Occupational Therapists' Perspectives on Community Implementation of Interventions Unfamiliar to Older Adults.

BACKGROUND AND OBJECTIVES

There is an increasing push for broad implementation of evidence-based interventions (EBIs) targeting older adults. Successful delivery of EBIs in communities requires therapists to adhere to protocols and to be responsive to contextual factors. This study explored the real-world implementation of an EBI, the Multiple-component Cognitive Intervention using Simulated Everyday Tasks (MCI-SET) in Taiwan from therapists' perspectives on fidelity, challenges, and strategies for program delivery.

RESEARCH DESIGN AND METHODS

We used a convergent mixed-methods design. Quantitative data were collected from the 13-item Perceived Fidelity Questionnaire (PFQ), assessing the perceived importance, proficiency, and adherence to the essential skills of MCI-SET. Qualitative data were collected via 2 World Café discussions on implementation challenges and strategies, which were recorded, transcribed verbatim, and analyzed using thematic analysis. Quantitative and qualitative findings were then compared and integrated to enrich the interpretation.

RESULTS

47 occupational therapists completed the PFQ. They rated community-oriented skills as more important, demonstrated greater proficiency, and achieved higher adherence. Qualitative analysis revealed that therapists need to increase and sustain participation by strategically introducing the program, adapting the intervention protocol to make it engaging, relevant to everyday issues, and tailored to local needs, and building rapport. Both quantitative and qualitative findings highlighted the importance of community engagement skills and the adaptability of intervention to implementation and sustainability in communities.

DISCUSSION AND IMPLICATIONS

Real-world scale-up of EBIs requires tailored adaptations responsive to community contexts, especially when initially introducing an intervention unfamiliar to the community. This emphasizes the need for a dynamic fidelity concept.