Research consultancy

CHAPTER THREE

METHODOLOGY

3.0     Introduction

This section presents the methodological focus that guided the researcher. The specific areas included research design, area of study, sample size, sampling procedure, data collection methods and instruments and data processing and analysis. The section will end with problems to the study.

3.1 Research Design

Ojo & Adu, (2018), described a research design as, the procedure used by a researcher to conduct any study with the intention of finding suitable answers to research questions. The design that was used for this study was a cross-sectional survey design. Cross sectional survey design is used when the researcher aims at collecting data at a single point in time (Creswell,2012). This research study adopted a mixed-methods approach, utilizing both quantitative and qualitative methods to gather comprehensive data. The used of both quantitative and qualitative methods concurrently is emphasized by Amin (2005), as so when the study involves investigating opinions of people. However, the study was largely quantitative and the qualitative data was used for purposes of triangulation. Triangulation was done in order to obtain a more comprehensive view about the problem by comparing and contrasting qualitative and quantitative findings and drawing valid conclusions.

3.2 Study Area

Schools in Namungo struggle with issues such as poor electricity coverage, lack of functional ICT laboratories, inadequate teacher capacity, and limited technical support for maintaining ICT equipment. These barriers continue to hinder effective ICT integration despite the government’s commitments through programs like the National ICT Policy Framework (2021). The study was carried out at Mityana district. The place is considered ideal because it is a district were students are not passing well and the percentage getting first grade PLE is low specifically in Namungo subcounty.

3.3 Study Population

Population refers the grouping from which the researcher intends to gather information related to the stated problem (Sandra et al., 2016), the study population included Head teachers, teachers in the primary schools in Mityana district. During the study the researcher sampled Head teachers, support staff and teachers, these particular populations of study was chosen because they have good knowledge on barriers of effective ICT integration in primary schools.

3.4 Sampling procedures / strategies

The researcher used purposive sampling technique; this technique has been chosen by the researcher to save time in selection of Head teachers, while the researcher used random sampling technique to select teachers, this was used because it is the best technique for elimination of bias in selection of respondents. Purposive sampling technique was used because participants are selected based on specific criteria, the data collected is directly relevant to the research question, reducing the inclusion of irrelevant information. For instance, in a study on ICT integration in schools, a researcher may specifically target teachers with at least five years of ICT teaching experience and also, compared to probability sampling, purposive sampling is faster and less costly since the researcher targets a smaller, more relevant population without the need for large-scale random selection (Amin, 2005). The sample size was 30 which constituted of Head teachers, support staff and teachers this population has been selected because they are belied to have proper information regarding the barriers of effective ICT integration in primary schools, this sampling size is choses because the respondents can easily be accessed.

3.5 Methods and Instruments of Data collection

The major instruments for data collection was questionnaires and interview guide. Surveys were just one part of a complete data collection and evaluation strategy. The questionnaire was provided respondents with ample time to comprehend the questions raised and hence, they were able to answer factually.

3.5.1 Questionnaires

The questionnaire was used to collect quantitative data. The researcher administered the questionnaires to Head teachers, and teachers, which was designed basing on study objectives and questions. Respondents who could read and write filled the questionnaires themselves. The questionnaires were close ended and were considered convenient because they were administered to the literate and its anonymous nature fetched unhindered responses. This section was used in answering what are the key barriers hindering the effective integration of ICT in teaching and learning in primary schools in, Mityana District. Questionnaires was also be set for answering to what extent are ICT infrastructure and resources available and accessible in primary schools in Namungo subcounty.

3.5.2 Interviews

Qualitative data was collected from the informants using interviews. The interview guide was be structured. The interviews were held with Head teachers, and take approximately thirty to sixty minutes. These was noted to be the best tools for getting first-hand information /views, perceptions, feelings and attitudes of respondents. Both formal and informal interviews were used to get maximum information from the different respondents to participate in the research. The interviews were used answering this research question, how prepared and capable are teachers in utilizing ICT tools for instructional purposes in Mityana district primary schools.

3.6 Procedure of data collection

Upon receiving the University permission to carry out research, the area of study will be visited for purposes of familiarization.  The researcher sought permission with staff and when allowed, to proceed with research, questionnaires were issued and interviews carried out with the selected staff. Documentary evidence from both primary and secondary sources of data was considered; taking into account of what is reported.

