The Netherlands is carrying out an interesting educational experiment.
Dutch schools are reducing pupils’ access to mobile phones while strengthening the teaching of digital literacy. In other words, pupils may be spending less time using personal technology in lessons, but they are expected to understand the digital world more deeply.
That distinction matters.
Too many schools have treated digital education as a question of how many devices they own, which platforms they subscribe to or how often pupils complete work on screens. The Dutch approach suggests a different question:
Does technology improve learning, or is it simply present?
The Netherlands does not have a perfect education system. It faces teacher shortages, declining reading performance, inequalities between pupils and continuing debate about the age at which children enter different educational pathways. However, its attempt to combine calmer classrooms with stronger digital knowledge offers valuable lessons for teachers and school leaders elsewhere.
This article is based on publicly available information from Dutch government education sources, the OECD, international assessments and education research.
1. Using technology is not the same as understanding it
Many pupils can navigate apps, upload videos, join online games and move rapidly between social media platforms.
That does not necessarily make them digitally literate.
Digital literacy involves understanding how information is selected, how personal data is collected, why search results appear in a particular order and how online content can influence opinions and behaviour.
A pupil may be confident online while still being unable to:
- identify an unreliable source;
- recognise a manipulated image;
- explain how an algorithm shapes recommendations;
- protect personal information;
- distinguish evidence from opinion;
- use artificial intelligence responsibly.
The Dutch curriculum reforms recognise that digital competence must be taught deliberately. It cannot be assumed simply because children have grown up with devices.
2. Phone-free classrooms are not anti-technology
The Dutch restrictions on phones, smartwatches and other personal devices have sometimes been described as a rejection of technology.
That misses the point.
The policy does not say that digital tools should never be used. Devices can still be permitted when they are needed for a particular learning activity, medical reason or additional need.
The principle is that technology should enter the classroom because the teacher has chosen it for a purpose, not because every pupil happens to have a phone in their pocket.
That is not anti-technology. It is controlled and deliberate technology use.
3. Attention is partly an environmental issue
Schools often tell pupils that they must become more resilient, disciplined and responsible when using phones.
Those qualities matter, but they are not the entire answer.
Smartphones are deliberately designed to attract attention. Notifications, messages, videos, games and constantly updated feeds all compete with the teacher, the lesson and the pupil’s own thoughts.
A child who has a phone beside them is not simply choosing between working and doing nothing. They are resisting a device containing friends, entertainment, social approval and personalised content.
The Dutch approach recognises that concentration can be improved by changing the environment. Sometimes the best way to help pupils make a good choice is to remove the distraction altogether.
4. Clear rules reduce repeated arguments
Vague phone policies create unnecessary conflict.
Rules such as “phones should not normally be visible” or “phones may be used responsibly” leave space for constant negotiation.
A pupil was only checking the time. Another was using a calculator. Someone else was changing the music. A parent needed an immediate reply. The phone was visible, but the pupil insists it was switched off.
Each incident becomes a separate debate.
A clear default is easier:
Personal devices are not used during lessons unless the teacher has specifically permitted them.
Schools may use lockers, phone pouches, collection boxes or other systems. The exact method is less important than clarity and consistency.
5. Consistency protects teacher authority
A phone policy is difficult to enforce when every classroom operates differently.
One teacher collects devices. Another ignores them. A third allows them for music. A fourth permits them after pupils have completed their work.
Pupils quickly learn which rules are negotiable.
The Dutch national position gave individual schools stronger support when introducing restrictions. Teachers no longer had to present phone removal as a personal preference. It became part of a wider educational expectation.
A consistent approach reduces arguments, protects relationships and allows teachers to focus on teaching rather than repeatedly defending the same rule.
6. The benefits may begin outside lessons
One of the most interesting findings from Dutch schools is that phone restrictions appear to have affected social interaction.
Schools reported that pupils spoke to one another more when phones were no longer constantly available. Breaktimes became less dominated by individual screens, and some pupils appeared more aware of the people around them.
This matters because informal social time is part of education.
Pupils learn how to start conversations, cope with awkwardness, resolve disagreements and maintain friendships. Those skills develop through regular practice.
A school does not always need a new social-development programme. Sometimes pupils simply need more opportunities to look up from a screen and talk.
7. Technology should solve a learning problem
Digital tools can be extremely valuable when they allow pupils to do something that would otherwise be difficult.
A physics simulation can make an invisible field visible. A virtual model can help pupils explore a complex structure. A quiz can give immediate feedback. A video can show an experiment that would be dangerous or expensive to perform in school.
However, not every digital activity improves learning.
Typing answers into an online worksheet may be no better than writing them in an exercise book. Watching a long video is not automatically more engaging than listening to a teacher. Completing a colourful online task does not guarantee that pupils will remember the content.
Before using technology, teachers should ask:
What does this tool allow pupils to learn more clearly, quickly or deeply?
When there is no convincing answer, the simpler method may be better.
8. Digital literacy should teach pupils to be sceptical
The internet rewards speed.
Pupils are encouraged to click, scroll, share and respond before they have had time to think carefully about what they are seeing.
Schools must therefore teach a form of healthy digital scepticism.
Pupils should learn to ask:
- Who created this information?
- What evidence is provided?
- What might be missing?
- Is the image genuine?
- Is the headline misleading?
- Why has this content been recommended to me?
- Does another reliable source agree?
These are not just computing skills. They are reading, reasoning and citizenship skills.
