The NSF AI Institute in Dynamic Systems is developing new artificial intelligence technologies to improve how complex engineering systems are designed, tested, manufactured, and operated. Modern aircraft and advanced manufacturing systems are among the most sophisticated technologies ever created, yet their development remains slow and expensive. The Institute is accelerating these processes by creating AI tools that help engineers predict, optimize, and control systems governed by the laws of physics. The Institute advances fundamental research at the intersection of AI, engineering mathematics, and the physical sciences, while further delivering sustained impact by expanding educational opportunities through freely available courses, open software, and public datasets, training the next generation of scientists and engineers and broadening access to AI education nationwide.
Founded Oct. 1, 2021, as part of the National Science Foundation's effort to advance machine learning and AI across the sciences, the Institute is committed to integrating machine learning and artificial intelligence methods for a broad range of scientific and engineering applications. The $20 million investment integrates institutions from the Pacific Northwest (Washington, Montana State, Nevada, Hawaii, Portland State, Boise State and Alaska) with Harvard and Columbia Universities. Renewed October 1, 2026, we are excited to continue this endeavor and expand our partnerships to include the California Institute of Technology, Colorado School of Mines, and the University of Michigan. Our aim is to not only develop fundamental ML/AI technologies but also to broadly share these methods with the science and engineering communities by providing open-source code, data, and lectures on the broad and diverse range of topics we consider as an Institute.