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21 Mar 2025 - 3 min read
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### Summary Notes on Electric Bus Tender Revision **Context and Objective:** - The central government has revised qualification criteria for its largest electric bus tender, aiming to broaden participation. - The initiative is part of the PM E-Drive scheme, allocated ₹10,900 crore, promoting adoption of electric vehicles (EVs) including buses, two-wheelers, three-wheelers, ambulances, trucks, and charging infrastructure. **Key Details of the Tender:** - **Tender Specifications:** - 10,900 electric buses for five cities: Bengaluru, Delhi, Hyderabad, Surat, and Ahmedabad. - Published by Convergence Energy Services Limited (CESL). - Involves procurement, supply, operation, maintenance, and associated civil and electrical infrastructure. - **Funding Model:** - Utilizes the Gross Cost Contracting (GCC) model, where city transport agencies pay a fixed fee per kilometer for operating and maintaining e-buses. **Revised Qualification Criteria:** - **Eligible Participants:** - Manufacturers, operators, infrastructure developers, and municipal bodies now eligible to bid. - Collaboration with original equipment manufacturers (OEMs) required for operators, developers, and municipal bodies. - **Financial Access:** - OEMs benefit from access to finance through partnerships with operational consortia. **Bidding Process and Expectations:** - The deadline for bid submission has been extended twice, now due by November 6. - Anticipated interest from major players such as the Adani Group, National Investment and Infrastructure Fund (49% government stake), and a Canadian pension fund. - Participation observed from 6-7 OEMs in pre-bid meetings. **Challenges Addressed:** - Tata Group's previous non-participation attributed to concerns over balance sheet stress; amendments made to attract more competitors. **Significance:** - This initiative aligns with the government's strategy to enhance public transportation infrastructure and promote cleaner energy through electric vehicles, reflecting a commitment to sustainable urban mobility solutions.

**Cyclone Montha Impact and Response in Odisha and Andhra Pradesh** **Cyclone Details:** - Cyclone Montha struck the eastern coast on October 28, 2025, with wind speeds of 100-110 km/h. - Made landfall between Machilipatnam and Kalingapatnam (Andhra Pradesh). - Affected southern Odisha's Ganjam, Rayagada and Koraput districts, and parts of Telangana. - Extensive damage to crop and horticulture sectors reported. **Historical Context:** - Odisha is one of the world's six most cyclone-prone areas with a 575-kilometer coastline. - Over the past century, approximately 260 cyclones, including catastrophic events like the 1999 super-cyclone, Phailin (2013), Titli (2018), Fani (2019), and Yaas (2021), have been recorded. **Economic Impact:** - Cyclones lead to significant economic losses, notably: - Cyclone Phailin caused losses of nearly ₹9,000 crore, impacting agriculture and livestock (over 25% of losses). - The immediate economic shock from Cyclone Montha includes income loss for marginal farmers, disruptions in food supply, and cash-flow crises for local traders. - UNDP assessment post-Cyclone Fani estimated damages for agriculture, livestock, and fisheries at approximately ₹3,000 crore, resulting in nearly seven crore lost rural working days valued at around ₹2,700 crore. **Disaster Management Improvements:** - Odisha has made strides in disaster management through the Odisha State Disaster Management Authority (OSDMA), focusing on: - Expanding cyclone shelters. - Strengthening early warning systems. - Institutionalizing mass evacuations. - Resultant impact on fatalities: - 1999 super-cyclone: ~10,000 deaths. - Phailin: fewer than 50 deaths. - Yaas: 2 deaths. **Challenges Post-Cyclone:** - Reconstruction prioritizes infrastructure; livelihood recovery remains a notable gap. - Secondary economic impacts include prolonged closures of informal businesses, tight credit conditions, and public spending diversion from essential development projects. **Ecological Concerns:** - Cyclones contribute to ecological degradation: - Storm surges and saltwater intrusion affect fertile soil and wetlands. - Rising sea levels cause saline flooding, reducing agricultural yields and altering farming practices, often leading to migration. **Future Resilience Strategies:** - Enhancing livelihood protections alongside life-saving measures is imperative. - Recommendations for rebuilding include: - Faster claims processing for crop and fishery insurance. - Emergency credit availability and loan moratoria to prevent asset liquidation. - Expanding MGNREGS (Mahatma Gandhi National Rural Employment Guarantee Scheme) for asset restoration, such as embankments and ponds. **Nature-Based Solutions:** - Promoting the restoration of mangroves and other environmental buffers to mitigate wave energy impacts and ensure ecological and livelihood security. - Examples include UN-backed mangrove restoration and initiatives in climate-smart aquaculture. **Financial Systems Adaptation:** - Establishment of contingency funds, regional insurance pools, and flexible central government transfers to support smallholders and coastal communities in recovery efforts. This summary encapsulates the significant effects of Cyclone Montha, the historical context of cyclones in Odisha, economic ramifications, advancements in disaster management, ongoing challenges, ecological impacts, and strategic recommendations for enhancing future resilience.

