Ryne Raffaelle
Vice President for Research
Ryne Raffaelle
Vice President for Research
Education
BS, MS, Southern Illinois University; Ph.D., University of Missouri-Rolla
Bio
Ryne Raffaelle was appointed vice president for research and associate provost at RIT in 2011. He was formerly the director of the National Center for Photovoltaics at the National Renewable Energy Lab in Golden, Colo., the federal government’s central research organization for solar energy development. Raffaelle returns to RIT after serving in a number of different capacities from 2000 to 2009. His many assignments at RIT included an appointment as the first academic director of the Golisano Institute for Sustainability. He also served as the director of the NanoPower Research Lab at RIT. At the National Renewable Energy Lab in Colorado, Raffaelle provided technical vision, strategic leadership, asset stewardship and personnel management for the center. He worked on developing and enhancing technical capabilities relevant to advancing solar energy technologies while delivering world-class quality research and development, testing and validation.
In the News
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October 21, 2024
Science, engineering, and computing faculty will become research building’s first residents
As the final phase of the new research building is completed, faculty-researchers from three of RIT’s colleges are preparing to be its first residents. They expect to move into the 39,000-square-foot building in the spring semester.
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October 2, 2024
RIT surpasses $102 million in research funding for a single fiscal year
RIT achieved a significant milestone by receiving $102 million in sponsored research awards during the past fiscal year, surpassing a key goal in its strategic plan a year ahead of schedule.
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September 19, 2024
RIT receives $3.97 million award to improve quantum system networking initiatives
RIT has been awarded $3.97 million from the Northeast Regional Defense Technology Hub (NORDTECH) to advance quantum chip technologies. The focus will be on scaling the power of quantum systems by entangling them across a photonic network.