When Schooling Destroys Learning: Rethinking Education Outcomes

Schooling and Learning: Going to school and learning are closely connected, but they are not exactly the same thing.

A child can attend school every day, complete homework, pass examinations and move from one grade to another while still struggling to read fluently, understand mathematical concepts, solve unfamiliar problems or explain ideas independently.

That distinction is at the centre of one of the most important debates in education: What happens when education systems become more focused on completing the process of schooling than on ensuring that students actually learn?

India's recent data provide reasons for both optimism and concern.

Learning levels have improved considerably from the pandemic-era decline. Government-school foundational learning in particular showed strong recovery in ASER 2024.

But major gaps remain.

ASER 2024 reported that among rural Class 5 children, approximately 48.8% could read a Class 2-level text.

Only about 30.7% of Class 5 children could solve a division problem.

The figures represent improvement compared with 2022, but they also demonstrate a basic problem: enrolment and grade progression do not automatically guarantee mastery of foundational skills.

The question therefore should not be whether schooling is bad. Schooling has dramatically expanded access to literacy, knowledge and opportunity.

The real question is whether schools can be redesigned so that attendance, examinations and credentials remain tools for learning rather than substitutes for it.

Schooling vs Learning: The Core Difference

Does Schooling Really Destroy Learning?

Not inherently.

Good schools can transform lives.

They can provide:

• Literacy
• Numeracy
• Scientific knowledge
• Social interaction
• Mentorship
• Opportunity

The problem arises when institutional incentives encourage schools and students to optimise for things that are only loosely connected to actual understanding.

What Can Go Wrong?

An education system can become distorted when success is measured mainly through:

• Marks
• Board percentages
• Entrance ranks
• Certificates
• Completion rates

These measures are useful, but none perfectly captures learning.

Rote Learning

Rote learning involves remembering information through repetition.

Memory itself is not bad.

Students need to remember:

• Vocabulary
• Mathematical facts
• Scientific concepts
• Historical information

The problem begins when memorisation replaces understanding.

Example of Memorisation Without Understanding

A student may memorise:

Area of a triangle = ½ × base × height

but still be unable to recognise how to use the formula when the triangle is presented in an unfamiliar orientation.

The formula has been remembered, but the underlying mathematical concept has not been fully learned.

Why Exams Can Encourage Rote Learning

If examination questions repeatedly reward:

• Definitions
• Textbook sentences
• Predictable answers
• Standard formats

students have a rational incentive to memorise those formats.

Assessment Shapes Learning Behaviour

Students pay attention to what schools reward.

If exams reward recall, they practise recall.

If exams reward reasoning, application and explanation, students have stronger incentives to develop those abilities.

India Is Moving Toward Competency-Based Assessment

The Ministry of Education says NEP 2020 emphasises a shift away from excessive rote and summative assessment toward:

• Competency-based assessment
• Conceptual understanding
• Critical thinking
• Continuous improvement
• Formative assessment

What Is Competency-Based Assessment?

It tests whether students can use what they have learned.

Instead of asking only:

“What is the definition?”

it can ask:

“Can you apply the idea to solve a new problem?”

PARAKH

PARAKH stands for:

Performance Assessment, Review and Analysis of Knowledge for Holistic Development.

It operates under NCERT as India's national assessment centre.

PARAKH Rashtriya Sarvekshan 2024

The nationwide assessment covered:

• 21,15,022 students
• 74,229 schools
• 781 districts
• 36 States and Union Territories

Students in Grades 3, 6 and 9 were assessed across relevant competency areas.

Why National Assessments Matter

Board examinations tell us how individual candidates perform in a certification examination.

National learning assessments answer a different question:

How well is the education system actually developing student competencies?

Foundational Learning Is Improving

Recent data do not support a simplistic story that Indian learning outcomes are only deteriorating.

Government figures comparing Grade 3 outcomes show:

• Language performance improving from 62% in NAS 2021 to 64% in PRS 2024
• Mathematics improving from 57% to 60%

The government has linked part of the improvement to sustained foundational literacy and numeracy efforts.

ASER 2024 Shows Strong Recovery

ASER's rural data also show improvement.

Class 3 Reading

The proportion of all rural Class 3 children able to read a Class 2-level text increased from:

• 20.5% in 2022
• to 27.1% in 2024

Class 3 Arithmetic

The share able to perform at least subtraction rose from:

• 25.9% in 2022
• to 33.7% in 2024

But Large Learning Gaps Remain

Improvement does not mean the challenge has disappeared.

