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Florida State University celebrated the grand opening of IGNITE Tallahassee during the third annual FSU Discovery Days, unveiling a new resource designed to serve as a launchpad for entrepreneurship, research and technology development in the Capital City. 

This milestone marks a significant investment in Florida’s innovation infrastructure, offering researchers and startup businesses access to shared laboratories, private offices and collaborative environments that support early-stage ventures and cross-sector partnerships.  

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Florida State University is translating academic research into commercial innovation and jumpstarting student success at the same time through a National Science Foundation program.

Nethraja Kandula, a doctoral student in the Department of Health, Nutrition, and Food Sciences, was part of a recent cohort of the National Science Foundation’s (NSF) I-Corps program, an immersive, entrepreneurial training program that facilitates the transformation of invention to impact for scientific researchers. I-Corps teams include a graduate student as the entrepreneurial lead, a technical lead with deep expertise in the technology area, and an industry mentor who provides business experience and is independent from the technical development of the technology.

Kandula led an I-Corps team focused on rapid foodborne pathogen detection methods in the lab of Prashant Singh, an associate professor at FSU who was the team’s technology lead.

Singh’s technology addresses a pressing safety concern in the food processing industry. Rapid testing methods are crucial for the food industry because experts and processors require quick and reliable assays. Animal processing within the food industry occurs at a rapid pace, so similarly speedy testing methods are necessary for safety. Kandula is a member of Singh’s lab and helped to create the testing method for pathogens most associated with poultry, such as salmonella.

After successfully inventing the test, the team contacted FSU Commercialization for next steps to bring their rapid detection method to market and were encouraged to participate in the NSF I-Corps program. Kandula and the team took part in the six-week regional I-Corps training program, which is divided into three sections: four weeks of direct, firsthand experience in customer discovery, one week of pitch preparation and one week to deliver a product pitch.

Kandula gained valuable experience working directly with business tools and theories: business canvas models, customer segmentations, hypothesis training, revenue streams, and customer relationships and channels.

“I’m really glad I learned more about customer discovery and how to ask the right questions to get the best information,” Kandula said. “As a scientist, this was all new to me. I-Corps showed us how to understand customers and gave us the tools for translating our research ideas.”

I-Corps training reduces the risk associated with translating technologies from the laboratory to the marketplace using experiential education for researchers. When starting the program, the team was primarily focused on targeting large poultry processors like Tyson or Cargill, but found large industries have their own testing labs. They uncovered a new target audience by learning that smaller processors do not have their own testing labs and send out their samples to third parties.

“That was a business ‘eureka’ moment for me — seeing where our technology could have the most impact,” Kandula said. “I-Corps bridges the gap between academia and business. It provides the tools to understand the full potential of an idea.”

Part of the I-Corps training is validating your idea, she said. Participants are given the ability to understand potential successes and quickly understand why an idea might not be successful. The program provides quick, rapid-fire feedback and valuable insight.

Having successfully completed the regional team program, Kandula and her team are applying for additional I-Corps training through the initiative’s seven-week program for national-level teams. This opportunity offers up to $50,000 in federal funding and deeper immersion into the ecosystem for evaluating the commercial potential of their technology.

“If you’re a student thinking about I-Corps — you should do it!” Kandula said. “Don’t overthink it. If you think you have a decent idea — not even a good one, just a decent idea — do it.”

Interested in I-Corps? For more information about I-Corps at FSU, contact FSU Commercialization.

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Florida State University honored university innovators who produced patented research in the 2024 fiscal year in a ceremony Friday.

“I’m so proud of all the faculty and all that you do,” said FSU President Richard McCullough. “One of our great missions is to drive innovation at this university.”

McCullough and Vice President for Research Stacey S. Patterson honored 41 individuals who received patents during the last fiscal year for a wide variety of research including work on the dengue virus, organic-inorganic hybrid perovskites, an active vortex generator to improve heat transfer in heat exchangers.

“What a wonderful day to be able to celebrate years of work and innovation, showcasing that innovation really is truly everywhere at Florida State University,” Patterson said. “We’re really proud of our faculty, staff and students on how they come together to really have impact on society at large. Patents are one piece of that, demonstrating the innovation culture we have at FSU.”

The event was part of a larger day coordinated by IGNITE-FSU, a National Science Foundation-funded program to accelerate translational research and encourage innovation and entrepreneurships at universities. The day also included a presentation by Oregon State University Professor Rich Carter, a leading figure in the effort to promote entrepreneurship through university innovation.

FSU launched IGNITE-FSU a year ago. In that time, the university has undertaken a number of projects to enhance FSU’s innovation culture, including opening a local business incubator, expanding FSU’s tech transfer operation and organizing a business pitch competition for startup companies.

David Larbalestier, chief materials scientist at the National High Magnetic Field Laboratory and a member of the National Academy of Engineering, received a patent for his work on superconducting magnets. He said after the event that the emphasis on innovation is critical for faculty who are realizing what they can achieve through their research.

“This is an amazing transformation for the people who get what it’s all about,” Larbalestier said. “The innovation is occurring all the time because they’re learning what they can do, what people never dreamed they could do before they came to university.”

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