Princeton Engineering
@EPrinceton
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Princeton University School of Engineering and Applied Science. Engineering in the service of humanity.
Princeton, New Jersey
Joined May 2009
Our new dean, @nanonoodle, welcomes you to the start of the new academic year! In this video, he talks about his vision to prepare the next generation of engineers to create knowledge, invent technologies, drive economic growth, & change the world for the better. Thx @AimyWissa
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Government investment in curiosity-driven academic research is the bedrock of technological transformation, argues @margmartonosi & her collaborators in this new opinion piece in @CACMmag. Read the piece here:
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Some supercool demonstrations from the next generation of leaders in technology and innovation.
Thrilled to wrap up our first annual HCI Demo Day. Grateful for the community that made it possible🎉. Thank you to everyone who presented, attended, and supported. Looking forward to continuing this next year! @Princeton @PrincetonCS
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ODBI's Tina Kim has been named one of @_TheTransmitter's 2025 Rising Stars of Neuroscience, recognizing her early career contributions and dedication to mentoring and community building. Read: https://t.co/u18ZM8F7Oz
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New work in @Nature from @benjraphael, in collab with Josh Rabinowitz's lab. Raphael's lab developed an algorithm that maps cell tissue in 3D by tracking gene expression. The team @princetonchem used this to capture an organ's spatial metabolic organization. Learn more 👇
Congratulations Josh Rabinowitz Lab in collab with the Ben Raphael Lab of @PrincetonCS on their paper in @Nature: “Spatial metabolic gradients in the liver and small intestine.” Enjoy our story on this exciting research: https://t.co/0KaJPiAT24
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Nan Yao's work has advanced a broad set of topics, including the visualization of electron orbital signatures within individual atoms, early advances in transmission electron microscopy and helium-ion microscopy. @PrincetonMSE ⬇️
engineering.princeton.edu
Nan Yao has been selected for the 2026 class of Materials Research Society Fellows for his distinguished research accomplishments and contributions to the
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Princeton researchers have developed a diamond-based quantum sensor that reveals rich new information about magnetic phenomena at a super-small scale. The senior author on the study was Nathalie de Leon of Princeton ECE. ⬇️ https://t.co/9LyM7NNvZ6
engineering.princeton.edu
A new diamond-based sensing technique uses quantum entanglement to reveal hidden magnetic fluctuations in advanced materials such as superconductors.
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Welcome @vdean314, a teaching faculty member in @PrincetonCS, bringing expertise in machine learning and robotics. This semester, Dean is co-teaching "Introduction to Machine Learning" with Adji Bousso Dieng and @ruthcfong. Read more: https://t.co/tfPfxt0WSI
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Happy Thanksgiving from your friends at Princeton Engineering! If you're looking for something to listen to in the car today, check out one of our podcasts, including "Composers & Computers" about @eprinceton's pioneering role in digital music:
engineering.princeton.edu
This episode is the story of what happened when a Princeton composer, who was inspired to create some of the most challenging music ever written, decided it could be most reliably performed by a...
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On this #ThanksgivingDay, we are thankful for the bounty of good things in our lives made possible by the longstanding collaboration between the federal government and American universities. @eprinceton & federal agencies have enjoyed a robust partnership: https://t.co/feeGxglT2i
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The deadline to apply to the Princeton Bioengineering doctoral program for fall 2026 is Dec. 1. See link below.
You could be part of this community! This is the last week to apply for our Fall 2026 cohort of our Bioengineering Ph.D. program. Applications close on Dec. 1: https://t.co/pRxCNW12PT
@EPrinceton @PrincetonGrad
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In addressing families of @eprinceton students on Friday, Nov. 7, Dean @nanonoodle spoke of #QuantumScience, the mysterious reality that underlies the physical world. He talked about its promise as well as the challenge of turning it into technology. 👇 https://t.co/0NTWvAY2de
engineering.princeton.edu
In a lecture for first-year students and their families, Princeton Engineering dean Andrew Houck explained how quantum computers could solve currently “impossible” problems and highlighted Princeto...
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Apply to become a @PrincetonGrad student at @omenndarlingbio! Follow this link:
bioengineering.princeton.edu
Our grad students are awesome. Become one of them. Applications for the Fall 2026 cohort of Princeton’s bioengineering Ph.D. program close on December 1! Learn more here: https://t.co/t3QsKv8PAT
@EPrinceton @PrincetonCS @PrincetonGrad @PtonGradAlumni
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A Princeton and @UChicago study finds that rainfall causes more than 8% of deaths in Mumbai during the monsoon season - a figure ten times higher than listed in official statistics: https://t.co/hx85WayfI5
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Robert Prud'homme was honored with the John Scott Award for leading the development of a technique that allows pharmaceutical makers to encapsulate a drug particle in tiny sphere of fat and other materials. Read more👇
engineering.princeton.edu
Robert Prud'homme, whose inventions have improved the effectiveness and stability of critical medicines, has won the John Scott Award.
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Since then, tens of thousands of patents have been filed worldwide related to nanoimprint. Cheers to 30 years of nanoimprint!🥳 (8/8)
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Several companies have developed nanoimprint tools for making semiconductor circuits and AI chips, where nanoscale alignment is especially demanding. In 2003, @techreview named nanoimprint one of “10 Emerging Technologies That Will Change the World." (7/8)
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It is used to manufacture new products including AR/VR goggles, smart glasses, smartphone components, gene-sequencing chips, flexible electronics, biosensors and more (6/8)
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Meanwhile, several companies have developed nanoimprint tools for making semiconductor circuits and AI chips, where nanoscale alignment is especially demanding. Today, NIL has grown into a multi-billion-dollar global industry (5/8)
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Chou invented a radically new approach: w/o using lasers or high-energy beams, the method mechanically imprints nanoscale patterns directly into a material. The technique is low-cost, energyefficient & scalable, & can produce smaller, denser, & more complex 3D structures (4/8)
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Smaller dimensions also push devices into new regimes where conventional theories no longer apply, giving rise to new properties and capabilities. Traditional means of manufacturing these nanostructures rely on lasers or high-energy beams, which are costly & power-intensive (3/8)
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