GDC builds capacity in researchers from STEM universities, incubators, research institutions, and corporates to maximize the impact of deep-tech research through scalable start-ups. By enabling faculty and researchers in STEM universities across India to commercialize their research ideas and innovations, we help them go from lab to market.
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Boot camp for early-stage start-up teams from
university labs, to search for the elusive
problem-solution fit.
Helps participants understand the demands and rigors of entrepreneurship, while also assisting participant teams in exploring entrepreneurship more intensively or transitioning to alternative career paths.
Know MoreAddresses a critical gap in the university startup ecosystem by helping students and researchers evaluate their readiness to become founders and gain a deeper understanding of the market before launching a startup based on academic research or ideas.
Know MoreThe program is aimed at founders of science-based startups at the pre-revenue stage, where the startup lacks full visibility of customer or revenue potential, and the founders are uncertain if the early success of customer wins is repeatable and sustainable.
Know MoreAimed at founders of science-based, pre-revenue startups with limited visibility into customer or revenue potential, the 4–6-week boot camp focuses on scaling the startup and addressing concerns about the sustainability of early success.
Know More



Team Openwater, led by Prof. Sanjiv Sambandan from IISc Bengaluru, had spent several years developing and refining a cutting-edge wastewater treatment solution.
Plastic pollution has grown beyond an environmental concern to become a serious health challenge worldwide.
Team Quixotix, part of DST-GDC I-NCUBATE Cohort 04, began their journey with a powerful vision grounded in deep scientific expertise. Emerging from the Biomimetics Lab under the guidance of Dr. Rahul Kailash, NIT Rourkela, the team had a breakthrough innovation—a handheld bioprinter that could potentially allow surgeons to print living tissue directly onto wounds, avoiding painful grafts and reducing surgery time.
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