A new “tumor-on-a-chip” from Penn Engineering recreates the environment of solid tumors, revealing why CAR T-cell therapy often struggles. https://bit.ly/49l4lIh

Penn Engineers have developed a mathematical “Rosetta Stone” that translates microscopic movements into large-scale behaviors, from protein folding to crystal growth, and used it to solve a 40-year-old problem. https://blog.seas.upenn.edu/a-rosetta-stone-for-molecular-systems/

Penn Engineers are advancing photonics with energy-efficient displays and light-powered computing. Innovations include voltage-tunable optical resonators for sharper images and a reconfigurable photonic processor for adaptable computation. https://bit.ly/43nXnOU

Penn Engineering's Derek Ho is using machine learning and fluorescence imaging to detect microplastics in Cobbs Creek. The team hopes this data will encourage city and state agencies to restore the creek. @meam-penn.bsky.social https://bit.ly/46OeKL7

In August, White Sands National Park in New Mexico provided a setting for engineers to test robots designed to map hazards and climb dunes on the Moon or Mars. The TRUSSES team is now set to demonstrate their system at NASA's Ames Research Center in California. https://bit.ly/4nxphQN

To combat extreme heat in Philadelphia this summer, Penn Engineers Nafisa Bangura, Angelica Dadda and Dylan York evaluated CoolSeal, a reflective pavement coating to mitigate urban heat. https://bit.ly/4nrnht4

A new review from the lab of @ravi-radhak.bsky.social connects how a tumor's physical properties and the tiny messengers it releases, called extracellular vesicles (EVs), could shape the future of cancer treatment and therapies. blog.seas.upenn.edu/penn-enginee...

Penn's new home for energy science, the Vagelos Laboratory for Energy Science and Technology (VLEST), has earned a LEED Platinum certificate--the highest standard in sustainable building design. Learn more about VLEST: https://bit.ly/3JywOwM @pennengineering.bsky.social @vagelosenergy.bsky.social

The C4R25 Conference recently brought together a global community of researchers, students and practitioners for a hands-on experience in scientific rigor. The three-day event on campus focused on the intersection of research and AI, featuring panel discussions and workshops.

Perseverance rover found rock samples with biosignatures, hinting at ancient life on Mars. Douglas Jerolmack (@meam-penn.bsky.social) told @cbsnews.com.web.brid.gy that minerals and hexagonal mud-cracks suggest long-term water presence and ancient microbial life. www.cbsnews.com/video/the-si...

Congratulations to Sherry Gao, Penn Compact Associate Professor in CBE and in BE, on receiving the Food, Pharmaceutical, and Bioengineering Division Early Career Award in Chemical Engineering from the American Institute of Chemical Engineers (AIChE).

Lung fibrosis, a silent disease, is notoriously difficult to diagnose and treat. Penn Engineering researchers exposed lung tissue to blue light, which reveals a mechanical problem with biological consequences. https://bit.ly/45U6Zmj

Vanessa Chan, Penn Engineering's Vice Dean for Innovation and Entrepreneurship, discusses her journey through academia and industry with Technical.ly Philly in their "How I Got Here" series. Read the full article today. https://technical.ly/workforce/penn-engineering-vanessa-chan-how-i-got-here/

A @pennmatsci.bsky.social team has brought quantum networking out of the laboratory and onto commercial fiber-optic cables. Utilizing Verizon's campus network, the novel chip uses the same Internet Protocol as today's web. https://bit.ly/4g4w15S

A warm welcome to the latest group of Clark Scholars. During pre-orientation, the new cohort connected with peers and leaders and explored campus through a scavenger hunt.

Welcome back, Penn Engineers. The campus is buzzing with energy, and Dean Vijay Kumar, Nemirovsky Family Dean, extends a warm welcome to new and returning students, faculty and staff. https://bit.ly/4fJkbxE

A new solar-driven water harvesting device, inspired by raspberries and sunflowers, collects moisture from the air. Developed by Shu Yang, the new material is 4.4 times faster than conventional systems, offering a promising solution for water scarcity. https://bit.ly/4lIrTtu @pennmatsci.bsky.social

Dean Vijay Kumar recently spoke with Ben Kaplan of Deep Venture Partners about the future of robotics. The two explore how AI is reshaping the future of robots, what swarm intelligence can teach us and the real-world impact of robots in medicine and disaster relief. youtu.be/M3afIF_wExk

☕️ It really comes down to which you like more: efficiency or taste. Drop your hot take in the comments. 🖌️: Art created by Jennifer Kim, Multimedia Designer.

