There is an interesting question facing outdoor education today:
How do we prepare children for a world that is changing faster than ever before?
For generations, outdoor skills were taught in relatively simple ways. We learned to read a map, use a compass, build a fire, tie knots and navigate by observing the landscape around us.
These skills still matter.
But the world our children are growing up in is very different.
Today, a child can access satellite imagery of a mountain before ever stepping foot on it. Weather forecasts can be updated by the hour. GPS can pinpoint their location within metres. Artificial intelligence can help analyse information, generate ideas and answer questions in seconds.
Digitalisation is no longer something that is coming.
It is already here.
And outdoor education needs to adapt.
Old School vs New School
There is often a temptation to frame this as a battle between old school and new school.
Compass versus GPS.
Paper map versus Google Maps.
Books versus AI.
But perhaps that is the wrong question.
The real question is:
How do we combine the strengths of both?
Knowing how to use a compass is still valuable. Understanding a topographic map is still valuable. Being able to navigate without technology is still an important safety skill.
But children also need to learn how to interpret the enormous amount of information available to them.
The challenge is no longer simply “Can you find your way?”
It is:
“Can you gather information, understand it, question it and use it to make a good decision?”
That is a very different skill.
The Digital Expedition
Take our Duke of Edinburgh’s International Award Adventurous Journeys as an example.
Traditionally, expedition preparation might involve a paper map, compass and perhaps a weather report printed before departure.
Today, we encourage participants to use technology as part of their preparation.
They can research their proposed route, study satellite imagery, investigate the terrain, look at elevation profiles, check weather forecasts and use navigation applications to understand the environment they are about to enter.
They can bring devices on expedition where appropriate, with reasonable and responsible use, and use them to search for information, verify their observations and support their decision-making.
But the important part isn’t the device.
The important part is what they do with the information.
If a weather application predicts heavy rain, what does that mean for the river crossing ahead?
If the terrain profile shows a steep descent, how will that affect the group’s energy levels?
If satellite imagery shows a dense forest section, what might that mean for navigation?
If several weather models give different forecasts, which information should they trust?
And perhaps most importantly:
Does what they see on the screen match what they see in front of them?
From Data to Understanding
This is where outdoor education becomes increasingly important.
Technology gives us data.
Nature gives us context.
A weather application might tell you that rain is coming. But standing in a valley, you might notice the clouds building over the ridge, the wind changing direction and the temperature dropping.
A navigation application might show your exact location. But understanding the terrain allows you to recognise whether that location makes sense.
A satellite image might show a river crossing. But being beside the river allows you to assess its actual depth, flow, speed and hazards.
The goal isn’t to replace outdoor skills with technology.
It is to teach children how to connect digital information with the physical world.
That connection is becoming increasingly important.
Preparing Children for an AI World
Artificial intelligence takes this conversation even further.
Children today will enter a world where AI can generate answers, plans, images, recommendations and solutions almost instantly.
That means memorising information alone may become less important.
What becomes more important is knowing how to ask the right questions, evaluate the answers and make decisions.
Outdoor education provides an excellent environment for developing exactly these skills.
A computer can suggest a route.
Should we take it?
An AI tool can produce an itinerary.
Does it actually make sense?
A weather forecast can predict conditions.
Are we prepared for what we are seeing on the ground?
Technology can provide an answer.
Can we recognise when that answer is wrong?
These are skills that cannot simply be downloaded.
We Can’t Stay Stationary
The outdoors is changing too.
The children we work with are changing.
The technology they use is changing.
The skills they will need in the future are changing.
So why should outdoor education remain stationary?
At Morph Outdoors, we believe that the answer isn’t to abandon traditional outdoor skills. Instead, we want to evolve how those skills are taught.
We still want children to know how to navigate.
We still want them to understand maps.
We still want them to develop resilience, teamwork, leadership and practical skills.
But we also want them to understand how technology can support those skills—and when it shouldn’t.
Because the future isn’t going to be entirely old school or new school.
It will be both.
The child who knows how to use a compass and interpret digital mapping.
The expedition team that can read the landscape and understand weather data.
The young person who can use AI without blindly trusting it.
That is the kind of adaptability we believe children need.
The challenge is no longer simply teaching children how to survive without technology.
It is teaching them how to use technology intelligently while still understanding the world around them.
And perhaps that is what outdoor education has always been about:
Learning to adapt.
Explore. Endure. Evolve.