The Impact of Workstation Ergonomics on Digital Fatigue in Information Technology Workers
Abstract
With increasing digitalization, information technology employees are experiencing digital fatigue from prolonged screen time, static posture, and inadequate ergonomics.This course aims to examine the effects of work environment ergonomics and screen exposure on digital fatigue in IT employees and the regulatory role of organizational conditions in this relationship.In the cross-sectional, quantitative research design, data were collected from 217 public- and private-sector IT professionals in Turkey via an online questionnaire. NIOSH Computer Work Environment Ergonomics Checklist and Digital Fatigue Scale were used; correlation and hierarchical regression analyses were conducted. In addition, an observational ergonomic evaluation using the ROSA method was performed in a subsample (n=10).Ergonomic risk has a strong, positive effect on digital fatigue, while age has a significant negative effect. It was determined that screen exposure did not have a direct effect. Moderation analyses show that workload perception weakens the ergonomic risk-digital fatigue relationship; ergonomic support facilities and break programs significantly differentiated the effect of screen exposure.Digital fatigue cannot be explained by screen usage time alone; It is a multidimensional occupational health risk shaped by the interaction of ergonomic and organizational conditions.
Keywords: Digital Fatigue, Ergonomics, Workstation Ergonomics, Screen Exposure, Information Technologies, Ergonomic Risk Assessment
DOI: 10.54941/ahfe1007520
Cite this paper
More from this volume
- Brain-Computer Interface versus Brain-Computer Interaction
- Human–AI Interaction as a Catalyst for Interdisciplinary Co-Creation: Exploring Prompt-Driven Visualization in Design Education
- Context-aware LLMs for healthcare requirements engineering
- Understanding the Needs and Challenges of Developing Robot Teleoperation Applications using Mixed Reality Headsets
- Daughter-Led Intergenerational Collaboration: Human-Computer Interaction in APP-Based IUD Removal Support for Midlife Women
- The Effect of the Degree of Multimodal Information Explanation by AI Streamers on Consumers’ Purchase Intention: The Moderating Role of Product Type
- Refining Research Questions for AI-Assisted Knowledge Retrieval in Interior Design: An Exploratory Study of Expert Judgment
- Performance Trust in AI Reduces Cognitive Workload: Evidence from Structural Equation Modeling and Item-Level Analysis
- The Impact of Direct and Third-Party Control: A Comparison of the Usage of AI Advice in Hiring Decisions
- User Perceptions of Response Inconsistency and Trust in AI-Assisted Learning
- Designing a Rhythmic AR Interaction for Auditory-Oriented Heritage: A Preliminary Case Study at Guqintai
- Feedback-Driven Adaptive AR Assistance for Intralogistics: Design and Initial Evaluation


AHFE Open Access