**Summary of the Emerging Science Technology and Innovation Conclave (ESTIC)** **Event Overview:** - The first ESTIC was inaugurated by Prime Minister Narendra Modi in New Delhi on November 3, 2025. - The conclave replaces the Indian Science Congress, which had a history predating India's independence. **Key Highlights:** 1. **Focus Areas:** - Transition from food security to nutrition security. - Development of biofortified crops to combat malnutrition. - Creation of low-cost fertilizers. - Enhanced genomic biodiversity mapping for personalized medicine. - Innovations in clean battery storage technology. 2. **Goals:** - To create a collective roadmap for scientific advancement in identified areas. - Facilitate collaboration among scientists and technologists from public and private sectors. 3. **Economic Data:** - India’s research and development expenditure has doubled over the past decade. - The number of patents registered has increased 17-fold. - Deeptech startups have surged to 6,000. 4. **Funding Initiatives:** - Operational fund of ₹1 lakh crore established via the Anusandhan National Research Foundation to boost research investment. 5. **Scientific Sessions:** - The conclave will have sessions on quantum science, bio-engineering, energy environment, and climate, continuing until November 5. 6. **Acknowledgments:** - PM Modi congratulated the Indian women's cricket team on their World Cup win as part of his inaugural remarks. **Constitutional References:** - No specific constitutional articles or amendments were highlighted; however, the focus aligns with India's directive principles and goals of promoting scientific advancement and public welfare. **Government Schemes & Policies:** - Anusandhan National Research Foundation facilitating increased funding in R&D. - Context of government's overall push towards science and technology innovation. **Judicial or Legislative Context:** - No specific judicial rulings or legislative contexts were mentioned in the address. This event underscores the Indian government's commitment to leveraging science and technology to address pressing issues like malnutrition and environmental challenges, aligning with broader developmental goals and initiatives.

