Psychometric Validation of the Perceived Perioperative Competence Scale–Revised Short Form (PPCS-R-SF)

Pınar Tunç Tuna, Funda Özpulat, Hamide Şişman

Volume 9 · Issue 2 · pp. 447–455

Published: 2026-06-30

Abstract

Aim: This study aims to linguistically adapt the Turkish version of the Perceived Perioperative Competence Scale-Revised Short Form (PPCS-R-SF) and to evaluate its validity and reliability. Methods: This methodological study was conducted with 90 nurses working in the surgical units of a university hospital. Data were collected using a Personal Information Form and the PPCS-R-SF, adapted to 18 items to represent clinical practices in Türkiye based on expert panel opinions. Translation-back translation was used for linguistic validity, and the content validity index (CVI) was used for content validity. Construct validity was tested with Confirmatory Factor Analysis (CFA), and reliability was tested with Cronbach's alpha internal consistency coefficients. Results: The total Cronbach's alpha coefficient of the scale was found to be .852; the reliability coefficients of the sub-dimensions ranged from .632 to .769. Sample adequacy (KMO=.786) and Bartlett test (p<.001) results showed that the data were suitable for factor analysis. According to the CFA results, the fit indices (CMIN/DF=1.489, RMSEA=.074, IFI=.901, CFI=.895) proved that the model is verifiable for the Turkish sample. In the gender comparison, female nurses had significantly higher scores than their male colleagues in the "Partnership" (12.18±1.82) and "Empathy" (12.43±2.22) sub-dimensions (p<.05). Education level and marital status did not appear to create a significant difference in the perception of competence. Conclusions: The Turkish version of the Perioperative Competency Scale-Revised Short Form is a valid and reliable tool for assessing the competencies of perioperative nurses.

Keywords: Operating room nursing; Validity; Reliability; Perioperative competence; Short form

1. Introduction

The perioperative environment is a high-risk and complex clinical setting that necessitates the management of intricate processes. Consequently, it is imperative for patients to receive evidence-based and high-quality care throughout the surgical continuum1. Providing adequate and appropriate nursing care is essential to ensure that patients receive safe, patient-centered care in the operating theatre2. Furthermore, the opportunity for self-assessment of competence allows nurses to gain significant insights into their strengths, weaknesses, and overall clinical practice3. Competence is inherently job-related, defining the actions, behaviors, or outcomes that must be demonstrated in one's performance. Simultaneously, it is person-oriented, describing the fundamental characteristics and qualities that enable an individual to perform effectively and exceptionally within a workplace4. It is defined as a combination of skills, knowledge, attitudes, values, and abilities that contribute to effective performance5. Within the field of nursing, competence encompasses the cognitive, social, and psychomotor skills required for nurses to perform their duties safely2.

As nursing competence is foundational to clinical practice6. The assessment of clinical competence is vital for identifying specific areas where professional development and further education are required1. Various measurement methods have been utilized to evaluate nursing competence1,5,7,8,9,19. Competence scales are generally employed to assess broad nursing attributes, such as diagnostic reasoning, interventions, evaluations, decision-making, patient care, and professionalism1. Perioperative competence specifically integrates both technical (practical) and non-technical skills, including cognitive and social abilities such as teamwork, communication, leadership, and coordination11,12. The emergence of this concept led to the development of the Perceived Perioperative Competence Scale–Revised (PPCS-R), a robust and psychometrically tested instrument1. This scale consists of 40 items across six dimensions and was adapted into Turkish by Sönmez and Ayoğlu (2019)13. However, systemic factors in Turkey, such as high-intensity workloads in operating rooms and staffing shortages, limit the time available for nurses to complete long-form scales, which may subsequently compromise data quality and participant engagement.

Short-form scales derived from psychometrically validated instruments are widely utilized to evaluate both clinical and non-clinical constructs, including performance, cognition (decision-making and/or perception), attitudes, and physical or psychological functioning14,15. The primary motivation for developing short forms of existing measures is to reduce the time and cost associated with assessments. Short versions enable studies to be conducted more cost-effectively, allow for larger sample sizes, and mitigate participant fatigue, which can otherwise compromise data quality16. In accordance with these rationales, the Perceived Perioperative Competence Scale–Revised Short Form (PPCS-R-SF) was developed by Gillespie et al. (2023). Compared to the original 40-item version, this 15-item short form has been shown to reduce the completion time for nurses by approximately 60% while preserving structural validity17. Given the high operational pace and stress levels inherent in perioperative settings, long-form scales can lead to clinical data loss or diminished response quality. While the 40-item full version adapted into Turkish by Sönmez and Ayoğlu (2019) offers a theoretically comprehensive framework, its feasibility is limited within demanding shift schedules13.

