper-division classical mechanics course

We share our experience incorporating open-ended experimentation into an upper-division classical mechanics course through project-based learning, including one student’s investigation of a common textbook problem and its unexpected connections to astrophysics. By iterating a computational model and...

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Main Authors: Tarr Steven W., Brunner Joseph S., Alicea-Muñoz Emily, Goldman Daniel I.
Format: Article
Language:English
Published: EDP Sciences 2025-01-01
Series:Emergent Scientist
Subjects:
Online Access:https://emergent-scientist.edp-open.org/articles/emsci/full_html/2025/01/emsci240001/emsci240001.html
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author Tarr Steven W.
Brunner Joseph S.
Alicea-Muñoz Emily
Goldman Daniel I.
author_facet Tarr Steven W.
Brunner Joseph S.
Alicea-Muñoz Emily
Goldman Daniel I.
author_sort Tarr Steven W.
collection DOAJ
description We share our experience incorporating open-ended experimentation into an upper-division classical mechanics course through project-based learning, including one student’s investigation of a common textbook problem and its unexpected connections to astrophysics. By iterating a computational model and an experimental apparatus, the student participated in inquiry in a way that would not have been possible in a typical classical mechanics course. We advocate the adoption of similar hands-on approaches in the classroom to help upper-division students develop both an understanding of the value of experimentation and an appreciation of the diversity and subtlety of physical phenomena that can emerge in apparently simple systems.
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series Emergent Scientist
spelling doaj-art-377eb2bbe79b48a5b2d8cfdf861059432025-02-05T10:52:47ZengEDP SciencesEmergent Scientist2556-87792025-01-019110.1051/emsci/2024003emsci240001The value of hands-on experiments in an upper-division classical mechanics courseTarr Steven W.0https://orcid.org/0000-0003-3486-0730Brunner Joseph S.1Alicea-Muñoz Emily2https://orcid.org/0000-0003-4167-766XGoldman Daniel I.3School of Physics, Georgia Institute of TechnologySchool of Physics, Georgia Institute of TechnologySchool of Physics, Georgia Institute of TechnologySchool of Physics, Georgia Institute of TechnologyWe share our experience incorporating open-ended experimentation into an upper-division classical mechanics course through project-based learning, including one student’s investigation of a common textbook problem and its unexpected connections to astrophysics. By iterating a computational model and an experimental apparatus, the student participated in inquiry in a way that would not have been possible in a typical classical mechanics course. We advocate the adoption of similar hands-on approaches in the classroom to help upper-division students develop both an understanding of the value of experimentation and an appreciation of the diversity and subtlety of physical phenomena that can emerge in apparently simple systems.https://emergent-scientist.edp-open.org/articles/emsci/full_html/2025/01/emsci240001/emsci240001.htmlproject-based learningclassical mechanicszoom-whirl orbitexperimental inquirysimulation
spellingShingle Tarr Steven W.
Brunner Joseph S.
Alicea-Muñoz Emily
Goldman Daniel I.
The value of hands-on experiments in an upper-division classical mechanics course
Emergent Scientist
project-based learning
classical mechanics
zoom-whirl orbit
experimental inquiry
simulation
title The value of hands-on experiments in an upper-division classical mechanics course
title_full The value of hands-on experiments in an upper-division classical mechanics course
title_fullStr The value of hands-on experiments in an upper-division classical mechanics course
title_full_unstemmed The value of hands-on experiments in an upper-division classical mechanics course
title_short The value of hands-on experiments in an upper-division classical mechanics course
title_sort value of hands on experiments in an upper division classical mechanics course
topic project-based learning
classical mechanics
zoom-whirl orbit
experimental inquiry
simulation
url https://emergent-scientist.edp-open.org/articles/emsci/full_html/2025/01/emsci240001/emsci240001.html
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