This research focused on the integration of experiential activities on the science process skills of Grade 6 pupils of Solano South Central Elementary School. The study aimed to know the achieved level of science process skills of the Grade 6 pupils of science section before and after the use of experiential activities. And second, two identify if there is a significant difference in the pupil’s science process skills before and after doing the experiential activities.
Results revealed that pupils made significant gains in their science process abilities after the intervention activity. An experiential activity is a very helpful to pupils in increasing their science process skills. The findings suggest that most of the respondents are at the very satisfactory level after the intervention. Thus, it is recommended that teachers may use experiential method as a teaching strategy in improving the science process skills of the pupils in Science.
Table of Contents
Chapter 1 PROBLEM AND ITS BACKGROUND
Introduction
Statement of the Problem
Statement of the Null Hypothesis
Conceptual Framework
Significance of the Study
Scope and Delimitation
Definition of Terms.
Chapter 2 Review Related Literature and Studies
Elementary Education
Critical Thinking
Constructivism
Experiential Learning
Hands-on Teaching
Science Process Skills
Inquiry Approach
Science Learning
Related Studies
Synthesis
Chapter 3 METHODOLOGY
Research Design
Research Environment
Subjects of the Study
Research Instruments
Data Gathering Procedure
Data Analyses
Chapter 4 PRESENTATION, ANALYSIS, AND INTERPRETATION OF DATA
Chapter 5 SUMMARY, CONCLUSIONS, AND RECOMMENDATIONS
Summary of Findings
Conclusions
Recommendations
Research Objectives and Themes
This research investigates the effectiveness of utilizing experiential activities as a teaching approach to improve the science process skills of Grade 6 students. The central research question seeks to determine the level of these skills among pupils before and after the intervention and to evaluate whether a statistically significant improvement occurs through the application of hands-on learning strategies.
- Enhancement of science process skills such as observing, classifying, and inferring.
- Implementation of experiential learning and constructivist pedagogical approaches.
- Evaluation of student academic performance through pretest and posttest methodology.
- Comparison of instructional efficacy between traditional methods and hands-on laboratory activities.
- Addressing low science achievement scores in the Philippine elementary education system.
Excerpt from the Book
Chapter 1 PROBLEM AND ITS BACKGROUND
Learning is a requirement to attain better understanding of things around us. Learning is gained in knowledge, mastery through experience or study or comprehension (Olson & Hergenhahn, 2009). After learning, learners are capable of doing something which they could not do before learning took place (Olson, 2007). Dewey (1938) stated that acquisition of information involves ‘learning to think'. He said that he process of information is more than performing a task or activity. Learning and grasping of information is not an easy task. One way to achieve skills is that the persons must engage in science.
This is the reason what science teaching and science education research is for - to enhance student’s learning (Thomas, 1999). According to Christensen (1995), learning science can cultivate the abilities of learners to become scientifically learned individuals. Anderson (1987) said that activities or any kind of exercises are basic and integrated process skills that are fundamental components and key dimension of scientific literacy. (Colvill & Pattie, 2002)
According to Gallagher (2000) there are primary objectives that must be considered in attaining such proficiency. These are: Science must be given for all, teaching for higher thinking, and science process or science practice application.
Summary of Chapters
Chapter 1 PROBLEM AND ITS BACKGROUND: This chapter introduces the importance of learning in science and highlights the current challenges in student performance, establishing the research goal of testing experiential activities.
Chapter 2 Review Related Literature and Studies: This section compiles existing research on constructivism, critical thinking, and the effectiveness of hands-on science education to provide a theoretical foundation for the study.
Chapter 3 METHODOLOGY: The chapter outlines the descriptive-comparative research design, the setting at Solano South Central Elementary School, and the specific instruments used, including the pretest and posttest.
Chapter 4 PRESENTATION, ANALYSIS, AND INTERPRETATION OF DATA: This chapter presents the statistical results of the students' performance and analyzes the significant differences observed after the intervention.
Chapter 5 SUMMARY, CONCLUSIONS, AND RECOMMENDATIONS: This final chapter synthesizes the findings, confirms the effectiveness of the experiential approach, and offers practical suggestions for teachers and future researchers.
Keywords
Experiential Learning, Science Process Skills, Constructivism, Hands-on Teaching, Inquiry Approach, Student Achievement, Grade 6, Science Education, Pedagogical Methods, Laboratory Activities, Critical Thinking, Pretest, Posttest, Instructional Materials, Educational Reform
Frequently Asked Questions
What is the primary focus of this research?
The research focuses on evaluating the effectiveness of using experiential, hands-on activities to improve the science process skills of Grade 6 students.
Which pedagogical theories support this study?
The study is grounded in constructivist theory, emphasizing that learners build knowledge through active experience and reflection rather than passive reception.
What is the main research question?
The study aims to determine if there is a significant difference in the science process skills of students before and after the implementation of experiential learning activities.
What research methodology was employed?
A descriptive-comparative design was used, involving pre- and post-tests to measure skill levels and paired sample t-tests for statistical analysis.
What topics are covered in the literature review?
The review covers elementary education, critical thinking, constructivism, experiential learning, inquiry approaches, and previous studies on science process skills.
What are the key descriptors for this work?
Key terms include Science Process Skills, Experiential Learning, Hands-on Teaching, and Student Achievement in Science.
How were the subjects of the study selected?
The subjects were 43 Grade 6 pupils from the science section at Solano South Central Elementary School during the 2016-2017 school year.
What specific science skills were evaluated?
The study evaluated core science process skills including observing, comparing, classifying, measuring, predicting, and inferring.
What were the major conclusions of the study?
The study concluded that the intervention was effective, with students showing a statistically significant improvement in their science process skills after the experiential learning program.
How does this study contribute to the field?
It provides evidence for educators that active, experiential teaching strategies yield better performance outcomes in science compared to traditional, lecture-based instruction.
- Quote paper
- Jefferyl Bagalayos (Author), 2017, Effectiveness of Experiential Activity in Science Process Skills of Grade Six Pupils, Munich, GRIN Verlag, https://www.grin.com/document/359336
