NEP 2020: A New Paradigm for Academics, Research, and Talent Expansion Concise & High-Impact

 

Blog written by:

Dr Shiv Om Pratap

Associate Professor

Institute of Sciences

SAGE University, Indore 

NEP 2020: A New Paradigm for Academics, Research, and Talent Expansion Concise & High-Impact

India’s higher education system is entering a consequential phase of transformation marked by increasing versatility and innovation. The National Education Policy (NEP) is no longer merely a visionary document; it is actively reshaping regulatory frameworks, academic curricula, and outcome-based research priorities across schools and universities, thereby redefining institutional goals and governance.

With one of the world’s largest populations of talented young minds, it is imperative for India’s higher education institutions and universities to effectively nurture and equip students with high-quality education. This will enable them to meet evolving career challenges, contribute meaningfully to society, and support the nation’s journey toward sustainable development and global leadership. Effective work and leadership will have enduring implications for economic growth, social mobility, and the nation’s global standing.

Need of Sustainable Policies in Higher Education

Reforming the higher education is inherently challenging, as its outcomes emerge over decades rather than within short political or electoral cycles. The significance of the National Education Policy (NEP) lies in the sustained and focused attention it has brought to the higher education sector. China’s experience—where consistent governmental commitment enabled expansion in scale alongside improvements in quality—offers a relevant reference point, even though India’s democratic structure and institutional context differ substantially. Clear and stable policy direction has instilled confidence among institutions to pursue curriculum reforms, foster interdisciplinary frameworks, and adopt innovative pedagogical approaches. When the state signals long-term commitment, universities are encouraged to invest, faculty members are empowered to innovate, and students and parents develop greater trust in the

Key Reasons Sustained Policy Momentum Matters:

1)   Signals Long-Term Commitment:

2)   Enables Systemic Transformation:

3)   Attracts Investment and Resources

4)   Builds and Sustains "Academic Momentum

5)   Fosters a Culture of Innovation

6)   Enhances National Competitiveness

In essence, sustained policy momentum moves higher education from a reactive mode—responding to immediate pressures—to a proactive one, allowing institutions to anticipate challenges and drive long-term, meaningful impact for society. 

Versatile National Research Ecosystem:

A.  ANRF

 

One of the most consequential developments in the past year has been the institutionalisation of India’s research ecosystem. The establishment of the Anusandhan National Research Foundation (ANRF), along with the ₹1 lakh crore Research, Development and Innovation (RDI) Scheme, represents a decisive shift from fragmented funding mechanisms toward a strategically coordinated research framework. India's new apex body established by an Act of Parliament (2023) to provide strategic direction for scientific research, innovation, and entrepreneurship, fostering a strong R&D culture across universities and institutions to align with national goals like Viksit Bharat 2047.

Specially, it focuses on interdisciplinary research, industry-academia collaboration, and translating research into technologies through various programs like convergence centres, grants, and fellowships. These two initiatives serve complementary roles. ANRF is designed to strengthen long-term scientific research, promote interdisciplinary inquiry, and deepen collaboration between academia and industry. The RDI Scheme, in contrast, prioritises private-sector engagement and the translation of research into market-ready innovations. Together, they underscore that research is no longer peripheral to higher education but has become central to India’s broader development and innovation ambitions.

Key Functions & Goals

1.   Strategic Direction 

2.   Fostering Innovation

3.   Interdisciplinary Research

4.   Collaboration

5.   Translating Research

Key Initiatives:

 

1.   Convergence Centres of Excellence (CoEs)

2.   Mission AI for Science & Engineering (AI-SE)

3.   MAHA Missions.

4.   Funding & Fellowships

ANRF is a pivotal body for India's scientific ecosystem, working to elevate research, innovation, and technological advancement

B.  RDI

The Department of Science & Technology (DST) has launched the Research, Development, and Innovation (RDI) Scheme, approved by the Union Cabinet on July 1, 2025. With a total outlay of ₹1 lakh crore, this transformative initiative aims to catalyse private sector participation in high-impact R&D. It aims to strengthen India’s capabilities in strategic technologies and promote technological self-reliance, aligning with the nation’s long-term innovation and Atmanirbhar Bharat vision.

 

Key Objectives of the RDI Scheme

Encouraging Private Sector Involvement: Incentivize active participation from industry players in cutting-edge research and innovation. Promoting Strategic Technologies: Focus on mission-critical areas that are vital for national development and global competitiveness, including:

1.   Energy security and transition, and climate action;

2.   ‘Deep technologies ’including quantum computing, robotics and space;

3.   Artificial intelligence and its applications to Indian problems including in agriculture, health, and education

4.   Biotechnology, biomanufacturing, synthetic biology, pharma, and medical devices;

5.   Digital economy including digital agriculture

Fostering Self-Reliance and Economic Security: Support technologies where indigenization is essential for strategic or economic reasons, in line with the vision of Atmanirbhar Bharat. Ensure Flexibility in Sectoral Support: Allow support for any additional sectors or technologies deemed essential for public interest.

