Beyond Exam Results: Building Critical Thinkers and Problem-solvers

Bangladesh’s education system is facing challenges in preparing students for a rapidly changing world that requires adaptability and critical skills, not solely exam results or memorised information. With the influence of artificial intelligence, misinformation, and economic uncertainty, students need to be trained to question assumptions and solve new problems, rather than just reproducing learned knowledge.
The gap matters far beyond academic performance. Citizens need to distinguish facts from rumours on social media. Workers must adapt to changing technologies rather than simply follow instructions. And a functioning democracy depends on people who can scrutinise political claims without allowing partisan loyalties to determine what they believe.
Consider a student who earns excellent examination marks but cannot verify a viral Facebook post, explain rising food prices or suggest ways to reduce waterlogging near school. The student may have mastered the examination system without learning how to apply knowledge to everyday problems.
Examinations, memorisation and academic achievement all have their place. Students need foundational knowledge, and examinations can help assess whether they have acquired it. The problem is treating these measures as the principal purpose of education. Bangladesh needs a system that values not only what students remember but also how they use what they know.

When examinations dictate learning

When marks depend heavily on reproducing expected answers, memorisation becomes the safest route to success. Teachers must complete syllabuses and prepare students for examinations, often leaving little time for discussion, investigation or practical work.
A lesson on environmental pollution, for instance, might require students to memorise its causes and consequences. But why not ask them to investigate the plastic waste accumulating beside a local canal or the drains that become blocked before the monsoon? They could interview residents, examine waste-disposal practices and propose solutions that account for local circumstances.
Economics offers similar opportunities. After studying inflation, students could track the prices of rice, eggs, lentils and vegetables at a local market over several weeks. They could then examine how rising prices affect households with different income levels. Such an exercise would connect an abstract economic concept to the financial pressures families face.
These activities do not diminish the importance of subject knowledge. They demonstrate why it matters. A student who understands a concept should be able to explain it in their own words, recognise its relevance and apply it to an unfamiliar situation.
Assessment must reflect that expectation. If examinations reward recall almost exclusively, classroom teaching will continue to prioritise it; regardless of how often education reforms call for creativity and critical thinking.

Education must not become political indoctrination

Independent thinking also requires classrooms where students can examine political and ideological questions without being pressured to accept predetermined conclusions.
Politics belongs in education. History examines national identity and competing interpretations of events; economics considers public policy and inequality; civics explores citizenship, rights and governance. The challenge is to teach these subjects without turning them into instruments of partisan persuasion.
In a Bangladeshi classroom studying the Language Movement of 1952 or the Liberation War of 1971, students should learn established historical facts and engage with reliable documents, eyewitness accounts and other evidence. Teachers should explain the historical context and distinguish documented events from disputed interpretations. Asking a genuine question should not automatically be treated as hostility towards the country.
A civics lesson could examine the responsibilities of voters, election officials, political parties and the media. Students might discuss how misinformation influences elections or compare competing policy proposals. The objective would be to help them assess political arguments, not direct them towards a particular party.
Teaching political ideologies is different from presenting one ideology as unquestionable truth. When disagreement is discouraged, students learn that repeating an accepted position is safer than examining the evidence. That habit undermines the very independence education should cultivate.
Political neutrality does not mean treating every claim as equally credible. Evidence-based teaching requires distinguishing fact from falsehood and well-supported arguments from unsupported assertions. What matters is applying consistent standards and allowing students to reach reasoned conclusions without partisan pressure.
The same principle applies to campus politics. Bangladesh’s student movements have played important roles in political and democratic struggles, and student activism can develop leadership, civic awareness and a commitment to public accountability. But those benefits diminish when campus politics becomes an exercise in power rather than an exchange of ideas.
When students are pressured to join partisan organisations, intimidation or violence disrupts academic life, or political loyalty takes precedence over merit, universities lose sight of their educational purpose. Students may learn to follow powerful groups rather than question them. Teaching, research and open debate suffer.
Universities should protect students’ freedom to participate in politics, disagree with others or remain unaffiliated without fear of coercion. Student organisations should be judged by the quality of their arguments, their respect for others and their contribution to student welfare, not by their ability to demonstrate political influence.
The goal is neither to remove politics from education nor to produce students without political opinions. It is to ensure that those opinions emerge from knowledge, reflection and independent judgement.

From information to evidence

Young Bangladeshis have unprecedented access to news, research and educational resources through digital platforms. The same platforms circulate misleading headlines, manipulated images, fabricated quotations and claims unsupported by evidence.
A Facebook post claiming that a particular food causes a serious disease may attract thousands of shares. A photograph presented as evidence of a recent incident in Bangladesh may actually be several years old or taken in another country. Neither popularity nor visual authenticity guarantees accuracy.
Teachers can use such examples to teach verification. Students could trace a post to its original source, check a photograph’s date and location, compare reports from credible news organisations and consult relevant scientific or official information. They would then explain what the evidence establishes and what remains uncertain.
The approach can be adapted across subjects. Science students could examine health claims, social science students could compare public statements with available data, and journalism students could investigate how an unverified claim spreads online.
The essential lesson is that confidence is not expertise, a genuine photograph can be taken out of context, and a statistic can mislead when important information is missing. Students should learn to evaluate information rather than accept it uncritically or dismiss everything they encounter.
Media literacy should therefore be part of everyday education, not an occasional lesson reserved for technology or journalism courses.

