Science-Led Viksit Bharat: Dr. Jitendra Singh Highlights Dr. APJ Abdul Kalam's Vision at ESTIC 2026

1. Introduction & Background Context

Scientific advancement and indigenous technological innovation represent the foremost engines driving socio-economic metamorphosis and civilizational resurgence.
On February 28, 2006, delivering a historic National Science Day address to the nation, former President of India Dr. A.P.J. Abdul Kalam proclaimed: 'The major factor for social change will emerge predominantly from science.'
National Science Day is commemorated annually across India on February 28 to honor Sir C.V. Raman's discovery of the seminal 'Raman Effect' on that date in 1928.
Sir C.V. Raman was conferred the Nobel Prize in Physics in 1930 for his discovery of inelastic photon scattering, becoming the first Asian scientist to receive a Nobel Prize in the sciences.
Two decades later, as the nation marches toward the centenary of independence under the 'Viksit Bharat @ 2047' paradigm, Dr. Kalam's visionary synthesis connecting laboratory science to grassroots human upliftment serves as a foundational compass.

2. Key Event & Detailed Provisions

In a detailed analytical essay, Union Minister of State for Science and Technology Dr. Jitendra Singh articulated the strategic mandate of the Emerging Science, Technology and Innovation Conclave 2026 (ESTIC 2026).
The minister underscored that scientific prowess cannot be evaluated merely by theoretical breakthroughs in isolated laboratories, but by the tangible impact inventions deliver in enhancing the living standards of ordinary citizens.
ESTIC 2026 is designed to forge an unshakeable institutional bridge linking frontline scientists, policymakers, industrial leaders, deep-tech startups, and young academic researchers under a unified national mission.
The conclave articulates targeted technological roadmaps across 12 strategic sectors, including Advanced Manufacturing, Renewable Energy Systems, Biotechnology, Marine Sciences & Blue Economy, Robotics, Advanced Healthcare, AR/VR, and Space Sciences.
The overarching objective is to convert basic research into indigenous commercial technologies, displace chronic import dependencies, and establish global technological competitiveness.

3. Constitutional & Statutory Framework

Article 51A(h) (Fundamental Duties): Explicitly places a constitutional duty upon every Indian citizen 'to develop the scientific temper, humanism and the spirit of inquiry and reform.'
Anusandhan National Research Foundation (ANRF) Act, 2023: Statutorily establishes India's apex research funding authority to channel strategic public and private R&D investments across universities.
Article 39(e) & (f): Mandates the State to direct policy toward securing public health, physical vigor, and leveraging scientific advancement for human welfare.
Science, Technology, and Innovation Policy (STIP): Serves as the national executive blueprint dedicated to positioning India among the top three global scientific superpowers.
National Quantum Mission (NQM): A flagship statutory program approved by the Union Cabinet to spearhead quantum computing, quantum cryptography, and atomic sensing architectures.

4. Samacheer Kalvi School Textbook Connect

Tamil Nadu Samacheer Kalvi Class 10 Science Unit 2: 'Optics' thoroughly explains Sir C.V. Raman's inelastic scattering of light (Raman Effect) and his Nobel Prize legacy.
Class 11 Economics Unit 7: 'Indian Economy' illuminates the strategic role of science, technological institutions, and industrial policy in driving national income growth.
Class 10 Science Units 15 & 16: 'Nervous System' and 'Plant Hormones' provide foundational instruction in applied biomedical and agricultural sciences.
India's Deep Ocean Mission, featuring the indigenous manned submersible 'Matsya 6000' engineered by the National Institute of Ocean Technology (NIOT) in Chennai, forms a prime current affairs benchmark.
The inspiring life trajectory of Dr. A.P.J. Abdul Kalam—originating from Rameswaram, Tamil Nadu, to spearheading ISRO's satellite launch vehicle and DRDO's missile systems—is a prominent Samacheer role model feature.

5. Socio-Economic & Administrative Significance

When scientific innovation directly resolves chronic agrarian bottlenecks, clean water scarcity, and affordable healthcare delivery, societal empowerment becomes inclusive.
Targeted agricultural biotechnology (climate-resilient crop strains) directly bolsters smallholder farmer incomes, shielding rural output from erratic monsoon volatility.
The Deep Ocean Mission unlocks vast underwater polymetallic nodule reserves (containing nickel, cobalt, and copper), cementing India's critical mineral autonomy for the green energy transition.
Thriving deep-tech startups across robotics, AI, and biotechnology generate millions of highly remunerative employment opportunities for Indian youth.
ANRF's democratization of competitive peer-reviewed research grants bridges the historical resource disparity between premier central institutes and tier-2 state universities.

6. Challenges & Critical Analysis

Gross Expenditure on R&D (GERD) in India remains stagnant at approximately 0.65% to 0.7% of GDP, significantly lower than economies like South Korea (4.8%), the United States (3.4%), and China (2.4%).
A persistent institutional silo continues to separate academic laboratory research from commercial industry adoption, resulting in low rates of domestic intellectual property monetisation.
The continuing exodus of premier scientific talent and doctoral researchers to Western research hubs ('Brain Drain') underscores the need for competitive domestic research ecosystems.
Rote-learning examination pedagogies in schools and undergraduate colleges dampen innate empirical curiosity, critical inquiry, and inventive risk-taking.
Protracted patent examination timelines and bureaucratic compliance friction in statutory clearances often impede early-stage deep-tech startup scaling.

7. TNPSC Exam Orientation (Prelims & Mains Focus)

• Prelims Focus: National Science Day commemoration date: February 28 (celebrating the Raman Effect discovery in 1928).
• Year Sir C.V. Raman was awarded the Nobel Prize in Physics: 1930 (First Asian Nobel laureate in science).
• Year of Dr. APJ Abdul Kalam's landmark 'Science for Social Change' National Science Day address: February 28, 2006.
• Number of priority technology pillars targeted by ESTIC 2026: 12 focus areas.
• India's indigenous manned ocean submersible designed for 6,000-meter exploration: 'Matsya 6000' (developed by NIOT, Chennai under Deep Ocean Mission).
• Mains Analytical Question: 'Analyze the vision of Dr. A.P.J. Abdul Kalam in positioning science as the principal driver of social change and assess India's mission-mode readiness for Viksit Bharat @ 2047.'

8. Way Forward & Concluding Assessment

The Union Government must enforce a statutory roadmap to progressively escalate national GERD to at least 2% of GDP by 2030, with substantial private sector co-funding.
Practical inquiry-based STEM pedagogy, supported by Atal Tinkering Labs (ATLs) across rural schools, must dismantle conventional rote educational paradigms.
Academia-industry translation parks must be established around university clusters to rapidly prototype laboratory innovations into commercial market solutions.
Strategic sovereign capital must be aggressively deployed into frontier sectors including Deep Ocean mining, Green Hydrogen, Quantum Information, and Advanced Space Exploration.
Translating Dr. A.P.J. Abdul Kalam's vision into grassroots reality by deploying science to solve the struggles of the common citizen will firmly propel India to a developed superpower by 2047.