Systematic Review of Time Management in Higher Education and Workplace (2025)
FeaturedA comprehensive systematic review synthesizing 107 empirical studies on time management across higher education and workplace settings. Published in Frontiers in Education, it identifies planning, goal-setting, prioritization, and task organization as the most effective strategies for improving productivity, wellbeing, and performance. The review spans 32,959 participants and addresses definitional inconsistencies in the field.
Last updated: 2026-04-04 22:53
Overview
This systematic review synthesizes findings from 107 empirical studies (86 peer-reviewed articles and 21 dissertations) to clarify the conceptual landscape of time management, identify high-impact strategies, and assess their influence on key outcomes including academic performance, job performance, wellbeing, and stress.
Methodology
- Followed PRISMA guidelines
- Searched PsycINFO, ERIC, ProQuest Dissertations & Theses, and Google Scholar
- Included studies published 2006-2021 (pre-pandemic) for methodological clarity
- Total sample: 32,959 participants (24,068 higher education students, 8,891 workforce professionals)
- Used Mixed Methods Appraisal Tool (MMAT) for quality assessment
Key Findings
Effective Strategies
Planning, goal-setting, prioritization, and task organization emerged as the most beneficial strategies:
- Wellbeing: Reduces stress, burnout, and anxiety
- Performance: Enhances job performance and academic achievement
- Motivation: Boosts engagement, persistence, and self-efficacy
- Procrastination: Reduces procrastination, especially in higher education
- Learning strategies: Encourages cognitive and metacognitive approaches
Quantitative Associations
Performance outcomes:
- Time management correlated with higher GPA (r = 0.24 to 0.46)
- Time management correlated with academic success (r = 0.43)
- Workplace performance improvement for IT professionals (r = 0.24) and public employees (r = 0.56)
Wellbeing outcomes:
- Burnout reduction (r = -0.41) in financial managers and teachers
- Anxiety reduction (r = -0.36)
- Planning and prioritizing reduced job pressure (r = -0.43)
Training Effectiveness
26 studies showed training improved time management:
- Better planning, goal setting, and prioritizing
- Greater control over time (effect size eta-squared = 0.29-0.35)
- Increased wellbeing and productivity
- Improved academic performance in 5 studies
Individual Differences
- Conscientiousness correlates positively with time control (r = 0.44)
- Neuroticism correlates negatively (r = -0.31)
- Mixed findings on gender differences in time management performance
- Older workers showed advantages in planning and goal-setting
Measurement Instruments
The two most widely used survey instruments were:
- Time Management Behavior Scale (TMBS) - 39 studies
- Time Management Questionnaire (TMQ) - 25 studies
Conceptual Frameworks
Two dominant frameworks emerged:
- Claessens et al. (2007) - Views time as a limited resource; key actions: goal setting, prioritizing, planning, self-assessing time use (24 of 86 articles)
- Macan (1990, 1994) - Four categories: goal-setting and prioritization, scheduling and planning, organizing, perceived control over time (15 studies)
Data Collection Methods
- Survey (most common): 100 instances across studies
- Interview: 7 studies
- Diary: 5 work-based studies
- Trace data (time logs, software tracking, LMS engagement): 5 studies
Research Gaps Identified
- 42 of 86 articles lacked clear conceptual definitions of time management
- Limited research on long-term behavioral change from training interventions
- Need for greater understanding of mechanisms linking time management behaviors to outcomes
- Increasing recognition of contextual and cultural influences
Related Items
10 IQ Point Drop from Heavy Multitasking
Research finding from a 2024 study showing that heavy multitasking can lead to a temporary drop of up to 10 IQ points, a reduction greater than the effect of losing a night's sleep, highlighting severe cognitive costs of task switching.
2-3 Hour Daily Deep Focus Limit
Research from Hubstaff's 2026 Global Work Index showing the average team member only spends 2-3 hours per day in deep focus, based on data from over 140,000 workers across 17,000 organizations, highlighting the scarcity of focused work time.
2.5% Supertaskers Statistic
Research finding showing only 2.5% of people are 'supertaskers' who can genuinely multitask without performance degradation. For the remaining 97.5% of the population, multitasking is actually rapid task switching with cognitive penalties.
30-60 Second Focus Entry (Neuroscience)
Neuroscience finding that spending 30-60 seconds staring at a specific point before deep work narrows the visual field and triggers norepinephrine release, priming the brain for focused cognitive effort.