For generations, education has been organised around a familiar principle: teachers possess knowledge, students receive it, examinations test whether they have retained it, and qualifications certify the outcome. In Malta, the question should no longer simply be whether students are learning enough, but whether they are learning how to learn.
Our education system remains heavily influenced by examinations. Success can therefore become associated with remembering information and reproducing it under examination conditions rather than understanding, questioning and applying what has been learned.
MATSEC, like every assessment system, has an important function. However, examinations should never become the definition of education itself. A student can perform well in an examination without becoming an independent learner, while another who struggles with traditional examinations may possess practical intelligence, creativity and problem-solving ability.
This is particularly relevant to vocational education. Malta has spent years attempting to give vocational learning the recognition it deserves, yet traces remain of an old hierarchy placing academic knowledge above practical knowledge. Learning through doing can involve sophisticated thinking. A student troubleshooting a technical problem, preparing a complex dish, designing a digital product or responding to an unexpected situation in hospitality is observing, analysing, testing, adapting and evaluating.
These are precisely the behaviours involved in learning to learn. Academically successful students also need experiential learning. We should resist creating two educational worlds - one for those who supposedly "think" and another for those who supposedly "do" - because modern life increasingly requires both.
Artificial intelligence makes this debate even more urgent. Students can now ask a machine to produce an essay, summarise a chapter, explain a mathematical concept, generate computer code or suggest solutions within seconds. If anything, they now need to think more.
When information is unlimited, the advantage lies in knowing what to do with it. Can students distinguish reliable information from convincing nonsense? Can they identify bias, verify a claim and recognise when an AI-generated answer is wrong? Can they formulate intelligent questions and think independently rather than simply outsource thinking? Having immediate access to an answer is not the same as understanding it.
This brings us to metacognition: thinking about one's own thinking. Effective learners recognise when they understand something and when they do not. They identify gaps in their knowledge, select appropriate learning strategies, seek help when necessary, evaluate feedback and modify their approach when something is not working.
Yet we frequently tell students to "study" without teaching them how learning happens. A student may spend hours rereading notes and believe they have studied effectively because the material looks familiar. Neither activity demonstrates understanding because familiarity can easily be mistaken for mastery.
Learning becomes deeper when students retrieve information from memory, explain concepts in their own words, connect new knowledge to previous knowledge and apply ideas to unfamiliar situations. It also deepens when students reflect upon mistakes rather than fear them. This requires an educational culture in which the process of learning matters alongside the final mark.
Mistakes deserve rehabilitation within education. In highly assessment-driven environments, being wrong becomes something to fear, and students become cautious. Some would rather remain silent than risk giving an incorrect answer. Yet mistakes are among the richest sources of information available to learners because they reveal where understanding has broken down.
We should therefore ask not only whether an answer is correct, but why a mistake occurred and what can be learned from it. When mistakes become opportunities for reflection rather than deductions from a mark, students begin developing the capacity to regulate their own learning.
This also requires us to reconsider the teacher's role. Teachers cannot simply be transmitters of information when information is available everywhere and almost instantaneously. Excellent teachers do something more important: they teach students to interrogate information, connect ideas, tolerate uncertainty, challenge assumptions and become less dependent upon the teacher.
Successful education should ultimately produce independence. A student who can learn only when somebody specifies exactly what to read, remember and reproduce may obtain excellent qualifications while remaining dependent upon externally directed learning. The stronger learner eventually knows how to identify what needs to be learned and determine how to learn it.
We cannot predict everything a child entering school today will need throughout a working life. Technologies will change, professions will evolve and new occupations will emerge. Education can, however, give young people the confidence and competence to encounter something unfamiliar and work out how to learn it.
Malta frequently debates syllabi, examinations, homework, vocational subjects, technology and university entry requirements. These debates matter, but beneath them lies a more fundamental question: what kind of learner are we trying to produce? If the answer is someone capable of navigating the next examination, our educational ambition is too limited.
The real measure of education comes later, when examination papers have disappeared, certificates are hanging on a wall and there is no teacher nearby with the answer. Education has truly succeeded when people remain curious, adaptable and intellectually independent. Ultimately, what matters is not what they once learned, but whether they still know how to learn.