Whole Child Education in an Exam-Driven School: A Practical Guide for Teachers

You know the moment. A student raises a hand in the middle of your lesson and asks a question that is genuinely brilliant. It is also nowhere near today's topic. You glance at the clock, think about the portion still left before the unit test, and say, "Good question. Let's discuss it later." Later never comes.

If that feels familiar, you are not failing at your job. You are doing exactly what an exam-driven system trains you to do. Most of us entered teaching to shape whole people: curious, kind, resilient young humans. Then we met the syllabus, the board pattern, the parent who asks only about marks, and the leadership review that opens with the class average.

Here is the good news. Whole child education and strong academic results do not have to compete. With the right structures, curiosity and character become the engine of achievement, not a distraction from it.

This guide draws on a Suraasa Leadership Series conversation between Rishabh Khanna, Founder of Suraasa, and Kiran Merchant, Principal and Head of School at Surana High Tech International School in Chennai. Merchant brings over 26 years of experience across CBSE, Cambridge and IB curricula. Her central claim is simple, and she put it in five words:

"Good learning leads to good grades." (Kiran Merchant)

Below, we unpack what that looks like on a Tuesday morning with 40 students, a fixed timetable and an exam in six weeks.

The False Dilemma: Whole-Child Growth vs. Board Exam Scores

Most schools talk about holistic development as though it sits on one side of a scale and marks sit on the other. Add more of one, lose some of the other. So holistic work gets pushed to the edges: an assembly, a club, a value education period, an annual day.

Merchant rejects that framing. In her view, curiosity and character are not separate from academic instruction. They are part of how academic learning happens in the first place. A student who asks better questions understands a concept more deeply. A student who perseveres through a hard problem builds the stamina that a three-hour board paper demands. A student who collaborates well learns from peers, not just from you.

India's own policy framework agrees. The National Education Policy 2020 places holistic and multidisciplinary education at its core and calls for a shift away from rote learning toward critical thinking and inquiry. The policy names the destination. The question for teachers is how to get there without abandoning the syllabus.

Merchant traces her own conviction back to her early career, teaching under conventional curricula. She noticed that students remembered concepts far better when lessons moved from textbook worksheets to real-world examples and experiential tasks. Engagement went up. So did retention. And retention is exactly what an exam measures.

That is the reframe. Experiential, inquiry-led teaching is not a luxury you earn after finishing the portion. It is one of the most reliable ways to finish the portion well.

Why Student Curiosity Drops After Kindergarten (and How to Protect It)

Walk into any kindergarten classroom and you hear a steady stream of questions. Why is the sky blue? Where do ants sleep? What happens if the fan never stops? Walk into a Grade 9 classroom and the questions mostly come from you.

Merchant names this pattern directly: curiosity diminishes as students move up the grades unless teachers deliberately protect it. Nothing about a 14-year-old's brain makes them less curious. What changes is the culture around them. Over years, students learn that the correct answer earns praise, the wrong answer earns embarrassment, and the question that wanders off topic earns a polite deferral. So they stop asking.

Merchant's response is structure. She points to thinking routines, short and repeatable classroom protocols that make questioning a normal part of every lesson rather than an interruption. The routines she names include:

• The Question Formulation Technique (QFT), developed by the Right Question Institute, which teaches students to produce, improve and prioritise their own questions.
• See-Think-Wonder, one of the thinking routines from Harvard's Project Zero, which asks students what they observe, what they think is going on, and what it makes them wonder.
• Questioning Pencils, another routine Merchant uses to foster active questioning.

Why does this matter now more than ever? Merchant puts it bluntly:

"The future belongs to people who will ask the right questions, because answers can be... you have AI to give you all the answers." (Kiran Merchant)

When any student can get an answer in seconds, the scarce skill is knowing what to ask. If you want to go deeper on what this shift means for your classroom, our guide to AI in education and how it is changing teaching explores it in detail.

