Impact of a STEM Mobile Laboratory Initiative of K-12 Students in High Needs Schools

Abstract-It is well known that exposure of young students to authentic STEM experiences can lead to lifelong learning and exploration.One University and one Science Museum located in the northeastern United States have collaborated to develop and implement a mobile STEM laboratory on a 35-foot New Flyer Bus (Model D35LF) with a capacity for 23 individuals per lesson and named it STEM On Wheels.The goal of this project was to bring technical STEM lessons and hands-on experiences to urban high-needs K-12 schools.During the first year pilot (2018-19), the team developed K-12 STEM content lessons that were NGSS aligned and enriched with hands-on activities.The STEM On Wheels bus traveled to local urban K-12 schools where they immersed students in exciting and interactive activities using technology typically not available in most classrooms.Area schools viewed the STEM on Wheels project as a vital partner in their quest to actively engage their K-12 students through hands-on learning.Participating students from all grade levels were positively impacted as they were actively engaged and often inquired about the next STEM bus visit to their school.This case study presents data collected during the initial pilot year of the project.

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Publication Details

Published
2025-05-09
DOI
https://doi.org/10.18260/1-2-1153-55129
Citations
1
Primary Topic
Mobile Learning in Education
Type
article
Field-Weighted Citation Impact
3.25

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article

Impact of a STEM Mobile Laboratory Initiative of K-12 Students in High Needs Schools

Nancy K. DeJarnette, Ruba S. Deeb, Jani M. Pallis
1 citations
Mobile Learning in Education
3.25
article

Impact of a STEM Mobile Laboratory Initiative of K-12 Students in High Needs Schools

Nancy K. DeJarnette, Ruba S. Deeb, Jani M. Pallis
article en
1 citations

Abstract

Abstract-It is well known that exposure of young students to authentic STEM experiences can lead to lifelong learning and exploration.One University and one Science Museum located in the northeastern United States have collaborated to develop and implement a mobile STEM laboratory on a 35-foot New Flyer Bus (Model D35LF) with a capacity for 23 individuals per lesson and named it STEM On Wheels.The goal of this project was to bring technical STEM lessons and hands-on experiences to urban high-needs K-12 schools.During the first year pilot (2018-19), the team developed K-12 STEM content lessons that were NGSS aligned and enriched with hands-on activities.The STEM On Wheels bus traveled to local urban K-12 schools where they immersed students in exciting and interactive activities using technology typically not available in most classrooms.Area schools viewed the STEM on Wheels project as a vital partner in their quest to actively engage their K-12 students through hands-on learning.Participating students from all grade levels were positively impacted as they were actively engaged and often inquired about the next STEM bus visit to their school.This case study presents data collected during the initial pilot year of the project.

University of Bridgeport (US)
National Aeronautics and Space Administration, Connecticut Space Grant College Consortium
Quality Education
Openalex Percentile: Top 9%
Mobile Learning in Education
3.25
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