In this regard, a psychometrically robust and time-efficient measurement tool fills a critical gap, enabling nurse managers to monitor team competence without disrupting clinical workflow. Reflecting the advantages offered by shortened instruments, this study aims to adapt and validate the Perceived Perioperative Competence Scale–Revised Short Form (PPCS-R-SF) within the Turkish context while providing a methodological roadmap for non-English speaking settings. The specific objectives include ensuring linguistic and conceptual equivalence, evaluating the scale’s psychometric properties including internal consistency and construct validity and determining the baseline perioperative competence profiles of operating room nurses.

2. Materials and Methods

2.1.Study Design and Participants

This methodological study was conducted to evaluate the psychometric properties of the Turkish version of the Perceived Perioperative Competence Scale–Revised–Short Form (PPCS-R-SF). The study population consisted of nurses working in operating rooms. Data were collected between January 6 and June 6, 2025, from a sample of operating room nurses who met the inclusion criteria. Following the recommendation that validation studies should include 5 to 10 participants per scale item, the study reached a sample size of 90 nurses, which was sufficient for the psychometric analysis of the 18-item scale.

2.2. Data Collection Instruments

Personal Information Form: This section included seven questions regarding the participants' demographic and professional backgrounds, such as age, gender, marital status, education level, years of experience, and specific roles in the operating room.

Perceived Perioperative Competence Scale–Revised–Short Form (PPCS-R-SF): Developed by Gillespie et al. (2023)17, this 18-item instrument utilizes a 5-point Likert-type scale ranging from 1 (never) to 5 (always). Total scores range from 18 to 90, with higher scores indicating a higher level of perceived competence. The scale consists of six subdimensions: Core Knowledge and Skills (Items 1–3) and Proficiency (Items 10–12), representing technical skills; and Leadership (Items 4–6), Partnership (Items 7–9), Empathy (Items 13–15), and Professional Development (Items 16–18), representing non-technical skills.

2.3. Translation and Cultural Adaptation

The adaptation process followed a standard translation-back translation protocol after obtaining formal permission from the original authors. Initially, three independent bilingual faculty members from Selçuk University translated the scale into Turkish. A synthesis version was subsequently presented to a panel of 10 nursing experts to assess content validity. The experts evaluated the items based on their relevance and clarity using a 4-point scoring system (1: not appropriate to 4: completely appropriate).

Content Validity Ratio (CVR) analysis was performed to ensure that the items—particularly those regarding surgical instrument recognition, technological equipment familiarity, and clinical guidance were clinically relevant to Turkish perioperative nursing practice. Following expert feedback, the finalized Turkish form was back-translated into English by three different faculty members and approved by the original author. A final linguistic review was conducted by a faculty member from the Department of Turkish Language and Literature.

2.4. Data Collection and Ethical Considerations

The data collection forms were administered electronically via Google Forms on a voluntary basis. Participants were informed about the study's purpose, and it took approximately 15 minutes to complete the instrument. The study was conducted in a single stage, where the internal consistency, item analysis, and factor structure of the 18-item Turkish version were evaluated. Statistical significance was determined using Cronbach’s alpha and construct validity tests to ensure the scale’s reliability within the Turkish clinical context.

Inclusion criteria for volunteers:

-Being over 18 years of age

-Working as a nurse in the operating room

-Individuals with serious cognitive impairments or language barriers that prevent effective participation in the study

2.5. Ethical Considerations

Permission was obtained from the non-intervention clinical research ethics committee (Date/No. 17.12.2024/654), the chief physician of the university hospital (Date/No. 06.02.2025/E-40195783-108.99-938839-E-30292447-108.99-940142), and the participants for the conduct of the study. Furthermore, the study was conducted in accordance with the principles of the Helsinki Declaration 2008.

