Autism Spectrum Disorder ASD is a lifelong condition characterized by complex development, including persistent difficulties with social communication, restricted interests, and repetitive behavior; these behaviors are different between individuals with autism, and so the degree of disability in functioning varies.1 In 1948, autism was described by Leo Kanner as a syndrome of social communication deficits combined with repetitive and stereotyped behaviors in children. It can be present in infant or early childhood, and because of minimal social demands and support from parents or caregivers in early years, it may not be detected until later. About 1% of the general population is affected by ASD. Boys are affected by autism more than girls with a ratio of about 4:1. Typically, autism is noted during the first or second year of life.2 The causes of ASD are not known. One’s environment and genes play an important role in ASD, as reported by researches.3

Statistics from the World Health Organization indicate that the global prevalence of ASD is about one in 160 children.4 The prevalence of autism spectrum disorder (ASD) is about 1 in 44 children, according to estimates from CDC’s Autism and Developmental Disabilities Monitoring (ADDM) Network.5 The overall prevalence in Asia is 0.36%.6 In Arab Gulf countries, it ranges from 1.4 to 29 per 10,000 persons, as revealed by a systematic review of the epidemiology of autism in 2014.7 Locally in Saudi Arabia, a study in 2 major cities revealed that the overall prevalence of autism was 2.81 per 1,000 children for both Jeddah and Makkah.8 The Saudi ministry of health has indicated that 1 in every 160 children is affected by ASD.9

The prevalence of ASD is increasing through the years10 and is now becoming more common than cancer, pediatric Acquired Immune Deficiency Syndrome (AIDS) combined, and type-1 diabetes,11 which reflects a significant number of children attending kindergarten who are affected with ASD. The increase in the prevalence of ASD among children requires preschool teachers to maintain high standards of work to meet the children’s abnormal development, and to identify them from an early stage, and then to refer them to diagnosis services.12

Autistic children possess unique needs when it comes to learning that differ from other learners, requiring teachers to have specialized skills and to prepare very well to help serve students with autism both socially and in teaching.13 As reported by the American Academy of Pediatrics (AAP) and the National Research Council (NRC), behavior and communication approaches help children with ASD by providing for the child and his family a structure, direction, and organization. For better long-term outcomes, early intervention is recommended.14

Therefore, pre-school teachers have to become aware about the criteria of autism spectrum disorder, to better detect cases early and take the necessary action to assess children with ASD, so as to get a better prognosis with early intervention. The most important step in detecting the cases early and providing the proper intervention is awareness.15

A lack of knowledge among teachers could remarkably affect the early detection of ASD children and, therefore, an early intervention to provide for an appropriate education for ASD children. Fixing this lack of knowledge will require either allowing individual teachers to take different or more effective actions or creating grounds for action though the collective knowledge and information held by teachers.16

In our country, in the Qassim region, Badaya city, a cross-sectional study was performed between December 2017 and March 2018 among school teachers to determine teachers’ knowledge about autism in both genders. As documented in the study, the level of knowledge about autism from the 248 teachers who were sampled was 48.7%. A statistically significant difference appears between teachers who had previous contact with autism and those who had no contact.15

Another study in Saudi Arabia was conducted among teachers working in both segregated and inclusive schools in Jeddah district. The result showed a lake of knowledge about autism by school teachers, as the mean value of total level of knowledge that school teachers had about autism disorder was (0.58) and lay between (0.5 - 0.7). Different variables such as teachers’ position, education level, experience, and contact with students with Autism were found to have a significant direct effect on the level of teachers’ knowledge about Autism.17

A study was done in Yemen in 2019 to figure out what pre-school teachers know about ASD. Generally, pre-school teachers have a low level of knowledge about ASD. Results showed a significant difference in knowledge about ASD according to experience level. Moreover, the study emphasizes that the lower the level of teachers’ education, the less they know about ASD.18

