ql-align-justify">Education in the 21st century continues to evolve as teachers integrate digital technologies and innovative pedagogical practices into the classroom. Traditional teacher-centered instruction, which mainly relies on lectures, memorization, and passive learning, is gradually being replaced by learner-centered approaches that encourage participation, collaboration, creativity, and critical thinking. One innovative learning practice that has gained popularity in recent years is gamification. Gamification refers to the application of game elements such as points, rewards, badges, challenges, and leaderboards nto non-game environments, particularly education.

Kahoot! is an online game-based learning platform that allows teachers to create quizzes, discussions, and interactive learning activities. Students participate using mobile phones, tablets, or computers, answering questions in real time while receiving immediate feedback and scores. The platform transforms classroom assessment and review activities into engaging and competitive experiences.

This case study explores the pedagogical foundations, implementation process, strengths, limitations, and educational impact of gamification using Kahoot! in science education. It also examines how this innovative practice supports active learning, multimodal learning, collaborative intelligence, differentiated learning, and metacognitive learning. The analysis is situated within a Grade 9 science classroom context where students study topics related to electricity and circuits.

The learning context for this case study is a Grade 9 science classroom in a public secondary school. The class consists of approximately 40 students with varying academic abilities, learning styles, and levels of engagement. The science teacher observed that many students struggled to maintain focus during traditional lecture-based lessons, especially when discussing abstract scientific concepts such as series and parallel circuits.

The teacher also noticed that students often became anxious during quizzes and written examinations. Participation was limited to only a few learners who were confident enough to answer questions publicly. Because of these challenges, the teacher explored the use of Kahoot! as a classroom innovation to improve motivation, engagement, participation, and formative assessment.

The classroom had access to a projector, internet connection, and students’ mobile devices. During review sessions and formative assessments, the teacher used Kahoot! to create interactive quizzes containing multiple-choice questions, images, diagrams, and short videos related to the lesson.

In this case study, the teacher used Kahoot! at the end of each lesson about electricity and circuits. Questions included identifying circuit diagrams, distinguishing between series and parallel circuits, predicting current flow, and solving simple electrical problems.

The activity typically followed these steps:

The teacher discussed the lesson using demonstrations and discussions.
Students reviewed concepts in small groups.
The teacher launched the Kahoot! quiz.
Students joined the game using a game PIN.
Learners answered questions individually or collaboratively.
Scores and rankings appeared after each round.
The teacher discussed the correct answers and clarified misconceptions.

Gamification Through Kahoot as an Innovative Learning Practice in Secondary Science Education