Learning is not simply about receiving information. We learn when we participate, experiment, make decisions and discover things for ourselves.
This is where educational gamification comes in: using the principles of games to turn learning into an active and engaging experience.
Combined with technologies such as Virtual Reality, Augmented Reality, 360° experiences and interactive applications, gamification opens up new ways of learning by doing rather than simply observing.
What is educational gamification?
Gamification means taking the elements and principles of game design and applying them to things that are not, in themselves, games.
In education, that can mean setting challenges, objectives and decisions, introducing rewards or levels of difficulty, building in feedback, or designing for exploration and collaboration.
But gamification does not have to mean adding points, badges or leaderboards to everything.
Its real potential lies in something much simpler:
making learning involve doing something.
Instead of only receiving information, the learner explores an environment, makes decisions, solves a problem, tries different possibilities and discovers the consequences of their actions.
The game stops being the point and becomes a tool for reaching an educational goal.
Why do we learn better when we participate?
Taking part changes our relationship with information.
As spectators, we can follow an explanation. When we have to use that explanation to solve a problem, understanding takes on another dimension.
Interactive experiences introduce elements that encourage participation naturally:
Curiosity
A good experience does not have to start by giving every answer.
It can open with a question, a mystery or a challenge that invites the learner to find out what is going on.
Curiosity creates its own motivation to keep exploring.
Experimentation
One of the great strengths of interactive environments is that they let you try things.
What happens if we change a variable? What if we choose the other option? What happens when we get it wrong?
In a virtual environment a situation can be repeated as many times as needed, and tested without the consequences it would have in the real world.
Feedback
When an action gets an immediate response, we can connect our decisions with their consequences.
The environment itself becomes a source of information.
Nobody has to keep telling us whether we are doing it right: we can find out through the experience.
Challenges and objectives
A concrete goal turns information into action.
Instead of simply studying how something works, the learner has to use that knowledge to overcome a challenge.
The difference sounds small. It changes the whole experience.
Discovery
We can also learn simply by exploring.
A historic site, a museum, a scientific environment or a simulation can be designed so that the user uncovers information step by step.
In those cases the environment itself becomes part of the lesson.
Learning by doing: from theory to experience
Imagine learning about a Roman city through photographs and written information.
Now imagine being able to enter a digital reconstruction of that city, explore its streets, identify its buildings and complete challenges to discover how people lived there.
The information is still there. But now the learner has to use it.
The same approach can be applied to many different contexts:
- Understanding a scientific concept through experimentation.
- Learning a professional procedure in a safe simulated environment.
- Exploring a historical site through an interactive reconstruction.
- Discovering a museum collection through a digital mission.
- Making decisions in a simulated situation and seeing their consequences.
The technology changes depending on the project. The underlying principle remains the same: learning through experience.
Technology as an educational tool
There is no single right technology for gamifying an experience.
The choice depends on the objective, the audience and the context it will be used in. Technology does not make an experience educational on its own: its value comes from how it is used.
Virtual Reality
Virtual reality places the user inside a digital environment and gives them a sense of presence.
That opens up particularly interesting possibilities for training and education: exploring places nobody can reach, practising procedures, recreating historical situations or experiencing phenomena that are hard to reproduce in the real world.
A student can step into a historical reconstruction such as the Temple of Diana in Mérida and walk through the building while discovering how it was used.
The experience is no longer something they watch from outside.
They are inside it.
Augmented Reality
Augmented reality starts from the real world and adds digital information or elements on top of it.
It can enrich a visit, show a 3D model, explain how an object works or turn a physical space into an interactive setting.
A museum, for instance, could let certain objects come to life through a mobile device.
The information does not replace the environment.
It becomes part of it.
Virtual tours
A virtual tour lets people explore a space from anywhere.
But it does not have to stop at a set of linked panoramic photos.
Interactive points, multimedia, 3D elements, questions, challenges and themed routes can all be added, so that the visit becomes an experience of discovery.
Our virtual tour of the University of Extremadura works this way: questions are scattered through the faculties, there is a final score, and a mascot hides along the way and does its best not to be found. It is the same technology we use in 360º photography and video, with game mechanics on top.