2.6. Data Analysis

Statistical analyses were conducted using SPSS version 21.0 and AMOS version 23.0 software packages. The normality of data distribution was assessed via the Kolmogorov-Smirnov test. Descriptive statistics, including frequencies, percentages, means, and standard deviations, were employed to summarize the demographic and professional characteristics of the participants.

For the psychometric evaluation of the PPCS-R-SF, linguistic validity was established through the translation-back translation method, while content validity was assessed using the Content Validity Index (CVI) based on the consensus of a 10-member expert panel. Construct validity was tested using Confirmatory Factor Analysis (CFA), with model fit evaluated through CMIN/DF, RMSEA, CFI, IFI, and GFI indices. Reliability was examined using Cronbach’s alpha internal consistency coefficients for both the overall scale and its subdimensions.

Comparative analyses of competence scores were performed using Independent Samples t-tests for binary variables and One-Way Analysis of Variance (ANOVA) for variables with more than two groups. Relationships between variables were examined using Pearson correlation analysis, with a statistical significance level set at p < 0.05 for all tests.

3. Results

In the analysis results, it was observed that the GFI (.828) and CFI (.895) values were slightly below the ideal threshold (.90). This situation may be attributed to the limiting effect of the sample size (N=90) on the model's absolute fit indices. However, the fact that the RMSEA (.074) and χ²/df (1.489) values are within the excellent and good fit range supports that the overall structure of the model is at a confirmable level for the Turkish sample. Data related to the internal consistency analyses of the scale are presented in Table 1. The total internal consistency coefficient of the "Perceived Perioperative Competence Scale – Revised – Short Form" was determined as .852. The reliability coefficients of the subdimensions ranged from .632 to .769, indicating that the items are consistent with each other and that the scale is reliable in measuring perceived competence.

Table 1

Scale and Sub-Dimensions Number of Items Cronbach’s Alpha (α)
Basic Knowledge and Skills 3 .769
Leadership 3 .684
Partnership 3 .632
Competence 3 .763
Empati 3 .659
Professional Development 3 .707
Total Scale (PPCS-R-SF) 18 .852

The results of the analyses performed to determine the suitability of the data for factor analysis are presented in Table 2. Accordingly, the Kaiser-Meyer-Olkin (KMO) measure of sampling adequacy was determined as .786, indicating that the sample size was “good” and competence for analysis. The result of Bartlett’s Test of Sphericity was found to be statistically significant (p<.001), demonstrating that the data are suitable for factor analysis.

Table 2

Test Value
Kaiser-Meyer-Olkin (KMO) Measure of Sampling Adequacy .786
Bartlett’s Test of Sphericity (Approx. Chi-Square) 105.00
Degrees of Freedom (df) 105
Significance (p) .000

The results of the Confirmatory Factor Analysis (CFA) performed to confirm the six-factor structure of the scale are presented in Table 3. According to the analysis, the CMIN/DF (1.489) and RMSEA (.074) values demonstrated excellent and good fit, respectively. Although the GFI value (.828) was slightly below the ideal threshold in the literature, the high values of all other fit indices and strong item-total correlations support the overall acceptability of the model. The CFI (.895) and IFI (.901) values indicated that the model generally demonstrated an acceptable fit.

Table 3

Fit Index Measured Value Acceptable Threshold *
CMIN/DF 1.489 ≤3 (Excellent)
RMSEA .074 ≤ .08 (Good)
CFI .895 ≥.90 (Acceptable)
IFI .901 ≥.90 (Good)
GFI .828 ≥.85-.90 (Weak/Acceptable)
Table 4

Sub-dimensions/Total Gender N Mean ±SD t p
Basic Knowledge and Skills Female 76 11.78±2.13 0.549 .585
Male 14 11.42±2.90
Leadership Female 76 10.30±2.38 0.024 .981
Male 14 10.28±2.43
Partnership Female 76 12.18±1.82 2.124 .036*
Male 14 11±2.38
Competence Female 76 12.22±2.23 -0.200 .842
Male 14 12.35±2.59
Empathy Female 76 12.43±2.22 2.194 .031*
Male 14 11±2.38
Professional Development Female 76 11.13±2.02 -0.372 .711
Male 14 11.35±2.40
Total Score Female 76 70.06±8.69 0.992 .324
Male 14 67.42±11.39

The comparison of competence scores by gender among nurses is presented in Table 4. According to the analysis results, there was no statistically significant difference in the overall perceived competence scores between female and male nurses (p > .05). However, when examined by subdimensions, it was found that female nurses had significantly higher scores in "Partnership" (12.18±1.82) and "Empathy" (12.43±2.22) compared to male nurses (p < .05). This finding suggests that the gender factor may have a potential impact on the distribution of roles within the team and the culture of patient safety, particularly in the development of non-technical skills.

