Project – Teachers’ Digital Competence and the Effectiveness of Technology Integration in Teaching Basic Science in Public Junior Secondary Schools in Nasarawa State

CHAPTER ONE

INTRODUCTION

1.1.  Background to the Study

The integration of digital technologies into education has fundamentally transformed teaching and learning across the world. The increasing use of computers, mobile technologies, interactive whiteboards, virtual laboratories, learning management systems, and other digital resources has created opportunities for more engaging, collaborative, and learner-centred instruction. According to Koehler and Mishra (2009), effective technology integration requires teachers to possess not only content knowledge and pedagogical knowledge but also technological knowledge that enables them to combine these domains effectively during instruction. Their Technological Pedagogical Content Knowledge (TPACK) framework has become one of the most influential models for understanding teachers’ competence in technology integration.

Teachers’ digital competence has increasingly been recognized as an essential professional competency for improving teaching quality and students’ learning outcomes. Redecker (2017) explained that digitally competent teachers possess the knowledge, skills, and attitudes required to select, adapt, create, and evaluate digital resources while using technology to facilitate teaching, assessment, communication, and professional development. Digital competence therefore extends beyond operating technological devices to include pedagogically meaningful use of digital technologies in classroom practice.

Technology integration refers to the purposeful and pedagogically appropriate use of digital technologies to enhance teaching and learning. Roblyer and Hughes (2019) argued that successful technology integration occurs when technology improves instructional effectiveness, increases learner engagement, supports collaboration, and enhances students’ understanding of subject content. Simply making technological devices available in schools does not guarantee improved learning outcomes; rather, teachers’ competence largely determines the effectiveness of technology use.

Basic Science occupies a central position in Nigeria’s basic education curriculum because it provides learners with foundational scientific knowledge, inquiry skills, and problem-solving abilities required for advanced science education. Effective teaching of Basic Science requires practical activities, experimentation, visualization, and learner participation. Digital technologies such as virtual laboratories, simulations, animations, multimedia presentations, and interactive science software provide opportunities for teachers to simplify abstract scientific concepts and improve students’ conceptual understanding. Studies have shown that science teachers who effectively integrate digital technologies create more interactive classrooms and promote deeper scientific inquiry.

Recent empirical studies have reinforced the importance of teachers’ digital competence in science education. Shambare and Jita (2024) found that science teachers with stronger Technological Pedagogical Content Knowledge (TPACK) demonstrated greater competence in integrating virtual laboratories into science instruction, whereas teachers with lower digital competence experienced difficulties utilizing digital technologies effectively. Similarly, Walan (2020) reported that effective digital technology integration in science classrooms increased students’ participation, collaboration, and conceptual understanding while improving classroom interaction.

Within Nigeria, research has equally demonstrated that teachers’ competence significantly influences classroom technology integration. Oguezue (2024) found that although many upper-basic teachers had positive attitudes toward technology integration, inadequate digital literacy, technophobia, poor funding, and insufficient technological resources remained major barriers to effective classroom implementation.

1.2 Statement of the Problem

The integration of digital technology into classroom instruction has become a major priority in educational systems worldwide because of its potential to improve teaching effectiveness, students’ engagement, and learning outcomes. Technological tools such as multimedia presentations, virtual laboratories, educational software, online learning platforms, simulations, and interactive digital resources have transformed the teaching of science by making abstract concepts more practical and learner-centred. However, the successful integration of these technologies depends largely on teachers’ digital competence. Teachers who possess adequate digital knowledge and pedagogical skills are more likely to utilize technology effectively to facilitate meaningful learning, while those with limited digital competence often encounter difficulties in implementing technology-enhanced instruction (Koehler et al., 2014; Tondeur et al., 2020).

In Nigeria, considerable investments have been made by governments and educational stakeholders to improve access to Information and Communication Technology (ICT) facilities in schools. Despite these efforts, the effective integration of technology into classroom teaching remains relatively low, particularly in many public secondary schools. Several studies have attributed this situation to inadequate teacher digital competence, insufficient professional development opportunities, limited technological infrastructure, poor internet connectivity, unstable electricity supply, and inadequate technical support (Akram et al., 2022).

The teaching of Basic Science at the junior secondary school level presents additional challenges because many scientific concepts require practical demonstrations, experimentation, visualization, and inquiry-based learning. Although digital technologies such as virtual laboratories, animations, simulations, and multimedia instructional resources have the capacity to improve students’ understanding of scientific concepts, many teachers still rely predominantly on conventional lecture methods due to limited digital competence and inadequate confidence in using educational technologies during instruction. This situation reduces opportunities for active learning and limits students’ scientific inquiry and conceptual understanding.

The situation appears particularly significant in Nasarawa State, where recent studies have reported inadequate ICT facilities for many Basic Science and Technology teachers and variations in the level of ICT integration across schools. Research has also shown that many upper basic schools experience shortages of instructional facilities, insufficient science teachers, and limited digital resources, all of which hinder effective curriculum implementation. Furthermore, studies conducted within the state indicate that the extent of ICT integration in teaching and learning remains below expectation despite increasing awareness of digital technologies among teachers and students.

