Background of the Study
Technical subjects in primary schools are increasingly recognized for their potential to build a foundation for critical thinking, problem-solving, and future technical proficiency. In Yola North Local Government Area, Adamawa State, the inclusion of technical subjects at the primary level is a progressive initiative aimed at fostering early exposure to science, technology, engineering, and mathematics (STEM) disciplines. This approach is intended to stimulate curiosity and innovation among young learners, preparing them for the demands of modern educational and professional landscapes (Salihu, 2023). Despite these positive intentions, the teaching of technical subjects in primary schools faces several challenges. Many educators in Yola North are not adequately trained in technical subjects, resulting in teaching methodologies that rely heavily on rote learning rather than experiential and inquiry-based approaches. The paucity of modern teaching aids, laboratory equipment, and digital tools further hinders the effective delivery of technical content (Adamu, 2024). Urban schools tend to have marginally better access to resources compared to their rural counterparts; however, even urban schools often grapple with outdated curricula and insufficient professional development programs for teachers. Historical analyses reveal that technical subjects, when introduced at the primary level, require specially designed curricula that integrate practical experiments with theoretical lessons—a requirement that is not always met due to budget constraints and policy implementation gaps (Salihu, 2023). The challenge is further compounded by the perception among some parents and community members that primary education should focus exclusively on basic literacy and numeracy, thereby undermining the importance of technical education. As such, teachers often encounter resistance or lack of support when attempting to introduce innovative teaching practices. This study will examine the systemic issues that impede the effective teaching of technical subjects, including teacher preparedness, resource allocation, and community perceptions. By analyzing these factors through surveys, interviews, and classroom observations, the study aims to provide a nuanced understanding of the challenges and to suggest practical solutions that can be implemented to improve teaching outcomes. Ultimately, the study seeks to ensure that technical subjects become an integral and effective component of primary education in Yola North, thereby laying a strong foundation for lifelong learning and technical proficiency (Adamu, 2024).
Statement of the Problem
In Yola North Local Government Area, the introduction of technical subjects in primary schools is hampered by significant challenges that hinder effective teaching and learning. Teachers frequently report that insufficient training in technical disciplines limits their ability to deliver engaging, hands-on lessons. Furthermore, many primary schools suffer from a lack of modern teaching aids, such as functional laboratories, digital devices, and updated textbooks, which are essential for illustrating technical concepts in a tangible manner. This resource scarcity forces educators to rely on traditional, lecture-based methods that do not encourage active student participation (Salihu, 2023). Additionally, the heavy focus on foundational subjects like literacy and numeracy in the early years often sidelines technical subjects, leading to limited curricular time and support for innovative teaching methods. The problem is exacerbated by inadequate government funding and delayed policy implementation, resulting in persistent gaps between curriculum design and actual classroom practices (Adamu, 2024). These constraints collectively contribute to a scenario where young learners are not exposed to the critical thinking and problem-solving skills that technical education is intended to develop. As a result, students may graduate without the practical skills necessary to succeed in an increasingly technical and competitive job market. Local stakeholders have voiced concerns about the long-term implications of this educational gap, noting that the failure to adequately introduce technical subjects at an early stage may result in a future workforce that is ill-prepared for technological challenges. Thus, there is an urgent need to reassess the teaching methodologies, resource allocation, and training of educators responsible for technical subjects in primary schools. This study aims to explore these issues in depth, drawing on empirical evidence and stakeholder interviews, to propose feasible strategies for overcoming the identified challenges and ensuring that technical education is effectively integrated into the primary school curriculum (Salihu, 2023).
Objectives of the Study
Research Questions
Research Hypotheses
Significance of the Study
This study is significant as it addresses the critical challenges in teaching technical subjects at the primary level, an area that is essential for building early technical competencies. By examining teacher training, resource availability, and curriculum implementation, the research offers valuable insights for policymakers, educators, and curriculum developers. The recommendations derived from this study aim to foster an educational environment that nurtures curiosity and practical problem-solving, ultimately contributing to a more technically proficient future workforce (Adamu, 2024).
Scope and Limitations of the Study
This study is limited to the challenges in teaching technical subjects in primary schools within Yola North Local Government Area, Adamawa State, and does not extend to other regions or educational levels.
Definitions of Terms
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