We are excited to share our latest research report, the fourth in a series of interim briefs related to our Networked Innovation and Youth Trajectories strands of research. As we’ve mentioned before, HRL is committed to sharing, early and often, data and findings that we hope will feel relevant and useful to the Hive community.
In this brief, we discuss our recent work exploring how adults and peers have supported youth who participate in Hive NYC-affiliated activities. Drawing from interviews conducted with our case study youth (read more about them in our first Youth Trajectories brief), we articulate a set of 16 supportive roles—encompassing Material, Knowledge Building, Emotional, Brokering and Institutional forms of support—that our youth identified as being important to them.
We also describe how we developed visualizations of these supportive roles and the adults and peers behind them, forming maps of something we call a young person’s social learning ecology (SLE). These SLE maps may be used to better understand and characterize aspects of a young person’s SLE such as redundancy of support and diversity of sources that we hypothesize may be consequential to sustained engagement in certain activities. Also, comparing a youth’s SLE map at different time periods demonstrates the dynamic nature of social learning ecologies generally and how certain providers (and thus forms of support) may be more transient in a young person’s life than others. Overall, we hope the findings summarized here may provide the Hive community with some useful insights into how a young person’s social learning ecology, with Hive educators as a critical aspect of it, may intersect with one’s ability to engage in interest-related pursuits.
As always, we welcome any feedback, thoughts or questions you may have about this or any aspect of our work!
Pingback: Youth Trajectories Interim Brief #2: Mapping Social Learning Ecologies of Youth | Reading for Pleasure
Pingback: What me, mentor? Introducing the Connected Mentor Framework for out-of-school environments | Hive Research Lab