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BHU Charts Next Steps for NEP 2020: Focus on Student Choice and Academic Excellence

BHU Charts Next Steps for NEP 2020: Focus on Student Choice and Academic Excellence

Banaras Hindu University (BHU) recently held a detailed review meeting on the implementation of the National Education Policy (NEP) 2020 and discussed how to make the next phase more student-focused and academically sound. The meeting was chaired by Vice-Chancellor Prof. Ajit Kumar Chaturvedi and attended by Directors of Institutes, Deans of Faculties, Principals of colleges, and members of the NEP Implementation Cell, including Chairperson Prof. Madhoolika Agrawal, Convener Prof. B.P. Mandal, and Co-convener Dr. Ashutosh Mohan. The discussions revolved around the rollout of the First Year Undergraduate Programme (FYUGP) that introduces the four-year UG (Honours) and UG (Honours with Research) frameworks, along with plans to refine academic support systems, credit structures, and flexible learning paths for students.

I am writing about this topic because the NEP 2020 is not just a policy change—it’s a transformation of how universities like BHU approach higher education. This review is a crucial step in ensuring that students truly benefit from the flexibility, interdisciplinary learning, and research opportunities that the new structure promises. It is important to understand how prestigious institutions such as BHU are implementing these changes, as their model often becomes a reference for other universities across India. Keeping track of this process helps students, parents, and educators prepare for the evolving landscape of higher education and its growing focus on choice-based learning, skill integration, and academic excellence.

Understanding the purpose of the review meeting

The meeting aimed to assess how far BHU has come in implementing the NEP 2020 framework and to identify the key steps needed to enhance the university’s education model. The Vice-Chancellor highlighted that the NEP’s goal is to create a more flexible and holistic system that allows students to tailor their education according to their interests and career goals. This includes multiple exit and entry points, choice-based credit systems, and opportunities for interdisciplinary studies.

Officials reviewed the progress of the First Year Undergraduate Programme (FYUGP), which now offers students the option to complete a four-year degree with honours or honours with research. This design gives students a wider range of academic and professional routes, supporting both those who aim for research-oriented paths and those preparing for industry or public service careers.

Focus areas of discussion

The NEP Implementation Cell presented its findings and suggestions during the meeting. Several key points were discussed in detail:

  • Student Flexibility: Emphasis on student choice in course selection, allowing them to explore subjects outside their core discipline.
  • Credit Architecture: Review of the credit system to ensure smoother mobility between courses and institutions.
  • Academic Quality: Strengthening evaluation and mentoring systems to maintain high academic standards.
  • Research Integration: Encouraging undergraduate students to take up small research projects from the second year itself.
  • Skill-Based Learning: Integrating vocational and skill-oriented components into the curriculum to improve employability.

These discussions were aimed at fine-tuning the systems already in place and ensuring that the NEP rollout aligns with both national goals and the university’s academic culture.

Strengthening student-centric learning

BHU’s review also stressed the importance of personalised support for students as they navigate the new structure. With the introduction of flexible pathways, the university plans to strengthen academic counselling and mentoring frameworks so that students can make informed decisions about their subjects, credits, and career directions.

Faculty development programs are also being planned to help teachers adapt to interdisciplinary teaching methods and continuous evaluation techniques. BHU recognises that the success of NEP implementation depends not only on the new structure but also on how effectively teachers and administrators can guide students within it.

Linking NEP goals with BHU’s academic mission

BHU’s implementation of NEP 2020 fits well with the university’s larger vision of combining traditional knowledge with modern innovation. The NEP framework encourages students to balance academic depth with skill-based learning — an approach that aligns with BHU’s mission of producing well-rounded graduates.

For instance, the new four-year structure allows students to pursue in-depth research or move into postgraduate studies more smoothly. The inclusion of research components and multidisciplinary courses is expected to make BHU graduates more competitive globally and more adaptable in fast-changing job markets.

Challenges and the road ahead

While the progress has been steady, the review also acknowledged a few challenges. These include maintaining uniform standards across departments, integrating digital learning tools effectively, and ensuring that infrastructure and staffing match the growing demands of the new system. Another challenge is sensitising students to the idea of academic flexibility — helping them understand how to design their learning journey without feeling overwhelmed by choices.

The university leadership agreed to continue regular reviews and collect feedback from both students and faculty to make adjustments as needed. More consultations and workshops are expected in the coming months to refine the credit system and enhance the quality of teaching-learning practices under NEP 2020.

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NCERT’s New Class 7 Math Book Connects Algebra to India’s Ancient Knowledge

NCERT’s New Class 7 Math Book Connects Algebra to India’s Ancient Knowledge

The new Class 7 Mathematics textbook by NCERT has introduced a refreshing approach by linking modern mathematical concepts such as algebra, fractions, and geometry to their roots in ancient India. The revised book highlights how Indian scholars like Aryabhata, Brahmagupta, and Bhaskaracharya contributed to the early development of algebra and number theory—long before the subject gained global recognition.

I’m writing about this because this change in NCERT’s approach marks an important shift in how students learn and relate to subjects like mathematics. By acknowledging India’s deep scientific and mathematical heritage, the new curriculum not only makes learning more interesting but also instils pride in our ancient traditions. Many students grow up thinking that most modern sciences began in the West, but this update helps balance that view by introducing India’s original contributions to global knowledge. It’s a thoughtful step towards creating culturally aware learners who appreciate both their history and modern scientific progress.

Ancient Roots of Algebra in India

The new NCERT Class 7 book introduces students to the idea that algebra—one of the most fundamental branches of mathematics—was not just a foreign concept. Long before it took shape in medieval Europe, ancient Indian mathematicians had already developed methods for solving equations and dealing with unknown quantities.

Brahmagupta, who lived in the 7th century, is often called the father of algebra. His book Brahmasphutasiddhanta described rules for zero, positive and negative numbers, and quadratic equations—concepts still taught today. Aryabhata and Bhaskaracharya further refined these methods, contributing immensely to global mathematics.

Linking Past Knowledge with Modern Learning

NCERT’s revised mathematics textbook doesn’t merely glorify the past—it uses history to make learning more relatable. Each chapter connects traditional knowledge to modern applications, showing how mathematical thinking evolved over centuries. For example:

  • The chapter on Algebraic Expressions begins with a short note on ancient Indian problem-solving methods.
  • Fractions and Ratios include examples from Indian trade and measurement systems used in earlier times.
  • Geometry is explained through references to ancient Indian temple architecture and town planning.

These real-world examples help students understand that mathematics is not just about formulas—it is a language that has shaped human civilisation.

Why This Approach Matters

This curriculum update is part of the National Education Policy (NEP) 2020’s larger vision to integrate Indian knowledge systems into modern education. The idea is to make learning rooted, practical, and connected to culture. When students see how Indian scholars contributed to what they study today, it helps them feel more confident and engaged.

Moreover, connecting mathematics to Indian history encourages interdisciplinary thinking. It helps children realise that science, art, history, and culture are not isolated subjects—they all influence each other. Teachers have also welcomed this change, saying it allows them to teach in a way that sparks curiosity instead of rote memorisation.

A Step Towards Cultural Awareness in Education

The updated Class 7 book is among the first in a series of NCERT revisions aimed at revamping textbooks across subjects. The focus is on creating a balance between ancient wisdom and contemporary knowledge. By presenting India’s mathematical heritage as part of the world’s shared history, the book promotes respect for intellectual traditions from all regions.

For today’s students, this is more than a history lesson—it’s a reminder that innovation and curiosity are part of India’s DNA. The introduction of such topics at the school level helps nurture a sense of belonging and curiosity among young learners.

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