2. Materials and Methods
2.1. Research Design
This study was designed in a quantitative survey model. Quantitative design is based on the objective acceptance of reality (
Gnawali 2022), using structured data collection tools, aiming to achieve generalizable results through random sampling (
Güçlü 2020). It involves the researcher describing or uncovering causal relationships by applying measurement, observation, or experimentation externally to events and phenomena (
Arıkan 2011). Survey model studies attempt to explain reality as it is (
Karasar 2017). In this study, it aimed to determine the professional competence and burnout levels of preschool teachers and to examine the impact of their professional competencies on their professional burnout.
In his study,
Şeker (
2015) created a quality of life index through empirical analysis in Istanbul. He calculated, ranked, and classified this index according to districts. In this study, our analysis was conducted in 2020–2021, assuming that Şeker’s quality of life index calculations in 2015 were still valid.
2.2. Samples
In 2020–2021, there were a total of 15,785 preschool teachers working in Istanbul.
The formula below was used to determine the sample size (
Creswell and Creswell 2017). The confidence level was 90%, and the margin of error was 0.07 to determine the sample size for the universe of Istanbul pre-school education teachers consisting of 15,785 people. According to this formula, the sample size was determined as 135.7.
In the formula, the total population (N) was taken as 1575, the Z value as 1645 for a 90% confidence level, and the margin of error (E) as 0.07.
The study’s sample consisted of 157 teachers working in kindergartens in Istanbul during the 2020–2021 academic year. They were selected using stratified sampling based on the type of school they work in (public or private) and the life index of the district where the school is located. Stratified sampling is a method used to ensure equal representation of subgroups (
Gay 1987; cited in
Özen and Gül 2010).
It was observed that female teachers constituted 94.3% of the sample, while male teachers made up 5.7%. This reflects the majority of female teachers working in preschool education institutions in Istanbul (
MEB 2025). Additionally, 56.1% of the teachers were married, and 43.9% were single. Teachers aged 30 and below made up 47.1% of the participants, while those aged 31 and above constituted 52.9%.
Of the participating teachers, 31.8% worked in districts with a high life index, 33.8% in districts with a medium life index, and 34.4% in districts with a low life index. The life indices of the districts were grouped according to research by
Şeker (
2015), and it was assumed that this classification remained valid today.
In this study, the districts with high life indices included Beşiktaş, Kadıköy, Bakırköy, Şişli, Fatih, Üsküdar, Sarıyer, Eyüp, Maltepe, and Kartal, with a total of 50 teachers. Districts with medium life indices included Küçükçekmece, Büyükçekmece, Bahçelievler, Ataşehir, Pendik, Zeytinburnu, Beylikdüzü, Beykoz, and Tuzla, with a total of 53 teachers. Districts with low life indices included Kağıthane, Ümraniye, Güngören, Başakşehir, Avcılar, Bağcılar, Esenyurt, Çekmeköy, Silivri, Gaziosmanpaşa, Sancaktepe, Esenler, Sultangazi, Sultanbeyli, and Arnavutköy, with a total of 54 teachers. Care was taken to reach different districts in the sample selection.
Of the teachers, 36.3% had less than 6 years of teaching experience, 22.3% had 6 to 10 years of experience, and 41.4% had 11 years or more of experience. Of these teachers, 24.2% had less than 9 students in their class, 52.2% had between 9 and 16 students, and 23.6% had 17 or more students in their class.
Of the teachers in the sample, 44.6% worked in private schools, while 55.4% worked in public schools. Of these teachers, 26.1% were high school or associate degree graduates, while 73.9% were bachelor’s or postgraduate degree graduates. Additionally, it was determined that 64.3% of the teachers graduated from preschool teaching programs, while 35.7% graduated from child development or other departments.
Of the teachers, 43.9% most frequently used art activities, 34.4% used activities, such as music, movement, drama, and play, and 21.7% focused on other academic skills, such as science, mathematics, Turkish, and literacy preparation in their plans.
2.3. Assumptions
It was assumed that the study conducted by
Şeker (
2015) maintained its validity in 2020–2021 when the data were collected.
