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Innovations that we use in our everyday lives owe their existence to a partnership between the federal government and Princeton engineers. Today, Princeton University engineers continue to make critical contributions to improving internet reliability. Read more: engineering.princeton.edu/about/nations-…

Princeton engineers have long been a driving force behind highspeed, highbandwidth wireless technology. Today they are building the next generation of wireless technology. Read more about how Princeton has partnered with the federal government to innovate: lnkd.in/eP2rF-c5

“If all we do is take care of what we did in the past — but we don’t change what we do in the future — then we’re still going to be left with very serious problems.” - Emily Carter, speaking at Massachusetts Institute of Technology (MIT) for its energy initative series. Read more: energy.mit.edu/news/recoverin…

Fast Fourier Transform technology, discovered by Princeton University & IBM collaborators in 1964, enabled technologies including medical imaging like the MRI and CT scan, cell phones, digital streaming, artificial intelligence. IEEE commemorated with a plaque: ece.princeton.edu/news/ieee-comm…

Research on a microbe that destroys "forever chemicals" was among recent cuts to federal grants. Department of Defense 🇺🇸 funding was going to support a first field trial. Read more about Peter Jaffe’s research at C&EN (Chemical & Engineering News): cen.acs.org/people/profile…

Princeton engineers have partnered with the federal government to produce innovations that serve our nation and world. Learn more at the link below.

These microchips are critical for next-generation wireless networks, satellite communication, self-driving cars and smart health care technologies. But they are labor intensive to make. A team led by Kaushik Sengupta will work to automate their design: engineering.princeton.edu/news/2025/06/0…

Princeton researchers will lead a $10 million joint government-industry effort to design advanced chips for innovations in next-generation wireless networks, satellite communication, self-driving cars and smart health care technologies: engineering.princeton.edu/news/2025/06/0…

Meet Cecily Swanson, the next associate dean for undergraduate affairs for the School of Engineering and Applied Science. She succeeds Peter Bogucki, who will retire June 30 after 31 years in the role. ⬇️ engineering.princeton.edu/news/2025/06/0…

When SpaceX or NASA send up spacecraft, they often do so w/ technology pioneered at Princeton University in the 1960s. Plasma thruster technology propels a spacecraft skyward by using electric & magnetic fields to push hot, ionized gas (plasma) out of the engine: engineering.princeton.edu/about/nations-…

Australia can fully decarbonize its domestic and energy export economies by 2060, but only with significant collaboration between energy developers, state and local governments, landowners, & interest groups, researchers at the Andlinger Center have found: engineering.princeton.edu/news/2025/06/0…

“I like the intersection of creativity and physically solving problems.” - Thomas Verrill, whose senior thesis w/Andrew Houck focused on designing & fabricating new chips for superconducting quantum computing. Read about his thesis & Princeton journey here: engineering.princeton.edu/news/2025/06/1…

Swanson's "long and successful tenure at Princeton University, her commitment to undergraduate success, her creativity and initiative, and her warm and caring approach to students and colleagues position her well to guide our students and programs." - Dean Goldsmith engineering.princeton.edu/news/2025/06/0…

Our Princeton Center for Information Technology Policy is hosting this important conference bringing together state leaders from across the country to discuss the role of #AI in building public trust and broadening opportunity.

State AI leaders from around the country have come to campus for the two-day “Shaping the Future of AI” conference. Event partners include NJ AI Hub, New Jersey EDA and Princeton Center for Information Technology Policy.