GK and monthly revision

Prime Minister Shri Narendra Modi addresses the 57th Convocation Ceremony of IIT Delhi

Prime Minister Narendra Modi addressed the 57th Convocation of IIT Delhi on August 8, 2026, emphasizing youth empowerment as the foundation of Viksit Bharat. He highlighted government reforms opening space, semiconductor, drone, and startup sectors to young innovators, and outlined emerging frontiers like AI, quantum computing, and deep-sea exploration. PM announced robust research support through PM Research Fellowship and Anusandhan National Research Foundation with ₹1 lakh crore funding, plus 'One Nation One Subscription' for global journal access. He urged graduates to avoid social media comparisons and focus on self-improvement, framing IIT degrees as global certification of problem-solving ability.

UPSCSSCBANKINGRAILWAYSTATE PSCDEFENCETEACHING

Revision structure

Monthly events and exam calendar context
Static GK and one-liner notes
Quiz and mock-test revision path

Key points

Exam-ready takeaways

PM Narendra Modi addressed 57th Convocation of IIT Delhi on August 8, 2026, physically present after virtual attendance during COVID

Anusandhan National Research Foundation launched with unprecedented funding target of up to ₹1 lakh crore for advanced research

Government opened Space, Semiconductor, Drone sectors to youth: private rockets, domestic chip production, drone applications in agriculture/defense

'One Nation One Subscription' program ensures global research journal access in smallest cities without extra cost

PM Research Fellowship and focus on emerging sectors: AI, Data Centers, Critical Minerals, Deep Sea Exploration, Quantum Computing, Energy Security

Detailed analysis

Full exam-oriented breakdown

Prime Minister Narendra Modi's address at the 57th Convocation of IIT Delhi on August 8, 2026, serves as a powerful articulation of the government's vision for a 'Viksit Bharat' (Developed India) by 2047, placing youth empowerment and technological self-reliance at its core. The historical context is critical: India's post-independence scientific establishment, built on the foundation of the Scientific Policy Resolution (1958) and the Technology Policy Statement (1983), created premier institutions like IITs. However, for decades, strategic sectors such as space, atomic energy, and defense remained the exclusive preserve of the public sector. The paradigm shift began with the Space Sector reforms of June 2020 (IN-SPACe creation), the Indian Space Policy 2023, the Drone Rules 2021 (liberalizing drone operations), and the India Semiconductor Mission (ISM) launched in 2021 with a ₹76,000 crore outlay. The PM's speech validates the maturation of these reforms, citing tangible outcomes: private rockets (Agnikul, Skyroot), operational semiconductor fabrication units (Tata-PSMC in Gujarat, CG Power in Assam), and drone applications revolutionizing agriculture (Kisan Drones) and defense logistics. The constitutional and legal framework underpinning this push draws from Article 51A(h) (Fundamental Duty to develop scientific temper), Article 39(b) & (c) (Directive Principles directing resource distribution for common good), and the Seventh Schedule (Union List entries on atomic energy, industries). The Anusandhan National Research Foundation (ANRF) Act, 2023, operationalized with a ₹50,000 crore corpus (targeting ₹1 lakh crore), replaces the Science and Engineering Research Board (SERB) to democratize research funding, moving away from concentrated elite-institute funding toward state universities and colleges. This aligns with the National Education Policy (NEP) 2020's vision of multidisciplinary research universities. The 'One Nation One Subscription' (ONOS) scheme, approved in 2024, addresses the critical 'access gap' by centrally negotiating access to high-impact global journals for all government HEIs, a direct intervention in the 'knowledge commons' essential for innovation. The significance for India is multidimensional. Economically, it targets the 'middle-income trap' by moving up the value chain from services to deep-tech manufacturing (semiconductors, quantum, critical minerals). Strategically, it reduces import dependence in critical technologies (chips, rare earths, defense platforms), enhancing strategic autonomy amid geopolitical volatility (semiconductor supply chain disruptions, critical mineral dominance by China). Socially, it aims to create high-quality jobs for the demographic dividend, countering 'jobless growth' narratives. The PM's emphasis on 'problem-solving capability' over CGPA/placements reframes the IIT brand as a national asset for mission-mode challenges (Net Zero 2070, Energy Security, Water Security) rather than individual career advancement. Future implications are profound. The success of ANRF hinges on bureaucratic agility in fund disbursement and industry-academia co-funding models. The semiconductor ecosystem requires sustained policy support (DLI scheme, talent retention) to move from assembly/testing to advanced node fabrication. The space sector needs a clear regulatory framework for liability, insurance, and spectrum allocation. The 'Out of Syllabus' challenge the PM posed to graduates mirrors the policy challenge for the state: creating adaptive regulatory sandboxes for AI, Quantum, and Deep-Sea mining (under UNCLOS/ISA frameworks) where rules don't yet exist. The warning against social media comparison culture addresses the mental health crisis in high-pressure STEM environments, linking individual well-being to national innovative capacity.

How to study

Turn news into exam marks

Revise monthly events by exam family instead of reading random updates.

Pair one-liners with mock tests so mistakes become the next revision list.

Keep state job pages, calendar pages and GK packs connected in one path.