Exploring Patient Safety Awareness and Risk Perception Among Clinical Staff and Inpatients
Abstract
Patient safety is a critical component of healthcare quality, emphasizing the prevention of avoidable human- and system-level errors throughout the care continuum. This study employed a structured questionnaire to evaluate patient safety awareness and risk perception among healthcare professionals, patients, and family members. A total of 125 valid responses from healthcare professionals and 161 responses from patients and family members were included in the analysis. Healthcare professionals most frequently reported patient safety incidents involving patient falls (58.4%), tube dislodgement (53.6%), and medication errors (40.8%). Workload assessments indicated that temporal demand and effort were rated highest, implying that increased multitasking requirements and elevated workload intensity may heighten vulnerability to error. In contrast, patients and family members demonstrated heightened awareness of risks related to falls and infections but expressed substantially lower concern regarding medication errors. This discrepancy highlights a noteworthy perceptual divergence between frontline clinical staff and care recipients concerning patient safety priorities. Overall, the findings underscore that patient safety is shaped by the interaction of human factors and organizational systems. Incorporating user-centered interface design, strengthening patient engagement strategies, and integrating ergonomic principles into clinical workflows may contribute to reducing preventable medication errors and fostering a more robust, collaborative culture of safety within healthcare organizations.
Keywords: Patient Safety Awareness, Risk Perception, Healthcare Workers, Inpatients, Questionnaire
DOI: 10.54941/ahfe1007472
Cite this paper
More from this volume
- Assessing Digital Readiness in Diagnostic and Clinical Pathology: A Human Factors Approach
- Human Factors in AI-Driven Antimicrobial Stewardship: Clinician Decision-Making, Automation Bias, and Patient Safety Risks
- Assessing Hospital Patient Nutrient Intake with an AI-Powered Food Recognition System – A Feasibility Study of the FlavoriaFlex solution
- When One in a Million Matters: Developing Metrics for Human-AI Collaboration in Rare Disease Diagnosis
- NecKorrect: Customisation Ergonomic Interventions for Cervical Spine Health
- Modular Organ Aging Framework in the Real World: Cost, Frequency, Equity, and a Patient-Facing Calculator
- Automated Hemostasis in Limb Trauma: FEM Insights for Tourniquet Optimisation
- Individual Performance Analytics in a Virtual Reality Simulation for Medication and Medical Supply Storage: An Experience Report
- An Ergonomic Perspective on Cortisol, Cardiovascular Risk, and Anxiety in Full- Time Faculty Workers
- VR Games as a Complementary Tool for Upper Limb Rehabilitation: A Biomechanical and Usability Analysis
- Therapeutic Applications of Remote Aviation (T.A.R.A.): A Neuroergonomic Framework for Aerially Mediated Cognitive-Affective Modulation
- Effects of an Electric Drive Wheel on Hand Force, Body Posture and Perceived Exertion During Hospital Bed Transport by Nursing


AHFE Open Access