Gamification, or implementation of game elements in nongame context, has grown rapidly as an effective learning strategy. In the field of mathematical education, gamification has been proven to help improve student motivation, change their perception of mathematics, and encourage deeper engagement in the learning process. As subjects are often considered difficult and challenging, mathematics requires a creative approach like gamification to make it more fun and meaningful.

This article will discuss the benefits of using gamification in mathematical teaching, elements that are important in gamification, examples of application in math class, as well as the challenges and applications of effective gamification.

1. What's a Gamification in Education?

The illufication in education is the application of the game element—like points, levels, badge, leaderboard, and challenges—in the process of learning to encourage student motivation and participation. These elements make learning more interesting, more competitive, and reward for achievement. In mathematical context, gamification can be a digital platform, an application, or a classroom activity designed to stimulate the interest and engagement of students.

Draw attempts to make learning more interesting and relevant, and prove positive results. According to studies published in Education Psychology ReviewGamification can overcome student motivation barriers in math learning, especially students who experience anxiety or mistrust in math.

2. The benefits of Gamification in Math Studies

Here are some of the benefits of gamification in mathematical learning:

• Increase Study Motivation: This award provides a confession that supports students feeling appreciated for their efforts.
• Initializing AnxietyAnxiety of mathematics often arises because the assumption that mathematics is a difficult lesson. Through a gamification approach, students learn math in a more pleasant way, so they're more motivated and more confident.
• Propel Collaboration and Healthy CompetitionGamification not only drives healthy competition through leaderboard, but can also create collaboration through group games or team challenges. It helps students study and work together on solving math problems.
• Give a fast feedback: In gamification applications, feedback is usually given directly. Students can figure out their mistakes quickly, and this gives them a chance to correct their mistakes immediately.
• Increase Student Engaging: Gamification gives active involvement in learning, so students feel more interested and motivated to complete the task. When learning becomes fun, students are more likely to spend more time and focus on understanding concepts.

According to studies published in British Journal of Education Technology, gamification is able to significantly increase the interest of students in math, especially among low motivation students.

3. Effective Gamification Element for Mathematical Studies

There are important elements in gamification that are effective for mathematical learning, among other things:

1. Point and Level: Giving points for every task successfully completed or for the challenge successfully completed helps students feel motivated. Level helps them view their progress gradually.
2. LeaderboardLeaderboard shows the rank of students based on their accomplishments can raise a healthy competitive spirit. Students will be motivated to increase their scores and compete with their friends.
3. Badge or Award: Awards in badge or medal for certain achievements give recognition for student effort. This award can be awarded to categories, such as perseverance, speed, or success solving difficult challenges.
4. Challenge or Mission: A weekly or monthly challenge with a different level of difficulty can make students more eager to follow and finish the lesson. It also gives us a chance to try out any problems or math problems.
5. Live Feedback: By giving feedback immediately after the completion of the task, the students can know their mistakes and fix them directly, which are very effective for mathematical learning.

These elements are the foundation of effective gamification, which is not only entertaining but also emphasis on active and interactive learning.

Four. Imagination Applications Example in Mathematical Studies

Some examples of applied gamification in math class include:

1. Gamification Based Mathematical ApplicationsPlatform like Kahoot, Prodigy and Mathletics are examples of mathematical applications that apply gamification to train students in a variety of mathematical concepts. This provides a problem of practice accompanied by points and badge for certain achievements.
2. Competent Quis in ClassTeachers can hold weekly or monthly quizzes with point systems and leaderboards. By forming groups or individuals, this quiz could be a way to improve the motivation and competitive spirit of students in math learning.
3. Daily Math ChallengeTeachers can give everyday math challenges that students have to solve every day. Each challenge solved will give points, and this point can be collected for the award at the end of the month.
4. Math Mission in the Real World: In this concept, teachers design projects or games that require students to solve math problems in real context. For example, students are asked to plan the project budget or calculate the percentage discount in business context.
5. Math Escape Room: Teachers can design mathematical escape rooms where students have to solve mathematical puzzles to get out of virtual or real rooms. Every puzzle solved gives points, and the team with the most points wins the game.

Research published in International Journal of Mathematical Education It shows that students who participate in game-based gamification have increased concept and significant learning motivation.

5. Challenge in Gamification Applied in Math Class

Although gamification offers many benefits, there are several challenges in its application:

• Technology Access Limit: Some form of gamification requires devices like computers, tablets, or Internet access, which may not be available in all schools. This technology's limitations can limit the effectiveness of applied gamification.
• Focus risk on Point Than UnderstandingIn some cases, students might only focus on points or awards and not the concept of math. Teachers need to make sure that students understand the importance of learning, not just games.
• Time required to design Gamification: Designing and managing gamification in mathematical learning takes time and significant effort from the teacher. This could be a challenge, especially for teachers who have a heavy workload.
• Student skills differenceIn gamification, early students who understand the concept may be superior in points. It can make students who are having trouble feel unhappy or even left behind. Master needs to consider a way to keep gamification conclusive.

Conclusion

The use of gamification in math teaching gives a lot of profit in improving motivation, interest and understanding of students to mathematical concepts. By using game elements such as points, levels, badge, and challenges, teachers can create a pleasant learning environment and support student active engagement. Although there are several challenges in the application, the significant gamification benefits make it a relevant method to apply in modern math classes.

In implementing gamification, teachers have to keep an eye on the balance between educational goals and entertainment elements. Thus, gamification can be an effective tool to change the student's perception of math and build their intrinsic motivation to learn more.

Source: Dichev, C., & Dicheva, D. (2017). Gamifying education: what is known, what is believed and what remains unknown: a critical review. International Journal of Education Technology in Higher Education, 14 (1), 9.