The Role of Gamification and Interactive Methods in Teaching Amino Acids in Chemistry Lessons

Abstract

The teaching of amino acids in chemistry lessons often presents considerable difficulties for students because this topic requires the simultaneous understanding of molecular structure, functional groups, classification, acid–base behavior, stereochemistry, and biological relevance. Traditional lecture-based instruction may provide theoretical information, yet it does not always ensure deep conceptual understanding or lasting engagement. This article examines the pedagogical value of gamification and interactive methods in the teaching of amino acids. It argues that game-based learning, collaborative tasks, visual modeling, case-based instruction, and digital interaction can transform a conceptually dense topic into a more accessible and meaningful learning experience. Gamification increases motivation, participation, and persistence, while interactive methods strengthen conceptual connections and encourage analytical thinking. The paper also proposes a lesson design framework that integrates card games, molecular modeling, group discussion, classification tasks, and real-life applications. It is concluded that the combined use of gamification and interactivity not only improves students’ comprehension of amino acids but also supports the development of problem-solving, communication, and scientific reasoning skills in chemistry education.