PIB Analysis — 04–05 October 2026
PM-SETU completes one year: Upgrading Government ITIs through a Hub-and-Spoke, industry-led model
A year after its launch, PM-SETU has moved from identifying ITIs to approving the first industry investment plans — a test of whether vocational training in India can be made demand-driven by handing industry a controlling stake in governance.
Industrial Training Institutes (ITIs) are post-secondary institutions that train youth in engineering and non-engineering trades under the Craftsmen Training Scheme (CTS), which dates back to 1950. Courses run from six months to two years.
- Directorate General of Training (DGT), under the Ministry of Skill Development & Entrepreneurship (MSDE), frames norms, curricula, affiliation, instructor training and trade testing.
- ITIs are under the administrative and financial control of States/UTs — so any central reform depends on State cooperation.
- Constitutional hook: vocational and technical training of labour falls under Entry 25 of the Concurrent List (education, including vocational and technical training of labour).
- NCVET (National Council for Vocational Education and Training, set up in 2018) is the overarching skilling regulator.
- Growth of the network: ITIs rose from 9,776 (2014) to 13,888 (2026); enrolment from 9.51 lakh (2014–15) to 14.70 lakh (2025–26), as per Government data.
- Full name: Pradhan Mantri Skilling and Employability Transformation through Upgraded ITIs (PM-SETU)
- Launched: 4 October 2025
- Outlay: ₹60,000 crore — Centre ₹30,000 cr · States ₹20,000 cr · Industry ₹10,000 cr
- Nodal Ministry: Ministry of Skill Development & Entrepreneurship
- Component I: 1,000 Government ITIs — 200 Hub ITIs + 800 Spoke ITIs (each Hub linked to ~4 Spokes)
- Component II: Capacity augmentation of 5 NSTIs — Bhubaneswar, Chennai, Hyderabad, Kanpur, Ludhiana
- Governance: Cluster-level SPVs — Anchor Industry Partner 51%, Centre 24.5%, State 24.5%
- Apex body: National Steering Committee chaired by Secretary, MSDE
- Hub ITIs host innovation centres, training-of-trainers facilities, production units and placement services.
- Spoke ITIs widen access and connect learners to the shared resources of their cluster.
- Industry entry is through a Strategic Investment Plan (SIP) submitted by the prospective partner; States select ITIs in consultation with industry.
- NSTIs are to host sector-specific National Centres of Excellence with foreign partners — Singapore (Chennai), France (Kanpur), Australia (Bhubaneswar), and a Joint Declaration of Intent with Germany (Hyderabad).
- New-age courses: DGT has added 32 courses under CTS — AI, cyber security, EVs, semiconductors, drones, green hydrogen, 5G and others. Adoption is left to States.
- 850 ITIs identified — 172 Hub + 678 Spoke (against a target of 1,000)
- 36 States/UTs identified clusters and created budget heads; 35 set up State Steering Committees; 26 began inviting industry
- SIPs approved for 14 clusters — investment of ₹3,446 crore (out of 200 clusters)
- NSC approved transition from pilot to nationwide rollout across all 200 identified clusters
- Earlier ITI upgradation efforts include the World Bank-assisted Vocational Training Improvement Project (VTIP) and the PPP upgradation of 1,396 Government ITIs (2007-08), where Institute Management Committees were chaired by industry partners.
- PM-SETU differs by moving from individual ITIs to clusters, and from an advisory industry role to majority equity in an SPV.
- It sits within the wider Skill India Mission (2015), alongside PMKVY and the National Apprenticeship Promotion Scheme.
- Pace: only 14 of 200 clusters have approved investment plans after a year; the bulk of execution lies ahead.
- Federal dependence: ITIs are State-run, so outcomes will vary with State capacity and willingness to cede control to SPVs.
- Industry concentration: anchor partners are likelier in industrial belts, which may widen regional gaps in skilling quality.
- Accountability: a 51% private stake raises questions on fee structures, admission norms and protection of public assets.
- Persistent ITI problems — instructor vacancies, low seat utilisation and weak placement tracking — are not solved by infrastructure alone.
"Giving industry a controlling stake in the governance of public ITIs can fix the mismatch between vocational training and jobs, but it also carries risks." Critically examine in the context of PM-SETU. 15 marks · 250 words
First international cargo from Dibrugarh since Independence: Methanol shipped from Bogibeel to Dhaka via National Waterway-2
A methanol consignment from Assam's Bogibeel terminal to Pangaon port near Dhaka revives the Brahmaputra's historic role as Upper Assam's trade link — and tests whether river cargo can become a working option for the Northeast.
