Content area
Studies on talent development show that attaining expertise relies on long-term active engagement with a domain. Mentoring plays a key role in this, but it usually takes place outside of school in informal mentoring relationships, and research on formal school-based talent development mentoring programs is lacking. In the present research, we examined which factors in a novel school-based Learning Pathway Mentoring program hinder mentees’ active engagement with their domain. Due to a lack of corresponding research, we employed an exploratory sequential mixed-methods design (QUAL → quan). We first explored factors affecting mentees’ engagement from the perspective of 55 mentors in the Learning Pathway Mentoring program. The results of these qualitative analyses served to derive research questions about variables associated with decreased mentee domain activity, which we then studied in auxiliary quantitative analyses based on a sample of 48 mentees of the same program. Our combined analyses suggest that reasons for decreased mentee engagement may, in fact, be very heterogeneous and nuanced. As talent development places a significant demand on mentees in terms of extracurricular engagement, difficulties might occur specifically when mentees are expected to set priorities regarding the implementation of learning activities in their talent domain and simultaneously meet increasing school demands.
Details
Careers;
Mentors;
Learning Activities;
Student Development;
Guidance;
Research Skills;
Adult Learning;
Learning Strategies;
Talent Development;
Professional Identity;
Case Studies;
Middle Schools;
Early Adolescents;
At Risk Students;
Program Implementation;
Skill Development;
Student Motivation;
Opportunities;
Educational Environment;
Cognitive Ability;
Learner Engagement;
Developmental Stages;
Individual Development;
Individual Characteristics
; Ziegler, Albert 1
1 Chair of Educational Psychology and Research on Excellence, University of Erlangen-Nuremberg, 91054 Erlangen, Germany;
2 Department of Educational Sciences, University of Regensburg, 93053 Regensburg, Germany;