Although previous studies have investigated ICT utilization, technology adoption, and digital literacy among teachers, relatively few studies have specifically examined how teachers’ digital competence influences the effectiveness of technology integration in teaching Basic Science in public junior secondary schools in Nasarawa State. Most available studies have focused on ICT availability, infrastructure, or general technology use rather than examining teachers’ professional digital competence as a critical determinant of effective classroom technology integration.

It is this empirical and contextual gap that necessitates the present study. Therefore, this study seeks to examine the influence of teachers’ digital competence on the effectiveness of technology integration in teaching Basic Science in public junior secondary schools in Nasarawa State. The findings are expected to provide evidence that will assist educational policymakers, school administrators, teacher educators, and curriculum planners in developing strategies for strengthening teachers’ digital competence and improving technology-enhanced science instruction.

1.3 Purpose of the Study

The main purpose of this study is to examine the influence of teachers’ digital competence on the effectiveness of technology integration in teaching Basic Science in public junior secondary schools in Nasarawa State.

Specifically, the study seeks to:

1. determine the level of teachers’ digital competence in public junior secondary schools in Nasarawa State;
2. examine the extent of technology integration in the teaching of Basic Science;
3. assess the relationship between teachers’ digital competence and technology integration effectiveness in Basic Science instruction;
4. investigate how teachers’ ability to use digital instructional tools influences students’ engagement in Basic Science; and
5. determine the influence of teachers’ digital assessment skills on the effectiveness of Basic Science teaching.

1.4 Research Questions

The following research questions will guide the study:

1. What is the level of teachers’ digital competence in public junior secondary schools in Nasarawa State?
2. To what extent is technology integrated into the teaching of Basic Science in junior secondary schools?
3. What is the relationship between teachers’ digital competence and the effectiveness of technology integration in Basic Science instruction?
4. How does teachers’ use of digital instructional tools influence students’ engagement in Basic Science?
5. In what way does teachers’ digital assessment competence affect the effectiveness of Basic Science teaching?

1.5 Research Hypothesis

The following null hypothesis will be tested at 0.05 level of significance:

H₀: There is no significant relationship between teachers’ digital competence and the effectiveness of technology integration in teaching Basic Science in public junior secondary schools in Nasarawa State.

1.6 Scope and Delimitation of the Study

This study focuses on the influence of teachers’ digital competence on the effectiveness of technology integration in teaching Basic Science in public junior secondary schools in Nasarawa State. The independent variable is teachers’ digital competence, which includes digital literacy, digital communication skills, digital content creation, digital pedagogy, and digital assessment skills. The dependent variable is the effectiveness of technology integration in Basic Science instruction, measured through instructional delivery, student engagement, and learning effectiveness.

Geographically, the study is limited to selected public junior secondary schools in Nasarawa State, Nigeria. The choice of Nasarawa State is based on the presence of varying levels of ICT infrastructure and differing levels of teacher exposure to digital technologies across schools.

The study is also limited to Basic Science teachers in Junior Secondary School (JSS I–JSS III), as they are directly involved in teaching the subject and implementing instructional strategies. Private schools and other subject areas are excluded to maintain focus and clarity of the study.

1.7 Significance of the Study

The findings of this study are expected to be beneficial to teachers, students, school administrators, policymakers, and researchers. For teachers, the study will provide insight into how digital competence influences their ability to effectively integrate technology into Basic Science instruction. It will also highlight areas where teachers may require professional development to improve their instructional practices.

For students, the study will demonstrate how effective technology integration can enhance their understanding of Basic Science concepts, improve engagement, and promote active learning. This may encourage more interest in science-related subjects and improve academic performance.

For school administrators and education authorities in Nasarawa State, the findings will provide evidence-based information needed to guide decisions on teacher training, ICT investment, and school improvement strategies. It will help them identify gaps in digital competence and develop targeted interventions to improve teaching quality.

For policymakers and curriculum planners, the study will contribute to ongoing discussions on digital education reform and the integration of technology in science education. It will support the development of policies aimed at strengthening teachers’ digital competence and improving ICT infrastructure in schools.

Finally, the study will serve as a reference material for future researchers interested in digital competence, educational technology integration, and science education, particularly within the Nigerian context.

1.8 Operational Definition of Terms

Teachers’ Digital Competence: The ability of teachers to effectively use digital technologies for teaching, communication, content creation, assessment, and classroom management in Basic Science instruction.

Technology Integration: The purposeful use of digital tools such as computers, simulations, projectors, and educational software to enhance teaching and learning processes in Basic Science.

Basic Science: A core subject taught in junior secondary schools that introduces students to fundamental scientific concepts, processes, and skills.

Effectiveness: The degree to which technology use improves teaching delivery, student engagement, and understanding of Basic Science concepts.

Digital Literacy: The ability of teachers to access, understand, evaluate, and use digital tools and information effectively in teaching.

Instructional Technology Tools: Digital resources such as computers, projectors, simulations, virtual laboratories, and multimedia applications used to support teaching and learning.

Project – Teachers’ Digital Competence and the Effectiveness of Technology Integration in Teaching Basic Science in Public Junior Secondary Schools in Nasarawa State