In rural India, ASER 2024 reported:

• 48.8% of Class 5 children could read a Class 2-level text.
• 30.7% of Class 5 children could perform division.

These figures underline why educational progress should be judged by actual learning rather than enrolment alone.

What Happens When Children Fall Behind Early?

A child who enters Class 4 without basic reading fluency may face textbooks written for a much higher reading level.

The child can then fall further behind because reading is required to learn:

• Science
• Social science
• Mathematics instructions
• Other subjects

The Cumulative Learning Gap

Learning is cumulative.

If foundational skills are weak, later material becomes harder.

A simplified pattern can look like:

1. Child misses foundational concept.
2. Curriculum moves forward.
3. New lessons assume earlier mastery.
4. Child understands less.
5. Gap becomes larger.

Why Grade-Level Teaching Can Fail Struggling Students

A teacher may be required to teach the Class 5 syllabus even when many students are still working at Class 2 or Class 3 learning levels.

This creates a difficult classroom problem.

Teaching at the Right Level

One response is to assess what students can actually do and teach from that starting point.

This approach focuses on learning level rather than assuming all children in the same grade possess identical skills.

Why Curriculum Coverage Can Become a False Goal

A teacher may technically “complete the syllabus” without every student understanding it.

Syllabus completion is an administrative measure.

Learning is an educational outcome.

When Speed Becomes the Enemy of Understanding

A heavily packed curriculum can encourage:

• Fast lectures
• Limited discussion
• Less revision
• Fewer projects
• Less individual support

Should Curricula Be Easier?

Not necessarily.

High expectations can be valuable.

The goal should be appropriate depth and sequencing rather than simply reducing academic challenge.

High-Stakes Examination Culture

India's education system contains several high-stakes transitions involving:

• Board examinations
• University entrance tests
• Professional entrance exams
• Government recruitment exams

These examinations can determine access to highly competitive opportunities.

Why Competition Becomes Intense

Competition rises when:

• Millions of candidates compete
• High-quality seats are limited
• Particular careers carry strong social status
• Families invest heavily in education

The Coaching Economy

When examination performance becomes extremely important, specialised coaching industries emerge.

Coaching can help students prepare efficiently, but it can also shift educational attention toward:

• Exam patterns
• Question shortcuts
• Rank optimisation
• Repeated testing

Is Coaching Always Bad?

No.

Good coaching can clarify difficult concepts and provide structured practice.

The deeper question is why students sometimes feel regular schooling alone is insufficient for the examinations that determine their future.

Marks Are Useful but Imperfect

Marks provide a standardised way to compare performance.

But they can be influenced by:

• Exam design
• Test anxiety
• Coaching
• Memorisation
• Language

What Does Genuine Learning Look Like?

A student who genuinely understands a concept should increasingly be able to:

• Explain it
• Apply it
• Connect it to other concepts
• Use it in unfamiliar situations
• Ask better questions

Curiosity Is an Educational Outcome

One of the least measured but most important outcomes of schooling is curiosity.

A strong school should encourage students to ask:

• Why?
• How?
• What evidence supports this?
• What happens if conditions change?

What Can Kill Curiosity?

Curiosity can decline when students repeatedly receive messages such as:

• Only the exam answer matters.
• Do not ask beyond the syllabus.
• There is only one acceptable method.
• Questions waste time.

Discipline vs Curiosity

Structured learning and curiosity are not opposites.

Students need:

• Routine
• Practice
• Feedback
• Academic standards

while still being encouraged to explore ideas.

Teacher Quality Matters

No education reform can succeed without teachers.

Teachers need:

• Strong subject knowledge
• Pedagogical training
• Classroom support
• Professional development
• Reasonable workload

India Has More Than One Crore Teachers

UDISE+ 2025-26 reports approximately 1.03 crore teachers across India's school system.

The scale illustrates why even small improvements in teacher support can affect millions of students.

Teacher-Student Ratios Are Improving

Recent UDISE+ data show improvements in teacher availability and pupil-teacher ratios.

But an average ratio alone does not tell us whether teachers are:

• Distributed evenly
• Present in every subject
• Appropriately trained

Technology Can Improve Learning

Digital tools can provide:

• Interactive lessons
• Video explanations
• Adaptive practice
• Virtual laboratories
• Learning analytics

Technology Can Also Distract

Simply putting a tablet or smartboard into a classroom does not guarantee learning.

Technology must solve a specific educational problem.

