More than a century before Bengaluru became associated with software companies, startup offices and technology campuses, the city won a different kind of competition: the contest to host India’s first major institution devoted to advanced scientific research. The decision was not obvious. In 1898, Bombay was the preferred location among those consulted by Jamsetji Nusserwanji Tata’s provisional committee. Bengaluru was smaller, less established academically and dealing with famine, public-health problems and a plague epidemic. Yet the city eventually secured the institution that would become the Indian Institute of Science, or IISc.
The story of IISc’s location is therefore not simply an account of a famous institution. It is an early example of how urban advantages are assembled. Land, financial commitments, climate, electricity, transport access, administrative patronage and the presence of a willing host government all influenced the outcome. Bengaluru did not begin with the strongest industrial or civic profile. It became strategically valuable because its institutions and infrastructure made a long-term scientific project possible.
In the late 1890s, Tata’s proposal was for a world-class institution dedicated to higher education and scientific research. A 23-member Provisional Committee, headed by educationist Burjorji Padshah, was established in 1898 to develop the plan. The committee consulted 76 people on the proposed location. Bombay received majority support because it was wealthy, industrially active and civically important. It was also Tata’s hometown. Other cities considered included Calcutta, Poona, Coonoor, Nainital, Allahabad, Bengaluru and Roorkee.
Bengaluru’s position at the time was considerably less assured. The Cantonment was expanding as British soldiers were drawn to the city’s climate, but the more crowded pete faced recurring famines. The city was also recovering from the effects of the Anglo-Mysore wars and confronting a serious plague outbreak in 1898. Nothing about this profile made Bengaluru the automatic choice for a national scientific institution.
The decisive change came through the Mysore State administration. In early 1899, Tata travelled through South India and met Seshadri Iyer, the Dewan of Mysore State. Iyer had already expressed support for a university in Bengaluru and wanted science and technology to contribute to the welfare and development of the state. The offer made during Tata’s visit was concrete: Mysore would provide land and contribute to the construction cost if the institution were located in Bengaluru.
That offer changed the terms of the location debate. Bombay had public support and industrial importance, but it was a crowded island where assembling a large tract of land would be difficult. The source account also records concerns about its high humidity and the possible effect on books and scientific equipment. Bengaluru offered a more favourable climate, along with the backing of the Mysore Durbar in the form of land and money. The proposed institute was beginning to look less like a project seeking a city and more like a project seeking a capable institutional partner.
The physical setting mattered as well. The Government later asked British chemist Sir William Ramsay to help develop the project and recommend a location. Ramsay, who received the Nobel Prize in Chemistry in 1904, visited several cities during a nearly three-month tour of India. He was strongly impressed by Bengaluru, citing its accessibility from Bombay and Madras, proximity to mineral deposits including iron ore and gold, and access to a promising source of electric power at Shivanasamudra Falls.
Ramsay also praised the city’s climate, describing it as temperate for much of the year. He considered Bengaluru’s relative lack of distractions an advantage over larger cities such as Bombay, Madras and Calcutta. These observations show that the proposed institution was being evaluated through several urban lenses at once: environmental suitability, connectivity, access to resources, power supply and the ability to create a concentrated research environment.
The decision was not settled immediately. A government-appointed committee led by Colonel John Clibborn and David Orme Masson revisited the proposal in 1901. After examining Bengaluru and Roorkee, the committee concluded that Roorkee would be preferable if it could secure the necessary land and financial support. That condition proved critical. Roorkee did not receive the patronage required to establish the institute, while the Mysore Durbar strengthened its commitment to Bengaluru.
Mysore eventually promised 371 acres and 11 guntas of land, Rs 5 lakh towards capital expenditure and an annual contribution of Rs 50,000. These commitments were not peripheral to the decision. They provided the institutional and financial foundation for the project at a time when the proposed institute required a substantial site, construction funding and continuing support. The eventual choice demonstrates how public land and state-backed investment can influence the geography of knowledge institutions.
The formal process still took years. Bureaucratic delays slowed the project, and Tata died in 1904 before it was completed. On May 27, 1909, the Government of India issued the vesting order that brought IISc into existence in Bengaluru. The institute opened its doors to students in 1911 with 24 students and two academic departments: General and Applied Chemistry, and Electrical Technology.
From the beginning, the institution’s work was linked to industrial development rather than being separated from the city’s wider economic needs. Under the influence of Sir M Visvesvaraya, researchers pursued studies considered immediately important to the country. IISc says six factories were established in less than five years as a direct result of investigations carried out there, including factories producing acetone, thymol, straw boards, soap and sandalwood oil.
This early relationship between research and production is important to understanding Bengaluru’s later economic identity. The city’s science ecosystem did not emerge only from a late twentieth-century technology boom. It had an institutional base in which education, research, industrial applications and public purpose were connected. The relationship was neither automatic nor complete, but it created a durable platform on which later scientific and engineering activity could build.
The institute expanded further during the decades that followed. During World War II, it trained personnel, manufactured military and industrial goods and worked with Hindustan Aircraft Limited to repair and maintain British and American warplanes. New engineering departments, including Aeronautical Engineering, Metallurgy and Mechanical Engineering, emerged during the 1940s. Later, under director Satish Dhawan in the 1960s, 1970s and early 1980s, research expanded into materials science, computer science and automation, molecular biophysics and interdisciplinary studies.
The institutional network associated with IISc also extended beyond its campus. Its former students and faculty included Homi J Bhabha, Vikram Sarabhai, Anna Mani, Kamala Sohonie and CNR Rao. The institute contributed to the creation of other academic and scientific institutions and organisations. Over time, its work moved into areas including brain research, nanoscience and engineering and hypersonics, while industry links and startup incubation added new channels between research and economic activity.
The institute’s expansion now includes a 1,500-acre facility at Challakere in Chitradurga district. That growth reflects a continuing relationship between scientific institutions and land. The original Bengaluru decision depended partly on the availability of a large site and the willingness of the Mysore administration to commit it. More than a century later, the institute’s expansion again involves a significant territorial footprint beyond its historic urban campus.
The evidence in this history does not establish that IISc alone created Bengaluru’s technology economy. The city’s later transformation depended on many other institutions, businesses, workers, infrastructure systems and policy decisions. It does, however, show that Bengaluru’s science identity has deep roots in a location decision shaped by public patronage, land availability, power, access and institutional ambition.
The larger urban question is how cities create the conditions for knowledge economies before those economies become visible. In Bengaluru’s case, the city was selected when it was still an unlikely candidate. The decision brought a major research institution into an urban setting that could offer space, a supportive administration and a suitable environment. The institution then helped generate scientific capabilities, industrial applications and networks that reinforced the city’s profile.
What the record confirms is a long institutional chain: Mysore’s land and financial support, the Government of India’s formal approval, IISc’s early research and its later expansion into engineering and advanced science. What remains less established in the supplied material is the precise contribution of each later institution, infrastructure investment and public policy to Bengaluru’s emergence as a technology hub. That distinction matters. The history is best understood not as a single-cause origin story, but as an example of how an urban advantage can be built over decades through sustained institutional development.