2.4. Instruments
In this study, “Personal information form”, “Burnout Scale Short Form”, and “Teacher Professional Competence Scale—Teacher Form” applied to preschool teachers were used to collect data.
2.4.1. Personal Information Form
This form included the participants’ gender, marital status (married or single), life index of the district (high, medium, or low), professional seniority (less than 6 years, 6–10 years, or 11 or more), class size (less than 9, 9–16, or 17 or more), and education level (high school and associate degree or bachelor and postgraduate degree). It was prepared by the researchers and consisted of 11 questions in order to obtain information about the department they graduated from (preschool teaching or child development and other departments) and the type of activity used most frequently (art activities (1), movement activities (2), or other activities, such as Turkish and reading and writing preparation (3)).
2.4.2. Burnout Scale Short Form (BSSF)
The scale is designed to measure the levels of professional burnout across various occupational groups. Developed by
Pines (
1998; as cited in
Çapri 2013), the original 21-item Burnout Scale Short Version was adapted to Turkish as a 10-item scale. The objective of the scale is to determine the professional burnout levels of adults. The validity and reliability of the scale were established by
Burhan Çapri (
2006; as cited in
Çapri 2013). The short form consists of 10 items, measuring how often participants feel Exhausted, Disappointed with People, Hopeless, Trapped, Helpless, Depressed, Weak, Insecure, Have Difficulty Sleeping, and Unable to Endure Anymore. The scale is rated on a 7-point Likert scale ranging from “never” to “always”. This self-report measure is unidimensional, with a total score range from 7 to 70. Lower scores indicate the absence of burnout, while higher scores suggest the need for professional help. The reliability of the adapted short form was assessed using the Cronbach’s alpha internal consistency coefficient, resulting in a value of 0.91. In studies utilizing the original scale, the reliability coefficients ranged from 0.85 to 0.92, supporting these findings. The test–retest reliability over a 4-week period was calculated at 0.88. To provide evidence of construct validity, significant correlations were found between the BSSF and variables theoretically related to burnout. For the sample in this research, the Cronbach’s alpha internal consistency coefficient of the Burnout Scale was found to be 0.93.
2.4.3. Teacher Professional Competence Scale—Teacher Form
Developed by Koçyiğit, Erdem, and Eğmir, this scale aims to determine teachers’ and teacher candidates’ self-assessments of their general professional competencies. Data from 116 teachers working in various types of schools within the same city were utilized in the development of the scale. The scale comprises 11 sub-dimensions and a total of 65 items: subject matter knowledge (SMK), pedagogical content knowledge (PCK), legal knowledge (LK), planning of education and educating (PEE), creating learning environments (CLE), managing teaching and learning processes (MTLP), assessment and evaluation (AE), national, spiritual, and universal values (NSUV), student approach (SA), communication and collaboration (CC), and personal and professional development (PPD). The total score obtained from the scale provides information about teachers’ professional competencies. The scale uses a 5-point Likert scale, ranging from “Cannot Do It At All” (1) to “Can Definitely Do It” (5). The minimum score that can be obtained from the scale is 65, and the maximum score is 325. The reliability coefficient of the teacher form of the scale is 0.92. Confirmatory factor analysis was applied to the scale forms, and the resulting fit indices, particularly the chi-square to degrees of freedom ratio, indicated that the teacher version of the model had an excellent fit (
Koçyiğit et al. 2020). For the sample in this study, the Cronbach’s alpha internal consistency coefficient of the scale was found to be 0.97.
2.5. Data Collection Process
The study was conducted in the 2020–2021 academic year with data collected from teachers working in independent kindergartens affiliated with the Ministry of National Education in Türkiye in Istanbul. These schools were selected using stratified sampling based on the type of school (public or private) and the life index of the district in which they are located.
In this study:
Ethical Approval: First, the necessary permissions were obtained from the Ethics Committee (approval number 83078).
School Selection: Schools were stratified based on their type and the life index of the district they were located in. Schools were then randomly selected from each stratum, and permission was obtained from their administrations through phone calls. Due to the COVID-19 pandemic, physical visits to schools were not possible.