Interactive applications
Web and mobile applications offer other possibilities.
They can set challenges, accompany a visit, build itineraries, record progress, or turn learning into something the user can carry with them.
And they do not necessarily need specialist hardware, which makes them a good fit when the aim is to reach a wide audience.
The important question is not which technology should we use?
It is:
What do we want the learner to experience, discover or learn?
Examples of educational gamification
Gamification can be applied almost anywhere there is something to learn, discover or practise.
History and heritage
A virtual reconstruction can become an adventure in which the user has to work out how a space was used, identify its elements or complete a mission.
Instead of only observing the past, they interact with it.
In VR Chariot Racing, built for Mérida City Council and installed at the Mérida Open Museum, two visitors take the reins of a chariot in a reconstruction of the city’s Roman Circus at 1:1 scale and race against Diocles, one of the best-paid athletes in history. Nobody is told how big the circus was. They feel it, at full speed.
Science
Interactive environments make it possible to experiment with concepts that are hard to grasp through a traditional explanation.
Variables can be changed, phenomena observed at different scales, abstract ideas turned into things that can be explored.
A cell, a molecule or an ecosystem can become a world to walk through.
Vocational training
Simulations let people practise procedures and make decisions in a controlled environment.
That is especially useful when certain situations are difficult, expensive or dangerous to reproduce for real.
The user can practise, get it wrong, and try again. At the Hospital de Tierra de Barros, staff rehearse the emergency response in a virtual recreation of the building instead of shutting the hospital down for a fire drill. We cover this in more depth in VR training simulators.
Museums and cultural spaces
A visit can include missions, themed routes, clues or interactive content.
The aim does not have to be a score.
It can simply be noticing something that would otherwise go unseen.
Tourism
Gamification can also change the way people discover a destination.
A tourist route can become a search, a narrative journey or an adventure in which each place unlocks new information.
Visiting a place stops being just a matter of getting from one point to the next.
It is not about turning everything into a video game
One of the most common misconceptions about gamification is that it means adding points, badges, rankings or progress bars to everything.
These elements can be useful, but they are not the essence of gamification.
The important thing is to create opportunities for exploration, problem-solving, decision-making and experimentation.
A good educational experience does not need to feel like a conventional video game.
The game is not the goal. It is the vehicle.
How do you design a good educational experience?
Creating an effective interactive learning experience requires more than choosing a technology and adding some game mechanics.
A good process starts with the educational objective.
1. Define the objective
What should the user learn, understand or be able to do by the end of the experience?
2. Know your audience
An experience designed for children, university students, professionals or museum visitors will require very different approaches.
3. Turn learning into action
Instead of simply presenting information, ask how the learner can interact with it.
4. Design the challenge
Give the user a reason to explore, make decisions or solve problems.
5. Choose the right technology
VR, AR, 360°, web applications or mobile apps can all be effective. The best option depends on the objective, audience and context.
6. Test and improve
User testing is essential. Observing how people interact with the experience often reveals opportunities for improvement that are impossible to identify during the design process alone.
From seeing to experiencing
There is a clear progression in the way we can communicate information:
Text → Image → 3D reconstruction → Interactive experience
Each step can add another layer of understanding.
A text can explain what a place looked like.
An image can show it.
A 3D reconstruction can bring it back to life.
An interactive experience can allow us to explore it, make decisions and discover it for ourselves.
That is where technology becomes much more than a visual resource: it becomes a tool for participation.
At Prexenz, we create experiences designed for learning by doing
At Prexenz, we develop interactive experiences that combine design, technology, content and storytelling to create meaningful ways of interacting with information.
We work with technologies such as Virtual Reality, Augmented Reality, 360° photography and video, interactive applications and 3D environments, adapting each project to its objectives and audience.
Because before deciding which technology to use, we ask a more important question:
What do we want people to experience, discover or learn?
The answer determines the experience.
Do you have an educational, cultural or training project that you would like to turn into an interactive experience? Let’s talk.