3.7 Data Analysis and processing

Quantitative analysis of raw data was done. Raw data took a variety of forms, including measurements, survey responses, and observations. Tabular and percentage calculations were used to list questionnaire responses. Analysis and interpretation of the raw data was based on the responses and opinions. Qualitative and Quantitative data analysis techniques was used to manipulate data during the analysis phase to draw conclusions.

Quantitative data refers to numerical information that can be measured and statistically analyzed. In this study, quantitative data included measurable variables such as the number of computers available in schools, percentage of teachers trained in ICT, frequency of internet access, and student-to-computer ratios. This data was collected through structured questionnaires with close-ended questions and school records, enabling objective measurement of ICT resources and usage patterns.

Qualitative data, on the other hand, refers to descriptive, non-numerical information that provides deeper insights into participants’ experiences, perceptions, and attitudes. For this study, qualitative data was gathered through interviews and focus group discussions with teachers, school administrators, and possibly parents, exploring their views on challenges, attitudes towards ICT integration, and contextual factors affecting its use. This data helped understand the underlying barriers that numbers alone cannot reveal, such as motivation, training quality, or cultural resistance.

3.8 Data Presentation

The data collected on the barriers to effective ICT integration in primary schools in Mityana District is presented in line with the study objectives, highlighting infrastructural, human capacity, and institutional challenges. Findings revealed that most schools lack adequate computers, reliable electricity, and internet connectivity, which greatly limit ICT use in teaching and learning. In addition, many teachers reported limited ICT skills and inadequate training opportunities, while others expressed reluctance to adopt new technologies due to lack of confidence and motivation. Institutional barriers were also evident, with inadequate funding, weak administrative support, and poor policy implementation hindering progress. The data is presented using descriptive summaries, tables, and charts to illustrate the extent of these challenges and provide a foundation for analysis in the subsequent sections.

3.9 Ethical considerations

During data collection for the study on Barriers of Effective ICT Integration in Primary Schools: A Case Study of Mityana District, ethical considerations will be strictly observed to ensure the rights, dignity, and safety of participants are protected. Prior to data collection, informed consent was obtained from all participants, and for respondents below the age of 18, consent was also be sought from their parents or guardians as well as the relevant school authorities. Participants were fully informed about the purpose of the study, the procedures involved, their right to withdraw at any time without penalty, and how the data will be used. Confidentiality was maintained by avoiding the use of names or identifying information in the research report, and data was securely stored and accessible only to the researcher. Additionally, the study avoided any form of coercion or undue influence, ensuring voluntary participation. Care was also be taken to ensure that the research process does not disrupt normal school activities or create discomfort for respondents. The study adhered to institutional and national ethical guidelines governing educational research.

3.10 Limitations of the Study

The researcher anticipates several potential limitations that may affect the study’s scope and findings. Firstly, some respondents might be reluctant to participate due to fears of being monitored or judged, which could limit the openness and honesty of their responses. Secondly, financial constraints may pose a challenge, potentially restricting the resources available for extensive data collection, travel, or use of advanced data collection tools. Lastly, limited time allocated for the study could affect the depth of data gathered and the researcher’s ability to engage thoroughly with all targeted participants, which may impact the comprehensiveness of the findings. Despite these limitations, the researcher   strived to mitigate their effects through careful planning, building trust with participants, and efficient use of available resources.

CHAPTER FOUR

PRESENTATION, ANALYSIS, INTERPRETATION OF FINDINGS

4.0 Introduction

This chapter presents the results in reference to objectives in chapter one, Gender of respondents, Age of respondents, Education level of respondents,

4.1 Findings on general information

Questionnaires response rate

The study results indicate that the researcher issued 36 questioners and 30 questionnaires were answered.

4.1.2 Findings on the Gender of respondents

Depending on the sample of respondents that was taken, below is the table showing the gender distribution.

Table 1: Shows the findings on the gender of the respondents

Source: primary data

The study findings show that 57% of the respondents were male and 43% of the respondents were male. This means that the biggest percentage of respondents and employees in the organization that were sampled were male and apart from that it also shows that female gender also is represented.