Another study measures the awareness about autism among school teachers in Oman in 2013. 40% of teachers thought that autistic children would not express emotions, and 55.5% thought they would not maintain eye contact. Those who thought that a child with autism would not enjoy the presence of others were three-quarters, and about 53.7% supposed that such children could only communicate with others nonverbally. In general, the knowledge about children with ASD is low among the teachers in Oman.19

A new study conducted in 2020 in Babylon Province showed that the majority of kindergarten teachers have a moderate level of early detection knowledge, which constitutes 70.6%, and there is a significant difference between the governmental and private institution, which indicates that ASD knowledge among private kindergarten teachers was higher than among the governmental teachers.20

A Chinese study in 2016 demonstrated that the knowledge of ASD among preschool teachers was lacking. The study’s evidence pointed to a significant association between education level and knowledge about ASD among preschool teachers. As demonstrated in the research, a teacher’s knowledge about autism is solely dependent on their teaching experience and education levels. Thus, preschool teachers were less educated and informed about autism.21

In India, to assess primary school teachers’ knowledge of ASD, a self-report questionnaire was given to them. 95% of the teachers were aware of ‘autism’ but 83% of them admitted that their knowledge was inadequate. At least 50% of the teachers identified 6 of the 12 signs and symptoms correctly. Teaching experience had a strong positive correlation with knowledge and the veterans clearly outperformed the novices.22

In Yenagoa city, Bayelsa State, a cross-sectional study was carried out among primary school teachers. Among the 100 teachers studied, 30% were males while 70% were females. 34% of teachers had never heard of the word autism. Consequently, 21.2% of those who agreed to have heard about autism had consumed the wrong information, with 18.2% saying that it was a psychiatric condition similar to madness. About 35% of the respondents heard about the word autism from random discussions with their fellows and individuals already informed about the disorder, while 27.3% heard it through the media.23

Another cross-sectional survey was performed in Pakistan, ¨South Asia," to assess the knowledge and perceptions regarding autism among primary school teachers. A 71.2 % of them had knowledge about autism and most of them attended a behavioral class (including child psychology, adult psychology, early childhood education, public health, and developmental disabilities).24

A systematic review was conducted from four databases (Web of Science, Scopus, PsycInfo, and Google Scholar) during the period of 2015–2020. In total, 25 articles were analyzed. The results show that, in general, teachers’ knowledge of ASD is poor. It depends on the education stage being taught, as knowledge was higher in early childhood teachers and in university professors, prior to training and possibly prior to contact with students with ASD.25

This research examines firstly the awareness about autism among pre-school teachers as they have a high level of exposure to the developing child, and they are in a position where they can identify who may have ASD and refer them for more assessments. Secondly, this research aims to find out if there are any significant differences in school teachers’ knowledge about Autism depending on teachers’ age, position, living governorate, education level, teaching experience, and contact with students with Autism.

Materials and Methods

A cross-sectional descriptive study was conducted among pre-school teachers in kindergartens in the Qassim region to determine preschool teachers’ awareness of autism in the period from December 2021 to February 2022. The Qassim Region is in northcentral Saudi Arabia. The study’s population was comprised of kindergarten teachers in the Qassim region.

Sample Size

The sample size of 257 teachers was calculated using the software EPI-INFO.2, in accordance with Center of Disease Control and prevention (CDC) guidelines for sample size calculation of descriptive studies.26

Sample size=n=z2 1α  p (1p)d2

Where n = sample size, d = Margin of error (percentage in decimal form), z1α = z-score, and P = sample proportion. Set at 95% confidence level, 5% as accepted margin of error, a population estimated to be 782 teachers, and an estimated prevalence of 48%.

Sampling Procedure

At first stage of sampling, 105 public kindergartens were selected through a random sampling technique from total 231 public kindergartens26 in the Qassim region. The Qassim region has nine sectors in the department of education (Buraidah, Al Badaya, AlAsyah, An Nabhaniyah, Uyun Al Jawa, Riyadh Al Khabra, Uglat Asugour, Qusaiba, Al Fawarah). An official list of public kindergartens was obtained from the website of the ministry of education’s governmental kindergartens in the Qassim region.27 All of the teachers were female as the system in the Kingdom of Saudi Arabia employs only female teachers in kindergartens. There were, total, 782 teachers in kindergartens, with an average of three to four teachers in each kindergarten. At the second stage, all eligible participants in the selected kindergartens were invited to participate in the study. Teachers who were working for less than one year as kindergarten teacher were excluded.

