American Journal of Advanced Multidisciplinary Innovation and Research

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Peer-Led Learning Networks and Their Influence on Academic Confidence

Author(s) Dr. Sophia Bennett
Country United States
Abstract Academic confidence plays an important role in how university students approach difficult tasks, respond to feedback, seek assistance, participate in collaborative learning, and persist when they experience academic setbacks. Although formal instruction remains central to higher education, students also construct substantial portions of their academic experience through interaction with classmates, senior students, peer mentors, tutors, and informal study communities. This paper examines the role of peer-led learning networks as structured environments for strengthening academic confidence in higher education. Rather than conceptualizing peer support as an informal supplement to teaching, the study develops a Peer-Led Academic Confidence Network Framework (PLAC-NF) that integrates reciprocal explanation, low-stakes practice, formative peer feedback, social belonging, help-seeking, reflective learning, and trained peer leadership.
A conceptual-methodological research design was adopted, combining structured synthesis of scholarship on peer-assisted learning, peer tutoring, mentoring, social capital, academic self-efficacy, and collaborative learning with a scenario-based analytical comparison. The proposed framework distinguishes five confidence-support dimensions: task confidence, help-seeking confidence, feedback-use confidence, academic belonging, and persistence confidence. Twelve hypothetical higher-education learning scenarios were examined under conventional independent-learning and structured peer-network configurations. Scenario-based scores indicate substantially stronger support across all five dimensions under the peer-led model, with the largest conceptual difference observed in academic belonging and help-seeking. A staged network-participation model further illustrates how confidence may develop through orientation, repeated peer practice, reciprocal feedback, leadership responsibility, and reflective consolidation.
These scores are illustrative framework values and should not be interpreted as data from real participants. The literature nevertheless provides empirical support for several mechanisms incorporated into the framework, including peer mentoring, supportive learning environments, network formation, pedagogically trained tutors, and reciprocal learning. The paper concludes that peer-led learning networks can complement faculty-led instruction by creating psychologically safer opportunities for students to explain ideas, make mistakes, receive feedback, observe comparable peers succeeding, and develop greater ownership of academic learning. Effective implementation, however, requires peer-leader training, clearly bounded responsibilities, faculty oversight, inclusive participation structures, and systematic evaluation.
Keywords peer-led learning; academic confidence; academic self-efficacy; peer mentoring; peer-assisted learning; collaborative learning; student engagement; academic belonging; higher education; peer networks
Field Engineering
Published In Volume 1, Issue 2, March-April 2020
Published On 2020-04-28

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