### Summary Notes on India's IT Sector Transformation #### Economic Contributions - The IT sector contributes approximately **7%** to India's GDP, representing around **$280 billion** to the economy. - Despite its significant economic role, IT jobs make up only about **1%** of the Indian workforce, employing nearly **6 million people**. #### Recent Challenges - Major layoffs reported, with **TCS** announcing the loss of **20,000 jobs** in one quarter, targeting a **3.2%** reduction in workforce. - Industry estimates suggest a potential loss of over **50,000 IT jobs** by the end of the fiscal year due to a "Layoff Wave". #### Reasons for Layoffs 1. **AI-Driven Changes**: - Increasing automation replacing routine tasks, leading to a shift in demand towards high-value, AI-driven skills. - Rise of autonomous systems from companies like OpenAI fundamentally altering job roles. 2. **U.S. Immigration Policy**: - Increased H-1B visa fees and tariffs are forcing Indian firms to localize their workforce, creating cost barriers for hiring skilled labor in the U.S. 3. **Cautious Client Budgets**: - Economic uncertainty in the U.S. and Europe tightening IT budgets, changing the outsourcing model from scale to specialized expertise. #### Skill Mismatch - Many mid-career professionals lack the updated skills desirable in the current market, leading to difficulties in job placement. - Legacy skills (e.g., SAP ECC) are becoming obsolete as AI can perform related functions. #### Proposed Solutions - **Mandatory Compensation Packs**: Suggestion for requiring IT companies to provide **6-9 months’ salary** as severance for laid-off workers. - **Government Role**: Encourage curriculum overhauls in engineering education to focus on modern skills such as machine learning and AI ethics. - **Public-Private Partnerships**: Propose large-scale upskilling programs; for instance, TCS has trained **550,000 employees** in basic AI skills and **100,000 in advanced skills**. #### Future Directions - The government should bolster support for startups and innovation in the tech sector to diversify job creation. - International collaboration is crucial for ensuring visa access and trade stability. - Emphasis on mental health support and retraining resources for displaced workers. #### Conclusion - India's IT industry is transitioning from traditional manpower to a focus on mindpower and innovation. - To sustain relevance, policies must adapt to encourage skill development and modern educational approaches, ensuring that the IT workforce remains competitive in an AI-driven landscape. - **Resilience and reinvention** are key themes for navigating current challenges in the sector, and although there are shifts, the foundation of India’s IT strength remains robust.

### Summary of ISRO's Launch Plans and Developments **Launch Details:** - **Rocket:** ISRO's LVM-3 (formerly GSLV Mk 3) is employed to launch the communication satellite CMS-03. - **Payload:** CMS-03 weighs 4,410 kg and will be placed in a geosynchronous transfer orbit (GTO) of approximately 29,970 km x 170 km. - **Historical Significance:** This is the first time ISRO is launching a satellite over 4,000 kg into GTO from Indian soil. **LVM-3 Capabilities:** - **Payload Capacity:** - Can deliver up to 8,000 kg to Low Earth Orbit (LEO) and 4,000 kg to GTO. - Utilizes solid, liquid, and cryogenic engines. - **Previous Usage:** - The rocket previously launched 72 OneWeb satellites and has successfully sent various satellites including Chandrayaan missions into space. **Technological Enhancements:** - **Thrust Improvement:** - Plans to increase thrust through a new cryogenic upper stage (C32) that can carry 32,000 kg of fuel, generating 22 tonnes of thrust. - **New Engine Development:** - Proposed a semi-cryogenic engine for better efficiency, moving from liquid propellent to a combination of kerosene and liquid oxygen. - **Future Capacity:** Potentially increase capacity to carry around 10,000 kg to LEO. **Upcoming Missions:** - **Human Spaceflight Goal:** The LVM-3 is integral to India's Gaganyaan mission, aiming for human spaceflight capability. - **India’s Space Station Plans:** The upgraded launch vehicle will support the Bharatiya Antarish Station by carrying its modules. **Historical Context of Launch Vehicles:** - **Comparative Success Rates:** - GSLV Mk3 (LVM-3) has achieved 7 successful flights. - The previous GSLV has seen 4 failures out of 18 launches. - PSLV has 3 failures out of 63 missions noted. **Significance for India’s Space Program:** - Establishes India's self-reliance in launching heavy communication satellites, previously dependent on international partners. - Enhances Indian capabilities in both commercial satellite deployment and future explorative missions (e.g., lunar missions). **Judicial & Policy Relevance:** - ISRO's advancements support India’s strategic objectives in space technology and reflect the government's vision outlined under Article 51 of the Constitution, which encourages promotion of international peace and security (including space agreements and collaborations). ### Economic Indicators: - **Market Presence:** Establishment of India as a competitive player in the global satellite launch market. - **Potential Cost Savings:** Introduction of new pumping technologies and engines may reduce launch costs. ### International Engagements: - **Collaborative Missions:** India’s satellite deployment through OneWeb highlights cooperation with international entities amid geopolitical shifts (e.g., Russia-Ukraine conflict impacting launch capabilities). This summary encapsulates the key aspects and implications of ISRO's recent developments in satellite launch technology and the broader context of India's strategic goals in the field of space exploration.