Education has always been expected to prepare young people for the future. However, the future students are entering is becoming increasingly difficult to predict. The jobs they will eventually do may not exist yet, the technologies they will use are still developing, and some of the challenges they will face may be very different from those confronting society today.
This raises an important question: Can an education system designed mainly around today’s knowledge adequately prepare students for tomorrow’s problems?
The answer is increasingly uncertain. Students still need strong foundations in reading, writing, mathematics, science and other areas of knowledge. However, education cannot stop at teaching what is already known. It must also help young people develop the ability to investigate unfamiliar situations, ask better questions, adapt when circumstances change and create solutions when there are no ready-made answers.
The changing world of work provides a clear warning. The World Economic Forum’s Future of Jobs Report 2025 estimates that 39 per cent of workers’ existing skill sets could be transformed or become outdated between 2025 and 2030. It also identifies analytical thinking as the most important core skill among employers, while AI and big data, networks and cybersecurity and technological literacy are among the fastest-growing skills. At the same time, creative thinking, resilience, flexibility, agility, curiosity and lifelong learning are becoming increasingly important.
This does not mean schools should abandon traditional subjects in a rush to chase every new technology. Instead, education needs to give students something more durable: the capacity to learn, adapt and solve problems that have not yet been clearly defined.
One of the weaknesses of education can emerge when schools prepare students too specifically for the present. A curriculum may be designed around current occupations, technologies and social expectations, yet students can spend many years in education before eventually entering a completely different environment.
Consider how quickly technology has changed everyday life. Artificial intelligence has moved from being a specialist subject discussed mainly by technology professionals to becoming part of writing, research, customer service, education, healthcare, finance and other areas. Cybersecurity has become a major concern as more personal and organisational activities move online. Renewable energy, biotechnology, automation and advanced data systems are also changing industries.
Many of today’s students will eventually work alongside technologies that are still being developed. Some may even enter professions that do not yet have widely recognised job titles.
This is why education cannot simply predict a list of future jobs and train students for them. Predictions can become outdated quickly. Instead, schools need to help students develop capabilities that remain useful even when the specific nature of work changes.
The OECD’s Learning Compass 2030 makes a similar argument by emphasising student agency, wellbeing and competencies that combine knowledge, skills, attitudes and values. Its central idea is that students need to learn how to navigate unfamiliar circumstances rather than simply receive fixed instructions about what to do.
That distinction is important. A student who memorises the correct procedure for solving a familiar problem may perform well in an examination. However, what happens when the problem changes? What happens when there is no example in the textbook that looks similar? What happens when the information available is incomplete or contradictory?
Real life frequently creates these situations. A graduate may be asked to solve a workplace problem that was never discussed in university. A teacher may encounter a classroom challenge that does not appear in a teaching manual. An entrepreneur may have to respond to a new market condition. A healthcare professional may encounter an emerging public health problem. A journalist may need to investigate an issue involving technology that did not exist when they were studying.
Education cannot give students an answer to every possible future problem because those answers do not yet exist. What it can give them is the confidence and ability to search for answers.
This requires a shift from seeing education primarily as the transfer of information to seeing it also as the development of problem-solving capacity. Knowledge remains essential because students cannot solve meaningful problems without understanding the world around them. However, knowledge becomes more powerful when students can apply it in unfamiliar situations.
This is particularly important for countries such as Nigeria, where young people are entering an economy affected by technological change, entrepreneurship, unemployment, changing workplace expectations and rapidly evolving digital opportunities. Students need to understand their immediate environment while also developing the flexibility to respond to changes they cannot yet anticipate.
The future will not necessarily reward the person who knows the most facts. Increasingly, it may favour the person who can understand a new problem, identify reliable information, ask useful questions, work with others and develop a reasonable solution.
Preparing students for unknown problems does not mean filling schools with vague lessons about the future. It means deliberately developing skills that allow young people to respond when familiar approaches stop working.
Critical and analytical thinking should be at the centre of this approach. Students need to learn how to examine evidence, identify assumptions, compare different explanations and reach conclusions based on sound reasoning.
The importance of this is reflected in current employment trends. The World Economic Forum reports that seven out of 10 employers surveyed consider analytical thinking an essential core skill. It also places resilience, flexibility and agility, leadership and social influence, creative thinking and motivation and self-awareness among the leading core skills.
These are not skills that belong only to future technology workers.
A student studying agriculture needs analytical thinking. A future teacher needs creative thinking. A lawyer needs the ability to analyse unfamiliar situations. A journalist needs to distinguish evidence from misinformation. An entrepreneur needs resilience and adaptability. A doctor needs to make decisions when circumstances do not fit neatly into a textbook example.
In addition, students need to become comfortable with asking questions. An education system that rewards only correct answers can unintentionally teach students to avoid uncertainty. They may become more interested in discovering what the teacher wants them to say than in investigating what is actually true.
Yet many important discoveries begin with questions rather than answers.
Why does this happen? Could there be another explanation? What would happen if this approach were changed? Who is affected by this problem? What information is missing? Is there a better way to solve it?
Students who learn to ask such questions are better positioned to approach unfamiliar challenges. Creativity is equally important. Creativity should not be restricted to art, music or literature. It also involves finding new ways of approaching problems, connecting ideas and imagining possibilities that are not immediately obvious.
The World Economic Forum identifies creative thinking among the skills expected to rise in importance through 2030.
Schools therefore need to create opportunities for students to develop ideas rather than simply reproduce information.
A science student could be asked to design a practical response to an environmental problem in their community. A business student could investigate how a small Nigerian enterprise can reduce waste. An education student could explore ways of reaching children who struggle to learn through conventional methods. A computer science student could think about how technology might address a local challenge rather than simply complete coding exercises.