Study Tool

Data was collected using a validated structured questionnaire adopted from a previous study15 and modified according to our objectives, with permission from the authors. The questionnaire contains two parts. The first part is the demographic data of the participant (age, position, living governorate, education level, and teaching experience) and a question about previous contact or experiences with autistic children. The second part, The Autism Knowledge Questionnaire (AKQ), contains 32 items proposed to measure a teacher’s knowledge about Autism. The Autism Knowledge Questionnaire (AKQ)15 was modified according to our objectives, and we added two questions: one is about impact of electronic devices (e.g., smart phones, Ipad, and T.V.) on causing autism, and another is about the effect of vaccine uptake on developing of ASD, as this is a common myth in our community; then the AKQ was given to the qualified specimen of participants individually. The questionnaire mainly assesses and measures knowledge pertaining to general information about the characteristics of children with Autism and how those children with this disorder behave. The questions in this section were presented as True/False statements; however, the option ‘Don’t Know’ was included and teachers were instructed to select this response instead of guessing.


Independent Variables

The following independent variables were considered: age, position, living governorate, education level, teaching experience and a previous contact or experiences with autistic children.

Dependent Variables

The dependent variable is the Autism knowledge Questionnaire (AKQ).

Data Collection Procedure

We contacted administrators of all kindergartens and asked permission to collect data from teachers in their kindergartens.

A self-administered Arabic questionnaire with informed consent was distributed through an online survey tool named Google Forms to all the participants. Because of the COVID-19 pandemic and online teaching in kindergartens, we used an online survey. We got only 164 answers from the total sample of 257, reflecting a 63% response rate.

Ethical Consideration

Ethical approval of the study was taken from the Qassim Region Research Ethics Committee (QREC). The Education Administration in Qassim was contacted through telephone and permission for data collection was obtained. Informed consent was taken from all participants after we explained the aims of our study for them. The participants were assured that their responses will be anonymous, confidential, and will be used for the scientific purpose only.

Statistical Analysis

The data were analyzed using Statistical Packages for Social Sciences (SPSS) version 26 Armonk, NY: IBM Corp. The awareness toward ASD was measured using a modified Autism Knowledge Questionnaire (AKQ), a 32-item questionnaire where all correct answers had been identified, presented, and were coded as 1 while the incorrect answers had been coded with 0. Negative questions had been re-coded reversely to avoid bias in the score. The total awareness score has been calculated by adding all 32 items. A possible score range from 0 to 32 points can be generated, however, the actual score based on respondents’ response was 0 – 26 points. This indicates that the higher the score, the higher the awareness toward ASD. Participants were classified as having poor awareness if the total score was 60% or below, while good awareness if the score was above 60% of the total score points. Descriptive statistics were presented using numbers, percentages mean, and standard deviations. The level of awareness was compared to the socio-demographic characteristics of teachers by using Chi-square test. P-value less than 0.05 was considered statistically significant.


A total of 164 pre-school teachers responded to our survey. As described in Table 1, the most common age group was 30 – 40 years old (58.5%), with half of them (50%) coming from Buraidah and nearly all were teachers in a profession (87.8%). With regards to education, bachelor’s degrees constitute most of the teachers (81.1%). With respect to years of experience, 40.2% had 5 – 10 years of experience. The proportion of teachers who had direct contact with autistic students was 25.6%.

