A Multidimensional Framework for Assessing Resilience in College Students

Thesis Abstract

The resilience of college students is increasingly recognized as a vital determinant of academic success, psychological well-being, and adaptive functioning amidst the multifaceted challenges of higher education environments. Despite this growing awareness, existing assessment frameworks predominantly focus on unidimensional or narrowly defined aspects of resilience, thereby limiting comprehensive understanding and targeted intervention strategies. This study aims to develop, validate, and empirically test a multidimensional framework for assessing resilience in college students to address this significant gap in resilience research. The specific objectives include (1) identifying key dimensions of resilience relevant to college students through an extensive review of literature and expert consultations; (2) constructing a comprehensive measurement instrument; (3) evaluating the psychometric properties of the instrument; and (4) empirically examining the relationship between the identified resilience dimensions and academic performance, mental health outcomes, and coping strategies. Employing a mixed-methods sequential exploratory research design, the study initially involves qualitative inquiries through focus group discussions and in-depth interviews with 30 students, educators, and mental health practitioners to gather insights on resilience dimensions specific to tertiary education contexts. These findings inform the development of a structured questionnaire, administered to a sample of 500 college students selected via stratified random sampling from a large university. Quantitative data collection utilizes the newly developed resilience instrument alongside validated measures of mental health (e.g., Depression Anxiety Stress Scales), academic achievement records, and coping inventories. The psychometric evaluation of the instrument comprises exploratory and confirmatory factor analyses, internal consistency reliability testing through Cronbach's alpha, and construct validity assessments using average variance extracted (AVE) and composite reliability metrics. Data analysis involves multiple regression analyses to examine the predictive relationships between the resilience dimensions and key outcomes, alongside multivariate analysis of variance (MANOVA) to explore differences across demographic variables. The study grounds its theoretical basis primarily in the Protective Factors Model and the Ecological Systems Theory, providing a conceptual structure that captures individual capacities, relational resources, and systemic influences integral to resilience. It is anticipated that the findings will reveal a robust, empirically validated multidimensional resilience model comprising core domains such as personal resources, social support, academic engagement, and environmental stability. The anticipated results will demonstrate that the multidimensional resilience framework offers superior explanatory power regarding students' psychological outcomes and academic success compared to unidimensional models. These insights are expected to contribute significantly to resilience theory by integrating diverse resilience facets within a unified conceptual and measurement framework tailored for higher education contexts. Practically, the validated instrument can serve as a diagnostic tool for educators, counselors, and policymakers seeking to design targeted resilience-building interventions. The study concludes that a multidimensional approach provides a nuanced understanding of resilience among college students, emphasizing the importance of tailored, contextually relevant support systems. Recommendations include integrating resilience assessments into routine student well-being programs, fostering environments that bolster identified resilience domains, and conducting longitudinal studies to examine the stability and developmental progression of resilience over the academic lifespan. Future research should explore the cross-cultural applicability of the framework and extend validation efforts across diverse educational settings, thereby enhancing the global relevance and utility of the comprehensive resilience assessment model.