Before Partition, the Brahmaputra and its links through East Bengal were the main trade outlet for Upper Assam's tea and timber, and Dibrugarh was a leading river port. Partition in 1947 and the 1965 war disrupted this route.
- National Waterways Act, 2016 declared 111 National Waterways (5 existing + 106 new).
- NW-1: Ganga–Bhagirathi–Hooghly (Haldia–Prayagraj). NW-2: Brahmaputra, Dhubri to Sadiya (~891 km). NW-3: West Coast Canal, Kerala.
- IWAI — Inland Waterways Authority of India, a statutory body set up in 1986 under the IWAI Act, 1985; headquartered at Noida.
- Indo-Bangladesh Protocol on Inland Water Transit and Trade (PIWTT) — first signed in 1972; it allows vessels of each country to use designated river routes in the other (the Indo-Bangladesh Protocol Route, IBPR).
- Bogibeel Bridge (Dibrugarh) — India's longest rail-cum-road bridge (~4.94 km) across the Brahmaputra, opened in 2018.
- Date: Flag-off on 5 October 2026 at Bogibeel Terminal, Dibrugarh
- Cargo: Methanol produced by Assam Petro-Chemicals Limited (APCL), Namrup
- Route: Bogibeel → NW-2 (Brahmaputra) → Indo-Bangladesh Protocol Route → Pangaon Port, Dhaka
- Organisers: MoPSW and IWAI, with the Government of Assam and APCL
- Significance claimed: first cargo from Dibrugarh to a foreign port since Independence
- Northeast connectivity: the region's land access to the rest of India runs through the narrow Siliguri Corridor; river routes through Bangladesh offer an alternative outlet.
- Cost and emissions: water transport is generally cheaper per tonne-km and less carbon-intensive than road for bulk cargo.
- Methanol: a liquid fuel and chemical feedstock made from natural gas or coal; NITI Aayog has promoted a "Methanol Economy" to cut import dependence.
- Neighbourhood First and Act East: functional trade with Bangladesh supports both policies.
- Navigability: the Brahmaputra is braided and heavily silt-laden; lean-season depths limit vessel size and regular schedules.
- Dependence on the Protocol: the route needs continued Bangladeshi cooperation, which is sensitive to the state of bilateral ties.
- One voyage is a pilot: regular cargo will depend on assured volumes, terminal handling and return-cargo availability.
- Inland waterways still carry only a small share of India's freight, despite the 2016 expansion of National Waterways.
Inland waterways can transform the economic connectivity of India's Northeast. Examine the potential and constraints of National Waterway-2 and the Indo-Bangladesh Protocol Route in this regard. 15 marks · 250 words
5.56 km free-space Quantum Key Distribution link demonstrated in Gandhinagar
A startup–government–academia trial has sent quantum-secured keys through open air across 5.56 km — described by the participants as India's first free-space QKD link at this distance, and a step towards satellite-based quantum communication.
Quantum Key Distribution uses single photons to share an encryption key. Any attempt to intercept the photons disturbs their quantum state, so eavesdropping shows up as errors.
- No-cloning theorem — an unknown quantum state cannot be copied perfectly; this is the physics behind QKD security.
- BB84 (Bennett and Brassard, 1984) is the first and best-known QKD protocol.
- QBER (Quantum Bit Error Rate) — a low QBER indicates no significant eavesdropping and a usable channel.
- Fibre vs free-space QKD: fibre suffers photon loss over distance; free-space (through air or space) is the route to satellite QKD and links where fibre cannot be laid.
- Post-Quantum Cryptography (PQC) — classical, software-based algorithms designed to resist attacks by future quantum computers; different from QKD, which is hardware- and physics-based.
- National Quantum Mission (approved 2023, DST) targets satellite-based secure communication over long distances and inter-city QKD.
- Partners: QNu Labs (startup, est. 2016), BISAG-N (autonomous society under MeitY) and IIT Gandhinagar
- Link: BISAG-N to IIT Gandhinagar, 5.56 km, night of 27–28 September 2026
- Performance: QBER below 5%; secure key rate 230–260 bits per second
- Hardware: QNu Labs' QKD device Armos, with a Pointing, Acquisition and Tracking (PAT) system
- Software layer: BISAG-N's Vedic Kavach — PQC with quantum random number generation
- "Harvest now, decrypt later": encrypted data captured today could be broken by future quantum computers — quantum-safe keys protect long-lived secrets (defence, banking, power grids).
