There are many informal physics education programs across the country. However, the available information about these programs varies widely and can be difficult to find. Without this knowledge, it is difficult for individual informal physics efforts to be understood as part of a broader national landscape of physics learning outside of the classroom. In this paper, we describe the development of study design and implementation to map the complex landscape of informal physics in the United States. We seek to determine the best ways to collect meaningful and comprehensive data from the wide-ranging and diverse formats of informal physics programs facilitated by academic institutions. Data was obtained from initial web searches for programs, surveys and interviews of program facilitators, and site visits of program events and activities. This data was analyzed along with participants’ feedback to produce iterations of the survey and interview protocol. We report on challenges and outcomes from our attempts to collect information about programs in Michigan as a test case for the national landscape. These methods can also be used in other informal education studies to gather program information.
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Characterizing Models of Informal Physics Programs
There has been an increase of funding agencies’ investment in informal science education in recent years, resulting in significant growth of the field. However, little research has been done in discipline-based education research to determine the impact of informal physics programs and what makes them successful. While struc- tures exist to assess the impact of informal learning, those are not yet robust enough to rigorously assess which programs work and, more critically, why they work. In this study, we used a non-profit organization framework as a lens to evaluate the ’success’ of three informal physics programs in achieving their objectives and overall vision. To determine the practices and structures that most influence the ’success’ of these programs, we con- ducted interviews with directors and coordinators of the programs, hosted at R1 institutions and identified initial indicators that can increase chances of informal physics programs to be ’successful’.
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- Award ID(s):
- 1713060
- PAR ID:
- 10101222
- Date Published:
- Journal Name:
- Physics Education Research Conference
- Format(s):
- Medium: X
- Sponsoring Org:
- National Science Foundation
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