Table 1.Socio-Demographic Characteristics of the Pre-School Teachers (n=164)
Study Data N (%)
Age Group
  • <30 years
22 (13.4%)
  • 30 – 40 years
96 (58.5%)
  • 41 – 50 years
43 (26.2%)
  • >50 years
03 (01.8%)
Living Governorate
  • Buraidah
82 (50.0%)
  • Al Badaya
19 (11.6%)
  • AlAsyah
13 (07.9%)
  • An Nabhaniyah
04 (02.4%)
  • Uyun Al Jawa
05 (03.0%)
  • Riyadh Al Khabra
07 (04.3%)
  • Al Khabra
02 (01.2%)
  • Uglat Asugour
24 (14.6%)
  • Qusaiba
05 (03.0%)
  • Al Fawarah
03 (01.8%)
  • Teacher
144 (87.8%)
  • Administrator
20 (12.2%)
Educational Level
  • Diploma
27 (16.5%)
  • Bachelor degree
133 (81.1%)
  • Master degree or higher
04 (02.4%)
Teaching Experience
  • <5 years
46 (28.0%)
  • 5 - 10 years
66 (40.2%)
  • >10 years
52 (31.7%)
Contact with Students with Autism
  • Yes
42 (25.6%)
  • No
122 (74.4%)

The assessment of AKQ is given in Table 2. It can be observed that the top 5 statements where teachers showed better awareness were: “Autism disorder can be diagnosed through behavioral observation” (correct answer: 85.4%), “Behavioral intervention is considered the most effective treatment method of Autism” (correct answer: 80.5%), “Children with Autism demonstrate stereotypical behaviors like fluttering” (correct answer: 79.9%), “Children with Autism do not make any visual communication during a conversation with others” (correct answer: 76.8%), and “Children with Autism usually manifest special abilities like drawing and facts and figures remembering” (correct answer: 76.2%), while low awareness was seen in the statements related to: “Autism disorder is diagnosed by medical methods” (correct answer: 17.7%), “Most children with Autism have an intellectual disability” ( correct answer: 17.1%), “Children with Autism tend to be auditory learners” (correct answer: 15.9%), “Medication can alleviate the core symptoms of Autism disorder” (correct answer: 10.4%), “With proper intervention, most children with Autism disorder will eventually outgrow the disorder” (correct answer: 9.8%), and “Effect of the uses of electronic devices e.g. ( smart phones, Ipad, T.V. ) can cause autism” (correct answer: 8.5%).

Table 2.Assessment of Teachers’ Awareness toward ASD Using AKQ (n=164)
Statement Correct answer
N (%)
  1. Autism disorder can be diagnosed through behavioral observation
140 (85.4%)
  1. Behavioral intervention is considered the most effective treatment method of Autism
132 (80.5%)
  1. Children with Autism demonstrate stereotypical behaviors like fluttering
131 (79.9%)
  1. Children with Autism do not make any visual communication during a conversation with others
126 (76.8%)
  1. Children with Autism usually manifest special abilities like drawing and facts and figures remembering
125 (76.2%)
  1. The majority of children with Autism are female
112 (68.3%)
  1. In many cases, the cause of autism disorder is unknown
111 (67.7%)
  1. If a particular method of treatment achieved effective results with some children with Autism,
    then it is necessarily effective with all children with Autism
107 (65.2%)
  1. Children with Autism behave better only in organized educational environments
106 (64.6%)
  1. Autistic children prefer routine activities
102 (62.2%)
  1. Autism disorder is usually diagnosed during the first three years of the child's age
101 (61.6%)
  1. Children with Autism frequently repeat the talk they hear
100 (61.0%)
  1. Vaccine can cause Autism
100 (61.0%)
  1. Some autistic children have high or low sensitivity of visual, auditory, tactile, or olfactory stimuli
99 (60.4%)
  1. Behavioral patterns in children with Autism are similar
89 (54.3%)
  1. Genetic factors play an important role as a cause of autism disorder
85 (51.8%)
  1. Children must exhibit impaired social interaction and language communication to be diagnosed with Autism
77 (47.0%)
  1. Some children with Autism demonstrate inconsistency in motor skills
74 (45.1%)
  1. Most autistic children have problems with imaginary playing
68 (41.5%)
  1. We can diagnose autism disorder depending on physical features
63 (38.4%)
  1. Autism is a developmental disorder
61 (37.2%)
  1. Most autistic children do not talk
60 (36.6%)
  1. Poor parenting practices can cause autism disorder
46 (28.0%)
  1. A child with Autism appears like a deaf
45 (27.4%)
  1. Autism could be associated with Epilepsy
41 (25.0%)
  1. Generally, children with Autism understand the feelings and emotions of others
37 (22.6%)
  1. Autism disorder is diagnosed by medical methods
29 (17.7%)
  1. Most children with Autism have an intellectual disability
28 (17.1%)
  1. Children with Autism tend to be auditory learners
26 (15.9%)
  1. Medication can alleviate the core symptoms of autism disorder
17 (10.4%)
  1. With proper intervention, most children with autism disorder will eventually "outgrow" the disorder
16 (09.8%)
  1. Use of electronic devices e.g. (smart phones, Ipad, T.V.) can cause autism
14 (08.5%)
Awareness Total Score (mean ± SD) 15.0 ± 4.97
Level of Awareness
  • Poor
122 (74.4%)
  • Good
42 (25.6%)

