However, printed resources do not automatically eliminate distraction or classroom-management difficulties. Teachers still need to organise lessons carefully, establish expectations, and maintain an environment in which students can concentrate.
The important point is that instructional materials should support the work of teaching rather than introduce unnecessary obstacles.
9.3 Supporting different learners
Students do not all learn in exactly the same way or at the same pace.
Some pupils may benefit from additional time to read a passage, while others may need diagrams, oral explanations, or opportunities to practise a skill repeatedly. Students with particular learning needs may require specialised resources or accessibility features.
A balanced educational environment can accommodate these differences more effectively than an approach that assumes a single medium is appropriate for every learner.
Printed books provide structure and continuity, while digital tools can offer adjustable text, audio support, interactive exercises, and alternative ways of presenting information.
Teachers can select and combine resources according to the needs of their pupils. A student might read a printed passage, listen to an audio version, and then complete a written summary. Another might use a digital visualisation to understand a concept before explaining it in their own words.
The objective is not to insist that every student use identical materials at every moment. It is to ensure that all pupils have access to the resources and instructional support they need to achieve the learning objectives.
Sweden's return to printed textbooks should therefore be understood as a renewed emphasis on foundational materials, not as a reason to disregard the benefits of accessibility technology or differentiated instruction.
10. What Sweden's Experience Means for Educational Inequality
10.1 Access to learning materials
Educational inequality can arise when students have unequal access to the resources needed for learning.
Some pupils may have reliable internet connections, personal devices, quiet study spaces, and adults who can help them navigate digital platforms. Others may face more limited access to these resources.
When essential learning activities depend heavily on digital infrastructure, differences in access can become barriers to participation.
Printed textbooks can help reduce some of these barriers. Once provided to students, they can be used without requiring a reliable internet connection or a fully functioning device. Pupils can read and complete exercises at home, in libraries, or in other locations where digital access may be limited.
This does not mean that printed books eliminate educational inequality. Students continue to differ in family support, available study time, language background, and access to other educational opportunities.
Nevertheless, providing essential physical materials can help ensure that a basic component of learning is not dependent on household technology.
10.2 The limits of equal resources
Providing every pupil with the same textbook is an important form of access, but equal access to materials does not necessarily produce equal educational outcomes.
Some students may need additional explanations, more time to practise, or individual support from teachers. Others may require adapted texts, accessibility tools, or supplementary learning activities.
A common textbook creates a shared foundation, but schools must still recognise differences in students' needs.
The same principle applies to digital education. Giving every pupil a device does not guarantee that all students will use it effectively or benefit equally from the content available.
Educational equity requires attention to both resources and the conditions under which students use them.
Teachers need to be able to identify learning difficulties and respond appropriately. Schools need access to suitable materials, and students need opportunities to practise and receive feedback.
Sweden's policy can contribute to a more consistent material foundation, but its broader impact will depend on how effectively it works alongside other educational support systems.
10.3 The digital divide is not only about devices
The digital divide is often understood primarily as a difference in access to computers and internet connections. Yet the ability to use digital information effectively also depends on knowledge, experience, and critical judgement.
Students who have regular opportunities to evaluate sources, conduct research, and use educational software with guidance may develop stronger digital skills than students who use devices mainly for entertainment.
Similarly, access to a large quantity of online information does not necessarily help pupils understand it. They need foundational literacy and subject knowledge to interpret what they encounter.
This creates an important connection between traditional learning and digital competence. Strong reading skills can help students evaluate online texts, while mathematical knowledge can help them interpret numerical claims and graphical information.
A child who develops the ability to read carefully, write clearly, and reason logically is building skills that remain useful in both physical and digital environments.
Sweden's approach therefore suggests that strengthening foundational learning and developing digital competence should not be treated as competing goals. The former can provide part of the foundation for the latter.
11. How Other Countries Can Learn from Sweden
11.1 Avoiding technology for technology's sake
Sweden's policy shift offers a useful lesson for governments considering how to modernise education.
The first is that technological adoption should begin with a clearly defined educational problem.
If students struggle with reading comprehension, policymakers should examine which teaching methods, resources, and interventions are most likely to improve reading. If pupils find a scientific process difficult to understand, schools should identify the forms of explanation and practice that are most effective.
Technology may be part of the answer, but it should not automatically become the starting point.
A school should not purchase devices merely because digital classrooms appear more modern. Nor should it assume that replacing every printed textbook with an electronic version will necessarily improve student performance.
The relevant question is whether the proposed investment addresses an identifiable need and produces measurable benefits.
This principle applies to many areas of public policy. New equipment and software can create visible evidence of action, but the ultimate objective is to improve outcomes rather than simply demonstrate that money has been spent on innovation.
11.2 Matching methods to age and subject
A second lesson is that educational technology should be introduced according to developmental needs and subject requirements.
Young children may benefit from a greater emphasis on physical exploration, language interaction, shared reading, and handwritten activities. Older students may be ready to use digital research tools, specialist software, and collaborative platforms more independently.
Even within the same age group, different subjects may require different combinations of resources.
A language lesson may place particular emphasis on sustained reading and writing. A science lesson may benefit from a combination of textbooks, laboratory work, diagrams, and digital simulations. A geography lesson may use printed maps alongside interactive digital resources.
There is no need to assume that one medium must dominate every subject.
Education systems can instead establish clear principles for deciding when technology is appropriate and give teachers the flexibility to apply those principles in practice.
11.3 Evaluating educational outcomes rather than technological activity
A third lesson concerns the measurement of success.
Governments should evaluate educational technology according to its contribution to learning, not simply according to the number of devices purchased or the frequency with which students use them.
Relevant indicators may include reading comprehension, mathematical performance, written expression, student engagement, independent problem-solving, and teachers' ability to identify learning difficulties.
Evaluation should also consider the resources required to achieve these outcomes. A digital programme that produces a modest improvement at substantial ongoing cost may not represent the best use of public money. Conversely, a well-designed digital intervention that significantly improves access or understanding may justify its expense.
The same standards should apply to printed materials. Buying more books is not sufficient evidence of success unless schools can demonstrate that the resources are being used effectively and that students are benefiting.
Policymakers should therefore combine investment with ongoing evaluation. This allows them to identify what works, revise ineffective approaches, and direct resources towards the activities that provide the greatest educational value.
11.4 Avoiding abrupt reversals
Another important consideration is that education policy should not simply move from one extreme to another.
If a school system previously emphasised digital technology too heavily, a complete rejection of digital resources could create new problems. Students might lose access to useful accessibility features, interactive explanations, or opportunities to develop digital skills.
Likewise, an exclusive focus on traditional materials could fail to prepare older students for environments in which digital tools are essential.
The objective should be a sustainable balance rather than a symbolic reversal.
Governments can establish minimum expectations for access to textbooks and foundational learning while also defining appropriate roles for technology. Schools can then adapt implementation to their circumstances, provided that educational objectives remain clear.
This approach is more flexible than treating paper and screens as opposing ideologies.
Sweden's experience is valuable precisely because it encourages a more deliberate conversation about the relationship between teaching methods and learning outcomes.
12. Practical Lessons for Schools and Families
12.1 Establishing a purposeful balance
Schools and families do not need to wait for national policy changes to think more carefully about children's learning environments.
A practical starting point is to distinguish between activities that benefit from digital technology and those that can be completed effectively without it.
For example, a child might use a digital resource to watch a short explanation of a scientific concept, then read a related section in a textbook and answer questions in an exercise book. This sequence allows technology to introduce an idea while preserving opportunities for sustained reading and written practice.