By Betsy Hill and Roger Stark
When educators discuss “gamification” in the classroom, they most often frame it as a tool to boost student engagement and motivation. Given how many students report feeling disengaged from schoolwork, that benefit alone is welcome. But research and classroom experience show additional advantages: gamification can foster persistence and resilience, improve problem-solving abilities, stimulate creativity, and support a range of social and cognitive skills.
Gamification is commonly defined as the application of game-design elements and game principles to non-game situations. Typical game-design elements include points, badges, avatars or characters, and clearly defined goals. Game principles involve structures such as progressive levels of difficulty, storylines that provide context, and a set of rules that guide play. Applied thoughtfully, these elements can create engaging learning environments that encourage practice, experimentation, and gradual mastery.
At first glance, adapting these game features to school settings seems straightforward. Points, badges, and levels already exist in many forms: homework scores look like points, grades can resemble badges, classrooms contain students and teachers who could function as characters, and promotion from one grade to the next resembles “leveling up.” But effective gamification goes beyond simply relabeling existing practices. The power of games as a learning medium depends on deeper design choices that change how students experience challenge and failure.
One core characteristic games offer is what we might call the “no one dies” principle: within a game, failure is expected and safe. Players repeatedly try, fail, and try again, learning from each attempt until they improve. As Joey Lee and Jessica Hammer of Teachers College, Columbia University have observed, repeated experimentation—and repeated failure—is often the primary route to learning how to play a game well. When a classroom experience adopts this low-stakes, iterative structure, students are more willing to take risks, test strategies, and develop new skills.
This notion of learning through failure links directly to the psychological concept of a growth mindset, extensively developed by Dr. Carol Dweck. A growth mindset describes the belief that intelligence and abilities can be developed through effort, practice, and effective strategies. Students who adopt this perspective view mistakes as opportunities to learn rather than as fixed labels of ability. In contrast, a fixed mindset treats test results and grades as permanent indicators of worth or talent, which can discourage persistence and experimentation.
Unfortunately, many traditional educational assessments function as summative labels that stick with students: “A student,” “a C student,” “learning disabled.” Those labels are more like permanent badges than markers of progress. Gamified learning aims to make achievement visible in ways that emphasize growth—temporary milestones, opportunities for revision, and repeated chances to demonstrate improvement—so that failure becomes part of the learning path, not a final judgment.
A critical difference between game-like learning and conventional schooling is the stakes attached to errors. Games create an environment where errors lead to adjustments, not punishment. A player learns new strategies or acquires useful tools after repeated attempts, often supported by collaborators, feedback, and scaffolds. In many schools, by contrast, the gateway to advancement is often a high-stakes exam that feels like a one-time judgment rather than an opportunity for iteration and growth.
Some critics worry that gamification will teach students to work only when a reward is present—training them to expect external incentives. Indeed, commercial marketing has conditioned people to seek rewards for routine activities, and psychological research has shown that extrinsic rewards can sometimes undermine intrinsic interest. For example, studies have found that young children who enjoy drawing may reduce voluntary drawing if it becomes contingent on rewards.
This critique highlights an important design consideration: gamification should not be reduced to transactional bribery. Its purpose is not to manufacture motivation for tasks students would otherwise avoid, but to reinforce genuine progress toward goals students value. When gamified systems focus on mastery, feedback, and meaningful challenges, they can support intrinsic motivation by making growth visible and attainable.
Well-designed gamification emphasizes practice, feedback, and scaffolded challenges that lead students toward mastery. It supports resilience by normalizing failure as a step in learning, cultivates problem-solving through iterative experimentation, and builds confidence as students see themselves improve through effort. When educators blend game principles with sound pedagogy—clear learning objectives, timely feedback, opportunities for collaboration, and attention to students’ interests—gamification can be a powerful strategy for deep, lasting learning.
About the authors
Betsy Hill is President of BrainWare Learning Company, which applies neuroscience to strengthen learning capacity. An experienced educator, she has studied the interplay of neuroscience and education with leading researchers, and has served as chair of the board of trustees at Chicago State University. She teaches strategic thinking in the MBA program at Lake Forest Graduate School of Management and has been recognized for contributions to learning excellence and for sharing knowledge about the neuroscience of learning in classrooms nationwide. She holds a Master of Arts in Teaching and an MBA from Northwestern University.
Roger Stark is Co-founder and CEO of BrainWare Learning Company. For more than a decade he has focused on making comprehensive cognitive literacy skills training and assessment broadly accessible. Drawing on decades of clinical collaboration and iterative design, he helped develop BrainWare SAFARI, a widely researched integrated cognitive literacy training tool delivered online. His work centers on translating knowledge about the brain into practical tools that support learning and skill development.
This article was originally published by The Learning Counsel, a research institute and news media hub that provides context for the transition to digital curriculum in education.