Indicates negative question.

We used Chi-square test in Table 3 to measure the relationship between the level of awareness and the socio-demographic characteristics of the preschool teachers. Based on the results, it was found that a good level of awareness was more prevalent among teachers in a profession (p=0.034). It was also found that preschool teachers with direct contact with autistic students were more associated with a good level of awareness (p=0.016). Other variables such as age group, living governorate, educational level and teaching experience did not show a significant relationship with the level of awareness (p>0.05).

Table 3.Relationship between the Level of Awareness and the Socio-demographic Characteristics of the Pre-School Teachers (n=164)
Factor Level of Awareness X2 P-value §
N (%)
N (%)
Age Group
  • ≤40 years
83 (72.8%) 35 (70.0%) 0.136 0.713
  • >40 years
31 (27.2%) 15 (30.0%)
Living Governorate
  • Inside Buraidah
56 (49.1%) 26 (52.0%) 0.115 0.734
  • Outside Buraidah
58 (50.9%) 24 (48.0%)
  • Teacher
95 (83.3%) 48 (96.0%) 4.511 0.034 **
  • Administrator
18 (15.8%) 02 (04.0%)
Educational Level
  • Diploma
18 (15.8%) 09 (18.0%) 0.123 0.725
  • Bachelor degree or higher
96 (84.2%) 41 (82.0%)
Teaching Experience
  • <5 years
33 (28.9%) 13 (26.0%) 0.228 0.892
  • 5 - 10 years
46 (40.4%) 20 (40.0%)
  • >10 years
35 (30.7%) 17 (34.0%)
Contact with Students with Autism
  • Yes
23 (20.2%) 19 (38.0%) 5.796 0.016 **
  • No
91 (79.8%) 31 (62.0%)

§ P-value has been calculated using Chi-square test.
** Significant at p<0.05 level.


The present study is conducted to examine the awareness level of preschool teachers regarding ASD. The awareness of preschool teachers regarding ASD was insufficient. The mean score of the Autism Knowledge Questionnaire (AKQ) was 15 (SD 4.97) out of 32 points with 74.4% classified as possessing a poor level of awareness while 25.6% were classified as possessing a good level of awareness. Consistent with these findings, several papers reported a lack of knowledge among teachers regarding ASD.15,17,19,21,23 In contrast, a better knowledge among teachers had been reported by Ayub et al.24 According to their reports, the majority (71.2%) of the primary school teachers demonstrated some knowledge about autism and they had shown a better understanding that the condition is related to neurological/mental disorders with attendance to behavioral classes significantly influencing their knowledge toward ASD. Interestingly, in a study by Arif et al28 social media had a significant role in the increased awareness of primary school teachers regarding autism. Findings indicated that approximately 55% of the teacher’s learned autism from social media; however, the researcher argued that while the role of social media cannot be discounted, the need to give formal training to teachers regarding the different features of autism is necessary as this will guide them in the early diagnosis of the condition.

