Academic Procrastination

Academic Procrastination

Author : Ritesh Pramod Borkar

Academic procrastination has become a widespread concern across educational levels and cultures. It is defined as the regular and needless delay of academic duties despite being aware of the potential negative repercussions. It is regularly linked to worse academic achievement, increased stress, and decreased wellbeing, underscoring the importance of comprehending not only the frequency of procrastination among students but also the reasons behind it and strategies for modifying it. Building on this background, recent theoretical and empirical research conducted between 2018 and 2025 has looked at the psychological, behavioral, and contextual factors that contribute to procrastination as well as potential intervention targets like self-efficacy, basic psychological needs, physical activity, and cognitive behavioral strategies in a variety of student populations.

 

 

Selected studies

Annisaq et al. (2025) reported that 67 % of English language master’s students shown moderate procrastination, most frequently in thesis writing and exam preparation, driven by time management difficulties and fear of mistakes. These findings underline that procrastination is not a minor issue but a typical pattern in postgraduate study contexts. The authors suggest that targeted training in time management and self regulation could substantially reduce these delays in critical academic work.

Bhakat et al. (2025) presented a theoretical framework linking procrastination to perfectionism, self‑efficacy, anxiety, motivation, resilience and well‑being, emphasizing its multifaceted psychological factor. Their model describe procrastination as a central hub where emotional, cognitive, and motivational factors intersect rather than as a simple habit of laziness. This framework helps researchers and practitioners design more structured aprroacg and carefull planning that address multiple psychological pathways at once.​

 

 

 

Cutipa‑Flores et al. (2025) found that higher self‑efficacy (β = ‑0.223) and academic engagement (β = ‑0.238) jointly explained 11.8 % of procrastination variance among Peruvian adolescents (which means 10 to 25 age group). In practical terms, students who feel more capable and actively involved in their studies are meaningfully less likely to delay tasks. The authors highlight self‑efficacy enhancement and engagement‑boosting strategies as promising levers for school‑based anti‑procrastination programs.

Faure‑Carvallo et al. (2025) identified poor planning, neuroticism, and insufficient monitoring as key contributors to procrastination, accounting for 61 % of variance in a sample of 910 students. This high explained variance shows that deficits in planning and emotional stability form a core risk profile for chronic procrastinators which means repeatedly delay important task and responsibilities. Interventions that strengthen planning skills and self‑monitoring may therefore yield substantial reductions in procrastination levels among university populations.

Kuai et al. (2025) used isotemporal substitution modelling which means  a statistical approach that helps in understanding how reallocating time between different activities can impact health outcomes on 986 Chinese undergraduates, revealing that replacing 20 min of sedentary time with moderate‑to‑vigorous physical activity reduces procrastination scores by 0.47 units, highlighting activity as a modifiable factor. The authors propose short bouts of moderate‑to‑vigorous exercise as a time‑efficient behavioral tool to improve self‑regulation and reduce delay. Their dose–response analysis suggests that the first 20 minutes of substitution deliver the strongest gains for lowering academic procrastination.

 

van Eerde & Klingsieck (2018) meta‑analyzed 24 intervention studies, concluding that cognitive behavioral therapy yields the largest reductions in procrastination, with effects persisting at follow up. Overall, the review characterizes CBT as the most robustly supported psychological treatment for procrastination to date. Notably, benefits remained stable over time, indicating that CBT can foster durable changes in procrastination-related thinking and behavior.

 

 

 

Vlachopanou et al. (2025) clustered 284 students into three profiles highly motivated/adjusted, moderately motivated/adjusted, and procrastinated/poorly adjusted showing that low motivation and poor adjustment co‑occur with the highest GPA deficits. Their profiling illustrates that procrastination tends to cluster with broader adjustment problems, not just isolated delays in study tasks. This supports the idea that academic support services should simultaneously target motivation, adaptation to university life, and procrastination behavior.

Xue et al. (2025) surveyed 600 Chinese undergraduates and found that higher academic pressure directly increased procrastination (β = 0.470, p < 0.001) and indirectly amplified it through negative coping strategies (indirect effect = 0.068). The findings show that intense academic demands can push students toward avoidant coping, which then reinforces procrastination cycles. Reducing excessive pressure and promoting adaptive coping styles may therefore be critical for lowering procrastination in competitive academic environments.

