Abstract

The study investigated the effectiveness of Co-operative E-learning approach (CELA) on secondary school students’ achievement in Chemistry. It was carried out in Koibatek sub county in Kenya, where there has been persistent low achievement in the subject. The Solomon Four Group, Non-equivalent Control Group Design was employed in the study. Three students from twelve county schools, purposively selected from 40 secondary schools were taught the same course content on the topic “mole” for a period of five weeks. The experimental groups (E1 and E2) received their instruction through the use of CELA approach and control groups (C1 and C2) using the conventional teaching method. The researcher trained the teachers in the experimental groups on the technique of CELA before treatment. The Chemistry Achievement Test (CAT) was used for data collection. Pre-test was administered to students in the experimental group (E1) and control group (C1) before teaching commences and after the teaching a post-test was administered to the four groups. The instrument was pilot tested to ascertain its reliability. The data collected was analyzed using t-test, ANOVA and ANCOVA. Hypothesis of the study was tested at α = 0.05 level of significance. Results indicated that, the students in the experimental groups outperformed the control groups in the Chemistry Achievement Test. It was concluded that CELA enhanced better performance in Chemistry than conventional teaching method. Science teachers, educationist and policy makers are expected to benefit from the findings of the study. It should be included in regular pre-services and in-service training of Chemistry teachers in Kenya.

Highlights

  • The role of science education in the lives of individuals and in the advancement of science and technology for the development of mankind and society in general is very crucial. Oludipe and Awokoya (2010) argued that scientific literacy is the gateway to achieve scientific and technological advancement through science education

  • Pre-test was administered to students in the experimental group (E1) and control group (C1) before teaching commences and after the teaching a post-test was administered to the four groups

  • The students in the study were randomly assigned into the four groups experimental group 1 (E1), experimental group 2 (E2), control group 1 (C1) and Control group 2 (C2)

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Summary

Introduction

The role of science education in the lives of individuals and in the advancement of science and technology for the development of mankind and society in general is very crucial. Oludipe and Awokoya (2010) argued that scientific literacy is the gateway to achieve scientific and technological advancement through science education. Oludipe and Awokoya (2010) argued that scientific literacy is the gateway to achieve scientific and technological advancement through science education. Teachers have not incorporated technology in their teaching for various reasons, such as lack of knowledge of technology, time and support. Chemistry curriculum incorporates many abstract concepts which are central to further learning in both Chemistry and other sciences (Taber, 2002). “Mole” is one of the concepts in Chemistry that is abstract, and students have difficulties in understanding and applying their knowledge during problem solving. CELA is an acronym got by integrating existing cooperative learning and E-learning. It was an approach used in teaching the experimental groups in the study to see whether it improved in the Chemistry achievement

Research Design
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