The awareness level of our preschool teachers who had direct contact with autistic students was significantly better than those who had no contact with this type of condition. This is consistent with that of the Alharbi et al15 study, which suggests that the higher level of knowledge among teachers was more associated with teaching in the public schools and previous contact with autistic students; however, they found no significant relationship between the level of autism knowledge among different educational levels, the grade level taught, experience and gender, indicating that all these factors were not relevant or were not predicted to be the influential factors of the level of knowledge toward autism. A similar study conducted in Pakistan24 relates better knowledge associated with the attendance of behavioral classes, but found no association among age groups, gender, teaching experience, qualification, teacher training courses, and knowledge about autism, while in China,21 they documented that a higher educational level and school type influenced the knowledge about ASD. In a cross-sectional study published in Nigeria,29 evidence suggests that school type and teaching experience have no significant relationship with knowledge toward the disease, but prior training, as well as age, provided a positive effect on the knowledge. In our study, the knowledge about the correct pattern to diagnose children with autism was more associated with increasing years of experience.

A cross-sectional survey published by Al-Sharbati et al19 found that 11% of school teachers had direct contact with autistic children, with most of them (89%) having heard about autism and expressing that they can easily identify students with autism. The author continued that 40% believed that a child with autism would not express emotions and considered that a child with autism would not maintain eye contact with others (55.5%). The study concluded that a majority of participants agreed the prognosis of autism could be significantly improved if diagnosed in early life.

In this study, we highlight some of the most important findings in the assessment of teachers’ awareness of ASD. By using Autism Knowledge Questionnaire similarly to previous studies, we found that 85.4% of the teachers were aware that autism disorder can be identified through children’ behavior in the classroom and most of the teachers (80.5%) were sure that behavioral intervention is the most important intervention for autism. Teachers also showed adequate awareness regarding the behavioral manifestation of the children with autism, such as children with autism demonstrating stereotypical behaviors (79.9%), offering no visual communication during a conversation with others (76.8%) and frequently showing special abilities (i.e. drawing, facts, and figure remembering) (76.2%) while they have shown limited awareness in some domains, including the causes of autism (8.5%), appropriate intervention (9.4%), medication to alleviate the symptoms (10.4%), intellectual disability of children with autism (15.7%), the role of medical method in the diagnosis of autism (17.7%), empathy of children with autism (22.6%), and the association between epilepsy and autism (25%). These findings implicate that many of the teachers had misconceptions about the disease. School administration should design proper training programs for teachers to educate them in diagnosing children with autism and to guide them on how to handle these children while at school. It is necessary to increase the awareness level of preschool teachers so they can properly assess students who are showing signs of autism. Understanding the spectrum of the disease is a better start in addressing the lack of knowledge among teachers.


We were not able to recruit a sufficient number of participants, which could be due to the COVID 19 pandemic and online teaching in kindergartens, and the questionnaire was distributed through an online survey tool named Google Forms, which affects the number of respondents, as online surveys might have a low response rate. We got only 164 answers from the total sample 257 (response rate 63.8%), which may affect the generalizability of study findings.


The awareness of preschool teachers regarding ASD was deficient. Teachers who are in contact with autistic students demonstrated better knowledge than the rest of the preschool teachers. There is a need to increase the awareness of preschool teachers toward ASD. Education and training about the spectrum of the disorder can lead to better knowledge among the teachers. Early identification of children showing signs of ASD is necessary in order to provide early intervention and management. Teachers had a vital role in determining a child with ASD. Thus, their understanding of the condition is completely beneficial. Further research is recommended involving a bigger sample population to obtain more insight into the spectrum of this disease among young ones.



Authors contributions

AAS: contributes to the conception, design of the work, and revising it critically for important intellectual content

EA: contributes to the acquisition, analysis, interpretation of data and drafting the work

All authors approved the final version of this manuscript to be published and agreed to be accountable for all aspects of the work in ensuring that questions related to the accuracy or integrity of any part of the work are appropriately investigated and resolved.

Conflict of interest