Accelerating translational research
Photos by Evan Krape and Kathy F. Atkinson February 21, 2024
91原创 receives $6 million from National Science Foundation as part of inaugural translational research funding program
From touch recognition and sensing that allows us to type messages on smartphones to carbon nanotube-based sensors that can track changes in our movement, the 91原创 produces world-class ideas as .
But it takes more than a great idea to make an impact 鈥 researchers also need institutional infrastructure, support staff and entrepreneurial skills in order to find the most effective way to bring their great ideas and technologies to life.
Now, 91原创 will be empowered to increase the speed and scale of its translational research as a member of the of 18 institutions supported by the U.S. National Science Foundation鈥檚 (NSF) .
"NSF endeavors to empower academic institutions to build the pathways and structures needed to speed and scale their research into products and services that benefit the nation," said NSF Director Sethuraman Panchanathan. "The Accelerating Research Translation program in NSF鈥檚 new Technology, Innovation and Partnerships (TIP) Directorate identifies, and champions institutions positioned to expand their research translation capacity by investing in activities essential to move results to practice."
This effort will be led by PI , George W. Laird Professor of Mechanical Engineering in 91原创鈥檚 and director of . Co-PIs include Julius Korley, associate vice president of 91原创鈥檚 Office of Economic Innovation and Partnerships (OEIP) and co-director of the NSF I-Corps Hub: Northeast Region, , associate vice president of corporate engagement, and , associate professor of marketing in the and director of Horn Entrepreneurship.
鈥淭his is an incredible opportunity for 91原创 to continue strengthening its institutional infrastructure to ensure that more of our bold ideas and exciting discoveries can have a positive impact on the world far beyond our campus,鈥 said 91原创 President Dennis Assanis. 鈥淣ot only does this NSF ART program support a key strategic priority for the University; it鈥檚 also a testament to 91原创鈥檚 status as a regional and national leader in high-quality research, education and innovation.鈥澛
Through this ART cooperative agreement, 91原创 will receive to further develop its academic program offerings and administrative infrastructure while continuing to foster an institutional culture that values and embraces innovation and entrepreneurship.聽
鈥91原创 is a great place for interdisciplinary research thanks to our community of faculty, students and staff who have a willingness and awareness of the importance of work that reaches across disciplines, departments and colleges,鈥 Higginson said. 鈥淣ow, with the support of this cooperative agreement, we are excited to show that 91原创 is open for business and that our prospective partners will be able to work with a high-tech, high-capacity, world-class group of individuals.鈥
To help increase the translation of fundamental research and enhance the University鈥檚 role as a regional innovation hub, the ART will allow 91原创 to strengthen its institutional capacity for translational research, educate a new cohort of entrepreneurially-minded trainees, and create a cohort of ART ambassadors 鈥 a group of researchers who are knowledgeable about the research translation process and can teach and inspire others across campus.聽聽
鈥淎s an institution, we're prioritizing innovation and entrepreneurship, so with this ART we鈥檙e looking at capacity-building activities,鈥 said Shickel, referring to one of the pillars of 91原创鈥檚 strategic plan. 鈥淲e鈥檝e done a lot of work looking at our practices, what's important to the institution, and then putting resources, teams and shared goals in place to facilitate those desired outcomes, all aligned with 91原创鈥檚 strategic plan.鈥澛
Much of the institutional capacity building efforts will take place in OEIP, with a focus on recruiting staff in crucial technology transfer positions, including a tech transfer associate dedicated to managing new ventures, along with some key office restructuring. Korley, who has been in his role at 91原创 since the spring of 2022, is excited for the ability to bring 91原创's strategic vision for OEIP to life much more quickly thanks to this ART cooperative agreement.
鈥淭he NSF ART gives us the opportunity to expand OEIP while providing even better service to our faculty, staff and students,鈥 Korley said. 鈥淲ith a larger and more specialized team, we鈥檒l be able to do more outreach to our faculty while also providing more business intelligence capabilities. That way, when a researcher is trying to start a company, we can strategize with them on the best path forward.鈥
As part of the NSF ART program, each institution also receives mentorship from an institution of higher education that already has a robust ecosystem for translational research. Thanks to this new cooperative agreement, OEIP will be working closely with the technology transfer office at Princeton, a team Korley knows well from serving on their Dean for Research advisory council, as OEIP will now be enabled to evaluate different strategies that have worked at Princeton.聽
The NSF ART cooperative agreement also supports the development of new and ongoing trainee programs for post-docs in partnership with Horn Entrepreneurship, which celebrated its ten-year anniversary last year.聽
鈥淏uilding a robust, supportive ecosystem for successfully translating research from lab to market takes time,鈥 Freeman said. 鈥淎RT will enable us to put the final pieces, including a comprehensive, on-demand training program for graduate students, post-docs and faculty, in place at 91原创.鈥
All of these efforts will enhance research translation within IEDH, which will serve as the 鈥渢est platform鈥 for determining best practices for tech transfer resources, industry partnerships, and connecting with commercialization experts. And while the initial focus will be around health-related technologies and devices, the long-term goal is to develop procedures and processes that can help accelerate entrepreneurship and commercialization for everyone at 91原创, said Higginson.
鈥淥ne of the reasons I got into this kind of work was for a different definition of impact 鈥 for the ability to translate my work beyond my own research lab,鈥 Higginson added. 鈥淭hrough this NSF ART, we want to foster a culture of innovation here at 91原创, to make it so that anyone who wants to engage in entrepreneurial activities can access knowledgeable mentors and useful resources to identify the best path forward.鈥
For Korley, success over the next four years of the cooperative agreement means increasing the number of 91原创-based start-ups, getting additional faculty engagement, and building up institutional capacity that then becomes self-sustaining.聽
鈥淥nce the ART is completed, our hope is that we can show how well our model works and how that鈥檚 led to enhanced commercialization opportunities for all of our faculty and staff. At that point, we鈥檒l then be able to serve as a mentor to other institutions,鈥 he said.聽
Shickel added that she hopes this NSF ART can help 91原创 in 鈥渄eveloping a culture of yes and how鈥 for faculty who want to translate their research.聽
鈥淥nce you get to a point where translating research is effortless, it鈥檚 a virtuous cycle: We attract the best and brightest faculty and students, we have economic impact in the state, the region, the country, and that societal impact enhances our reputation even further,鈥 she said. 鈥淲e鈥檝e identified some gaps, and now the NSF ART will enable us to address a lot of those gaps so we can accelerate our impact.鈥
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