Digital education has changed considerably as technology has become part of everyday life. Online courses can now include videos, interactive activities, simulations, quizzes and collaborative tools that make learning more flexible and engaging. Among these approaches, game-based learning has attracted particular interest because it combines educational content with elements such as challenges, decision-making, feedback and progression.
For a university with a strong history of distance and online education, the relationship between technology and learning is especially important. The Open University has conducted research into technology-enhanced learning for many years, including work involving mobile and game-based learning through its Institute of Educational Technology.
What Is Game-Based Learning?
Game-based learning uses games or game-like experiences to support educational objectives. Unlike entertainment-focused games, an educational game is designed around a particular learning purpose. The activity may ask learners to solve problems, explore a virtual environment, make decisions or practise a skill while receiving immediate feedback.
The broader field of game-based learning has developed alongside digital technology. Computers and mobile devices make it possible to create interactive learning environments that can respond to a learner’s actions rather than simply presenting information in a fixed sequence.
This distinction is valuable in online education. Reading a concept is one way to understand it, but interacting with a problem and seeing the consequences of different choices can create another kind of learning experience.
Making Difficult Subjects More Interactive
Some academic subjects can be difficult to understand when they are presented only through text or conventional exercises. Mathematics is a useful example because learners often need to understand relationships between abstract concepts rather than simply memorise formulas.
The Open University’s eSTEeM initiative explored this issue through a project on didactic games in a virtual calculus classroom. The project created three online games, including Maths-jong, Calculus Wizard and Time Traveler, to investigate whether game-based activities could support conceptual understanding, motivation and assessment for learning among students studying online.
Projects like this demonstrate how games can be designed around specific educational challenges. Instead of treating gaming as an additional activity separate from a course, researchers can investigate how interactive experiences might become part of the learning process itself.
The Importance of Feedback
Feedback is one of the most useful features of educational games. When a learner answers a question incorrectly in a traditional setting, the explanation may not arrive until later. In an interactive game, feedback can often be provided immediately.
This allows learners to experiment and understand the consequences of their decisions. Repeated attempts can also make difficult tasks feel more manageable because learners can learn from mistakes without treating every unsuccessful attempt as a final result.
For distance learners, this can be particularly relevant. Students studying remotely may complete much of their work independently, making well-designed digital learning activities an important part of the educational environment.
Motivation and Student Engagement
Motivation is another area commonly associated with game-based learning. Games frequently use goals, challenges, progress indicators and meaningful rewards to encourage continued participation.
However, educational value depends on more than simply adding points or badges to an activity. A game needs to support the intended learning outcome rather than distract from it. Good design connects the challenge with the knowledge or skill the learner is expected to develop.
Research at The Open University has examined how digital games can foster creativity. One study investigated creativity in digital entertainment games and identified forms of creative activity including problem-solving and the exploration or appropriation of game possibilities.
These findings contribute to a wider discussion about what learners can gain from interactive digital environments.
Games and Distance Learning
Distance education presents a different set of requirements from traditional classroom teaching. Learners may study at different times, in different locations and with varying levels of access to direct classroom interaction.
Digital games can potentially complement this environment by giving learners interactive experiences that can be accessed through online platforms. The Open University’s educational technology research specifically covers online and distance learning alongside mobile and game-based learning, reflecting the close relationship between these fields.
The value of this approach lies in flexibility. An online learner can potentially use an interactive activity as part of an independent study session, revisit it to practise a concept and receive feedback without needing to be physically present on campus.
Beyond Traditional Subjects
Game-based learning is not limited to mathematics or computer science. Interactive approaches can be adapted for subjects involving decision-making, communication, problem-solving and practical processes.
The Open University’s wider research into technology-enabled education also considers interactive and immersive forms of learning. Its Innovating Pedagogy work has explored topics including learning through gaming, esports, virtual reality and other technology-supported approaches.
This reflects a broader shift in education. Digital tools are increasingly being evaluated not simply because they are new, but because researchers want to understand how they can improve teaching, learning and assessment.
The Future of Educational Games
As online education continues to develop, game-based learning may become one component of increasingly interactive digital study environments. Improvements in artificial intelligence, virtual reality, mobile technology and learning analytics could create more responsive educational experiences.
The important question is not whether every course needs a game. Instead, educational researchers can examine where interactive activities genuinely help learners understand concepts, practise skills or remain engaged with difficult material.
The Open University’s continuing work in educational technology provides an example of how these questions can be studied systematically. Its research combines technology with educational theory to investigate how digital learning environments can support learners in different settings.
Game-based learning therefore represents more than the addition of entertainment to education. When carefully designed, interactive games can provide opportunities for experimentation, feedback, problem-solving and exploration. As online learning continues to evolve, these qualities make educational games an increasingly relevant subject for research and practice.
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