Abstract:
Artificial intelligence (AI) is increasingly influencing health professions education,
yet the extent to which positive student perceptions translate into routine
educational use remains unclear, particularly within a pedagogy and andragogy
framework in low- and middle-income settings. To identify independent predictors
of high-frequency educational AI use among allied health undergraduates
at the University of Ruhuna, Sri Lanka.A descriptive cross-sectional online survey
was conducted among 278 undergraduates from the Departments of Nursing,
Pharmacy, and Medical Laboratory Science. A pretested questionnaire assessed
demographics, knowledge, attitudes, practices, barriers, and ethical concerns
related to AI. Binary logistic regression determined independent predictors
of high-frequency educational AI use, adjusting for gender, formal AI education,
knowledge level, academic year, and department. Learning orientation was not
measured separately but inferred from patterns of autonomous AI use versus nonuse,
consistent with adult learning theory.Although 51.4% of students reported
adequate AI knowledge and 86.7% perceived AI as beneficial, educational AI use
remained limited. Nearly half (48.6%) reported no academic AI use, and only
5.4% used AI daily. The most common barriers were lack of skill (79.3%) and
limited resources (61.1%). In the adjusted model, gender was the only significant
independent predictor. Male students had approximately two-fold higher odds
of frequent educational AI use than females (OR = 2.05; 95% CI:1.12 to 3.75;
p = 0.020). Other variables were not significant. Positive perceptions and perceived
knowledge of AI did not translate into autonomous educational practice,
revealing an attitude-practice gap. Frequent self-initiated AI use was interpreted
as a proxy for andragogical learning, whereas low or absent use reflected reliance
on pedagogically structured learning. Skill-focused, autonomy-supportive, and
gender-sensitive strategies are essential to promote equitable and effective AI integration
in allied health education.
