NSF ART Award #: 2331381
Project Duration:
02/01/2024
- 01/31/2028
Principal Investigator: Nghia Chiem, Director Office for Innovation and Commerciali-zation
Co- Principal Investigators: Jialai Wang, Professor College of Engineering | Jaber Abu-Qahoug, Professor College of Engineering | Ying Qin, Commercialization and Business Engagement Program Manager | Dan Blakley, Associate Vice President Economic Development
ABSTRACT
Innovate UA is a university-wide program at The University of Alabama (UA) designed to ac-celerate the movement of research into practical, real-world solutions. Supported by the Na-tional Science Foundation’s Accelerating Research Translation (ART) program, Innovate UA enhances the university’s ability to turn discoveries into impact while fostering an ecosystem rooted in entrepreneurship, collaboration, and regional economic growth.
The program seeks to transform institutional culture by embedding innovation across disci-plines and building sustainable infrastructure to support commercialization. Innovate UA ad-vanced this mission through four strategic pillars:
Through public-private partnerships, targeted training, and collaborative engagement, Inno-vate UA bridges the gap between discovery and application. The program positions The Uni-versity of Alabama as a regional leader in research-driven innovation – fueling scalable solu-tions, workforce development, and long-term economic impact.
Institutional ART Program/Center:
Office for Research and Economic Development, Office for Innovation and Commercialization
Institutional ART Program/Center Website:
Institutional ART Program/Center Leadership:
Institutional ART Program/Center Contact:
Stephanie Paul
spaul5@ua.edu
Institutional Tech Transfer Office Website:
Institutional Tech Transfer Office Contact:
Stephanie Paul
paul5@ua.edu
Mentorship
Mentor Institution to the Institutional ART Program:
University of Notre Dame
Mentor Institution Lead to the Institutional ART Program:
This is not the NSF website for the ART program. The development of this portal is supported by the U.S. National Science Foundation under Award No. 2331429. The material on this portal is sourced from the various activities and projects being supported the ART program. Any opinions, findings and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the U.S. National Science Foundation.