4.1.3 Findings on the age of respondents.

The age groups of the respondents were represented as shown below;

Table 2: Shows findings on age category of respondents

Source: primary data

The results indicated that majority of the respondents were in the age brackets of 20-30 years, the findings further indicates that 30% of the respondents were 31-40 years and the remaining 27% were 41 years and above.

Education level of the respondents

The study results indicate that majority 37% of the respondents were degree holders, 30% were diploma holders, 13% were certificate, 7% were post graduate diploma holders.

4.3 To assess the availability and accessibility of ICT infrastructure and resources in primary schools in Mityana district.

This section presents discussion on to assess the availability and accessibility of ICT infrastructure and resources in primary schools in Mityana district.

Table 5: To assess the availability and accessibility of ICT infrastructure and resources in primary schools.

Source: primary data                                                                                                                

The findings in Table 5 reveal a significant inadequacy in the availability and accessibility of ICT infrastructure and resources in primary schools. Across all the indicators assessed, the majority of respondents expressed negative perceptions, indicating that ICT integration in these schools is still very limited and underdeveloped.

First, regarding the availability of computers and digital devices, a large proportion of respondents (80%) disagreed or strongly disagreed that their schools have enough ICT equipment to support effective teaching and learning. Only a small fraction (20%) agreed or strongly agreed. This suggests that most primary schools lack sufficient digital tools, which severely constrains the integration of technology into classroom instruction and limits opportunities for learners to acquire digital literacy skills.

Similarly, the accessibility of ICT facilities such as computer labs, projectors, and printers was reported to be very low. An overwhelming 100% of respondents disagreed or strongly disagreed that these facilities are easily accessible to both teachers and learners. This indicates not only scarcity but also restricted use of the few available resources, possibly due to administrative controls, limited infrastructure, or lack of supportive policies within schools.

The situation is further compounded by poor internet connectivity. All respondents (100%) disagreed or strongly disagreed that internet access in their schools is reliable and available for teaching and learning purposes. This highlights a critical barrier to the use of modern digital tools, particularly those that rely on online platforms for accessing educational content, communication, and collaboration.

In addition, the maintenance of ICT infrastructure appears to be inadequate. A majority of respondents (100%) disagreed or strongly disagreed that ICT facilities are regularly maintained and kept in good working condition. This implies that even the limited available resources may often be non-functional, further reducing their usefulness in the teaching and learning process.

Finally, the issue of equitable access to ICT resources is also evident. Most respondents (over 70%) disagreed that teachers and learners are given fair and adequate opportunities to use ICT during the school day. This suggests systemic challenges such as limited scheduling, insufficient resources for large student populations, or lack of structured ICT integration in the school curriculum, the findings indicate that primary schools face substantial challenges in terms of ICT infrastructure availability, accessibility, reliability, maintenance, and equitable usage. These limitations hinder the effective integration of digital technologies in education and may negatively affect the quality of teaching and learning, as well as the development of essential digital competencies among learners.

4.2 To identify the key barriers hindering the effective integration of ICT in teaching and learning in primary schools in Mityana District.

This section presents respondents response on, to identify the key barriers hindering the effective integration of ICT in teaching and learning in primary schools in Mityana District.

Table 4: Shows barriers hindering the effective integration of ICT.

Source: primary data

The findings in Table 4 highlight several critical barriers hindering the effective integration of ICT in primary schools, with responses showing overwhelming agreement among respondents on most of the listed challenges. This indicates that ICT integration is constrained by a combination of infrastructural, technical, and institutional factors.

Firstly, limited access to ICT resources emerges as a major barrier. A substantial majority of respondents (83.3%) either strongly agreed or agreed that inadequate availability of computers, tablets, and projectors hinders ICT integration, while only 16.6% remained neutral. This suggests that most schools are not sufficiently equipped with the necessary digital tools, making it difficult for teachers to incorporate ICT into everyday teaching and learning activities.

Secondly, poor internet connectivity and unreliable electricity supply were identified as universal challenges, with 100% of respondents agreeing or strongly agreeing. This unanimous response underscores the severity of infrastructural constraints, particularly in contexts where stable power and internet are prerequisites for effective ICT use. Without reliable connectivity and electricity, even schools with some ICT equipment are unable to fully utilize these resources.

