Developing the STOE Framework and Implementation Architecture: A Dual Model for e-Health Implementation in Resource-Constrained Public Healthcare Settings of Western Kenya

dc.contributor.authorOndulo, Jasper
dc.contributor.authorLiyala, Samuel
dc.contributor.authorAdong, Grace
dc.contributor.authorAduda, Dickens
dc.contributor.authorMatoke, Nahason
dc.date.accessioned2026-08-25T13:23:26Z
dc.date.issued2026-04-18
dc.description.abstractWell-funded e-Health pilot projects in low- and middle-income countries (LMICs) consistently fail to achieve sustainable integration into routine practice. Existing frameworks address single dimensions of this problem, lacking integrated, multi-level perspectives and actionable roadmaps. This paper presents the development and empirical validation of the STOE (Social-Technological-Organisational-Environmental) Framework and its complementary Implementation Architecture, a dual model for resource-constrained public healthcare settings. We employed a sequential explanatory mixed-methods design across three public healthcare facilities in Western Kenya. Following a deductive-inductive process, we deductively constructed the STOE Framework by synthesising Normalisation Process Theory, the Technology-Organisation-Environment framework, and the Four-in-Balance Model. This a priori model was then inductively tested through quantitative surveys (n=108 healthcare providers) and qualitative interviews (n=21 key informants). Empirical data confirmed the framework's validity. Implementation failures stemmed from structural disconnects across nested STOE contexts, not isolated technical deficits. Three disconnect patterns emerged: (1) environmental policy uncertainty paralysing organizational decision-making (E→O); (2) technologies procured without frontline user input leading to systematic social rejection (S↔T); and (3) fragmented funding creating unsustainable donor- dependent pilots that collapsed post-completion (E→O→S cascade). The validated dual framework offers a pragmatic two-stage approach for resource-constrained health systems: diagnose systemic weaknesses using the STOE lens, then target interventions precisely using the architectural blueprint. This moves the field beyond checklist-style models toward integrated diagnosis and action.
dc.identifier.citationOndulo, J., Liyala, S., Adong, G., Aduda, D., & Matoke, N. (2026). Developing the STOE Framework and Implementation Architecture: A Dual Model for e-Health Implementation in Resource- Constrained Public Healthcare Settings of Western Kenya. Journal of Research and Academic Writing, 3(1), 96-103.
dc.identifier.issn3007-5343
dc.identifier.urihttps://ir.jooust.ac.ke/handle/123456789/15263
dc.language.isoen
dc.publisherJournal of Research and Academic Writing
dc.subjecte-Health
dc.subjectImplementation
dc.subjectPublic healthcare
dc.subjectResources
dc.titleDeveloping the STOE Framework and Implementation Architecture: A Dual Model for e-Health Implementation in Resource-Constrained Public Healthcare Settings of Western Kenya
dc.typeArticle

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