Video: Logan Jinks/Texas A&M Engineering


How do you advance your work in a university research lab to the point where businesses or government agencies recognize its commercial potential in the marketplace?

The solution requires entrepreneurial skills and training gained through our real-world, hands-on, immersive National Science Foundation Innovation Corps (NSF I-Corps) program.

The NSF I-Corps program curriculum is based on the Lean Startup framework, where faculty, researchers and students across the The Texas A&M University System learn the market potential of an innovation and are trained to incorporate innovations developed in research labs into commercially viable companies to solve societal problems.

Since 2012 Texas A&M University has been an I-Corps node and Site. The university has been a founding member of the NSF I-Corps Hub: Southwest, a member of the National Innovation Network since 2023.

Team NSF I-Corps Opportunities

Program Roadmap

Transform your research into market-ready technology. The program roadmap shows how Texas A&M System researchers turn early-stage projects and invention disclosures into real-world commercial outcomes through the four-week virtual NSF I-Corps IdeaLaunch program. Throughout the program, you will master customer discovery techniques to identify target markets, strengthen translational grant proposals (such as NIH, DOE, or NSF-TTP) and gain official NSF Lineage, qualifying your team to apply for the National I-Corps Teams program and its $50,000 grant. Whether your goal is internal R&D growth, licensing, or launching an SBIR/STTR-funded startup, our TAMU I-Corps team is here to guide your path.

An illustration representing the roadmap of how a research project goes through IdeaLaunch program to NSF I-Corps through to a potential outcome.

The program begins with your team’s grant-funded, self-funded, or institutionally funded research project. From there, you move through two steps.

Questions? Contact Us.

The NSF I-Corps program at Texas A&M is geared towards developing the innovation and entrepreneurial spirit in our students and faculty, with the latter serving as principal investigators to develop this skillset. This program helped us figure out what the minimum viable product was that so that it would be more effective and more adaptable in the marketplace.

Dr. Debjyoti Banerjee, project lead and professor in the J. Mike Walker '66 Department of Mechanical Engineering

Student NSF I-Corps Opportunities

Logos of NSF and Southwest NSF I-Corps together on on horizontal line