Ye et al. (2025) demonstrated that unmet basic psychological needs predict procrastination both directly (β = ‑0.14) and via sequential mediation of anxiety and reduced self‑control, with psychological resilience buffering these effects. Their results align with self‑determination theory by framing procrastination as a response to thwarted needs for autonomy, competence, and relatedness. Higher resilience appears to weaken this pathway, indicating that resilience-building programs might protect vulnerable students from escalating procrastination.

 

 

 

 

 

 

Yupanqui‑Lorenzo et al. (2025) showed that self‑efficacy strongly predicts better self regulation of procrastination across genders in a Peruvian sample of 1,224 students. The study emphasizes that students who believe they can manage their academic tasks are more effective at controlling procrastinatory impulses. Consequently, interventions that strengthen academic self‑efficacy may be broadly beneficial, regardless of gender differences.

 

 

 

 

 

 

Conclusion

Across diverse populations, procrastination is consistently linked to external pressures (academic stress, sedentary lifestyle) and internal resources (self‑efficacy, coping, personality). Interventions targeting maladaptive coping, enhancing basic psychological needs, and promoting physical activity or CBT appear most effective, suggesting that multifactorial strategies are required to mitigate this pervasive behavior.

Overall, these studies depict academic procrastination as a common, multifactorial problem that emerges from the interplay of individual traits, motivational processes, environmental pressures, and behavioral habits. Procrastination is prevalent across different educational levels and countries, and it is consistently linked with poorer academic outcomes, especially when combined with low motivation and poor adjustment.

Across the evidence, strong protective roles are shown for self-efficacy, academic engagement, effective planning, and psychological resilience, which together reduce the likelihood that students will delay important academic tasks. Conversely, factors such as neuroticism, unachived psychological needs, anxiety, negative coping, and high academic pressure intensify procrastination, often by undermining self-control and encouraging avoidance.

At the same time, the findings highlight that procrastination is modifiable: structured psychological interventions like cognitive behavioral therapy and practical changes such as increasing moderate to vigorous physical activity can produce measurable and lasting reductions in procrastination. Profiling and theoretical models also suggest that the most effective strategies will be multidimensional, simultaneously targeting thoughts, emotions, motivation, coping, and daily routines rather than treating procrastination as a simple time‑management issue.

 

 

 

 

 

 

 

 

 

References  

1.        Annisaq, A., Azhar, F., & Surpiusman, S. (2025). Academic procrastination among master’s students in English language education. International Journal of Educational Best Practices, 9(2), 82‑94.

2.        Bhakat, B., Panda, A. R., & Padhi, S. K. (2025). Academic procrastination and its correlates: A theoretical framework. Scholarly Research Journal for Interdisciplinary Studies, 14(90).

3.        Cutipa‑Flores, T., Fabian‑Osorio, L., Navarro‑Cárdenas, M. A., & Abanto‑Ramírez, C. D. (2025). Academic engagement and academic self‑efficacy as predictors of academic procrastination in Peruvian adolescents. Frontiers in Education, 10, 1533810.

4.        Faure‑Carvallo, A., Nieto‑Fernández, S., Calderón, C., & Gustems, J. (2025). Relationship between procrastination, time management, personality, and psychological distress in higher education. Journal of Further and Higher Education, 51(3), 2459852.

5.        Kuai, F., Wu, X., Zhou, X., & Liu, W. (2025). Association and benefits of 24‑h activity behavior and academic procrastination among Chinese college students. Frontiers in Public Health, 9, 1700750.

6.        van Eerde, W., & Klingsieck, K. B. (2018). Overcoming procrastination? A meta‑analysis of intervention studies. Educational Research Review, 25, 73‑85.

7.        Vlachopanou, P., Maska, L., Kalamaras, D., & Nasika, F. (2025). Academic motivation, procrastination, and adjustment: Exploring their impact on student profiles and academic performance. PLoS ONE, 20(11), e0335913.

8.        Xue, C., Helian, Z., & Li, Y. (2025). Academic pressure and academic procrastination: The mediating role of negative coping strategies. PLoS ONE, 20(12), e0338956. https://doi.org/10.1371/journal.pone.0338956

9.        Ye, Z., Chi, S., Ma, X., & Pan, L. (2025). The impact of basic psychological needs    on academic procrastination: The sequential mediating role of anxiety and self‑control. Frontiers in Psychology, 16, 1576619.

10.    Yupanqui‑Lorenzo, D. E., Olivera Carhuaz, E. S., & Pulido‑Capurro, V. (2025). An invariant explanatory model of procrastination self‑regulation based on self‑efficacy and positive affect. Psychological Science and Education, 30(1), 56‑66.