Greater Than Us aims to raise ₹9,000 crore by March 2029, strengthen research infrastructure and develop the talent needed to turn advanced technologies into market-ready solutions.

The Indian Institute of Technology (IIT) Kanpur has launched a $1 billion fundraising campaign to strengthen research, nurture future innovators and accelerate the development of indigenous technologies across healthcare, biotechnology, artificial intelligence and other advanced technology sectors.

Titled Greater Than Us, the campaign was launched by Defence Minister Rajnath Singh at Bharat Mandapam on October 14, 2026. The institute aims to raise approximately ₹9,000 crore by March 2029, with commitments worth ₹4,155 crore already secured from alumni, donors, corporate partners and the government, according to the source report.

IIT Kanpur describes the initiative as the largest fundraising campaign undertaken by an IIT. Its central objective is to bring together research infrastructure, talent development and technology commercialisation to strengthen India's innovation ecosystem.

Three pillars to drive research and innovation

The campaign is organised around three pillars: Foundation, Talent and Frontier. Each is intended to address a different part of the research and innovation pipeline.

1. Foundation — ₹5,000 crore: Strengthening research and institutional infrastructure.
2. Talent — ₹3,000 crore: Supporting students, researchers, faculty members and future innovators.
3. Frontier: Advancing emerging technologies and translating research into practical applications.

The source report does not specify a separate financial allocation for the Frontier pillar. However, its focus on advanced technology development and commercialisation positions it as an important link between laboratory research and industry adoption.

For India's skills and workforce development ecosystem, this combination is significant. Research infrastructure can enable experimentation and product development, but translating discoveries into useful technologies also requires specialised technical professionals, interdisciplinary teams and people capable of taking innovations from prototypes to deployment.

Medical technology and digital health in focus

Healthcare innovation is a major component of the Frontier pillar. IIT Kanpur plans to establish a medical devices prototyping and testing facility to support the development and validation of indigenous medical technologies.

The initiative addresses an important domestic capability gap. The source article reports that India depends on imports for approximately 80% of its high-end medical devices. Developing stronger local design, prototyping and testing capabilities could help expand the country's capacity to create and validate advanced medical technologies.

The institute also plans to support drug discovery programmes targeting cancer, metabolic disorders and neurodegenerative diseases. These efforts sit alongside broader priorities in digital health, biotechnology and other technology-intensive fields.

Turning these ambitions into practical outcomes will require collaboration among researchers, healthcare institutions, technology developers, manufacturers and industry partners. It will also require professionals with skills spanning areas such as biomedical engineering, electronics, software, data analysis, product testing, regulatory compliance and quality assurance. These are potential workforce implications of the planned initiatives, rather than specific training commitments announced in the source report.

Connecting research with entrepreneurship

A further component of the campaign is a ₹180 crore commitment from IIT Kanpur alumnus Rahul Gautam to establish the Gautam School of Innovation and Entrepreneurship (G-SINE) at the institute's Noida campus.

The school is scheduled to begin in July 2027 with an MBA programme in Technology and Entrepreneurship. Its intended areas of focus include digital health, biotechnology, artificial intelligence and advanced manufacturing.

The initiative is designed to help innovators convert research into commercially viable products and technology-driven businesses. This addresses a familiar challenge in deep-tech development: promising research must pass through product design, testing, business development and market adoption before it can deliver broad economic or social value.

IIT Kanpur's Startup Incubation and Innovation Centre (SIIC), which the source article says has supported hundreds of startups, provides an existing foundation for this work.

The combination of research support and entrepreneurship education could help develop professionals who understand both the technical dimensions of innovation and the commercial requirements of bringing new products to market.

Deep-tech priorities extend beyond healthcare

While digital health and medical technology are prominent areas of focus, the campaign's wider technology priorities include artificial intelligence, quantum technologies, cybersecurity, semiconductors, drones and sustainability.

These sectors depend on specialised research capabilities and multidisciplinary expertise. Their development can create demand for advanced technical skills, applied research, product engineering and technology management.

For education and training institutions, the broader lesson is that innovation requires more than individual scientific breakthroughs. Research organisations, employers and training providers must also develop pathways through which learners and professionals can acquire relevant capabilities, gain practical experience and contribute to technology development.

However, the source report does not announce specific apprenticeship schemes, vocational courses, workforce targets or job-creation estimates under the campaign. The scale and nature of any resulting employment opportunities will depend on how the funded research, facilities and entrepreneurship initiatives are implemented.

From fundraising commitments to measurable outcomes

With ₹4,155 crore in commitments already secured against the approximately ₹9,000 crore target, IIT Kanpur has reported substantial early support for Greater Than Us. The campaign's longer-term significance, however, will depend on what these resources enable the institute to deliver.

Relevant measures of progress could include the research facilities established, medical technologies successfully tested, intellectual property translated into products, startups developed and research partnerships formed. Talent development could also be assessed through researchers supported, practical training opportunities created and graduates progressing into relevant technical and innovation roles.

These are suggested indicators for assessing the campaign's impact, not targets stated in the source article.

For India, the opportunity lies in connecting research excellence with domestic technology capabilities and the people needed to sustain them. By linking infrastructure, talent and commercialisation, IIT Kanpur's Greater Than Us campaign seeks to strengthen the pathway from advanced research to real-world application.

Its ultimate contribution will be measured not simply by the amount raised, but by the technologies developed, the innovation ecosystem strengthened and the capabilities built to turn research into practical solutions.