Another significant barrier is the lack of adequate technical support and maintenance. The majority of respondents (89.9%) agreed or strongly agreed that insufficient technical assistance discourages teachers from using ICT in their lessons. This indicates that when technical issues arise, they are not promptly resolved, leading to frustration and reduced motivation among teachers to adopt digital tools.

In addition, insufficient ICT-related training and skills among teachers was identified as one of the most prominent challenges, with all respondents (100%) agreeing or strongly agreeing. This highlights a critical gap in teacher capacity, suggesting that many educators lack the necessary competencies to effectively integrate ICT into pedagogy. Without proper training, even available ICT resources may remain underutilized.

Finally, the absence of clear school policies and guidelines on ICT use also contributes to the problem. A majority of respondents (80%) agreed or strongly agreed that lack of structured policies hinders ICT integration, while 20% were neutral. This suggests that institutional frameworks guiding ICT use are either weak or non-existent, leading to inconsistent implementation and limited accountability, the findings demonstrate that barriers to ICT integration are multifaceted, encompassing limited resources, poor infrastructure, inadequate technical support, insufficient teacher training, and lack of policy direction. These challenges collectively impede the effective use of ICT in teaching and learning, thereby limiting the potential benefits of digital technologies in improving educational outcomes. Addressing these barriers requires a comprehensive approach that includes increased investment in infrastructure, capacity building for teachers, provision of technical support, and development of clear institutional policies to guide ICT integration in schools.

4.4 To examine the capacity and preparedness of teachers in utilizing ICT tools for instructional purposes in Mityana primary schools.

This section presents respondents response on, to examine the capacity and preparedness of teachers in utilizing ICT tools for instructional purposes in Mityana primary schools.

Table 4: Shows the capacity and preparedness of teachers in utilizing ICT tools for instructional purposes.

Source: primary data

The findings in Table 4 indicate that teachers’ capacity and preparedness to utilize ICT tools for instructional purposes in primary schools is generally low. The responses reveal widespread deficiencies in ICT skills, training, confidence, and overall readiness to integrate technology into teaching and learning processes.

Firstly, the majority of respondents (83%) disagreed or strongly disagreed that teachers possess the necessary ICT skills to effectively integrate technology into classroom teaching, while only 17% were neutral and none expressed agreement. This suggests that most teachers lack the foundational digital competencies required for meaningful ICT integration, which limits their ability to adopt innovative teaching practices.

Secondly, the provision of regular training and professional development opportunities appears to be highly inadequate. All respondents (100%) disagreed or strongly disagreed that teachers are regularly supported through training and workshops to enhance their ICT competence. This highlights a critical gap in capacity building, indicating that teachers are not being equipped with updated knowledge and skills to keep pace with evolving digital technologies.

In terms of confidence, the results further demonstrate a significant challenge. A large proportion of respondents (83%) disagreed or strongly disagreed that teachers are confident in selecting and applying appropriate ICT tools to enhance learning outcomes. Only a small percentage (16.6%) agreed, suggesting that even when some teachers have basic exposure to ICT, they may lack the confidence to apply these tools effectively in instructional contexts.

Similarly, teacher preparedness to design and deliver ICT-supported lessons is low. Approximately 76% of respondents disagreed or strongly disagreed that the majority of teachers are prepared to integrate ICT into lesson delivery, while only about 16% agreed. This indicates that ICT integration is not yet embedded in pedagogical practices, and many teachers are still reliant on traditional teaching methods.

Finally, the perception that lack of adequate ICT knowledge and skills limits effective ICT use is strongly supported by the data, with 80% of respondents agreeing or strongly agreeing. This reinforces the earlier findings and confirms that insufficient teacher competence is a major barrier to ICT integration in schools, the results suggest that teachers are not adequately prepared to utilize ICT tools for instructional purposes due to limited skills, lack of training opportunities, low confidence levels, and insufficient pedagogical readiness. These challenges significantly hinder the effective integration of ICT in primary education. Addressing this issue requires targeted interventions such as continuous professional development, hands-on ICT training, mentorship programs, and institutional support to build teachers’ capacity and confidence in using digital technologies for teaching and learning.

CHAPTER FIVE

Discussion, conclusion and recommendations of study findings

5.0 Introduction

This section presents; discussion, conclusion and recommendations of study findings

5.1 Discussion

This section presents discussion inline with study objectives.