AI in Schools

Artificial intelligence can potentially help teachers:

• Create practice material
• Identify learning gaps
• Personalise explanations
• Support translation

Risks of AI in Education

• Incorrect information
• Student overdependence
• Privacy concerns
• Reduced independent writing
• Unequal access

Homework and Learning

Homework can reinforce skills when it is:

• Purposeful
• Appropriate in difficulty
• Accompanied by feedback

Large quantities of repetitive homework do not automatically produce deeper learning.

Why Feedback Matters More Than Marks Alone

A score of 55/100 tells a student how they performed.

It may not tell them:

• What they misunderstood
• How to improve
• Which concept needs revision

Good feedback converts assessment into learning.

Formative Assessment

Formative assessment takes place during learning rather than only at the end.

Examples include:

• Short quizzes
• Class discussion
• Teacher observation
• Practice exercises
• Student reflection

Summative Assessment

Summative assessment measures achievement after a unit, term or course.

Board examinations are a major example.

Both formative and summative assessments have useful roles.

Why One Examination Cannot Measure Everything

A three-hour written examination can assess many academic skills, but it cannot fully measure:

• Teamwork
• Long-term projects
• Creativity
• Persistence
• Laboratory technique

Holistic Progress Card

PARAKH has developed Holistic Progress Card frameworks intended to support broader assessment across curricular and co-curricular learning.

The objective is to move beyond a single numerical score as the complete description of student development.

Does Holistic Assessment Mean No Exams?

No.

Assessment reform does not require abolishing examinations.

It means using a broader range of evidence about learning.

School Attendance Still Matters

Criticism of schooling should not obscure the enormous benefits of consistent attendance.

Schools provide:

• Teachers
• Peer learning
• Structured instruction
• Meals and welfare support in many settings
• Safe learning environments

India Has Nearly 25 Crore School Students

UDISE+ 2025-26 covers approximately 24.72 crore students across about 14.67 lakh schools.

Improving learning at that scale is one of the world's largest public-policy challenges.

Access Was the First Education Challenge

For decades, a central challenge was getting children into school.

India has made major progress in primary-level access.

Learning Is the Next Challenge

Once enrolment becomes widespread, the policy question changes:

Are children learning enough while they are in school?

Higher Secondary Participation Still Has Room to Grow

NITI Aayog's 2026 school-education policy report noted a national higher-secondary GER of about 58.4%.

This indicates that transition and retention remain important alongside learning quality.

Dropout and Learning Are Connected

A student who repeatedly struggles academically may become less engaged with school.

Weak learning can therefore contribute indirectly to:

• Absenteeism
• Disengagement
• Dropout

Parents Also Respond to Exam Incentives

Families naturally want children to succeed.

If the system defines success through marks and ranks, parents may invest heavily in:

• Tuition
• Coaching
• Test preparation

Education Reform Must Change Incentives

Telling students not to chase marks while admissions depend heavily on marks creates a contradiction.

Meaningful reform requires alignment between:

• Curriculum
• Assessment
• Admissions
• Teaching

What Should Schools Measure?

A balanced system should examine:

• Reading
• Mathematics
• Scientific reasoning
• Communication
• Problem solving
• Digital literacy
• Social-emotional development

Should Every Student Learn at the Same Pace?

Students differ.

A strong system provides extra support without permanently lowering expectations.

Remedial Education

Targeted remedial instruction can help students close gaps before they become permanent.

It should be based on diagnosis rather than stigma.

Libraries Matter

Children need opportunities to read beyond textbooks.

ASER-related data show growing use and availability of books beyond standard textbooks in surveyed schools.

Reading for pleasure can strengthen:

• Vocabulary
• Comprehension
• Imagination
• General knowledge

Project-Based Learning

Projects can require students to:

• Research
• Plan
• Collaborate
• Create
• Present

Projects Are Not Automatically Better

A project copied from the internet teaches very little.

Project-based learning works only when the student genuinely performs the intellectual work.

The Language of Learning Matters

Students may understand concepts better when instruction connects with a language they understand well.

Language policy must balance:

• Conceptual comprehension
• Multilingualism
• Future academic opportunities

Socioeconomic Inequality Affects Learning

Children do not enter classrooms with identical resources.

Differences can include:

• Parental education
• Books at home
• Internet access
• Nutrition
• Study space

Schools Can Reduce Inequality

High-quality public education can provide opportunities that children may not receive elsewhere.

This is one of the strongest arguments for improving schooling rather than abandoning it.

What Does “Rethinking Education Outcomes” Mean?

It means asking whether success should be defined solely by:

• Attendance
• Years of schooling
• Pass percentage
• Board marks

or whether it should include actual capabilities.