Merchant explores these routines, and much more, in the full conversation. Watch Kiran Merchant explain how she protects curiosity without losing syllabus time:

Using Thinking Routines to Turn Random Questions into Curriculum Progress

Here is the fear every teacher carries: if I invite questions, I will lose control of the lesson. Thirty students, thirty tangents, and the portion slips by another week.

Merchant's answer is guardrails. Teachers do not leave inquiry open-ended. They present a provocation, an image, object, short text or problem, and they frame the direction of inquiry. When you choose the provocation carefully, student questions naturally land inside the unit you are teaching. You are not chasing their curiosity. You are channelling it.

Consider a worked example. You are starting a Grade 7 science unit on adaptation. Instead of opening with a definition, you project a photograph of a camel in the desert and run See-Think-Wonder:

• See: "It has long eyelashes. Its feet are wide. There is no water anywhere."
• Think: "Maybe the eyelashes keep sand out. Maybe the wide feet stop it sinking."
• Wonder: "How long can it survive without water? Do other desert animals have the same features?"

Every one of those questions sits inside your syllabus. You have just generated the unit's driving questions, and the students own them. Write them on a chart, return to them through the unit, and tick them off as the class answers each one.

The table below shows how you can match routines to familiar curriculum moments.

Merchant also suggests a small but powerful habit. When a student gives an answer, resist the urge to confirm it immediately. Ask instead: "What made you think that way?" or "How did you arrive at this answer?" These prompts surface reasoning, expose misconceptions early and tell you far more than a right or wrong ever could. They also sit naturally within assessment for learning, the kind of checking that improves performance before the final exam rather than simply measuring it afterwards.

Thinking routines also pair well with higher-order objectives. If your questions climb from recall toward analysis and evaluation, you are working through Bloom's Taxonomy in practice, which is exactly where competency-based board questions now sit.

Why Values Must Be Caught in Daily Practice, Not Taught in a 40-Minute Period

In many schools, character education lives in one slot on the timetable. Forty minutes a week of moral science or value education, a story with a lesson, perhaps a worksheet. Then the bell rings and everyone returns to the "real" subjects.

Merchant rejects this model entirely:

"I believe that character or values cannot be taught in isolation. So, I also believe that character is most often caught rather than taught." (Kiran Merchant)

Think about what that means for your classroom. Students do not learn perseverance from a lecture about perseverance. They learn it when they struggle with a hard maths problem, keep going, and someone notices. They do not learn empathy from a definition. They learn it when a literature discussion asks them to stand inside a character's shoes, and when they watch how you treat the student who got it wrong.

This aligns with research on social and emotional learning. CASEL, a leading organisation in the field, describes competencies such as self-management, relationship skills and responsible decision-making, and it emphasises integrating them into academic instruction rather than treating them as an add-on.

So where do values live in your existing lessons? More places than you might expect.

None of these takes extra time. They take attention. You are already teaching the lesson. You simply notice the character in it and say so out loud.

Making the Invisible Visible: Reinforcing Habits of Mind in Academic Classes

Habits of mind, such as curiosity, persistence, flexible thinking and careful listening, are invisible by default. A student displays them for a few seconds and the moment passes. Unless someone names them, the student may never realise they did something worth repeating.

Merchant's practical advice is to eliminate isolated value lectures and instead praise specific collaborative or perseverant behaviours as they happen during academic tasks. The key word is specific. "Good job" teaches nothing. "You did not give up when your first approach failed, and you went back to check your working" teaches a habit.

Here are three simple ways to make the invisible visible:

1. Narrate what you see. During group work, walk the room and describe behaviours aloud: "This group is building on each other's ideas instead of just adding their own." Other groups hear it and adjust.
2. Ask students to name it. At the end of a lesson, ask: "What helped you learn today? Was it something you did, or something a classmate did?" Students begin to notice their own habits.
3. Connect the habit to the result. When a student improves on a test, link it back: "Remember how you started asking 'why' about every step? Look at your marks in the reasoning questions now."