Farnia Fresnel (ENG’98) built a career on understanding how people and systems connect. Her journey, from overcoming her fear of public speaking to coaching global audiences, was shaped by her start in systems engineering at Penn. blog.seas.upenn.edu/alumni-qa-fa...

New research from kleinmanenergy.bsky.social reveals that pairing geothermal with direct air capture (DAC) can boost carbon dioxide abatement by up to 757%. Geothermal energy provides the consistent heat crucial for DAC systems, offering a reliable, 24/7 renewable power source. bit.ly/4mbzQYA

This year's Engineering Summer Academy at Penn (ESAP) recently wrapped up, offering motivated, high school students hands-on experience in cutting-edge fields like AI, Biotechnology, Computer Science, and Robotics.

Penn engineers & dentists are collaborating to map how teeth hold key info for understanding rare craniofacial disorders. blog.seas.upenn.edu/what-ever-gr...

In Singapore, Theertha Vannemreddy (CBE'27) balances catalyst research with cultural discovery. She notes, "true discovery doesn’t always happen in a lab." Her Penn Abroad journey highlights this firsthand. global.upenn.edu/pennabroad/c...

Fewer side-effects, more effectiveness. Michael J. Mitchell's lab redesigned mRNA lipid nanoparticles using olive oil-inspired chemistry. Adding phenol groups reduces inflammation, making mRNA therapies safer & more effective. "It's a win-win," says Mitchell. blog.seas.upenn.edu/less-pain-mo...

Meet Shoji Hall, Associate Professor in Materials Science & Engineering. His research focuses on electrocatalysis, or using electricity to drive chemical reactions to improve the efficiency of fuel cell catalysis, a critical step towards viable hydrogen energy. blog.seas.upenn.edu/shoji-hall-w...

Penn Engineering Professors Benjamin Lee, Lei Gu and Troy Olsson showcased technologies in energy, AI, and computing at the PA Energy & Innovation Summit. #EnergyInnovation

Researchers, Cangyu Qu & Lu Fang, from Robert Carpick's lab, developed a model predicting how mechanical stress drives chemical reactions. This advances greener manufacturing & better lubricants. @meam-penn.bsky.social blog.seas.upenn.edu/cracking-the...

Three Penn Engineering students/alumni received 2025-26 Fulbright grants. Nova Meng (BE'24) researches bee foraging & Theresa Haupt (BE'25) focuses on osteoarthritis kinematics in Australia. Paul Lin (GEng'21) studies AI & evacuation routes in Seoul. penntoday.upenn.edu/news/penn-af...

Discover the story of Ralph Teetor, a blind @meam-penn.bsky.social Penn alumnus who invented cruise control. His life of innovation is now featured in the documentary film "Blind Logic," brought to life by Jeff Daniels. phoebewallhoward.substack.com/p/jeff-danie...

In June, Penn Engineering hosted the Xplorlabs Educator Fellowship Summit. Teachers explored safety science via workshops on sprinklers, burn scenes & Li-ion fires and heard talks by Chris Callison-Burch & Rob Ghrist.

Congratulations to George Pappas on receiving the 2025 IEEE Leon K. Kirchmayer Graduate Teaching Award. With over two decades of educating at Penn, Pappas is recognized for his "inspirational mentoring" of graduate students. blog.seas.upenn.edu/george-pappa...

Same Towne building, new generation of engineers 🎥 Photo: ca. 1960, Courtesy of the University Photograph Collection.

Penn engineers and designers, led by Shu Yang (@pennmatsci.bsky.social) & Masoud Akbarzadeh have developed a 3D-printed concrete solution that enhances carbon capture, is more resilient, and uses fewer materials like cement. Read the full story today: penntoday.upenn.edu/news/penn-en...