Survey Distribution: The measurement tools used in the study were sent to approximately 150 school administrators via Google Forms prepared by the researchers. The administrators then asked teachers to fill out these forms. Since there was not enough data initially, additional schools were selected using the same stratification and random selection method to ensure adequate representation. Teacher participation was voluntary.
2.6. Data Analysis
The data collected for this study were analyzed using a statistical software package which is SPSS 27. Before analysis, the data were defined within the program. Subsequently, analyses were performed according to the research questions. To determine which types of tests would be used, the normality of the data was assessed using Skewness–Kurtosis values (±2 as per
George and Mallery 2010), histogram graphs, and Q-Q plot graphs. Based on these evaluations, parametric analysis methods were employed.
To examine the impact of professional burnout on professional competence, regression analysis was utilized. For examining differences in professional burnout and professional competence scores among groups based on gender, marital status, age, life index of the district served, professional seniority, class size, type of school, graduated program, graduated department, and most frequently used activity type, independent sample t-tests and ANOVA were used due to the normal distribution of the data.
2.7. Limitations
This study was conducted with a relatively small sample size of kindergarten teachers in Istanbul, which may limit the generalizability of the findings. Although the sample was selected to represent diverse demographic characteristics, it may not fully capture the broader population of kindergarten teachers. Future research could benefit from using a larger and more representative sample to enhance the external validity.
3. Results
This section presents findings related to the levels of professional burnout and professional competence among teachers in the sample, the impact of professional competence and its sub-dimensions on professional burnout, and the differences in professional burnout, overall professional competence, and the sub-dimensions of professional competence across various demographic and professional variables. These variables include teachers’ gender, marital status, age, the life index of the district they serve, professional seniority, class size, type of school they work at, their graduated program, their graduated department, and the most frequently used activity type.
Findings related to the first sub-objective of the research are presented in
Table 1 and
Table 2.
As shown in
Table 1, it was observed that the average burnout score of the 157 participating teachers was 3.26 out of 7.
According to
Table 2, teachers rated their overall professional competencies with an average score of 4.39 out of 5. The highest averages were observed in the sub-dimensions of communication and collaboration and approach to students, both at 4.63. The lowest average was found in the legislative knowledge sub-dimension, at 4.10. The overall item average for general professional competencies of teachers was 4.39. This score suggests that teachers perceive their professional competencies to be at a high level.
In line with the study’s second research question, the results of the regression test conducted to determine the effect of teachers’ professional competencies and their sub-dimensions on their levels of professional burnout are presented in
Table 3 and
Table 4.
As shown in
Table 3, it was evident that the regression model was significant (F = 14.899;
p < 0.000), and the sub-dimension “managing teaching and learning processes” explained 8% of the variance in burnout levels. Additionally, the sub-dimension “managing teaching and learning processes” (β = −0.80;
p < 0.005) has a significant negative effect on professional burnout. Other sub-dimensions (subject matter knowledge, pedagogical content knowledge, legislative knowledge, planning education and educating, creating learning environments, assessment and evaluation, national, spiritual, and universal values, approach to students, communication and collaboration, personal and professional development) were not found to have a significant effect on burnout.
As shown in
Table 4, the regression model was significant (F = 4.103;
p < 0.000), explaining 11% of the variance in burnout levels. Additionally, the sub-dimensions “managing teaching and learning process” (β = −0.56;
p < 0.05) and “personal and professional development” (β = −0.53;
p < 0.05) had significant negative effects on burnout. However, other sub-dimensions (subject matter knowledge, pedagogical content knowledge, legislative knowledge, planning education and educating, creating learning environments, assessment and evaluation, national, spiritual, and universal values, approach to students, communication and collaboration) were not found to have significant effects on burnout.
The results of the independent group
t-test conducted to answer the third question of the study are presented in
Table 5,
Table 6 and
Table 7.
According to
Table 5, the independent group
t-test results indicated a statistically significant difference between the types of institutions in terms of teachers’ professional burnout levels (
p = 0.011 < 0.05). The difference between teachers working in public and private schools was found to be significant, with public school teachers experiencing higher levels of burnout compared to private school teachers (xpublic = 3.50; xprivate = 2.96). This suggests that teachers in public schools experience more burnout than their counterparts in private schools.
