Empowering Students in Chemistry Learning through the Implementation of "Chemistry Theater: Transforming Chemistry Learning through Interactive Educational Drama"

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FORMOSA NEWS - Jakarta - Chemistry Theater Transforms High School Science Class, Boosting Concept Understanding and Student Confidence. An innovative educational drama initiative is transforming how high school students grasp abstract science concepts by turning chemistry lessons into interactive theatrical performances. Led by researcher Elferida Sormin and a collaborative team from Universitas Kristen Indonesia and Universitas Katolik Widya Mandira, the program was implemented and published in 2026 to address a long-standing challenge in science education: making microscopic processes visible and engaging for students. By blending cognitive learning with creative expression, the initiative demonstrates that integrating the arts into science curricula significantly improves academic understanding while building essential soft skills.

The Challenge of Abstract Science in Modern Classrooms
Traditional chemistry education frequently relies on teacher-centered lecture methods, which often relegate students to passive roles and limit active engagement. This conventional approach creates difficulties because chemistry inherently operates on three complex levels simultaneously: macroscopic observations, microscopic interactions, and symbolic formulas. Without strong visualization tools, high school students regularly struggle to connect these representations, resulting in persistent misconceptions about foundational topics like atomic structures and chemical bonds. This educational disconnect arrives at a critical moment for global education policy. Contemporary educational frameworks emphasize project-based learning, holistic character development, and deep, contextualized experiences. Modern educational standards require students to develop scientific literacy that extends beyond the memorization of definitions to the practical application of knowledge in everyday life. Creative learning models like educational drama offer a bridge across these pedagogical gaps, transforming abstract science into accessible, long-term knowledge.

Act Out the Atom: The Drama-Based Learning Method
To evaluate the impact of arts-integrated science education, the research team implemented a participatory community service program at Sandikta Private High School in Bekasi, Indonesia, involving students across three separate science classes. The project was structured into distinct stages, beginning with material preparation and direct coordination with school personnel to identify student needs. Facilitators and school chemistry teachers then co-delivered interactive introductory lessons focusing on the fundamental principles of chemical bonding. During the training phase, students were divided into small collaborative groups of six to seven participants. Each student was assigned a specific role outlined in a specialized drama script, acting either as a narrator or as a specific atom. The participants underwent training in basic role-playing techniques, character development, and verbal and nonverbal communication to learn how to express precise scientific interactions through dialogue and physical movement. The students then rehearsed and performed their interactive educational plays in front of their peers and an evaluating panel of university judges. To quantify the methodology's effectiveness, the researchers utilized a pretest and posttest questionnaire design, measuring shifts in the students' conceptual understanding of chemistry and variations in their self-confidence levels.

Dramatic Rises in Academic Achievement and Self-Belief
The data collected following the performances revealed substantial quantitative growth across all measured student outcomes. The key findings from the project include:

• Surge in Conceptual Understanding: Prior to the drama-based learning activities, the majority of the high school participants fell into the low understanding category (52.4%), with only 14.3% demonstrating a high level of comprehension. Following the implementation of the Chemistry Theater program, the proportion of students exhibiting high conceptual understanding skyrocketed to 61.9%, while the low-comprehension bracket plummeted to just 4.8%.
  
• Elevated Student Self-Confidence: The public nature of the performances significantly altered student self-belief metrics. The percentage of participants reporting high self-confidence expanded from 19.0% before the rehearsals to 71.4% after the final performances.
  
• Unanimous Participant Satisfaction: Post-activity evaluation surveys indicated that 100% of the participating high school students found that the Chemistry Theater methodology made chemistry learning uniquely engaging and agreed that the program should be repeated in future academic terms.
  
• Socio-Affective Skill Development: A substantial majority of the student cohorts noted that building the scripts and executing the performances improved their public speaking abilities, creative output, and collaborative teamwork capacity.
  

Real-World Implications for 21st-Century Education
The success of the program underscores the vast potential of student-centered, active learning models in secondary education. By transforming students from passive information recipients into active creators of their learning experiences, the strategy shifts the educational paradigm toward sustainable, deep learning. When students physically embody atoms, molecules, and chemical reactions, they move past superficial rote memorization to construct an internalized, experiential understanding of how physical systems interact. For policymakers, school administrators, and science educators, these findings present a scalable blueprint for integrating STEAM (Science, Technology, Engineering, Arts, and Mathematics) principles into standard school curricula. Beyond academic performance, the dual improvement of technical knowledge and interpersonal confidence prepares students effectively for the collaborative demands of modern workplace environments.

Author Profile
Elferida Sormin holds an advanced academic degree in chemistry education and serves as a faculty member and researcher in the Chemistry Education Department within the Faculty of Teacher Training and Education at Universitas Kristen Indonesia. Her academic research focus centers on active learning innovations, contextual science education, and the integration of creative methodologies to optimize secondary school learning outcomes.

Source
Elferida Sormin, Nova Irawati Simatupang, Putri Anjani, Efraim Kristian Malo, Eugenie Mishella Roswanari, Maria Benedikta Tukan, Getrudis Wilhelmina Nau, Novita Veronica. Empowering Students in Chemistry Learning through the Implementation of "Chemistry Theater: Transforming Chemistry Learning through Interactive Educational Drama".  Asian Journal of Community Services (AJCS). Vol. 5, No. 5 2026, Halaman 247-256.
DOI : https://doi.org/10.55927/ajcs.v5i5.24
URL: https://journalajcs.my.id/index.php/ajcs