Considerations and Strategies for Operationalizing Heuristic Evaluation Work
Open Access
Article
Conference Proceedings
Authors: Helen Fuller, Timothy Arnold, Kyle Maddox, Kathleen Adams
Abstract
Heuristic evaluation (HE) is a popular usability inspection method that allows expert evaluators to document usability problems with the design of interfaces. The relatively low resource requirements and high utility of identifying usability issues and suggesting dimensions along which to correct them have made HE highly scalable. However, there are several limitations and concerns when operationalizing HE for a large enterprise, and education and communication along with combining HE with other usability techniques may greatly increase the utility of the work.
Keywords: usability assessment, human factors, healthcare usability, interface evaluation and design
DOI: 10.54941/ahfe1002123
Cite this paper
Downloads
745
Visits
1148
More from this volume
← Prototype of a piece of clothing for patients for quick and easy patient mobilizations in healthcare facilitiesAnalysis of antibiotic purchasing service design based on SAPAD-AHP method →
- Electronic Product Information for Human Medicines: A Blockchain Solution
- Describing and disarming health information system snares that capture and conceal characters.
- How self-report affects digital health-related behavior change
- Applying User Interface Profiles to Ensure Safe Remote Control within the Open Networked Operating Room in accordance with ISO IEEE 11073 SDC
- Shared Living Providers (SLP) Experience Documentation Burden While Caring for Individuals with Intellectual and Developmental Disabilities (I/DD)
- The Positive Distraction Effect of Toys in Children's Venous Blood Sampling
- Augmented Reality Application for HoloLens Dedicated to the Accuracy Test: Evolution and Results
- User Requirements for a Health Care Service Based on Point-of-care Testing in the Context of Ambulatory Care and Telemedicine for Older People
- Phase-Based Assessment of Arthroscopic Skill Using Motion Smoothness Metrics: A Simulator-based Proof-of-Concept Study
- AR-Coach: Using Augmented Reality (AR) for Real-Time Clinical Guidance During Medical Emergencies on Deep Space Exploration Missions
- A Smartwatch Based system for Monitoring Fluid Consumption of End Stage Kidney Patients
- Development of a web-based tool –The Score Bebé ®– for enhancing neonatal risk stratification: A nationwide retrospective study


AHFE Open Access