Year: 2025
Type: article
Abstract: The change in the social, technological and economic environments has escalated the call towards having education systems develop 21st century skills that include critical thinking, problem solving, creativity, communication and adaptability. In this respect, mathematics instruction takes a central stage, since it can be used to form higher-order mental functions which cut across disciplines. The National Education Policy (NEP) 2020 in India presents a vision of education system change, putting a focus on competency-based learning, conceptual learning, experiential learning, and reform of assessment. The paper is a conceptual and policy-oriented review of NEP 2020 with precise reference to integrating 21st century skills in school mathematics education. With the theoretical understanding of mathematics education and the world frameworks of approach to 21st century learning, the paper critically assesses how NEP 2020 adopts constructive perspectives on learning, learning models of mathematical proficiency and modern perspectives of problem-solving learning, creativity and interdisciplinary learning. The review sheds light on how the policy focuses on student centred pedagogy, practical uses of mathematics, and formative assessment and competency-based assessment practices. Meanwhile, the paper ponders over systemic issues pertaining to teacher preparedness, curriculum constraints, assessment culture and equity that can inform the implementation of the policy vision. The conclusion of the paper is that NEP 2020 offers a singularly helpful and encouraging architecture of rethinking school mathematics education, but its effectiveness will be staffed by enduring pedagogic support, cohesive assessment action, and ongoing learning endeavour. The study further adds to the current policy and scholarly debate through the provision of a theoretically based knowledge on mathematics education reform in Indian context.
Author: Thienkholal Guite
Institution: Nagaland University
Language: English
Subfield: Applied Mathematics
Field: Mathematics
Domain: Physical Sciences
SDG: Quality education
Open Access status: hybrid
OpenAlex ID: W7117876520
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