Background of the Study
The integration of technology into STEM teaching has emerged as a vital strategy to enhance educational outcomes by fostering interactive, hands-on learning environments. In Sokoto South LGA, Sokoto State, efforts to incorporate digital tools and modern technologies into the teaching of science, technology, engineering, and mathematics have gained momentum in response to global educational trends. Such initiatives are aimed at equipping students with the practical skills and digital literacy required in an increasingly technological world (Ibrahim, 2023). However, despite significant policy advocacy and resource mobilization, numerous challenges persist in the effective integration of technology in classroom instruction. In many schools, limited infrastructure, including inadequate internet connectivity, outdated computer systems, and insufficient technical support, hinders the seamless adoption of digital learning methods. These challenges are compounded by a shortage of adequately trained teachers who are capable of utilizing technology to enhance STEM instruction effectively (Garba, 2024). Additionally, the financial constraints faced by schools often result in the prioritization of traditional teaching methods over innovative technological solutions. As a consequence, while some pioneering institutions have managed to adopt interactive whiteboards, online learning platforms, and simulation software, many others continue to struggle with sporadic or superficial use of technology in their STEM classrooms. The cultural context in Sokoto South further influences the pace and extent of technology integration, as both educators and parents may be hesitant to embrace rapid technological changes due to concerns over reliability, cost, and relevance. Moreover, the lack of continuous professional development and technical training for teachers exacerbates the digital divide within the educational system (Ibrahim, 2023). Recent studies have highlighted that effective technology integration not only improves student engagement and achievement but also fosters critical thinking and problem-solving skills—abilities that are essential for success in the modern workforce. This study seeks to comprehensively investigate the challenges associated with integrating technology in STEM teaching within Sokoto South LGA. By examining both infrastructural and pedagogical barriers, the research aims to identify effective strategies for overcoming these challenges and to offer recommendations that can facilitate the full realization of technology’s potential in enhancing STEM education (Garba, 2024; Ibrahim, 2023).
Statement of the Problem (300 words)
Despite the recognized benefits of incorporating technology in STEM teaching, schools in Sokoto South LGA face persistent challenges that undermine its effective integration. A primary issue is the lack of adequate infrastructure, with many schools operating on outdated computer systems, unreliable power supplies, and limited internet connectivity. These deficiencies not only impede daily instructional activities but also prevent teachers from leveraging modern educational technologies to create interactive learning experiences. Furthermore, a significant gap exists in teacher training; many educators lack the technical expertise and pedagogical strategies necessary to effectively integrate digital tools into STEM curricula (Ibrahim, 2023). This shortfall leads to a reliance on traditional teaching methods, thereby limiting the scope of technology-enhanced learning. Additionally, financial constraints and budgetary limitations mean that even when technological resources are available, they are often underutilized or not maintained properly, further exacerbating the problem. Cultural factors also play a role, as skepticism towards new technologies among certain segments of the school community creates resistance to change. The cumulative effect of these challenges results in a digital divide that compromises student engagement and achievement in STEM subjects. This study aims to explore these challenges in depth, seeking to understand the multifaceted barriers that prevent the effective integration of technology in STEM teaching. By identifying both infrastructural and human resource obstacles, the research will propose tailored strategies that can help bridge the gap between policy aspirations and classroom realities. Addressing these issues is essential for enabling schools in Sokoto South LGA to fully harness the benefits of technology, thereby enhancing the quality of STEM education and preparing students for the demands of the modern digital economy (Garba, 2024; Ibrahim, 2023).
Objectives of the Study
To assess the current level of technology integration in STEM classrooms in Sokoto South LGA.
To identify the infrastructural and pedagogical challenges hindering effective technology use in STEM teaching.
To recommend practical strategies to overcome these challenges and enhance technology integration.
Research Questions
What is the current extent of technology integration in STEM classrooms in Sokoto South LGA?
What are the primary infrastructural and teacher-related challenges affecting technology use in STEM teaching?
How can these challenges be effectively addressed to improve technology integration in STEM education?
Research Hypotheses
H₁: Adequate technological infrastructure is positively associated with improved STEM teaching outcomes.
H₂: Regular teacher training in digital tools significantly enhances technology integration in STEM classrooms.
H₃: Increased budgetary allocations for technology maintenance are linked to higher levels of effective technology use in teaching.
Significance of the Study (100 words)
This study is significant as it critically examines the challenges of integrating technology in STEM teaching in Sokoto South LGA. The findings will inform educational authorities, school administrators, and policymakers on the necessary infrastructural improvements and teacher training initiatives needed to overcome current barriers. By proposing targeted strategies, the research aims to enhance the overall quality of STEM education, ensuring that students are better prepared for a technologically driven future. The insights provided will contribute to bridging the digital divide and fostering a more innovative and effective learning environment.
Scope and Limitations of the Study
This study is limited to investigating the challenges of integrating technology in STEM teaching in schools located in Sokoto South LGA, Sokoto State. It focuses exclusively on infrastructural, financial, and pedagogical issues within this specific geographical area.
Definitions of Terms
Technology Integration: The effective use of digital tools and resources to enhance teaching and learning processes.
STEM Teaching: Instruction that focuses on science, technology, engineering, and mathematics subjects.
Infrastructural Challenges: Limitations related to physical and technological resources that impede effective educational delivery.
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