Implementing Clinical Engineering Departments in a Small Hospital: A 2017–2021 Regulatory Compliance and Organizational Analysis

The integration of clinical engineering into healthcare systems is increasingly recognized as a key factor in improving regulatory compliance, equipment management, and patient safety. However, many hospitals in developing countries still lack formally established clinical engineering departments, leading to operational inefficiencies and safety risks. This longitudinal study evaluates the impact of implementing a clinical engineering department in a 10-bed secondary-level hospital between 2017 and 2021. Using a mixed-methods approach, regulatory compliance was assessed through two comprehensive audits conducted before and after the department’s implementation, based on 423 standards derived from national regulations. Regulatory compliance increased from 54.61% in 2017 to 78.72% in 2021. A two-sample Z-test for proportions confirmed that this improvement was statistically significant (Z = 7.44, p < 0.001) with a 95% confidence interval of 17.95% to 30.27%, suggesting that the change was unlikely because of random variation. Although the same set of standards was evaluated in both audits, the 4-year interval and lack of item-level tracking justified the use of this approximation. An organizational analysis revealed that while the department contributed significantly to equipment oversight, process standardization, and regulatory compliance, its participation in high-level strategic decision-making remained limited. The dual role in both operational and strategic tasks posed ongoing challenges in prioritization and impact. Semi-structured interviews with clinical, administrative, and technical staff supported the quantitative findings. A total of 93% of participants were aware of the department, 87% understood its functions, and 86% rated its performance as “Good” or “Very Good”. The majority also considered it essential or considerably necessary for hospital operations. Together, the quantitative and qualitative findings confirm that the creation of a clinical engineering department can significantly enhance hospital regulatory compliance, operational performance, and staff engagement with safety processes. These results provide a replicable model for healthcare institutions in similar contexts seeking to strengthen medical technology management and regulatory alignment.

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Publication Details

Journal
Global Clinical Engineering Journal
Published
2025-09-30
DOI
https://doi.org/10.31354/globalce.v7i3.312
Primary Topic
Quality and Safety in Healthcare
Type
article
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article

Implementing Clinical Engineering Departments in a Small Hospital: A 2017–2021 Regulatory Compliance and Organizational Analysis

Arturo González, Edgar González Campos, Leonardo Turchi Pacheco
Global Clinical Engineering Journal
Quality and Safety in Healthcare
article

Implementing Clinical Engineering Departments in a Small Hospital: A 2017–2021 Regulatory Compliance and Organizational Analysis

Arturo González, Edgar González Campos, Leonardo Turchi Pacheco
article en

Abstract

The integration of clinical engineering into healthcare systems is increasingly recognized as a key factor in improving regulatory compliance, equipment management, and patient safety. However, many hospitals in developing countries still lack formally established clinical engineering departments, leading to operational inefficiencies and safety risks. This longitudinal study evaluates the impact of implementing a clinical engineering department in a 10-bed secondary-level hospital between 2017 and 2021. Using a mixed-methods approach, regulatory compliance was assessed through two comprehensive audits conducted before and after the department’s implementation, based on 423 standards derived from national regulations. Regulatory compliance increased from 54.61% in 2017 to 78.72% in 2021. A two-sample Z-test for proportions confirmed that this improvement was statistically significant (Z = 7.44, p < 0.001) with a 95% confidence interval of 17.95% to 30.27%, suggesting that the change was unlikely because of random variation. Although the same set of standards was evaluated in both audits, the 4-year interval and lack of item-level tracking justified the use of this approximation. An organizational analysis revealed that while the department contributed significantly to equipment oversight, process standardization, and regulatory compliance, its participation in high-level strategic decision-making remained limited. The dual role in both operational and strategic tasks posed ongoing challenges in prioritization and impact. Semi-structured interviews with clinical, administrative, and technical staff supported the quantitative findings. A total of 93% of participants were aware of the department, 87% understood its functions, and 86% rated its performance as “Good” or “Very Good”. The majority also considered it essential or considerably necessary for hospital operations. Together, the quantitative and qualitative findings confirm that the creation of a clinical engineering department can significantly enhance hospital regulatory compliance, operational performance, and staff engagement with safety processes. These results provide a replicable model for healthcare institutions in similar contexts seeking to strengthen medical technology management and regulatory alignment.

Global Clinical Engineering JournalVol. 7(3)
Universidad de Guanajuato (MX)
Openalex Percentile: Top 51%
Quality and Safety in Healthcare
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