ABSTRACT
Academic performance among chemistry education students in universities and colleges of education across Edo State, Nigeria, serves as a pivotal measure of their educational journey. Understanding the nuances of their performance requires a comprehensive examination of various factors that influence their learning outcomes. From classroom dynamics to institutional support systems, each element plays a crucial role in shaping the academic trajectory of these students. This study delves into the different factors that shape the academic performance of chemistry education students in universities and colleges of education across Edo State, Nigeria. Drawing on a mixed-methods approach, this research examines the impact of students' attitudes, regularity to class, workload of lecturers, and the availability of laboratory resources on their academic outcomes.
Firstly, students' attitudes towards learning and their perception of the subject matter significantly influence their academic performance. Positive attitudes foster engagement, curiosity, and a willingness to persist through challenges, ultimately leading to improved learning outcomes.
Secondly, the regularity of students' attendance in classes plays a crucial role in their academic succthes. Consistent attendance enables students to stay abreast of course material, actively participate in discussions, and benefit from direct interaction with educators, all of which are integral to academic achievement. Moreover, the workload of lecturers can impact students' academic performance. Overburdened lecturers may struggle to provide adequate support and feedback, resulting in a diminished learning experience for students. Conversely, educators with manageable workloads can dedicate more time and energy to facilitating meaningful learning experiences, thereby enhancing students' academic outcomes.
Furthermore, the availability of laboratory resources and the quality of the learning environment are paramount. Access to well-equipped laboratories, relevant experimental materials, and conducive learning spaces can enrich students' practical understanding of chemistry concepts, thereby positively influencing their academic performance. By comprehensively exploring these factors, this study seeks to provide valuable insights into the dynamics of chemistry education in Edo State. The findings will inform the development of targeted interventions and policies aimed at optimizing students' learning experiences and fostering academic excellence in chemistry education programs across the region.
