Structured Experiential Experimentation in Secondary Science Education: An Empirical Investigation of Cognitive and Affective Outcomes in Structured Experiential Science Instruction
Keywords:
Experiential Learning, Structured Experimentation, Science Achievement, Student Engagement, Critical Thinking, Secondary Education, Analytical ReasoningAbstract
Experiential learning provides a theoretically grounded framework for transforming passive science classrooms into environments that promote active conceptual construction and sustained intellectual engagement. This quasi-experimental study examined the impact of structured experiential experimentation on academic achievement, student engagement, and critical thinking among secondary school students. A total of 82 students (Class 9th = 32; Class 10th = 23; Class 11th = 27) participated in an eight-week intervention conducted within a regular instructional setting to preserve ecological validity. The experimental group engaged in laboratory instruction explicitly organized around Kolb’s experiential learning cycle, whereas the control group received conventional lecture-demonstration teaching. The intervention emphasized guided reflection, conceptual mapping, collaborative inquiry, and structured transfer tasks to ensure systematic integration of experiential stages across grade levels and to promote meaningful conceptual linkage between theory and practice. Validated instruments were employed, including a curriculum-aligned Science Achievement Test (KR-20 = .82), the Student Engagement Instrument (α = .88), and the Cornell Critical Thinking Test Level X (α = .84). Independent samples t-tests revealed statistically significant differences favoring the experimental group in academic achievement, t(80) = 7.86, p < .001, 95% CI [10.70, 17.50], d = 0.92; engagement, t(80) = 10.21, p < .001, d = 1.21; and critical thinking, t(80) = 13.24, p < .001, d = 1.52. The findings indicate that structured experiential experimentation substantially enhances cognitive and motivational outcomes in secondary science education and supports broader competency-based curricular reforms aimed at fostering analytical reasoning and learner autonomy.
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