The main objective of this study is to evaluate Science and Mathematics curricula considering the theory and principles of constructivism. The sample of this study will be the Grade Nine Science (in example, Biology, Chemistry and Physics) and Mathematics textbooks. To analyze the data (in this case the selected documents), quantitative content analysis method will be employed. Meanwhile, results will be provided to further improve the reformed curricula.
The beginning of modern education in Ethiopia is directly related to the advent of foreign missionaries in the 19th C. Latter a limited secular education was introduced by Emperor Menelik on the eve of the 20th C. Along with this history, various curriculum reforms have been made in the school systems. During the post-war, the first schools were opened in 1942, and there was extreme shortage of teachers and textbooks, although some British staff from the British Council was available to the government. These problems, caused for establishing a study that was considered essential to address the alleged problems, and as a follow-up education sector review was conducted in 1970-71.
Table of Contents
1. Introduction
1.1 Background of the Study
1.2 Statement of the Problem
1.3. General Objective of the Study
Specific Objectives of the Study
The study will be designed to achieve the following specific objectives:
1.4. Significance of the Study
1.5 Delimitation of the Study
1.6. Operational Definitions
2. Review Literature
2.1 Does Curriculum Require a Theory?
2.2 Theory and principles of constructivism
2.2.1 Constructivist Theory
2.2.2 Principles and Major areas of Constructivist curriculum
2.2.3 Why does Constructivist Theory Matters School curricula?
3. Methodological Approach
3.1 Design and Method of the Study
3.1.1 Deciding whether to use Content Analysis
3.1.1.1 Assigning Objectives
3.1.1.2 Data Availability or to be Collected
3.1.1.3 Kinds of Data Required
3.1.1.4 Kinds of Analysis Required
3.1.1.5 Resources Needed
3.2.1 Conceptualizing the Variables and Category Formation-
3.2.2 Determining the Number of Categories
3.2.3 Selecting Material for Analysis
3.2.4 Defining Document
3.2.5 Choosing a Sampling Method
3.2.6 Unit of Analysis
3.3 Developing an Analysis Plan
3.3.1 Presence of a Variable
3.3.2 Frequency of Category
3.3.3 Intensity
3.4 Coding the Textual Material
3. 4.1 Types of Coding -
3.4.2 Creating Codes
3.4.3 Coder Selection and Training
3.4.4 Potential Coding Error
3.5 Analyzing the Data
3.6 Procedures of the Study
3.7 Pre Testing and Checking Reliability
Objectives and Research Themes
The primary objective of this study is to evaluate the Grade 9 Science (Biology, Chemistry, and Physics) and Mathematics curricula in Ethiopia through the lens of constructivist theory. By employing quantitative content analysis, the research aims to assess the alignment of educational objectives, content organization, teaching methodologies, and evaluation techniques with constructivist principles, ultimately providing recommendations for curriculum refinement.
- Evaluation of curriculum alignment with constructivist learning theory.
- Application of quantitative content analysis as a research methodology for textbooks.
- Assessment of instructional objectives, content structure, and assessment strategies.
- Enhancement of Grade 9 science and mathematics education in Ethiopia.
Excerpt from the Book
3.1 Design and Method of the Study
The main purpose of this study will be devoted to analyze the Grade 9 science (Biology, Chemistry, and Physics) and mathematics curricula against with the theory and principles of constructivism and thereby providing suggestions for improvement. To this end, the research method employed will be content analysis. The use of this method is well supported by (Hanssen et al, 1998) when the study aims at analyzing and interpreting the record material or text in its own context, it is the best method to use.
Content analysis has a long history in research, dating back to the late 1600s, when the Church tracked the proportion of printed texts which were nonreligious (Krippendorff 2004a), the 18th century in Scandinavia (Rosengren, 1981), and the beginning of 20th century in USA as an analytic technique (Barcus, 1959). Initially, researchers used content analysis as either a qualitative or quantitative method in their studies (Berelson, 1952). Later, content analysis was used primarily as a quantitative research method, with text data coded into explicit categories and then described using statistics. This approach is sometimes referred to as quantitative analysis of qualitative data (Morgan, 1993).