5.1.1 To identify the key barriers hindering the effective integration of ICT in teaching and learning in primary schools in Mityana District.

The study results indicate that regarding the availability of computers and digital devices, a large proportion of respondents disagreed that their schools have enough ICT equipment to support effective teaching and learning this was also in line with, Tondeur et al., (2017) who asserts that the integration of Information and Communication Technology (ICT) in education has been widely recognized as a vital tool for improving teaching and learning outcomes. However, despite global efforts to promote its use, several barriers continue to hinder effective ICT integration, particularly in developing regions. Research has consistently shown that these barriers can be broadly categorized into teacher-related, institutional, infrastructural, and policy-level challenges.

The study results further indicate that the situation is further compounded by poor internet connectivity, further indicates that all respondents strongly disagreed that internet access in their schools is reliable and available for teaching and learning purposes. This highlights a critical barrier to the use of modern digital tools, particularly those that rely on online platforms for accessing educational content, communication, and collaboration, this was also further discussed by Tondeur et al. (2017) who asserts that the effective integration of Information and Communication Technology (ICT) in teaching and learning is hindered by several key barriers faced by teachers. One major challenge is the lack of adequate infrastructure, including limited access to computers, unreliable internet connectivity, and insufficient electricity supply, especially in rural areas. Even where infrastructure exists, many teachers struggle with inadequate ICT skills due to limited training opportunities and minimal exposure to digital tools, which affects their confidence and ability to incorporate technology into lessons.

The study results further indicate that the maintenance of ICT infrastructure appears to be inadequate, most of respondents strongly disagreed that ICT facilities are regularly maintained and kept in good working condition. This implies that even the limited available resources may often be non-functional, further reducing their usefulness in the teaching and learning process, this view was also in line with Belda-Medina, (2022) who asserts that the absence of relevant digital content tailored to the curriculum makes it difficult for teachers to effectively use ICT for instruction. Time constraints, stemming from heavy workloads and rigid syllabi, further discourage teachers from experimenting with technology-based approaches. Institutional barriers, such as limited administrative support, poor maintenance of ICT equipment, and insufficient funding for upgrades, also impede progress.

The study results indicate that the issue of equitable access to ICT resources is also evident. Most respondents disagreed that teachers and learners are given fair and adequate opportunities to use ICT during the school day. This suggests systemic challenges such as limited scheduling, insufficient resources for large student populations, this view was also in line with Kafyulilo et al., (2015) who asserts that one of the most significant barriers is the lack of ICT skills and confidence among teachers. Many educators, especially in rural or under-resourced areas, have limited training in using digital tools for instructional purposes.

5.1.2 To identify the key barriers hindering the effective integration of ICT in teaching and learning in primary schools in Mityana District.

This study results indicates that limited access to ICT resources emerges as a major barrier. A substantial majority of respondents strongly agreed or agreed that inadequate availability of computers, tablets, and projectors hinders ICT integration, while only 16.6% remained neutral. This suggests that most schools are not sufficiently equipped with the necessary digital tools, making it difficult for teachers to incorporate ICT into everyday teaching and learning activities, this was also in line with Falloon, (2020) who asserts that the availability and accessibility of Information and Communication Technology (ICT) infrastructure and resources are fundamental to the successful integration of technology in education, public services, and socioeconomic development. Across the globe, disparities in ICT infrastructure remain a persistent barrier, particularly in developing countries.

The study results indicates that poor internet connectivity and unreliable electricity supply were identified as universal challenges, with 100% of respondents agreeing or strongly agreeing. This unanimous response underscores the severity of infrastructural constraints, particularly in contexts where stable power and internet are prerequisites for effective ICT use. Without reliable connectivity and electricity, even schools with some ICT equipment are unable to fully utilize these resources, this was also in line with Anthonysamy, Koo& Hew, (2020) who asserts that frequent power outages, and lack of ICT maintenance personnel continue to hinder technology adoption in education and other sectors, only about 30% of African schools are connected to the internet, and many rely on mobile internet, which is often expensive and unreliable.