Carmela Jenckes (BE'28) shares her "misadventures" from Penn Abroad in Montevideo, Uruguay. From language mix-ups to mastering bus routes, her journey proves "some of the best adventures begin with a mistake." #wherewillpenntakeyou #PennGRIP global.upenn.edu/pennabroad/m...

This summer, Penn Engineering Entrepreneurship Master's grads, Vani Kanoria, Emily Oh & Shreya Chillakuru, took on global semiconductor supply chain risks at the NYC Global Impact Sprint. They developed prototypes & strengthened networks, proving diverse minds lead to extraordinary impact.

14 million people worldwide suffer from hypertrophic cardiomyopathy (HCM), an often undiagnosed genetic heart disease. Now, Penn Engineering & ‪@bcmhouston.bsky.social‬ are tackling HCM with a $2.6M NIH grant for a genetic cure. ‪ blog.seas.upenn.edu/2-6m-nih-gra...

Ben Nachod (BE'26) explores autoimmune research in the Mitchell Lab, driven by personal links to disease impact. He uses mRNA tech to engineer T cells. "Through this journey, I discovered my enthusiasm for applying basic science skills to real-world clinical problems." curf.upenn.edu/Exploring-My...

At Penn Engineering, innovation doesn't take a summer break. Staff recently assembled a Rubik's Cube mosaic of the Penn crest and crafted keychains in the @meam-penn.bsky.social Precision Machining Lab. #StaffAppreciationWeek @upenn.edu

Penn is at the forefront of research for good, applying over $1.45B in awards to improve lives and solve global challenges. From mRNA tech & cancer therapies to climate solutions & social policy, the work drives tangible impact. Read the full story: penntoday.upenn.edu/news/penn-re...

A summer program at Penn Engineering can truly open doors. Congrats to Jinwook Chang & Talin Patel, ESAP alums, whose quantum dot research just won a Best Poster Award at IEEE PVSC. They also received internship offers. Learn more: esap.seas.upenn.edu

A fungus once feared as the "pharaoh's curse" has been transformed into a cancer-fighting drug. Led by Sherry Gao and Qiuyue Nie, researchers turned the toxic Aspergillus flavus into a potent leukemia therapy. Read more: blog.seas.upenn.edu/penn-enginee...

Hasit Nanda (M&T'26) recently spent a semester at IIT Delhi with Penn Abroad. "The highlight of my trip was joining the IIT Debating Society," he wrote. "I found many of my closest friends from IIT [there] and together we explored Delhi...It was an honor to be welcomed so warmly."

Inspired by nature, Penn Engineers are teaching robots to build like bees. Jordan Raney @meam-penn.bsky.social & Mark Yim @grasplab.bsky.social developed rules for robots to react to their environment as they build, a step towards a new manufacturing paradigm. blog.seas.upenn.edu/no-plan-no-p...

The IoT4Ag Center held its annual retreat at Penn, uniting over 100 members from four institutions. The event focused on sharing highlights, building connections and discussing the Center's mission. Featured were professional development, "Shark Tank" pitches, and 45 trainee talks. iot4ag.us

In a Q&A with Penn Today, Warren Center affiliate Benjamin C. Lee explains what neural processing units are and why they’re showing up in newer consumer electronics like high-end smartphones. NPUs, he says, are the “frontier” for today’s processor designers. penntoday.upenn.edu/...

Welcome, Wensi Wu, Research Assistant Professor in @meam-penn.bsky.social. Driven by a passion for modeling real-world mechanics, Wu uses digital twins to explore the human heart, personalizing cardiac diagnosis & surgery. blog.seas.upenn.edu/wensi-wu-use...

In a recent Q&A with Penn Today, Benjamin Lee explains how NPUs are enabling more efficient on-device AI in phones and laptops. He also notes the sustainability tradeoffs as larger chips carry a higher carbon footprint. penntoday.upenn.edu/what-is-an-N...

ABC News features groundbreaking work from Penn Engineering: the discovery of materials that passively harvest water from air. Led by Daeyeon Lee, this breakthrough has immense commercial potential and could lead to scalable water-harvesting systems for arid regions. Read more: bit.ly/3ZucPqX

"I met people from all over the world and formed lifelong friendships that I will forever cherish," says Cameron Bosio-Kim (CIS'26) about her time studying in Edinburgh, Scotland with Penn Abroad.