Optimizing Radiology Workflow: A Multilevel Approach From Department Design to Workstation Ergonomics

Radiological practice is characterized by a high cognitive workload and is influenced by environmental and organizational factors. This narrative review, based on a structured PubMed literature search, evaluates the role of radiology department design in shaping clinical workflow and improving service quality. Evidence supports a multilevel approach to department design. Structured layouts separating patient, mixed, and staff-only areas can optimize workflow, while “sterile reading rooms” reduce interruptions and improve diagnostic performance. Patient-centered interventions, including optimized waiting environments and clear informational materials, reduce anxiety and improve care perception. Radiologist-focused strategies, such as ergonomic workstations and optimized lighting, help reduce fatigue and musculoskeletal disorders. In conclusion, integrating architectural, environmental, and ergonomic interventions can improve workflow efficiency, patient experience, and diagnostic safety.

Authors

Publication Details

Journal
Cureus
Published
2026-05-27
DOI
https://doi.org/10.7759/cureus.109717
Primary Topic
Radiology practices and education
Type
article
Field-Weighted Citation Impact
0.00
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article

Optimizing Radiology Workflow: A Multilevel Approach From Department Design to Workstation Ergonomics

Andrea Molinari, Stefania Russo, Florina Feta
Cureus
Radiology practices and education
article

Optimizing Radiology Workflow: A Multilevel Approach From Department Design to Workstation Ergonomics

Andrea Molinari, Stefania Russo, Florina Feta
article en

Abstract

Radiological practice is characterized by a high cognitive workload and is influenced by environmental and organizational factors. This narrative review, based on a structured PubMed literature search, evaluates the role of radiology department design in shaping clinical workflow and improving service quality. Evidence supports a multilevel approach to department design. Structured layouts separating patient, mixed, and staff-only areas can optimize workflow, while “sterile reading rooms” reduce interruptions and improve diagnostic performance. Patient-centered interventions, including optimized waiting environments and clear informational materials, reduce anxiety and improve care perception. Radiologist-focused strategies, such as ergonomic workstations and optimized lighting, help reduce fatigue and musculoskeletal disorders. In conclusion, integrating architectural, environmental, and ergonomic interventions can improve workflow efficiency, patient experience, and diagnostic safety.

Cureus
Openalex Percentile: Top 6%
Radiology practices and education
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