Another significant barrier is the lack of adequate technical support and maintenance. The majority of respondents agreed or strongly agreed that insufficient technical assistance discourages teachers from using ICT in their lessons. This indicates that when technical issues arise, they are not promptly resolved, leading to frustration and reduced motivation among teachers to adopt digital tools, this view was also inline with Tshuma, (2024) who asserts that in Uganda, the government has made efforts to enhance ICT access through initiatives such as the National ICT Policy and the Rural Communications Development Fund (RCDF), which aims to improve ICT penetration in underserved areas. However, challenges remain. According to the Uganda Communications Commission (2023), while over 70% of urban schools report some level of ICT infrastructure, less than 35% of rural schools have computers or internet access. This disparity highlights the uneven distribution of ICT resources and the need for targeted investment and policy reforms.

The study results indicate that insufficient ICT-related training and skills among teachers was identified as one of the most prominent challenges, with all respondents (100%) agreeing or strongly agreeing. This highlights a critical gap in teacher capacity, suggesting that many educators lack the necessary competencies to effectively integrate ICT into pedagogy. Without proper training, even available ICT resources may remain underutilized, this view was also inline with

Furthermore, accessibility goes beyond physical infrastructure. It includes the availability of trained personnel to operate and maintain ICT equipment, the affordability of internet services, and inclusive design that considers the needs of persons with disabilities. The World Bank (2020) emphasizes that without trained teachers and supportive policies, mere provision of ICT tools is insufficient to create meaningful change, the literature underscores that while there has been progress in the availability and accessibility of ICT infrastructure globally and nationally, significant gaps persist, especially in rural and underserved communities. Addressing these challenges requires a multi-faceted approach involving investment in infrastructure, capacity building, equitable distribution, and inclusive policy frameworks to ensure that ICT truly becomes a tool for inclusive development and learning (Hardianti, Risnawati, & Ananta, 2024).

The study results indicate that the absence of clear school policies and guidelines on ICT use also contributes to the problem. A majority of respondents agreed or strongly agreed that lack of structured policies hinders ICT integration, this suggests that institutional frameworks guiding ICT use are either weak or non-existent, leading to inconsistent implementation and limited accountability, the findings demonstrate that barriers to ICT integration are multifaceted, encompassing limited resources, poor infrastructure, inadequate technical support, insufficient teacher training, and lack of policy direction.

5.1.3 The capacity and preparedness of teachers in utilizing ICT tools for instructional purposes

The majority of respondents disagreed that teachers possess the necessary ICT skills to effectively integrate technology into classroom teaching, while only 17% were neutral and none expressed agreement. This suggests that most teachers lack the foundational digital competencies required for meaningful ICT integration, which limits their ability to adopt innovative teaching practices, this was also in line with Ertmer & Ottenbreit-Leftwich, (2010) who asserts that the integration of Information and Communication Technology (ICT) into instructional practices has become a critical factor in enhancing teaching and learning outcomes globally. Teachers’ preparedness and capability to effectively use ICT tools significantly influence the success of such integration. Various studies have shown that teacher preparedness encompasses not only technical skills but also pedagogical understanding of how to incorporate ICT into the curriculum.

The study results further indicate that the provision of regular training and professional development opportunities appears to be highly inadequate. All respondents (100%) disagreed or strongly disagreed that teachers are regularly supported through training and workshops to enhance their ICT competence. This highlights a critical gap in capacity building, indicating that teachers are not being equipped with updated knowledge and skills to keep pace with evolving digital technologies, this was also in line with Tondeur et al., (2017) who asserts that the capability of teachers in using ICT effectively is multidimensional, involving technical skills, instructional design, and classroom management in a digital environment

In terms of confidence, the results further demonstrate a significant challenge. A large proportion of disagreed or strongly disagreed that teachers are confident in selecting and applying appropriate ICT tools to enhance learning outcomes, this was also inline with Ertmer & Ottenbreit-Leftwich, 2010) who asserts barriers to teacher preparedness include limited access to infrastructure, insufficient training opportunities, and a lack of alignment between ICT initiatives and curriculum requirements, In many developing countries, challenges such as unreliable electricity, limited internet connectivity, and shortage of digital content further impede teachers’ capability to use ICT in instruction.

