Currently submitted to: JMIR Medical Education
Date Submitted: Jan 17, 2026
Open Peer Review Period: Jan 20, 2026 - Mar 17, 2026
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Principles for Responsible AI in Health Professions Education, Research, and Care: The Health CARE-AI Framework Delphi Consensus Study
ABSTRACT
Background:
Artificial intelligence (AI) is rapidly integrating into health professions education (HPE) and clinical practice, creating significant opportunities alongside new ethical challenges. Although current international and professional guidance establishes essential values, it offers limited direction for how clinicians, educators, learners, and institutions should act in routine educational, research, and clinical contexts. The CARE-AI (Contextual, Accountable and Responsible Ethics for AI) project responds to this practice-level gap by articulating guidance that moves beyond values toward professional accountability and equity, with explicit attention to educational and clinical practice contexts.
Objective:
Our study objective was to develop and validate a consensus-based, actionable framework of principles to guide responsible AI use across health professions education, research, and clinical care.
Methods:
We conducted a three-phase modified Delphi consensus study, reported in accordance with the Accurate Consensus Reporting Document (ACCORD). Phase I involved two international professional meetings and three purposively sampled focus groups (AI/technology, HPE, ethics/professionalism) to adapt and refine draft principles using an exploratory qualitative approach. Phase II employed an online survey with a 5-point importance scale and prespecified consensus criteria (inclusion ≥70% high ratings; exclusion ≥70% low ratings). Phase III used include/exclude/undecided voting on revised principles. Quantitative thresholds determined consensus. Qualitative free-text comments informed iterative refinement.
Results:
Participants represented diverse communities of practice across health professions education, clinical care, ethics, and digital health, spanning multiple professional roles and training levels. Across all phases, 303 unique participants contributed to the study. Phase I focus groups (n=61) provided early insight and direction. In Phase II, Delphi survey round 1, 242 participants initiated the survey, with 120 completing it (49.6%). In Phase III, Delphi survey round 2, 103 participants were invited based on expressed interest at the end of Round 1; 78 initiated the survey and 75 completed it (96.2% of starters). In Phase II, 58 of 61 statements (95%) met inclusion, and participants submitted 1,887 comments (697 were content-rich), prompting clearer accountability language, stronger equity commitments, and more usable wording. In Phase III, all nine principles and their statements met inclusion. Participants contributed 224 comments (179 were content-rich) that informed final refinements. Endorsement was near-unanimous: 96% agreed or strongly agreed that the framework clearly defined professionalism expectations for AI to meet educational, technological, and ethical needs in the health professions.
Conclusions:
The Health CARE-AI Framework, with its preamble and nine principles, articulates actionable, consensus-validated guidance that moves from values to competence, into professional accountability, and toward structural commitments to equity. Paired with a companion implementation guide and toolkit, the framework is intended to support use across education, research, and clinical settings. Clinical Trial: Not applicable
Citation
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