Better Outcome Indicators

A stronger system could ask:

• Can the student read with comprehension?
• Can the student use mathematics?
• Can the student explain a scientific idea?
• Can the student solve a new problem?
• Can the student identify unreliable information?

What India Is Already Doing

Current reforms include:

• NIPUN Bharat
• Competency-based assessment
• PARAKH
• Holistic Progress Cards
• Teacher training
• Foundational literacy and numeracy programmes

Why NIPUN Bharat Matters

Foundational literacy and numeracy are prerequisites for almost every later academic subject.

A child who cannot read independently will struggle to learn through textbooks.

What Schools Should Stop Doing

Schools should reduce practices that encourage:

• Meaningless copying
• Pure memorisation without understanding
• Teaching only predicted exam questions
• Ignoring students who fall behind
• Equating silence with learning

What Schools Should Do More Of

• Diagnostic assessment
• Reading practice
• Discussion
• Problem solving
• Experiments
• Projects
• Feedback
• Remedial support

What Teachers Need

Teachers cannot deliver deeper learning without:

• Training
• Time
• Teaching materials
• Administrative support
• Manageable classrooms

Why Blaming Teachers Alone Is Wrong

Teachers operate inside a system shaped by:

• Curricula
• Exams
• Administrative requirements
• Staffing
• Infrastructure

Systemic problems require systemic solutions.

Learning Outcomes Are Improving, but Reform Must Continue

Recent ASER and PARAKH data show recovery and improvement.

This is important because education debates can become unnecessarily pessimistic.

The challenge is to sustain those gains while ensuring that learning becomes deeper as students move into higher grades.

Important Search Points

Readers searching for schooling destroys learning, schooling vs learning, learning outcomes India, education system India, rote learning India, ASER 2024 learning outcomes, competency based assessment, PARAKH India, foundational learning India, NEP 2020 assessment reform, school education reform and education outcomes should remember:

• School attendance and learning are not identical measures.
• Recent foundational learning data show improvement.
• Substantial reading and arithmetic gaps remain.
• ASER 2024 found 48.8% of rural Class 5 children could read a Class 2 text.
• 30.7% of rural Class 5 children could perform division.
• India is shifting toward competency-based assessment.
• PARAKH evaluates learning at system level.
• Assessment reform aims to reduce excessive dependence on rote learning.

Official and Research Links

Ministry of Education:
https://www.education.gov.in/

PARAKH:
https://parakh.ncert.gov.in/

NCERT:
https://ncert.nic.in/

ASER Centre:
https://asercentre.org/

UDISE+:
https://udiseplus.gov.in/

NITI Aayog:
https://www.niti.gov.in/

FAQs

Does schooling destroy learning?
Not inherently. High-quality schooling improves learning, but systems focused excessively on marks, rote memorisation or syllabus completion can weaken genuine understanding.

What is the difference between schooling and learning?
Schooling describes participation in formal education, while learning refers to actual development of knowledge and skills.

Are learning levels improving in India?
Recent ASER and PARAKH data show significant recovery and improvement, particularly at the foundational level.

How many Class 5 rural children could read Class 2 text in ASER 2024?
Approximately 48.8%.

How many Class 5 rural children could perform division?
Approximately 30.7% in ASER 2024.

What is rote learning?
It is learning through repetition and memorisation. It becomes problematic when memorisation replaces conceptual understanding.

What is competency-based education?
It focuses on whether students can understand and apply knowledge rather than merely recall information.

What is PARAKH?
PARAKH is NCERT's National Assessment Centre for improving assessment standards and evaluating system-level learning competencies.

Does assessment reform mean removing exams?
No. It means using better-designed examinations along with formative and broader forms of assessment.

What is the most important foundational skill?
Reading comprehension and basic numeracy are both essential because later learning depends heavily on them.

Conclusion

The statement that schooling can “destroy learning” is intentionally provocative, but it identifies a genuine risk: education can lose sight of its purpose when the system begins treating marks, certificates and years spent in classrooms as substitutes for understanding.

India's education data show that the reality is not simply one of failure. Foundational learning has improved substantially from pandemic-era levels, and government schools have recorded encouraging gains.

But the remaining learning gaps are large enough that enrolment and syllabus completion cannot be treated as sufficient evidence of educational success.

The way forward is not less schooling. It is better schooling.

That means classrooms where foundational gaps are identified early, assessments reward understanding, teachers receive meaningful support, students are encouraged to ask questions and schools measure success by what children can actually understand and do.

When the education system makes that shift, schooling and learning stop competing with each other and become what they were always supposed to be: the same process.