Teacher preparedness to design and deliver ICT-supported lessons is low majority of respondents disagreed that the majority of teachers are prepared to integrate ICT into lesson delivery, This indicates that ICT integration is not yet embedded in pedagogical practices, and many teachers are still reliant on traditional teaching methods, while the perception that lack of adequate ICT knowledge and skills limits effective ICT use is strongly supported by the data, with 80% of respondents agreeing or strongly agreeing. This reinforces the earlier findings and confirms that insufficient teacher competence is a major barrier to ICT integration in schools, the results suggest that teachers are not adequately prepared to utilize ICT tools for instructional purposes due to limited skills, lack of training opportunities, low confidence levels, and insufficient pedagogical readiness. These challenges significantly hinder the effective integration of ICT in primary education.

5.2 Conclusion of the study

The study concludes that the availability and accessibility of ICT infrastructure and resources in primary schools in Mityana District are critically inadequate, with most schools lacking sufficient digital devices, experiencing poor access to ICT facilities, unreliable internet connectivity, and weak maintenance systems. Additionally, limited and unequal access to the few available resources further constrains their effective use. These challenges collectively hinder the integration of ICT in teaching and learning, thereby limiting the development of digital skills among learners and negatively affecting the overall quality of education.

The study findings reveal that the effective integration of ICT in teaching and learning in primary schools in Mityana District is significantly hindered by multiple interrelated barriers. These include limited access to ICT resources, poor internet connectivity and unreliable electricity supply, inadequate technical support and maintenance, insufficient ICT-related training and skills among teachers, and the absence of clear institutional policies to guide ICT use. The overwhelming agreement among respondents on these challenges indicates that ICT integration is not merely constrained by one factor but by a combination of infrastructural, technical, and institutional shortcomings. Consequently, these barriers limit teachers’ ability to effectively utilize ICT in instructional processes and reduce the potential of digital technologies to enhance educational outcomes. Therefore, addressing these challenges requires a comprehensive and coordinated approach involving increased investment in ICT infrastructure, continuous capacity building for teachers, improved technical support systems, and the establishment of clear policies and guidelines to support sustainable ICT integration in schools.

The study findings indicate that the capacity and preparedness of teachers to utilize ICT tools for instructional purposes in primary schools in Mityana District are significantly low. The majority of teachers lack the necessary ICT skills, confidence, and pedagogical readiness to effectively integrate technology into teaching and learning. This situation is further exacerbated by the absence of regular training and professional development opportunities, which limits teachers’ ability to acquire and update essential digital competencies. Consequently, ICT remains underutilized in classroom practice, with many teachers relying on traditional teaching methods. Overall, inadequate teacher capacity emerges as a critical barrier to ICT integration, underscoring the need for targeted interventions such as continuous professional development, practical ICT training, mentorship, and institutional support to enhance teachers’ competence, confidence, and readiness to effectively incorporate ICT in education.

5.3 Recommendations of the study

Enhance ICT infrastructure and access: Government and education stakeholders should increase investment in ICT infrastructure by providing adequate digital devices, improving internet connectivity, and ensuring reliable electricity supply in primary schools. This will address the critical shortage and accessibility challenges currently limiting ICT integration.

Strengthen teacher capacity through continuous training: There is a need to implement regular, practical, and sustained professional development programs to equip teachers with ICT skills, build their confidence, and enhance their pedagogical ability to integrate technology effectively into teaching and learning.

Establish clear policies and technical support systems: The Ministry of Education and school administrations should develop and enforce clear ICT policies while also strengthening technical support and maintenance systems. This will ensure proper use, sustainability of ICT resources, and effective integration into instructional practices.

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QUESTIONNAIRE

Appendix I : Work Plan (Time Frame)

QUESTIONNAIRE

Dear Respondent,

Section A:    Back ground information of the respondent

Please tick the most appropriate answer in the corresponding box

1. Gender: a) Male                   b) Female    

2. Age: a) 20-30 years                 b) 31-40 years                c) 41+ years and above

3.What is your highest level of education?

1. a) c) Certificate d) Diploma Level   e)   Degree Level              f) Master’s Degree            g) Post Graduate Diploma

Section B: 

Please, use the scale below to answer the questions that follow by ticking the number that corresponds to your opinion.

1. To identify the key barriers hindering the effective integration of ICT in teaching and learning in primary schools in Mityana District.

II: To assess the availability and accessibility of ICT infrastructure and resources in primary schools in Mityana district.

III: To examine the capacity and preparedness of teachers in utilizing ICT tools for instructional purposes in Mityana primary schools.