Learning through real-world problems

Textbook exercises usually provide clearly defined questions and enough information to solve them. Real problems are rarely so convenient. Evidence may be incomplete, resources limited and possible solutions contested. Students need opportunities to work through that uncertainty.
For example, at a university in Chattogram, students could investigate waterlogging around their campus during the rainy season. They might map affected areas, interview residents, inspect blocked drains and examine whether waste disposal contributes to the problem. Their findings could form the basis of recommendations for the university, local authorities and the surrounding community.
Students in coastal areas could study how salinity, cyclones and changing weather patterns affect livelihoods and access to safe drinking water. Those in urban institutions could investigate traffic congestion, pedestrian safety or the accessibility of public services.
Business students could consult customers and recommend improvements to a local enterprise. Public administration students could identify obstacles to accessing a government service, while journalism students could examine how misinformation spreads through online networks.
Such projects require students to gather evidence, work in teams, communicate findings and consider whether their proposed solutions are affordable and practical. They also expose students to the limits of their own assumptions: a solution that appears straightforward in the classroom may prove difficult when financial constraints, competing interests and local realities enter the picture. 
Universities could partner with schools to involve younger students in suitable research activities. With appropriate guidance, schoolchildren could learn to observe problems, collect information and ask research questions before entering higher education.
These experiences prepare students for employment, where they must analyse information, adapt to unfamiliar situations and make decisions. They also help them understand public policy, make informed personal choices and contribute to their communities. Educational institutions and the government must provide the funding, equipment, supervision and other support needed to make such learning accessible, including to students from disadvantaged backgrounds.

Reforming assessment and supporting teachers

Project-based learning will remain an exception if examinations continue to reward memorisation above all else. Students respond to what determines their grades, and teachers cannot easily prioritise skills that the assessment system overlooks.
Written examinations should remain part of the system, but questions must test interpretation and application alongside factual knowledge. Instead of asking students only to list the causes of air pollution, an examination could present a local case study and ask them to identify likely causes, assess possible responses and explain what further information would help them reach a conclusion.
Mathematics questions could use household budgets or market prices. Science examinations could ask students to interpret observations, while language assignments could require them to compare two accounts of an event and identify differences in evidence and perspective.
Research projects, presentations and practical demonstrations could complement written tests. Transparent assessment criteria would help ensure that students are judged fairly on the quality of their evidence, reasoning and proposed solutions rather than simply on whether their conclusions match a teacher’s personal views.
Teachers will need training, adequate financial benefits, manageable workloads and appropriate learning materials. Expecting them to supervise research projects and introduce new teaching methods without additional time and support would be unrealistic. Curriculum reform, teacher preparation and assessment changes must work together.
Parents also influence what students value. When grades and admission to prestigious institutions become the only accepted measures of success, curiosity and learning from mistakes receive less encouragement. Academic achievement matters, but so do perseverance, ethical judgement and the ability to work constructively with others.

Preparing students for artificial intelligence

Artificial intelligence makes these reforms more urgent. AI tools can summarise documents, translate texts and generate answers within seconds. They can support learning, but they can also encourage students to submit work they do not understand or repeat claims they have not verified.
A student researching the Sundarbans might ask an AI tool to summarise its ecological importance. The useful next step is not to copy the response but to check its claims against reliable sources and consider whether it overlooks conservation challenges or the experiences of local communities.
A student using AI to solve a mathematical problem should be able to explain the method independently and identify errors. The same principle applies to essays, translations and research assignments: technology may assist the process, but it cannot replace the student’s responsibility to understand and verify the result.
Banning AI tools outright would miss an opportunity to teach responsible use. Students need to recognise that automated systems can produce plausible but inaccurate answers, reflect biases or expose personal information if used carelessly.
Subject knowledge remains essential. Students who understand a topic are better equipped to identify errors, challenge misleading outputs and judge whether an AI-generated response is useful. The aim should be to prepare young people to use technology critically, not simply to reproduce what it provides.

Measuring what education achieves

Reforming Bangladesh’s education system will require sustained commitment from policymakers, educational institutions, teachers, parents and students. It must also account for unequal resources across schools, colleges, madrasas and universities. A project-based curriculum will mean little to institutions that lack the funds, equipment or trained staff to implement it.
The priorities are clear: examinations should reward understanding as well as recall; classrooms should encourage evidence-based inquiry; teachers should receive the support necessary to adopt more effective methods; and students should have opportunities to investigate problems in their communities. Academic freedom must also be protected so that political and ideological questions can be examined without coercion.
Bangladesh’s educational success cannot be judged by examination results and top grades alone. It should also be measured by whether graduates can verify a claim, defend a conclusion with credible evidence, recognise the limits of their knowledge and respond sensibly when no ready-made answer exists.
The purpose of education is to empower the next generation with knowledge, confidence, and judgement, enabling them to think independently. Bangladesh’s future challenges will hinge on whether its classrooms facilitate this capability.
_______________________________________________________________
The writer is an Assistant Professor and Chairman of the Department of Journalism and Media Studies at BGC Trust University Bangladesh. He can be reached at [email protected]