That last point matters for the exam-driven context. When students see that their habits produced their results, character stops feeling like a separate subject. It becomes the reason their marks moved. Well-structured group tasks give you many of these moments; our guide to cooperative learning strategies shows how to design them so collaboration actually produces learning.

Bringing Parents on Board: Showing the Value of Inquiry Beyond Marks

You can transform your classroom and still lose the argument at the parent-teacher meeting. A parent sees fewer worksheets coming home, hears that the class spent a lesson "just asking questions", and worries that their child is falling behind.

That worry is reasonable. Parents in exam-driven systems have watched marks decide admissions, scholarships and careers. Telling them that marks do not matter will not work, and it is not true. What works is showing them how inquiry builds the understanding that produces marks.

Merchant's recommendation is practical: organise parent orientation sessions that mirror the inquiry routines students experience in class. Do not describe See-Think-Wonder to parents. Run it with them. Put up a provocation, ask them what they see, think and wonder, and let them feel how much deeper their own engagement goes compared with simply being told an answer.

A short orientation might follow this sequence:

• Experience it (15 minutes): Run one thinking routine with parents as learners.
• Connect it (10 minutes): Show how the questions they generated map onto the unit's learning outcomes.
• Show the evidence (10 minutes): Share samples of student work that show reasoning, alongside how that reasoning appears in assessment questions.
• Give them a role (5 minutes): Offer two questions to ask at home instead of "What marks did you get?", such as "What did you wonder about today?" and "How did you figure that out?"

Parents who experience inquiry become allies. They stop asking whether their child is "covering the portion" and start asking what their child is curious about. That shift protects your classroom culture far more than any circular ever could.

Engaging the Short Attention Span: Designing for the Zone of Proximal Development

Every teacher has noticed it: students seem to disengage faster than they used to. Many teachers blame screens and leave it there. Merchant offers a more useful lens, the Zone of Proximal Development (ZPD).

The ZPD, an idea from the psychologist Lev Vygotsky, describes the space between what a learner can do alone and what they can do with support. Learning happens best inside that zone. Merchant's insight is that disengagement often signals a mismatch. Students drift when content is either too frustrating or too easy. The frustrated student gives up. The bored student switches off. Both look the same from the front of the room.

So when attention fades, ask a diagnostic question before reaching for a new activity: is this task sitting inside the zone for these students?

Merchant points to two responses:

• Differentiate the task. Offer the same core concept at different levels of challenge. In a maths lesson on ratios, one group works with concrete objects, another solves standard problems, and a third tackles a real-world pricing puzzle. Everyone learns ratios. Everyone stays in their zone.
• Build a diverse repertoire. No single method holds attention for a full period. Move between short direct instruction, paired discussion, independent practice and a thinking routine. Variety resets attention without sacrificing rigour.

Here is a quick self-check you can run during any lesson:

Designing for the ZPD is not an extra layer of work on top of exam preparation. It is exam preparation done properly, because students only master content they actually engage with.

Dismantling Subject Silos Through Thematic and Interdisciplinary Learning

Look at a typical timetable. Maths at 8:40. English at 9:20. EVS at 10:00. A bell between each. Without meaning to, we teach young learners that knowledge comes in separate boxes, and that what you learn in one box has nothing to do with the next.

Merchant argues that rigid timetables divide organic learning into artificial silos. Real problems do not arrive sorted by subject. A child wondering why plants in the school garden are wilting is asking a science question, a maths question about how much water they need, a language question about how to record observations, and a social question about who looks after the garden during holidays.

Her recommendation is that early education, and middle years too, should blur subject boundaries through thematic and interdisciplinary units. When you organise learning around a theme, students see connections instead of compartments.

Here is how a theme of "Water" might run across subjects in Grade 4:

• Science: the water cycle and why plants need water.
• Maths: measuring rainfall over two weeks and building a bar graph.
• Language: writing a persuasive letter to the school about saving water.
• Social studies: how different regions of India manage water scarcity.
• Art: designing posters for a water-saving campaign.

