Game-based learning (GBL) incorporates games into the learning process to engage students, enhance their understanding, and motivate them to continue learning (Wahl, 2023). One of the main goals of game-based learning is for students to enjoy the learning process, as this pedagogy enhances their engagement, motivation, and retention (Cahill, 2015).
Game-based learning and gamification are two distinct approaches to incorporating game elements into education, though they are often confused. Here are the key differences:
Game-Based Learning:
Game-based learning involves using actual games as part of the learning experience. The game itself is designed with educational objectives in mind.
It provides challenging goals within a virtual game framework.
It requires a high level of student interaction and offers informative feedback.
Games are often designed to allow students to understand subject matter in a real-world context (Wright, n.d.).
Educational video games like "Minecraft: Education Edition," where students learn subjects such as mathematics, history, or science within the game's environment built specifically for learning environments to support collaboration, assessment, coding, and more (What Is Minecraft Education?, n.d.). Similarly, classroom simulations and role-playing games that mimic real-world processes and require students to apply what they've learned to succeed in the game are examples of non-digital game-based learning. Non-digital games such as playing cards or chess, or digital games, such as Minecraft or Jeopardy!, can engage students in learning new skills or teaching subject matter.
The primary purpose of GBL is to facilitate learning through games' immersive, interactive, and often enjoyable experiences. The focus is on the game as a medium for learning and focuses on enhancing the learning process by making it more game-like. Gamification focuses on enhancing the learning process by making it more game-like. To summarize, GBL is often more targeted and focused on specific skills, core competencies, or tasks; while gamification tracks progress and engages intrinsic motivation on a larger scale using leaderboards, badges, and incentives (Radu, 2021).
Gamification, on the other hand, involves applying game-like elements or mechanics to non-game situations to increase engagement or motivation (Wright, n.d.).
Game elements are added to traditional instruction methods.
It often incorporates features like badges, leaderboards, points, or rewards.
To encourage a specific response of behaviour (Gamification and Game Based Learning | Academic Technologies, n.d.).
Although gamification incorporates game mechanics into learning activities, gamification does not turn these activities into a game (HCI Games, 2016). Instead, it uses game elements to enhance engagement in traditional educational tasks. While gamification involves using game elements, such as badges or leaderboards, in non-game scenarios to make learning more engaging, game-based learning uses games as a central part of the instructional process (Wahl, 2015).
For students, game-based learning enhances learners' cognitive and social-emotional development, digital competencies, autonomy, critical thinking, and creativity (Lampropoulos, 2023). In addition, game-based learning builds problem-solving skills by requiring students to think strategically, make decisions, and gather and respond to new information while allowing students to apply their knowledge to real-world contexts (Wahl, 2023). Games can facilitate the transfer of learning by providing students with multiple opportunities to practice and apply knowledge to different experiences (Plass, Homer, & Kinzer, 2015). Students can reignite their joy for learning by doing a fun activity!
For teachers, game-based learning is a useful pedagogical approach that can enrich the teaching process, improving teachers' communication and digital skills (Lampropoulos, 2023). An advantage of this innovative teaching approach is that it can be applied in various subjects, offering interactive and student-centered learning environments (Lampropoulos, 2023). However, lack of equipment, digital literacy, and training are primary challenges teachers face in adopting game-based learning in their classrooms (Lampropoulos, 2023).
Vygotsky characterized 'play' as being a crucial factor in children's development and stated that play is vital to creating a zone of proximal development (Plass, Homer, & Kinzer, 2015).
Games provide scaffolding that supports learners as they progress through levels and challenges.
ZPD and game-based learning highlight the importance of social interaction and independence.
Csikszentmihalyi suggests that optimal learning takes place when the challenge level matches learners' perceived skills.
Flow experiences enable students to immerse themselves in enjoyable and engaging gameplay (Perttula et al., 2017).
Games that are designed well will offer enough difficulty to match the challenge level to students' abilities (Cahill, 2015).
Both constructivism and game-based learning emphasize active participation through 'learning by doing' rather than being passive recipients in the learning process.
Multi-player games encourage social interaction, demonstrating that knowledge is socially constructed when players learn from each other, collaborate, and reflect on shared experiences. Collaborative games can involve students making decisions, solving problems, and constructing meaning through their collective knowledge.