Different writers have echoed their own philosophical perspectives about the proposed method of this study. For example, Cavanagh (1997) resonances content analysis as a flexible method for analyzing text data. Content analysis describes a family of analytic approaches ranging from impressionistic, intuitive, interpretive analyses to systematic, strict textual analyses (Rosengren, 1981). The specific type of content analysis approach chosen by a researcher varies with the theoretical and substantive interests of the researcher and the problem being studied (Weber, 1990). Although this flexibility has made content analysis useful for a variety of researchers, the lack of a firm definition and procedures has potentially limited the application of content analysis (Tesch, 1990).
Summary of Chapters
1. Introduction: This chapter provides the historical context of education in Ethiopia, details the evolution of curriculum reforms, and outlines the problem statement and objectives of the current study.
2. Review Literature: This section examines the theoretical foundations of curriculum design, specifically focusing on the principles of constructivism and its relevance to school curricula and instructional strategies.
3. Methodological Approach: This chapter describes the research design, justifying the use of quantitative content analysis to evaluate the reformed Grade 9 Science and Mathematics textbooks based on constructivist criteria.
Keywords
Curriculum Reformation, Ethiopia, Science Education, Mathematics Education, Constructivist Theory, Content Analysis, Grade 9, Educational Objectives, Active Learning, Instructional Design, Quantitative Research, Textbooks, Assessment Techniques, Pedagogical Principles, Curriculum Evaluation
Frequently Asked Questions
What is the core focus of this research?
The research is dedicated to evaluating the newly developed Grade 9 Science (Biology, Chemistry, Physics) and Mathematics curricula in Ethiopia by assessing their alignment with constructivist theory.
What are the primary themes addressed in the work?
The work covers historical curriculum development in Ethiopia, the principles of constructivism in education, methodological approaches to content analysis, and the application of these concepts to textbook evaluation.
What is the main research objective?
The primary goal is to determine the extent to which current Grade 9 science and mathematics curricula adhere to constructivist learning principles, and to provide actionable suggestions for future improvements.
Which research methodology is employed?
The study utilizes quantitative content analysis, a systematic technique for analyzing textual information by classifying content into defined categories and applying statistical interpretation.
What does the main body of the work cover?
The main body covers the literature review on curriculum theories, the justification and detailed procedural steps of the content analysis methodology, and the framework for measuring reliability in coding.
Which keywords characterize this study?
Key terms include curriculum reformation, Ethiopia, constructivist theory, content analysis, science/mathematics education, and educational assessment.
How is the "Constructivist Curriculum" defined for this study?
In this study, a constructivist curriculum is defined as one that incorporates multiple principles oriented toward student-centered learning and active knowledge construction.
Why is content analysis considered suitable for this evaluation?
Content analysis is used because it allows the researcher to analyze record material or text in its own context, providing an objective, systematic, and quantitative description of the manifest content.
How is the reliability of the coding process ensured?
Reliability is ensured through rigorous training of eight coders, the use of clear coding instructions, and the calculation of intercoder reliability using Cohen's kappa coefficient to account for chance agreement.
What is the significance of the "Affective Domain" in this research?
The affective domain is considered a critical component of curriculum objectives, dealing with attitudes, feelings, and emotions, which the study evaluates alongside cognitive and psychomotor domains.
- Quote paper
- Jerusalem Yibeltal Yizengaw (Author), 2013, Rethinking The Newly Reformed Science And Mathematics Curricula Considering Constructivist Theory (Grade Nine Science). An Application Of Quantitative Content Analysis Method As An Evaluation Lens, Munich, GRIN Verlag, https://www.grin.com/document/583782
