A Sociotechnical Systems Approach Toward Tailored Design for Personal Health Information Management

Area of Science:

• Health Informatics
• Human-Computer Interaction
• Sociotechnical Systems

Background:

• Personal health information management (PHIM) is crucial for patient engagement and health outcomes.
• Existing health information technology (HIT) often lacks user-centered design, hindering effective PHIM.
• A sociotechnical systems approach provides a framework to understand the interplay between users, technology, and tasks in PHIM.

Purpose of the Study:

• To identify individual differences in personal health information management (PHIM) using a sociotechnical systems approach.
• To inform the design of patient-friendly environments, tools, and technologies for managing personal health information.
• To explore how sociotechnical factors influence PHIM and identify key dimensions for human-centered design.

Main Methods:

• Secondary thematic analysis of interview data from 20 individuals with diabetes.
• Utilized data from the vizHOME parent project focused on consumer health information technology (HIT).
• Applied a sociotechnical systems framework to analyze interactions between people, technologies, and tasks in PHIM.

Main Results:

• Identified seven key dimensions of PHIM: privacy preference, engagement level, guidance preference, documentation level, physical distribution, routine flexibility, and use of external cues.
• Each dimension exists on a continuum from low to high, indicating significant individual variation.
• Individual differences in PHIM dimensions were revealed through the exploration of the sociotechnical system.

Conclusions:

• Understanding individual differences in PHIM dimensions is essential for developing tailored, human-centered health technologies.
• The identified PHIM dimensions provide a foundation for designing more effective and user-friendly health information management tools.
• Future research should validate these dimensions and develop a PHIM-typing measure for personalized HIT design.