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Wide gap between ‘street maths’ and ‘school maths’, shows study

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(Source – Indian Express, Section – Cover Page- Page No. – 01)

Topic: GS2 – Social Justice – Education
Context
  • A recent study by Nobel laureates Esther Duflo and Abhijit Banerjee, along with other researchers, highlights a stark contrast between real-world and academic mathematical skills among Indian children.

Analysis of the news:

Key Findings of the Study

  • Child vendors adeptly solve complex market calculations mentally but struggle with basic school mathematics, whereas schoolchildren excel in textbook-based math but fail in practical scenarios.

Methodology and Observations

Researchers studied 1,436 child vendors in Delhi and Kolkata markets and 471 school-going children. They found:

  • 95%-99% of working children solved real-world transaction problems mentally and with speed.
  • Only 15%-32% could correctly perform similar calculations in a school-style format.
  • Schoolchildren performed well in structured tests but faltered in practical market calculations.

Causes of the Learning Gap

  • Rigid Curriculum: Indian pedagogy emphasizes rote learning and algorithmic approaches over conceptual understanding.
  • Lack of Integration: School mathematics remains disconnected from real-life applications, leading to ineffective learning transfer.
  • Different Learning Approaches: Market children use mental shortcuts, while schoolchildren depend on multi-step written calculations.

Global Perspective

  • Similar trends have been noted in other countries, such as Brazil and France, where abstract teaching methods hinder practical application.
  • Singapore’s education system attempts to integrate practical and theoretical math, though its success remains debated.

Need for Curriculum Reform

To bridge the gap, Indian education must:

  • Integrate real-world problem-solving in early education.
  • Encourage interactive, application-based learning through activities and games.
  • Shift from rote memorization to conceptual, intuitive understanding of math.

Conclusion

  • The study underscores the urgency of reforming India’s mathematics curriculum to blend intuitive market skills with structured school learning, ensuring that children develop both theoretical knowledge and practical numeracy skills.
Practice Question:  The disconnect between real-world numeracy skills and formal mathematical education in India highlights a fundamental flaw in the country’s pedagogical approach. Discuss the implications of this gap and suggest measures to integrate intuitive and academic learning. (150 Words /10 marks)

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