Translating Between Standardization and Local Fit in Health Information Technology

Area of Science:

• Health Informatics
• Human-Computer Interaction
• Information Systems Research

Background:

• Designing health information technology (HIT) necessitates balancing standardization with local adaptation.
• Effective HIT design must consider the diverse needs of various stakeholders.

Purpose of the Study:

• To investigate how HIT design features influence stakeholder engagement and usability.
• To identify key factors that ensure HIT meets diverse user purposes and needs.
• To explore the relationship between HIT design, implementation, and patient safety.

Main Methods:

• Analysis of preliminary study findings on HIT design interactions.
• Examination of stakeholder shared attention mechanisms.
• Evaluation of HIT translational 'boundary object' features.

Main Results:

• Interactions between stakeholder shared attention and HIT 'boundary object' features are crucial.
• These interactions ensure HIT effectively serves diverse stakeholder purposes and needs.
• Successful alignment supports subsequent implementation and enhances patient safety.

Conclusions:

• HIT design must integrate mechanisms for shared attention and translational features.
• Effective boundary object design in HIT promotes usability and adoption.
• Attention to stakeholder needs in HIT design is fundamental for patient safety.