When the comparison results according to marital status, as presented in Table 5, were examined, it was observed that whether nurses were married or single did not have a statistically significant effect on the total competency score and sub-dimension scores (p>.05). It was determined that the competency perception levels of both groups were quite similar.

The differences in competence scores according to the educational status of nurses are evaluated in Table 6. According to the results of the ANOVA test, there was no statistically significant difference in perceived perioperative competence levels among secondary education, undergraduate, and postgraduate education levels (p > .05). All subdimension and total mean scores of the scale showed a similar distribution among nurses with different educational backgrounds.

Table 5

Sub-dimensions / Total Marital Status N Mean±SD t P
Basic Knowledge and Skills Married 51 11.50±2.19 -1.078 .284
Single 39 12.02±2.32
Leadership Married 51 10.19±2.25 -0.471 .639
Single 39 10.43±2.56
Partnership Married 51 12.13±1.67 0.760 .449
Single 39 11.82±2.28
Competence Married 51 12.07±2.10 -0.788 .433
Single 39 12.46±2.50
Empathy Married 51 12.27±2.23 0.298 .766
Single 39 12.12±2.39
Professional Development Married 51 10.92±1.71 -1.287 .201
Single 39 11.48±2.44
Total Score Married 51 69.11±7.83 -0.636 .526
Single 39 70.35±10.68
Table 6

Sub-dimensions / Total Education Level N Mean± SD F p
Basic Knowledge and Skills Secondary Education 3 12.00±1.73 0.310 .734
Undergraduate 60 11.60±2.30
Postgraduate 27 12.00±2.21
Leadership Secondary Education 3 9.33±2.08 0.553 .577
Undergraduate 60 10.46±2.41
Postgraduate 27 10.03±2.36
Partnership Secondary Education 3 10.33±2.88 1.175 .314
Undergraduate 60 12.01±1.99
Postgraduate 27 12.14±1.74
Competence Secondary Education 3 12.00±2.64 0.569 .568
Undergraduate 60 12.41±2.26
Postgraduate 27 11.88±2.32
Empathy Secondary Education 3 12.66±1.15 0.609 . 546
Undergraduate 60 12.40±2.11
Postgraduate 27 11.74±2.72
Professional Development Secondary Education 3 12.33±2.30 0.684 .507
Undergraduate 60 11.26±2.13
Postgraduate 27 10.81±1.92
Total Score Secondary Education 3 68.66±10.01 0.231 .794
Undergraduate 60 70.16±9.25
Postgraduate 27 68.62±9.06

4. Discussion

This study was conducted to establish the validity and reliability of the “Perceived Perioperative Competence Scale-Revised-Short Form” (PPCS-R-SF) for Turkish culture, aiming to rapidly and effectively assess the competence perceptions of perioperative nurses. The total Cronbach’s alpha coefficient of. 852 found in the reliability analysis indicates that the instrument has a high level of internal consistency20. This result is similar to the reliability values obtained in the original short-form development study17. Furthermore, the high reliability levels identified in the Turkish adaptation of the 40-item long form of the scale support that the short form also preserves its structural integrity13. In the literature, it is highlighted that short forms offer the advantage of collecting higher-quality data by reducing participant fatigue, especially in high-paced operating room environments16. The findings obtained regarding the construct validity of the scale in this study indicate that the six-factor structure defined in the original scale was also preserved in the Turkish nurse sample¹. The fit indices obtained from the confirmatory factor analysis (CMIN/DF = 1.489, RMSEA = 0.074) fall within acceptable limits, demonstrating that the model has a good fit to the data². In particular, a CMIN/DF value below 2 and an RMSEA value below 0.08 support that the model possesses strong structural validity. These findings suggest that the theoretical structure of the scale remains valid in a different cultural context and that the construct being measured is represented consistently. The results are consistent with those of the original study in which the short form of the scale was developed, supporting the cross-cultural stability of the factor structure. In this respect, the study provides important evidence that the scale is a valid measurement tool for use among Turkish perioperative nurses.

