The Moderating Role of Resilience in the Relationship between Academic Burnout and the Perception of Psychological Health in Nursing Students

Student summary

Why This Research Matters

Nursing school is stressful, and a lot of that stress shows up as academic burnout — the exhausted, cynical, "I'm not good at this anymore" feeling that can creep in during a demanding program. This study, published in Educational Psychology (2018) by García-Izquierdo, Ríos-Risquez, Carrillo-García, and Sabuco-Tebar, asked a focused question: does resilience change how burnout affects a nursing student's psychological health?

The researchers gave a battery of questionnaires to 218 second-year nursing students at the University of Murcia in Spain. They used three well-established tools: the CD-RISC 10, a short 10-item version of the Connor-Davidson Resilience Scale, to measure resilience; the Maslach Burnout Inventory (MBI) to measure three burnout dimensions — emotional exhaustion, cynicism, and (reduced) academic self-efficacy; and the GHQ-12, the 12-item General Health Questionnaire, to measure general psychological health and distress symptoms.

The results showed that resilience was significantly related to burnout overall, and specifically to emotional exhaustion and self-efficacy, as well as to psychological health. In other words, students who scored higher on resilience tended to report lower burnout and better psychological health. The three burnout dimensions were also significantly linked to psychological health in the direction the researchers expected — more emotional exhaustion and cynicism went with worse psychological health, while stronger academic self-efficacy went with better psychological health.

The key statistical step was a regression analysis testing whether resilience "moderates" — that is, changes the strength of — the relationship between emotional exhaustion and psychological health. The answer was yes. Resilience acted as a buffer: among students experiencing high emotional exhaustion, those with higher resilience reported comparatively better psychological health than those with lower resilience. Put simply, resilience does not just correlate with feeling better in general; it specifically softens the blow when a student is emotionally worn out.

Why does this matter for you as a nursing student or future clinician? Academic burnout during nursing school is not just an uncomfortable phase — research consistently links it to later professional burnout, and burnout in nurses is associated with reduced quality of care, higher error rates, and staff turnover. If resilience can blunt the psychological toll of emotional exhaustion while you're still a student, then building resilience skills during training could have real downstream benefits, both for your own wellbeing and for the patients you'll eventually care for.

The authors themselves are cautious about overreaching. This was a cross-sectional study — everyone was measured once, at one point in time — so it shows an association, not proof that boosting resilience directly reduces the harm of burnout. The sample was also specific: 218 second-year students at a single Spanish university, which may not represent nursing students in other countries, program years, or cultural contexts (including Canada). All measures relied on self-report questionnaires, meaning the data reflect how students perceived their own resilience, burnout, and health rather than objective measures like grades, absenteeism, or clinical performance.

Still, the finding fits a broader pattern seen in nursing education research: resilience-focused interventions — things like mindfulness training, peer support, structured debriefing after clinical placements, and coping-skills workshops — are increasingly proposed as part of nursing curricula precisely because they may protect students from the worst effects of academic and clinical stress. This paper adds evidence for why that approach makes theoretical sense: resilience appears to specifically interrupt the pathway from emotional exhaustion to poorer psychological health.

As you read studies like this, practice appraising them the way a nurse would appraise any piece of evidence: What was actually measured? How large and how representative was the sample? Was this a snapshot or a study over time? Here, the honest answer is that this is a single-timepoint, self-report study of Spanish nursing students — informative, but a starting point for further research rather than a final answer about how resilience training should be built into nursing programs.

Faculty notes

Educational Relevance

This 2018 Educational Psychology article (García-Izquierdo et al., DOI 10.1080/01443410.2017.1383073) examines the moderating role of resilience in the relationship between academic burnout and perceived psychological health among 218 second-year nursing students at the University of Murcia, Spain. It is a useful classroom text for illustrating moderation analysis, a statistical concept students often confuse with simple correlation or mediation.

Methodologically, the study is a cross-sectional survey design using three validated instruments: the CD-RISC 10 (Connor-Davidson Resilience Scale, 10-item short form) for resilience; the Maslach Burnout Inventory, assessing the three canonical burnout dimensions of emotional exhaustion, cynicism, and reduced academic/professional self-efficacy; and the GHQ-12 (General Health Questionnaire) as an outcome measure of general psychological distress and wellbeing. This instrument combination is standard in the academic-burnout literature and allows direct comparison with related work from the same research group, including an earlier exploratory study (Ríos-Risquez et al., Contemporary Nurse, 2016) with 113 final-year students, which reported correlations of roughly r = -.55 between resilience and emotional exhaustion and r = -.62 between resilience and psychological health — useful background context, though a distinct sample and study from the one under discussion here.

The core statistical contribution is the regression-based test of moderation: resilience significantly moderated the association between emotional exhaustion and psychological health, meaning the negative impact of emotional exhaustion on psychological health was attenuated among students with higher resilience scores. This is a stronger and more clinically actionable claim than a simple bivariate correlation, because it suggests resilience may function as a protective factor specifically under conditions of high exhaustion, rather than uniformly improving wellbeing regardless of stress level.

For teaching purposes, this article works well to prompt discussion of several appraisal points. First, moderation versus mediation: ask students to articulate why this is a moderation model (resilience changes the strength of the exhaustion–health relationship) rather than a mediation model (resilience explaining the mechanism). Second, self-report bias and common-method variance: all three constructs were measured via self-report questionnaires administered concurrently, which can inflate observed associations. Third, generalizability: a single-cohort, single-institution, second-year sample in Spain limits transfer to other nursing programs, especially outside a Spanish/European educational and cultural context, and to Canadian curricula specifically. Fourth, causality: cross-sectional design cannot establish whether resilience causes better psychological health, whether better psychological health enables resilience, or whether both are downstream of a third factor (e.g., prior life stressors, social support, personality traits).

Practically, the authors frame their results around implications for training nursing students for professional practice, and the paper is often cited as support for embedding resilience-building content (stress-management skills, reflective practice, structured clinical debriefing, peer mentoring) into pre-licensure curricula, on the theory that such interventions could reduce the psychological toll of burnout during demanding clinical placements. Instructors can use this article to have students draft a testable follow-up design — for example, a longitudinal or intervention study — that would move the evidence from correlational to causal, and to discuss what outcome measures (retention, clinical performance, later professional burnout) would matter most for evaluating a resilience curriculum.