Jul 7, 2021
Photo: University of Oregon
The University of Oregon today announced a second $500 million gift from Penny and Phil Knight, launching the next phase of its state-of-the-art research campus bearing their names.
With this gift, the University of Oregon’s Phil and Penny Knight Campus for Accelerating Scientific Impact will further expand its strengths in bioengineering and applied scientific research and training, creating new opportunities for additional students, adding faculty positions and funding a second building.
Launched in 2016 with the first $500 million gift from the Knights, the campus embodies a new paradigm for scientific inquiry that accelerates the cycle of translating scientific discoveries into solutions that create societal impact. The Knight Campus stands as a prime example of how private philanthropy is redefining the university for generations to come.
Jul 7, 2021
Photo: University of Oregon
The University of Oregon today announced a second $500 million gift from Penny and Phil Knight, launching the next phase of its state-of-the-art research campus bearing their names.
With this gift, the University of Oregon’s Phil and Penny Knight Campus for Accelerating Scientific Impact will further expand its strengths in bioengineering and applied scientific research and training, creating new opportunities for additional students, adding faculty positions and funding a second building.
Launched in 2016 with the first $500 million gift from the Knights, the campus embodies a new paradigm for scientific inquiry that accelerates the cycle of translating scientific discoveries into solutions that create societal impact. The Knight Campus stands as a prime example of how private philanthropy is redefining the university for generations to come.
Jul 7, 2021
Photo: University of Oregon
The University of Oregon today announced a second $500 million gift from Penny and Phil Knight, launching the next phase of its state-of-the-art research campus bearing their names.
With this gift, the University of Oregon’s Phil and Penny Knight Campus for Accelerating Scientific Impact will further expand its strengths in bioengineering and applied scientific research and training, creating new opportunities for additional students, adding faculty positions and funding a second building.
Launched in 2016 with the first $500 million gift from the Knights, the campus embodies a new paradigm for scientific inquiry that accelerates the cycle of translating scientific discoveries into solutions that create societal impact. The Knight Campus stands as a prime example of how private philanthropy is redefining the university for generations to come.
Jul 7, 2021
Photo: University of Oregon
The University of Oregon today announced a second $500 million gift from Penny and Phil Knight, launching the next phase of its state-of-the-art research campus bearing their names.
With this gift, the University of Oregon’s Phil and Penny Knight Campus for Accelerating Scientific Impact will further expand its strengths in bioengineering and applied scientific research and training, creating new opportunities for additional students, adding faculty positions and funding a second building.
Launched in 2016 with the first $500 million gift from the Knights, the campus embodies a new paradigm for scientific inquiry that accelerates the cycle of translating scientific discoveries into solutions that create societal impact. The Knight Campus stands as a prime example of how private philanthropy is redefining the university for generations to come.
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KLCC s Jen Wright reports on the press conference held on Tuesday by the University of Oregon.
The gift matches an earlier $500 million donation by the Knights in 2016, which founded the University’s new Phil and Penny Knight Campus for Accelerating Scientific Impact.
Robert E. Guldberg, UO’s vice-president and leader of the new campus, expressed his hopes for the program going forward.
“The gift gives us life to a fuller vision,” Guldberg said, “enabling us to dream and reach for the future on a very compressed timeline, building what normally would take decades in just a number of years. We are empowered and energized by this opportunity to do what we love; training the next generation of diverse leaders in science and engineering, and translating scientific knowledge and discoveries into new industries and societal impact.”