Each subject still meets its own learning outcomes. The difference is that students carry understanding across the day instead of leaving it behind at each bell. This is closely related to concept-based teaching, where the goal is for students to transfer big ideas across contexts. Transfer, not recall, is what modern competency-based assessments reward.

You do not need permission to redesign the whole timetable. Start with one co-planned theme per term with one colleague. Agree on the theme, map your separate outcomes onto it, and make the connections explicit to students.

Coaching Teachers for Process: Why Learnability Outweighs Centum Track Records

Whole child education asks a lot of teachers. It asks you to plan provocations, notice character, differentiate tasks and collaborate across subjects. None of that happens in a school culture that judges teachers only by last year's results.

Merchant makes two points about how leaders can build the right culture.

First, leaders should act as coaches. During school hours, her focus is on being present in classrooms and catching teachers doing things right. Administrative desk work belongs before or after school. The aim is to find coachable moments and create a non-judgmental environment where teachers feel safe to try something new. A teacher who fears every observation will never risk a thinking routine that might wobble the first time. Our guide to classroom observation, feedback and reflective practice explores how this kind of supportive observation turns into real growth.

Second, Merchant challenges how schools hire. Producing centum scores, perfect marks, is commendable. But she argues it should not be the primary hiring criterion. What matters more is a teacher's own appetite for learning, their reflective practice and their mastery of instructional process. A teacher with a strong process can adapt to any cohort. A teacher with only a track record may struggle when the students change.

She ties this to a principle of consistency:

"As we tell our students that you have to be a lifelong learner... so we have to demonstrate that." (Kiran Merchant)

If you are a teacher rather than a leader, this is still your section. Learnability is something you can build and show. Keep a short reflection log after lessons. Note which routines worked and why. Seek feedback from a colleague. Plan your professional learning deliberately across the year rather than collecting random certificates; our guide to CPD for teachers and how to plan your year can help. When your next interviewer asks about your results, you will have something richer to offer: evidence of how you think about teaching.

For teachers who want structured training in this kind of pedagogy, the Professional Graduate Certificate in Teaching and Learning (PgCTL) is the programme we built for exactly that: a deeper grounding in how students learn and how to design for it. You chose teaching with a purpose. Structured training gives that purpose a system to grow into.

The Lasting Impact: Cultivating Safe Classrooms Where Learners Feel Believed In

Strip away the routines, the tables and the timetable fixes, and whole child education comes down to one thing: how a student feels in your room.

A student who feels safe asks the question they are unsure about. A student who feels believed in tries the hard problem. A student who feels seen keeps going when the first attempt fails. Every strategy in this guide depends on that foundation. Thinking routines collapse in a classroom where wrong answers get mocked. Values cannot be caught where students feel judged. Differentiation backfires if students feel labelled.

Merchant closes the conversation with a line every teacher should keep close:

"Students may forget a lesson, but they rarely forget how the teacher made them learn, made them feel, or how that teacher believed in them." (Kiran Merchant)

That is the deepest answer to the false dilemma. Marks matter. They open doors. But the student who learned to ask good questions, to persevere and to work with others will keep earning good marks long after your class, because they carry the habits that produce them.

Where to start this week

You do not need to change everything at once. Pick one move and try it in your next unit:

• Open your next topic with See-Think-Wonder and keep the questions on a chart.
• Replace "Correct" with "How did you arrive at this answer?" for one full lesson.
• Name one specific act of perseverance or collaboration in every class.
• When attention fades, check whether the task sits too far above or below the zone.
• Agree on one shared theme with a colleague for next term.

Try one. Notice what happens. Then try the next. You entered this profession to shape whole people, and an exam-driven system does not have to take that from you. It just needs you to build the structure that lets both grow together.

For the Love of Teaching.