The aim is not to make pupils suspicious of everything. It is to help them pause before accepting or sharing something.
9. Every subject has a role in digital literacy
Digital literacy should not be left entirely to computing teachers.
History teachers can explore the origin and reliability of sources. Science teachers can examine misleading health claims and badly presented data. English teachers can analyse persuasive language. Mathematics teachers can investigate statistics, graphs and risk. Art teachers can discuss manipulated images and copyright.
Computing remains important, but digital understanding is too broad to fit comfortably within one department.
The danger is that a cross-curricular responsibility becomes nobody’s responsibility. Schools therefore need to identify exactly where each element will be taught.
A simple curriculum map may prevent important content being missed or repeatedly covered at a superficial level.
10. Reading remains the foundation of digital literacy
Dutch education has experienced a significant decline in reading performance.
This creates an important contradiction. Pupils are being asked to judge increasingly complex online information at the same time as many are finding sustained reading more difficult.
Digital literacy cannot be separated from literacy.
A pupil who struggles to understand a paragraph will struggle to judge its reliability. A pupil with a limited vocabulary may miss subtle exaggeration. A pupil who rarely reads extended text may depend on headlines, summaries and short videos.
Schools should therefore be careful not to treat digital education as a replacement for reading.
Strong digital citizens still need to read closely, write clearly and think patiently.
11. Handwriting and paper still have a place
The Dutch debate also raises a wider question about whether all schoolwork needs to be completed on a device.
There are advantages to writing by hand. It can reduce opportunities for distraction, make it easier for teachers to see a pupil’s thought process and encourage pupils to select and organise information rather than copying large amounts of text.
Paper is also reliable. It does not require charging, logging in, updating or troubleshooting.
This does not mean that schools should return entirely to exercise books. Pupils need to type, create presentations, use spreadsheets and communicate digitally.
The strongest approach is likely to be mixed. Schools should choose paper or technology according to the learning purpose rather than assuming that the newest method is always best.
12. Teacher autonomy needs clear curriculum expectations
Dutch teachers traditionally have considerable freedom to choose resources and teaching methods.
That professional autonomy can be powerful. Teachers know their pupils, subjects and school contexts. They should have room to adapt lessons and select suitable materials.
However, autonomy works best when the intended curriculum is clear.
Teachers need to know what pupils should understand about data, algorithms, online safety, artificial intelligence and source reliability. Without clear expectations, some pupils may receive an excellent digital education while others experience only occasional assemblies or isolated activities.
The destination should be clear, even when schools are free to choose the route.
13. Freedom without support can increase inequality
Not every school begins in the same position.
Some schools have confident computing teachers, strong infrastructure and leaders who understand digital education. Others face staffing shortages, unreliable equipment and limited access to specialist training.
Giving all schools the same freedom does not guarantee equal provision.
Well-resourced schools may create thoughtful and ambitious programmes. Overstretched schools may depend on commercial packages, outdated materials or individual teachers working alone.
Curriculum reform must therefore include practical support, model resources, training and time for planning. Otherwise, the pupils who most need high-quality digital education may receive the weakest version.
14. Teachers need training rather than another online folder
Digital literacy is a developing area.
Teachers may be asked to cover artificial intelligence, online privacy, algorithms, misinformation and data use even when they have received little previous training in those areas.
Publishing guidance is not enough.
Teachers need time to:
- understand unfamiliar concepts;
- see examples of effective lessons;
- discuss how digital issues connect with their subject;
- identify common misconceptions;
- examine suitable classroom resources;
- agree how learning will progress across year groups.
Professional development should build teacher confidence and knowledge. It should not simply direct staff towards another website containing dozens of documents they have no time to read.
15. Schools should demand evidence before buying technology
Education technology is often sold through impressive demonstrations.
Platforms promise personalised learning, faster marking, reduced workload, increased engagement and improved results. Artificial intelligence has added even more ambitious claims.
However, an attractive demonstration is not the same as evidence.
Before purchasing a platform, schools should ask:
- What specific problem will this solve?
- Is there reliable evidence that it improves learning?
- How much teacher time will implementation require?
- What training and technical support are included?
- What happens to pupil data?
- Will the platform still be useful after the initial excitement has passed?
Technology can support improvement, but buying technology should never be mistaken for improving teaching.
16. Fewer digital systems may produce better teaching
Many schools now use separate platforms for homework, assessment, behaviour, safeguarding, communication, revision, seating plans, staff training and artificial intelligence.
Each system may appear useful in isolation.
Together, they can create digital clutter.
Teachers spend time remembering passwords, transferring information, checking multiple notifications and repeating the same data in different places. Pupils may also struggle to remember where work has been set and which platform they need.
A strong digital strategy is not about accumulating the greatest number of tools. It is about selecting a smaller number that work reliably, connect sensibly and genuinely support teaching.
Sometimes improvement begins by removing technology rather than adding more.
17. The best digital classroom may contain fewer screens
The most valuable lesson from the Netherlands is not that every school should copy the same phone policy.
It is that schools can be both digitally ambitious and cautious about technology.
They can teach pupils about artificial intelligence while limiting access to personal devices. They can improve digital literacy while protecting reading and handwriting. They can use simulations and online assessment while rejecting platforms that add little value.
The choice is not between a traditional classroom and a technological classroom.
The real choice is between technology that has been carefully designed around learning and technology that is used simply because it is available.
The best digital classroom may not be the one with the most screens.
It may be the one in which pupils understand exactly why each screen is there.