- Free-space links are the building block for satellite QKD, a stated National Quantum Mission goal.
- Demonstrates an indigenous startup–public institution supply chain in a strategic technology.
- Key rate: 230–260 bps is enough for exchanging keys, not for bulk data; scaling rates and distance is the real challenge.
- Weather and daylight: free-space optical links are affected by fog, dust and sunlight — the trial ran at night.
- "First" claims are those of the participants; earlier Indian demonstrations covered shorter free-space distances.
- QKD needs trusted nodes and specialised hardware; many agencies globally prefer PQC for wide deployment.
Distinguish between Quantum Key Distribution and Post-Quantum Cryptography. Why does India need both to secure its critical information infrastructure? 10 marks · 150 words
Great Indian Bustard: Captive-bred birds released into the wild at Desert National Park, Jaisalmer
After a decade of conservation breeding, the Great Indian Bustard programme has moved from building a captive population to rewilding — releasing two captive-bred birds into the wild at Desert National Park during Wildlife Week 2026.
The Great Indian Bustard (Ardeotis nigriceps) is one of the heaviest flying birds and an indicator species of dry grasslands. It is the State bird of Rajasthan.
- IUCN: Critically Endangered · WPA 1972: Schedule I · CITES: Appendix I · CMS: Appendix I
- Range today: mainly the Thar (Jaisalmer, Barmer); small numbers in Kutch (Gujarat) and the Deccan grasslands.
- Biology: slow breeder — usually one egg per clutch; poor frontal vision makes it prone to colliding with overhead power lines, its biggest threat.
- Other threats: grassland conversion (grasslands are often classified as "wastelands"), wind and solar infrastructure, predation of eggs.
- Desert National Park spans Jaisalmer and Barmer districts and is the species' core breeding habitat.
- Partners: MoEFCC, Rajasthan Forest Department and Wildlife Institute of India (WII)
- Technical collaboration: International Fund for Houbara Conservation (IFHC, UAE)
- Funding: National CAMPA (Compensatory Afforestation Fund)
- Breeding centres: Sam and Ramdevra (Jaisalmer); soft-release facility at Naliya, Kutch (Gujarat)
- Captive stock: 97 birds — 40 from wild-laid eggs, 57 bred in captivity; 86 kept for breeding, 11 earmarked for release
- Chicks: 24 in 2025 and 29 in 2026 from captive reproduction
- "Jumpstart": captive-laid eggs placed in wild nests — 6 chicks hatched in Rajasthan, 2 in Gujarat
- Habitat: ~200 sq km of fenced grassland enclosures inside Desert National Park
- Rewilding Aviary, Ramdevra: 160 m × 64 m × 14 m, pillar-less, ₹9.25 crore (State-funded)
- M.K. Ranjitsinh v. Union of India: in 2021 the Supreme Court ordered overhead power lines in GIB habitat to be placed underground where feasible.
- In March 2024, the Court modified this direction after the Centre cited renewable-energy constraints, and set up an Expert Committee to identify priority areas and mitigation.
- The same 2024 judgment recognised a right against the adverse effects of climate change under Articles 14 and 21 — a landmark Prelims and Mains point.
- Current conservation actions follow the Expert Committee's recommendations, as the Government notes.
- The GIB is an umbrella species: protecting it conserves Thar grasslands, which also support the chinkara, desert fox and migratory birds of the Central Asian Flyway.
- Grassland restoration supports India's Land Degradation Neutrality commitment under the UNCCD.
- The Government expects eco-tourism benefits for local communities (government projection).
- Threats persist: released birds face the same power-line and habitat risks that caused the decline; release alone cannot reverse it.
- Small numbers: two birds is a pilot — protocols, survival rates and post-release monitoring will decide success.
- Energy–conservation conflict: the Thar is also India's prime solar and wind zone, making undergrounding and siting decisions contentious.
- Fenced enclosures protect breeding but can restrict local grazing, requiring community buy-in.
The conservation of the Great Indian Bustard reflects the conflict between renewable energy expansion and biodiversity protection. Discuss, with reference to judicial interventions and the ongoing recovery programme. 15 marks · 250 words


