Award & Investment Overview
The University of Arkansas Institute for Integrative and Innovative Research (I³R) has awarded $1 million in seed funding to 15 interdisciplinary research teams through the inaugural I³R Watershed Grants Program.
Launched in summer 2026, the program combines funding from I³R, University of Arkansas colleges, and the University of Arkansas Division of Agriculture to establish new research collaborations, accelerate translational research, generate preliminary evidence, and advance selected technologies toward commercialization.
Demand substantially exceeded the program’s original expectations. I³R received 56 proposals involving 167 investigators from 10 colleges and units. While the institute initially anticipated supporting seven to 10 projects, I³R and its university partners expanded the program to fully fund 15.
The portfolio spans health, nutrition, aging, artificial intelligence, autonomous systems, advanced biomedical models, rural communities, venture capital formation, and technology commercialization.
Approach & Ecosystem Context
The Watershed Grants Program is notable for establishing a tiered internal funding structure around different stages of research collaboration and translation.
Headwaters Grants support working groups at the earliest stage, where researchers are establishing interdisciplinary teams and identifying new research directions.
Confluence Grants support teams generating preliminary data, proof-of-concept results, and validated methods that can strengthen applications for larger external funding.
Delta Grants are explicitly focused on advancing promising technologies toward commercialization and real-world application.
This structure creates an internal progression from collaboration formation through translational validation and commercialization. Rather than treating seed funding as a single intervention, the Watershed model recognizes that projects require different forms of support depending on their maturity.
I³R also provides funded teams access to advanced manufacturing and prototyping, wet laboratories, imaging and human health research infrastructure, technical expertise, entrepreneurial support, and other institutional resources.
From a GAP commercialization perspective, the Delta component is particularly relevant. It creates an identifiable bridge between university research and deployment while the broader program can develop an upstream pipeline of projects capable of progressing toward that stage.
The inclusion of the Arkansas Impact Investor Working Group is also significant. The project addresses capital formation for translational university ventures, meaning the portfolio is investing not only in individual technologies but also in the financing infrastructure needed to support future university spinouts.
Innovation & Technology
The 15 funded projects represent a broad pipeline rather than a single technology area.
Commercialization and Venture Development
I³R Arkansas Impact Investor Working Group: Capital Formation for Translational University Ventures
Lead: Cash Acrey, Sam M. Walton College of Business
The working group focuses on capital formation for translational university ventures, addressing the financing side of the university commercialization pathway.
AI, Autonomous Systems and Transportation
Human Factors in Autonomous Driving and Future Transportation Systems
Lead: Sarah Hernandez, College of Engineering
The project examines human factors associated with autonomous driving and emerging transportation systems.
Trustworthy Human-AI Agent Teaming via Causal Modeling
Lead: Xintao Wu, College of Engineering
The project explores causal modeling approaches for trustworthy collaboration between humans and AI agents.
Biomedical Platforms and Therapeutic Delivery
New Approach Methodologies for Arkansas Health Opportunities Group (NAM-A-HOG)
Lead: William Richardson, College of Engineering
The working group focuses on new approach methodologies for health research.
Breaking Down Barriers: An Organ-on-a-Chip Model of the Key Barrier to Efficient Muscle Gene Therapy
Lead: Shilpi Agrawal, College of Engineering
The project is developing an organ-on-a-chip model to investigate a barrier affecting efficient muscle gene therapy.
Advancing a Scalable and Gastrointestinal-Responsive Nanocellulose-Enabled Nanoemulsion-in-Hydrogel Platform for Oral Vitamin D Delivery
Lead: Jin-Woo Kim, College of Engineering
The project is advancing a nanocellulose-enabled delivery platform designed for gastrointestinal-responsive oral vitamin D delivery.
Validation of Nasal Delivery of Biotherapeutics on the AirLOC and Flow System
Lead: Christopher Nelson, College of Engineering
The project focuses on validating nasal delivery of biotherapeutics using the AirLOC and Flow System.
Health, Diagnostics and Translational Research
Validating Digital Interventions to Address Depression in Rural Arkansas
Lead: Ana Bridges, Fulbright College of Arts and Sciences
The project will evaluate digital interventions for depression in rural communities while using I³R’s advanced 3T imaging capabilities.
Harmonizing Arkansas’ Advanced Research 3T MRI Platform: A Validated Two-Site Neuroimaging Standard to Power Statewide Health Science
Lead: Tatiana Wolfe, UAMS
The project seeks to establish a validated two-site neuroimaging standard using Arkansas’ advanced research 3T MRI infrastructure.
The Hidden Cost of Participation: Developing the Concept of Post-Activity Functional Cost in Hypermobile EDS and HSD
Lead: Julie Hill, College of Education and Health Professions
The research examines post-activity functional cost associated with hypermobile Ehlers-Danlos syndrome and hypermobility spectrum disorder.
The Role of the Spatial Oxygen Landscape in Aging Skeletal Muscle
Lead: Megan Rexius, College of Engineering
The project investigates relationships between oxygen distribution and aging skeletal muscle.
Nutrition, Population Health and Toxicology
The Influence of Whole vs. Processed Protein Foods on Ingestive Behavior and Cardiometabolic Risk in Adults
Lead: Jamie Baum, Bumpers College
Nicotine and Analogues: Characterization and In Vitro Respiratory Models for Human Toxicological Risk Assessment of Emerging Vaping Devices
Lead: Jackson Lay Jr., Fulbright College of Arts and Sciences
Food Insecurity, Neighborhood Food Context and Cardiometabolic and Behavioral Health Risk in Arkansas
Lead: Michael Niño, Fulbright College of Arts and Sciences
Rural Aging
Technology, Social Connection and Resilience in Rural Aging: A Working Group to Build an Interdisciplinary Team for NIH Funding
Lead: Timothy Killian, Bumpers College
The project is establishing an interdisciplinary research team focused on technology, social connection, and resilience among aging rural populations.
Related Topics
University of Arkansas, I³R, Institute for Integrative and Innovative Research, Watershed Grants Program, translational research, GAP funding, proof of concept, university commercialization, technology transfer, seed funding, research commercialization, university venture development, AI, biomedical engineering, organ-on-a-chip, biotherapeutics, autonomous systems
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