These activities teach students that knowledge is not only something to remember. It is something to use.
Problem-solving should also involve collaboration. Many future challenges will be too complex for one person to solve alone. Climate change, public health, food security, artificial intelligence, urban development and economic inequality involve multiple interests and areas of expertise.
Students therefore need opportunities to work with people who think differently from them. Collaboration teaches communication, negotiation, listening and compromise. It also exposes students to perspectives they may not encounter when they work independently.
Another essential quality is lifelong learning. If knowledge and technology continue to change, students cannot assume that what they learn before graduation will remain sufficient for the rest of their careers. The ability to continue learning becomes part of being prepared.
The World Economic Forum lists curiosity and lifelong learning among the skills expected to increase in importance through 2030.
This has major implications for education. Students should not leave school believing that learning ends when they receive a certificate. They should leave with the confidence to learn something unfamiliar when circumstances demand it. That may ultimately be one of the most valuable forms of preparation education can provide.
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Preparing students for problems that do not yet exist requires more than changing what is taught. It also requires changing how students experience learning.
If students spend most of their educational lives receiving instructions, memorising information and reproducing expected answers, they may struggle when they eventually encounter situations where instructions are unavailable.
This is where student agency becomes important. The OECD describes student agency as the ability and willingness to influence one’s own life and the world around them, including setting goals, reflecting and acting responsibly. Its Learning Compass framework argues that young people need to learn how to shape their futures rather than simply be shaped by them.
Students therefore need opportunities to make decisions about their learning. They should sometimes be allowed to choose questions, investigate problems, propose solutions and explain why they selected a particular approach. Teachers remain essential in this process, but their role can extend beyond providing answers. They can become guides who help students develop the ability to find, evaluate and apply knowledge.
This does not mean teachers should withdraw and allow students to figure everything out independently. Quite the opposite. Future-oriented education requires skilled teachers who can provide structure while also giving students enough freedom to think.
The OECD’s Teaching Compass similarly highlights the importance of teachers as adaptive professionals and agents of curriculum change.
Assessment also needs attention. If examinations reward only memorisation, schools will naturally devote significant attention to memorisation. Students will learn what the assessment system tells them is valuable.
Future-oriented assessment should therefore include opportunities for students to demonstrate reasoning, application, creativity, communication and problem-solving. This does not mean abandoning examinations altogether. Rather, assessment should recognise that knowing an answer and knowing how to approach a new problem are not always the same thing.
A student might know the definition of climate change but struggle to design a realistic response to flooding in their community. Another may memorise business concepts but be unable to apply them to a real enterprise. A student may understand computer theory but struggle to identify a practical problem that technology could solve.
Education becomes more meaningful when students are asked to bridge that gap. Schools should also expose students to real problems around them. Local communities can provide powerful learning environments because they contain challenges that cannot always be solved by copying textbook answers.
A Nigerian student might investigate poor waste management around their school, explore barriers to reading among younger children, study the effect of flooding on local businesses or examine how digital tools can help small organisations. Such activities connect academic knowledge with real life.
They also teach students something important: problems are often complicated. There may be no perfect answer. Different solutions may benefit some people while creating difficulties for others. Resources may be limited. Information may be incomplete. Stakeholders may disagree.
Learning to navigate these tensions is itself an educational outcome.
It also helps students understand that failure is not necessarily evidence of incompetence. Sometimes the first solution does not work. The important question is whether the student can examine what went wrong, learn from it and try again. This is why resilience belongs alongside academic knowledge.
The World Economic Forum’s 2025 findings show that resilience, flexibility and agility are already regarded as major core skills and are expected to become even more important.
Education should therefore make room for productive failure. Students should sometimes be allowed to struggle with challenging questions rather than being immediately given the answer.
They should learn that uncertainty is not something to fear.
This becomes particularly important as artificial intelligence becomes more capable. AI can already assist with writing, research, coding, translation, calculations and information processing. The World Economic Forum notes that AI and big data are among the fastest-growing skills, while also emphasising that human capabilities such as analytical thinking, creative thinking and resilience remain important.
The implication for education is not that students should compete with machines at everything machines can do. Instead, they need to understand how to use technology intelligently while developing the judgement that technology cannot simply provide for them.
Students should learn how to question AI-generated information, verify claims, recognise limitations, protect privacy, consider ethical consequences and make decisions responsibly.
This is another example of preparing students for problems that did not exist in the same form a generation ago.
The same principle applies to environmental and social challenges. Students need enough knowledge to understand major issues, but they also need the capacity to respond when circumstances change.
Education cannot predict exactly what climate-related challenges, technological disruptions or economic conditions today’s children will face as adults. It can, however, develop people who are capable of learning their way through uncertainty.
That is the deeper purpose of future-ready education. The goal is not to predict the future perfectly. It is to prepare students to participate intelligently in creating it.
A good education system should therefore give students strong foundations without trapping them inside the assumptions of the present. Mathematics, science, languages, history and other disciplines remain important because they provide knowledge through which students understand the world. However, these subjects become even more powerful when they are used to investigate, create, question and solve.
The students of today may eventually encounter problems that their teachers cannot name, their textbooks cannot describe and their schools cannot predict. That should not make education helpless. It should make education more ambitious.
Schools should prepare young people not merely to answer tomorrow’s questions but to recognise new questions, investigate unfamiliar situations and develop responsible solutions. They should leave education with knowledge, but also with curiosity. They should have skills, but also the willingness to keep developing them. They should have confidence, but also the humility to recognise when they need to learn something new.
The future will belong not only to those who know what to do, but also to those who can work out what to do when nobody has the answer. That is why education must prepare students for problems that do not yet exist.