IMAGINE a student who can reproduce a polished essay on water scarcity, complete with quotations, causes and recommendations. Ask the same student why a neighbourhood suffers shortages despite receiving rain, and the answer becomes uncertain. The first task rewards possession of a prepared response. The second requires the learner to connect knowledge with a problem. Both concern water. They reveal different kinds of learning.
This distinction belongs at the centre of Pakistan’s education debate. We rightly discuss curricula, textbooks, teacher recruitment and school buildings. Yet the question paper deserves equal attention. It tells students what earns recognition, teachers what demands preparation and parents what counts as achievement. Through these signals, an examination becomes education policy delivered to the classroom. The stakes are visible in the evidence. The World Bank’s 2019 learning-poverty estimate suggested that close to half of Pakistani children enrolled in school could not read and understand a simple story by age ten. Behind that figure lies a familiar pattern: students can pass from class to class while the skills that examinations were meant to certify remain fragile.
Where predictable questions and reproduced passages secure marks, memorisation becomes a rational strategy. Students have limited time, teachers face pressure to produce results, and families want qualifications that open doors. A thriving market in guidebooks and “important questions” responds to those incentives. If rehearsing an answer offers the safest route to success, appeals to think independently will struggle to compete. This does not make memory the enemy of learning. A child needs vocabulary, number facts and essential knowledge before attempting more demanding work. Understanding requires something to understand. The difficulty arises when recall becomes the final destination rather than the starting point.
Pakistan already has foundations for this shift. The Punjab Education Curriculum, Training and Assessment Authority lists discouraging rote memorisation and promoting higher-order skills among the objectives of its school-based assessment, and its item bank supports multiple-choice, short-answer and constructed-response questions. The Aga Khan University Examination Board has for years built its papers around published student learning outcomes, showing that application-based assessment can work at scale within our own system.
Format alone cannot guarantee quality. An essay may invite little more than a memorised passage, while a well-built multiple-choice item may demand careful interpretation of evidence. Asking students to “analyse” achieves little if the expected answer remains a fixed list from a guidebook. What matters is the intellectual work a question requires and the understanding that receives credit. Consider mathematics. Asking for the definition of a percentage tests recall. Giving students two differently priced packages and asking which offers better value tests application. In language, a comprehension question can ask students to copy a sentence, or to infer a speaker’s intention and justify it from the passage. Neither reform needs expensive technology. Both need deliberate design.
The same logic extends across subjects. A science paper can ask students to state Newton’s third law, or to explain how a rower moves a boat forward by pushing water backwards. A geography paper can ask students to name the rivers of the Indus system, or ask why a city beside a great river might still face water shortages. Each second question still rewards knowledge, but it also rewards thinking. Marking matters equally. If a student offers a sound explanation in unfamiliar wording, the scheme must accommodate it. Where several conclusions are defensible, credit should follow the quality of evidence and reasoning. Clear rubrics, and examiners who practise applying them together, can distinguish an unsupported assertion from a coherent argument.
Teachers need the same clarity before the examination. Sample papers, annotated answers and accessible marking criteria, together with training in which teachers attempt and assess questions themselves, would show what successful reasoning looks like. A circular announcing conceptual assessment cannot by itself change classroom practice.
Fairness requires particular care. A question meant to measure scientific understanding should not become a test of difficult English or of familiarity with an affluent household’s experiences. Contexts should be accessible and language suited to the skill being assessed; otherwise a reform designed to reveal understanding may reward advantages students bring from outside school.
For the same reason, change should be gradual. Students should not meet a new idea of success for the first time inside an examination hall. Boards could begin with a published proportion of application and explanation questions, backed by practice materials for every school, and raise it as teachers gain experience. Results, too, could become more useful: feedback identifying difficulty with inference or proportional reasoning tells a school what to teach next, which an aggregate score rarely does.
None of this replaces better facilities, sufficient teachers or adequate funding. Examination reform works through those conditions. It can, however, help align effort with the learning Pakistan wants. A nation with an extraordinarily young population has every reason to ensure that its students leave school able to reason, not merely recall. The question paper carries authority long before a student sits down to answer it. Its expectations shape lesson plans, homework, family conversations and preparation markets. Pakistan’s reform agenda should therefore ask of every examination: What habits of mind does this paper reward? The student who can recite an essay on water scarcity deserves a paper that also asks why the taps run dry. When understanding earns marks reliably, the classroom gains a powerful reason to cultivate it.
—The writer is Commoner from 44th Common Educationist — Founder of WHI Institute.based in Sargodha.
