Every June, before the monsoon season begins, a recurring picture is observed in Indian cities: trains are stuck in water in Mumbai suburbs, technological hubs in Bengaluru flood after light rain, and underground passages in Delhi quickly fill up, leading to stalled vehicles. These phenomena are not new or unpredictable. However, it is harder to explain why a country that is preparing more engineers than almost anywhere else on the planet continues to fail at solving the most basic urban engineering task—preventing water ingress and reducing temperatures.
India's technical education system produces specialists at record rates. According to AICTE data, 12.53 lakh seats were filled for the BTech specialization in the 2024-25 academic year, marking an eight-year high and a 67 percent increase compared to 2017-18. However, this surge is concentrated in one area. Computer Science and Engineering leads in student enrollment with 390,245 students, followed by Mechanical Engineering, Civil Engineering with 172,936 students, Electronics and Communication, and Electrical Engineering. Meanwhile, Civil Engineering, the discipline responsible for the construction and maintenance of drains, embankments, and disaster-resilient housing, lags behind Computer Science by more than twofold even at the admission stage, before graduates enter the job market.
There is a surplus of engineers, but it is unevenly distributed relative to the problems that need solving in India. Graduates in Computer Science and IT aim to work in software, finance, and consulting sectors with high speed and pay levels that civil engineering positions, which are mostly government-based and have slower promotion cycles and lower starting salaries, cannot offer. The result is an unbalanced distribution: the country produces engineering talent at a record pace, but this volume is skewed away from disciplines that ensure city functionality, and further skewed once graduates choose a career path.
The shortage of engineers ends before they reach drainage systems. The problem is not a lack of trained people, but where they are directed, and the weak institutional base on the opposite side of this choice—in the departments that are actually responsible for stormwater, building safety audits, and urban planning.
Responsible departments are chronically understaffed. This gap is particularly noticeable in Urban Local Bodies, municipal corporations, and councils responsible for drainage, building permits, and disaster preparedness. A CAG efficiency audit compendium covering 393 Urban Local Bodies across 18 states, published in 2025, revealed a 42 percent gap between the resource base and the actual expenditures of these local bodies. Furthermore, only 32 percent of Urban Local Bodies' revenue is self-generated, with the rest coming from grants from state and central governments. In the state of Karnataka, government data analyzed this year showed that approximately 60 percent of staff positions in ten urban corporations remain vacant, forcing the state to permit the hiring of retired engineers merely to maintain basic design planning.
Building codes exacerbate the issue. The National Building Code, published by the Bureau of Indian Standards, is a recommended document, not a mandatory law, allowing states to adopt, adapt, or largely ignore its provisions. Maharashtra's own rules are not even uniformly applied within the state: the Unified Control and Development Promotion Regulations explicitly exclude the Greater Mumbai Municipal Corporation and other planning bodies within it, leaving the city to operate under a completely different set of rules.
Drainage systems in most major cities were designed decades ago and were never built to handle the intensity of rainfall that cities are experiencing now. On June 28, 2024, the Safdarjung Observatory in Delhi recorded 228.1 mm of rainfall in 24 hours—more than three times the June average and the highest monthly value in 88 years since 1936, according to the India Meteorological Department. The subsequent flooding and traffic disruption resembled floods from a decade ago.
What the new industrial corridor might replicate. This matters not only within the annual monsoon cycle, as India is currently investing heavily in large-scale infrastructure construction that depends on the proper functioning of this workforce. The East Coast Industrial Corridor, planned under the industrial belt announcement based in Durgapur, which covers ports, production zones, and logistics networks in Odisha, Andhra Pradesh, Tamil Nadu, and West Bengal, according to the 2026-27 budget, is one of several major infrastructure projects relying on the assumption that India's technical capacity can perform work on a large scale. However, the same staffing vacancies, consultancy codes, and enforcement gaps that lead to annual urban flooding exist under these new projects. The corridor ultimately represents drainage, ports, road networks, and disaster-resilient construction multiplied across four states; these are the same civil engineering functions that are currently understaffed in all existing cities.
India's next industrial boom will occur on the East Coast. The heat problem makes the stakes even clearer. Peak electricity demand in India rose from 214.9 GW on April 1st to a record 270.8 GW on May 21, 2026, according to the Ministry of Power, representing a 26 percent increase over fifty days, driven by prolonged heat. This is not just a climate issue, but also a matter of building design and urban planning: cool roofs, passive ventilation, and heat-resistant construction are still treated as add-ons rather than basic requirements in most local ordinances.
A multi-city study analyzing approximately 3.6 million deaths in ten Indian cities between 2008 and 2019 found that heatwave days were associated with a 14.7 percent increase in daily mortality, estimating around 1,116 heatwave-related deaths per year. The 2025 Lancet Countdown report on health and climate change calculated that India lost about 247 billion labor hours due to heat exposure in 2024, equivalent to approximately $194 billion in economic losses concentrated in agriculture and construction.
None of this points to a talent problem. India has engineers, and there are more than ever, and they are more concentrated in one discipline than ever. What it constantly lacks is the civil system designed to employ the rest where predictable failures occur: within municipal drainage departments, building approval offices, and disaster management cells, which are documented, verified, and underfunded.
Any major infrastructure announcement adds new physical assets that need maintenance. If the skills gap within the institutions responsible for maintaining them is not closed at the same pace, every new corridor, every new industrial belt will inherit the same vulnerability that the rest of urban India already faces during every monsoon and every summer.
