Abstract

To increase the quality of informal science, technology, engineering, and math (STEM) learning opportunities, many youth development professionals working in out-of-school time (OST) programs need professional development focused on facilitating these types of activities. Nebraska Extension developed an open-access repository of resources that support an ongoing, blended approach to STEM professional development for youth workers. The current study evaluated the impact on staff, programs, and youth achieved by implementing Click2Science resources in sites at a large youth serving organization. Data sources included site or program director/coordinator and frontline staff perceptions about their experiences during the professional development events, observations of staff facilitating STEM learning with youth, and youth interest in STEM. Findings demonstrated an increase in STEM program quality, as measured by the Dimensions of Success (DoS) Observational Tool (n.d.). Site or program director/coordinators and frontline staff found the professional development eye-opening and user friendly, and noted increased youth engagement following the intervention. Youth reported positive perceptions of STEM learning experiences. Triangulation of these three sources confirmed the promising utility and effectiveness of this professional development approach. Further research is needed to extend the preliminary findings and support the case for increased investment in STEM professional development for youth development professionals.

Highlights

  • STEM Professional Development the preliminary findings and support the case for increased investment in STEM professional development for youth development professionals

  • The instrument has changed over time, there is enough consistency to allow for comparisons between both the Summer of Innovation (SoI) study and the Common Instrument Validation (CIV) benchmarks reported by Martinez et al (2014)

  • This study reinforces the need for ongoing professional development opportunities for of-school time (OST) program staff

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Summary

Introduction

STEM Professional Development the preliminary findings and support the case for increased investment in STEM professional development for youth development professionals. Furtak, Seidel, Iverson, and Briggs (2012) found that youth exhibited more interest in STEM and better STEM learning outcomes after experiencing the type of investigations present in OST programs. These same programs can prepare more diverse youth to be interested in STEM, succeed in formal STEM courses, and pursue STEM career fields (Krishnamurthi & Bevan, 2017). Nebraska Extension developed a website, click2sciencepd.org, to house professional development materials written for trainers of youth development professionals, which focused on the skills staff need to facilitate high-quality STEM learning experiences with youth. Strategies for developing STEM practices and mindset contribute to learning experiences that build practices and knowledge in science, technology, engineering and math

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