How the RDI System Works

1.   Funding and Financial Support

2.   Total Budget: ₹1 lakh crore

3.   Modes of Financing:

4.   Long-term loan at low or nil interest rates.

5.   Equity infusion, especially in case of startups.

6.   Contributions to Deep-Tech Fund of Funds

7.   Exclusions: Grants and short-term loans are not supported

Financing can cover up to 50% of assessed project cost for transformative RDI projects at Technology Readiness Levels (TRLs) 4 and above; exceptions may be approved by the Empowered Group of Secretaries (EGoS).

Implementation Structure

 

Special Purpose Fund (SPF): Being set up under the Anusandhan National Research Foundation (ANRF) to serve as the first-level custodian while the Second-Level Fund Managers (SLFMs). It may include Alternate Investment Funds (AIFs), Development Finance Institutions (DFIs), Non-Banking Financial Companies (NBFCs), or Focused Research Organizations (FROs) such as the Technology Development Board (TDB), Biotechnology Industry Research Assistance Council (BIRAC), IIT Research Parks, or similar entities

How Higher Education Institutions Are Redefining Learning and Student Engagement

Indian higher education institutions are increasingly advancing reforms beyond mere regulatory compliance. Several Indian Institutes of Management (IIMs) have introduced undergraduate programmes, challenging their long-standing identity as exclusively postgraduate institutions. At the college level, curricula are being enriched with components such as student well-being, life skills, and apprenticeships, reflecting a growing recognition that employability and student success extend well beyond examination performance.

Universities are also aligning their academic structures with the National Education Policy’s flexible degree framework. As institutions graduate their first cohorts from four-year undergraduate programmes, students are now offered meaningful choices between three-year and four-year degree pathways. Notably, the Bachelor’s with Honours in Research has emerged as a critical innovation, providing the academic depth necessary for global competitiveness in research and scientific domains.

Understanding Global Rankings: Signals, Gaps, and Blind Spots

These reforms are increasingly being reflected in global performance indicators. In the QS World University Rankings 2026, 54 Indian universities were featured up from just 11 in 2015 and 46 in 2025. India is now the fourth-most represented country in the rankings and the fastest-rising G20 nation. While global rankings have their limitations, they nevertheless point to measurable progress in areas such as research output, faculty strength, and international engagement. More importantly, they send a strong signal to both domestic and international students that Indian higher education institutions are emerging as credible and competitive global destinations.

Changing Patterns of Global Mobility and India’s Strategic Response

Global student mobility is undergoing a significant transformation, and India must respond strategically. According to the Ministry of External Affairs, over 1.25 million Indian students are currently studying abroad. However, tightening visa regimes, geopolitical uncertainties, and rising education costs are prompting a reassessment of this trend. Higher education is increasingly globalising in both directions: foreign universities are establishing a presence in India, while Indian institutions are beginning to expand internationally. In this evolving context, the quality of domestic higher education has become a strategic imperative. High-quality opportunities within India are no longer solely about expanding access; they are critical for retaining talent and providing credible alternatives amid an uncertain global landscape.

Regulatory Consolidation in Education: Implications of the Viksit Bharat Shiksha Adhishthan Bill

The next major inflection point lies in regulatory reform through the proposed Viksit Bharat Shiksha Adhishthan Bill, 2025. The Bill envisages a single apex regulatory framework with distinct councils for regulation, standard-setting, and accreditation, addressing the long-standing challenges of fragmentation and overlapping mandates in higher education governance. This consolidation is particularly significant as India moves beyond the era of rigid institutional silos. While specialised institutions once met specific national priorities, today’s economy demands seamless interaction across technology, management, science, and liberal education. A unified regulatory architecture can facilitate such coordination while enhancing transparency and public trust—an especially important consideration given that private institutions now educate nearly two-thirds of India’s higher education students.

Leveraging Artificial Intelligence for Academic and Administrative Efficiency

Another defining transformation is the integration of artificial intelligence into teaching, assessment, and university administration. India’s vast diversity of learners, disciplines, and institutional models uniquely positions it to develop context-sensitive AI applications, rather than simply adopting global templates. If implemented thoughtfully, AI has the potential to enhance educational quality, equity, and governance at scale.

Empowering to Learners: The Promise of NEP 2020 for Students

1. Holistic and Multidisciplinary Approach

2. Early Childhood Education and Foundation Literacy

3. Flexibility in Subject Choices

4. Focus on Vocational Training

5. Incorporation of Technology in Education

6. Enhanced Teacher Training and Development

Limitations of NEP 2020

1. Challenges in Implementation

2. Language and Medium of Instruction

3. Teacher Shortages and Quality Control

4. Financial Constraints

Empowering Research Excellence: The Commitments of NEP 2020 to India’s Research Community

The National Education Policy (NEP) 2020, with continued implementation through 2026, aims to transform India into a global knowledge superpower by revamping the research landscape. For researchers, this translates to improved funding, better access to resources, and greater opportunities for interdisciplinary collaboration. 

Key advantages of the NEP framework for researchers, which includes

1. Increased Funding and Support (ANRF) 

2. Enhanced Access to Resources (ONOS) 

3. Focus on Multidisciplinary and Collaborative Research 

4. Greater Academic Autonomy 

5. Research-Embedded Education

These changes, supported by emerging digital infrastructure (such as the National Digital University), are designed to elevate India's research output and global ranking. 

 

Dr Shiv Om Pratap

Associate Professor

Institute of Sciences

SAGE University, Indore

Contact No. 9997867170