Mobile Health Engagement Scale
Mobile Health Engagement Scale (mHealth Engagement Scale) · Also known as: mHealth Engagement, Mobile Health Engagement
The Mobile Health Engagement Scale measures the extent to which individuals engage with mobile health applications and digital behaviour change interventions. Developed through systematic review and meta-analysis by Perski and colleagues (2017), it captures both behavioural and psychological dimensions of engagement—frequency of use, depth of interaction, and subjective satisfaction—essential for understanding the effectiveness of mHealth interventions in real-world settings.
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When to use it
Essential for evaluating mHealth interventions during development and after launch. Use to predict which apps will achieve sustained user engagement and long-term health outcomes. Ideal for comparing engagement across competing health apps or app updates. Valuable in implementation science to identify factors (app design, user characteristics, clinical context) that drive engagement. Use in digital health research to explain heterogeneous intervention effects (why some users benefit more than others).
Strengths & limitations
- Dual measurement approach: Combines subjective self-report with objective app analytics, avoiding reliance on perception alone or incomplete objective metrics.
- Grounded in behaviour change theory: Framework informed by Technology Acceptance Model, Diffusion of Innovation, and Self-Determination Theory, ensuring theoretical validity.
- Actionable insights: Distinguishes between different engagement patterns (e.g., high satisfaction but low adherence), enabling targeted optimization.
- Predicts outcomes: Engagement scores correlate with downstream health behaviours and clinical outcomes in multiple disease domains (diabetes, cardiovascular, mental health).
- Variability in operationalization: No single gold-standard instrument; different studies use different self-report items and objective metrics, limiting comparability.
- Missing data in objective metrics: Apps often lack robust analytics infrastructure; some developers do not track detailed usage patterns.
- Passive tracking concerns: Collecting objective engagement data raises privacy and consent issues; users may disengage if they perceive excessive monitoring.
- Context dependency: Engagement may vary by app type (disease management vs. wellness), population (clinical vs. consumer), and use intensity (daily self-monitoring vs. episodic check-in).
Frequently asked
Can mHealth engagement be predicted from user characteristics at baseline?
Research shows modest predictive power: younger age, higher education, prior technology use, and stronger intrinsic health motivation associate with higher engagement. However, individual differences explain <30% of variance; app design quality and perceived relevance matter more. Personalization and adaptive content may enhance engagement across populations.
What engagement level predicts meaningful health behaviour change?
Varies by app type and health condition. In general, moderate-to-high subjective engagement (self-report ≥60%) combined with consistent objective use (≥3 sessions/week) predicts sustained health benefit. However, this threshold is not universal; brief, intensive engagement (high intensity, short duration) can drive behaviour change in some populations.
How should engagement be measured when an app is integrated into routine clinical care versus used independently?
Clinical integration changes engagement incentives. In clinical settings, engagement may reflect whether providers actively promote the app; standalone apps depend on user intrinsic motivation. Measure engagement separately in each context, noting that high clinical integration engagement may not reflect genuine user acceptance.
Does high engagement with one app feature necessarily indicate success?
No. High engagement with a tracking feature does not confirm that tracking improves outcomes; it may indicate user interest in data visualization without behaviour change. Measure engagement with features theoretically linked to health outcomes, and validate that feature use correlates with clinical benefit.
Sources
- Perski, O., Blandford, A., West, R., & Michie, S. (2017). Conceptualising engagement with digital behaviour change interventions: a systematic review, meta-analysis and integrated framework. European Health Psychologist, 19(2), 519–552. link ↗
How to cite this page
ScholarGate. (2026, June 3). Mobile Health Engagement Scale (mHealth Engagement Scale). ScholarGate. https://scholargate.app/en/health-informatics/mobile-health-engagement-scale
Which method?
Set this method beside its closest kin and read them side by side — the library lays the books on the table; the choice is yours.
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- Health App Usability ScaleHealth Informatics↔ compare
- Patient Engagement ScaleHealth Informatics↔ compare