One of the notable findings of this study is that female nurses scored significantly higher than male nurses in the “Collaboration” and “Empathy” subdimensions1. This finding can be interpreted within the context of the historical association of the nursing profession with women in Türkiye and the attribution of caregiving roles to women within prevailing gender norms. Indeed, recent literature indicates that nursing care is often characterized as a “female-associated” attribute, with qualities such as compassion, altruism, and emotional labor being closely linked to feminine identity21. Studies conducted in the Turkish context similarly demonstrate that nursing is perceived as a female-dominated profession and that gender stereotypes shape role expectations in both educational and clinical settings22. This sociocultural framework may contribute to female nurses reporting higher levels of perceived self-efficacy in non-technical skills such as empathy and collaboration. Furthermore, it has been reported that female students and nurses tend to demonstrate higher levels of expressive caring behaviors compared to their male counterparts23. In line with this, female nurses reporting higher scores on items related to interpersonal skills, such as comforting the patient (Item 12) and active listening (Item 14), underscores the importance of the psychosocial dimension of surgical care. Moreover, in high-technology operating room environments (Item 3), the integration of technical skills with non-technical competencies such as empathy and the ability to provide reassurance (Item 13) emerges as a critical requirement for ensuring patient safety. In this regard, the findings suggest that nursing education and clinical training should not focus solely on technical competencies but also prioritize the systematic development of empathy, communication, and collaboration skills among all nurses, in a manner that helps balance gender-based differences.

A noteworthy finding of the study is that female nurses scored significantly higher than their male counterparts in the “Partnership” and “Empathy” subdimensions1. Similarly, the literature indicates that female nurses may exhibit greater sensitivity in patient-centered care and intra-team communication processes24. The fact that female nurses reported higher perceptions in items focusing on interpersonal skills, such as making the patient feel comfortable (Item 12) and active listening (Item 14), highlights the importance of the psychosocial dimension of care in the surgical process. In the high-technology environment of the operating room (Item 3), the ability of female staff to integrate these technical competencies with non-technical skills such as “empathy” and “providing appropriate reassurance” (Item 13) offers a holistic advantage in terms of patient safety. This finding demonstrates that clinical education planning should focus not only on instrumental familiarity but also on standardizing these emotionally demanding competencies among all team members.

The lack of a significant difference in perceived competence based on educational level can be explained by the highly specialized nature of perioperative nursing2. In Turkey, operating room nursing is carried out in a clinical environment characterized by advanced technology, the need for rapid decision-making, and intensive multidisciplinary teamwork. In this context, it is known that the competencies of operating room nurses are shaped not only by academic education but also by clinical experience and practice-based learning processes25. It is thought that clinical experience gained in the operating room environment and in-service training bring nurses' perceptions of competence to similar levels, regardless of their academic education level. This situation reveals that professional competence has a dynamic and practice-based structure.

Limitations

In addition, the use of a self-report data collection method may introduce bias, as participants might have overestimated or underestimated their own competence perceptions. The cross-sectional design of the study did not allow for the evaluation of the scale’s temporal stability (test–retest reliability). Furthermore, the insufficient representation of nurses from different hospital settings (public, private, and university hospitals) and varying levels of clinical experience limited a comprehensive assessment of the scale’s validity and reliability across diverse working environments.

Conflict of Interest: The authors declared no potential conflicts of interest.

Funding: No financial support was received.

Ethical Approval: Permission was obtained from the non-intervention clinical research ethics committee (Date/No. 17.12.2024/654), the chief physician of the university hospital (Date/No. 06.02.2025/E-40195783-108.99-938839-E-30292447-108.99-940142), and the participants for the conduct of the study. Furthermore, the study was conducted in accordance with the principles of the Helsinki Declaration 2008.

Data Availability: The datasets analyzed during the current study are available from the corresponding author on reasonable request.

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Cite this article

Pınar Tunç Tuna, Funda Özpulat, Hamide Şişman. Psychometric Validation of the Perceived Perioperative Competence Scale–Revised Short Form (PPCS-R-SF). Journal of Cukurova Anesthesia and Surgical Sciences. 9(2):447-455. https://doi.org/10.36516/jocass.1902169

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