As shown in
Table 6, the independent group
t-test results indicated a statistically significant difference in teachers’ professional burnout levels based on the type of graduated program (
p = 0.007 < 0.05). The analysis showed that teachers with a bachelor’s or post graduate degree experienced higher levels of burnout compared to those with a high school or associate degree (Xbachelor’s and postgraduate = 3.43; X high school and associate = 2.78).
As shown in
Table 7, the independent group
t-test results indicated a statistically significant difference in teachers’ professional burnout levels based on the department from which they graduated (t(155) = 3.386;
p = 0.001). The analysis revealed that teachers who graduated from preschool education programs experienced higher levels of burnout compared to those who graduated from child development and other departments (
preschool education = 3.52;
child development and others = 2.80). This finding suggests that teachers who graduated from preschool education are more likely to experience burnout than their counterparts from other departments.
In the study, ANOVA and independent group t-test results indicated that teachers’ burnout levels did not significantly differ by gender (p > 0.05), marital status (p > 0.05), age (under 30 or over 31) (p > 0.05), socioeconomic index of the district where they work (high, medium, or low) (p > 0.05), years of professional experience (less than 6 years, 6–10 years, or more than 11 years) (p > 0.05), class size (fewer than 9 students, 9–16 students, or more than 17 students) (p > 0.05), or the type of activities most frequently used.
The findings for the last question of the study regarding whether teachers’ professional competencies make a significant difference in the determined variables are analyzed in
Table 8 and
Table 9.
As shown in
Table 8, according to the results of the independent group
t-test conducted to examine the difference of teachers’ general professional efficacy levels and sub-dimensions according to the age of the teachers, the difference in the age groups formed in the sub-dimension of planning education and training, which was one of the sub-dimensions of the professional efficacy scale, was statistically significant (
p < 0.05). When the difference between teachers under 30 and teachers over 31 was examined, a difference was found in favor of teachers aged 31 and over in the sub-dimension of “educational instruction planning”. As a result of the analysis of the other sub-dimensions of the general competence scale of the teaching profession, the difference between the age groups was not significant (
p > 0.05).
Table 9 presents the results of an independent group
t-test conducted to determine whether teachers’ overall professional competencies and the sub-dimensions of their competency levels differ based on the type of institution they work for. The analysis revealed significant differences in several sub-dimensions, including subject matter knowledge, pedagogical knowledge, legislative knowledge, managing teaching and learning processes, and assessment and evaluation as well as in the overall perception of professional competency. Specifically, teachers working in private schools scored higher in subject matter knowledge (Xprivate = 4.40; Xpublic = 4.17;
p = 0.005), pedagogical knowledge (Xprivate = 4.32; Xpublic = 4.05;
p = 0.001), legislative knowledge (Xprivate = 4.20; Xpublic = 4.01;
p = 0.026), managing teaching and learning processes (Xprivate = 4.45; Xpublic = 4.28;
p = 0.033), and assessment and evaluation (Xprivate = 4.40; Xpublic = 4.19;
p = 0.016). Additionally, the overall perception of General Teaching Competencies was significantly higher for teachers in private schools (Xprivate = 4.47; Xpublic = 4.33;
p = 0.019). These results indicate that teachers in private schools perceive themselves as more competent in these areas compared to their counterparts in public schools. No significant differences were found in the other sub-dimensions of professional competency based on the type of institution (
p > 0.05).
According to the ANOVA and independent group t-test results of the study, it was found that the sub-dimensions of teachers’ professional competencies and overall competency levels did not show significant differences based on the teachers’ gender (p > 0.05), marital status (p > 0.05), the life index of the district where they work (p > 0.05), professional seniority (p > 0.05), class size (p > 0.05), whether they graduated from preschool teaching or child development and other departments (p > 0.05), or the most frequently used type of activity, whether it be art activities (1), movement activities (2), or other activities, like Turkish, reading, and writing preparation (3) (p > 0.05).