Designing for Transformation: Emergent Interdependence and Experiential Learning in a Peer-Led Adventure Relay
Background Outdoor adventure education programs are known to promote personal growth, but it is less clear how short, unfacilitated, peer-led programs produce similar results. Purpose This study examined which design elements of a student-led adventure relay contributed to meaningful participant experiences. The Outward Bound Process Model (OBPM) served as a framework for interpreting how these features supported development. Method Thematic analysis of interviews with university-aged participants identified four themes: challenge, becoming a team, solitude, and reflection. Findings The relay's structure—combining individual effort, team interaction, and built-in competition—encouraged emotional accountability and peer support. Two dynamics emerged: mobile solitude—reflection occurring through movement rather than while stationary—and emergent interdependence—a peer-generated sense of responsibility and care that developed without facilitation. Findings show that rotating runs, shared overnight structure, and single-vehicle travel each shaped distinct aspects of participants’ challenge, connection, and reflection. Results indicate that short, well-designed programs can produce developmental outcomes comparable to longer, instructor-led expeditions. Implications The study contributes to experiential-education research by showing how intentional program design, even without formal facilitation or wilderness settings, can foster reflection, insight, and personal growth. For practitioners, it offers a flexible model for designing meaningful, inclusive experiences in accessible environments.
Authors
- Kelli K. McMahan
- Stephanie Davis-Medlin
Institutions
- Baylor University (US)
Publication Details
- Journal
- Journal of Experiential Education
- Published
- 2026-01-21
- DOI
- https://doi.org/10.1177/10538259251411253
- Primary Topic
- Outdoor and Experiential Education
- Type
- article
- Field-Weighted Citation Impact
- 0.00