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Innovating computer chips to run more efficiently
Nhlanhla Mavuso looking at an electronic board in the Moore Building.

Nhlanhla Mavuso of Fluid Silicon at work in the Moore Building.

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Innovating computer chips to run more efficiently

Fluid Silicon, a platform from President’s Sustainability Prize winner Nhlanhla Mavuso, allows computer chips to continuously monitor their health and self-tune as their characteristics change. The technology has the potential to reduce energy usage in data centers and improve reliability in mission-critical applications.

2 min. read

A robotic solution for safer tree trimming
Margaret Zhu working in the Venture Lab.

Margaret Zhu and the Serpent Robotics team fine-tuning their robot at Tangen Hall.

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A robotic solution for safer tree trimming

Margaret Zhu and the Serpent Robotics team have leveraged Penn resources to create a tree-cutting robot, improving safety in a dangerous industry. The President’s Innovation Prize allows Zhu to iterate and pilot the device over the next year.

3 min. read

Using AI to help predict cardiac arrests
A doctor looking at EKG heart data.

Image: SimpleImages via Getty Images

Using AI to help predict cardiac arrests

A Penn Engineering and Penn Medicine team built CAMEL, an artificial intelligence model that forecasts dangerous cardiac rhythms before they strike. Their findings pave the way for a new era of real-time, predictive heart care.

2 min. read

Using AI to surface unreported GLP-1 side effects in Reddit posts
A computer screen on a Reddit page about Wegovy next to the computer code on screen.

Image: Courtesy of Penn Engineering

Using AI to surface unreported GLP-1 side effects in Reddit posts

Researchers at Penn Engineering have identified patient-reported symptoms associated with GLP-1s in 400,000 posts from 70,000 user sand highlighted two main classes of symptoms that warrant further study.

Ian Scheffler

1 min. read

A new swarm AI project takes on safety at scale
Ph.D. student, Hongrui Zheng (left), and Rahul Mangaharam (right) flying drones.

Ph.D. student Hongrui Zheng (left), and Rahul Mangaharam, ESE professor and principal investigator of xLAB, with the drones used in this research.

(Image: Courtesy of Penn Engineering)

A new swarm AI project takes on safety at scale

Researchers at Penn’s xLAB are collaborating on a multiyear project to study how large teams of physical AI agents can cooperate, compete, and act safely outside of software and in the real world.

Melissa Pappas

2 min. read

Beyond algorithms: Engineering judgment in the age of AI

Beyond algorithms: Engineering judgment in the age of AI

Penn professor Justin “Gus” Hurwitz helps students build “engineering judgment” to better inform AI innovation. This skill involves thoughtfully balancing the trade-offs between technical choices, legal obligation, and moral responsibility.

From Penn Engineering

2 min. read

Shujie Yang harnesses sound to build the next generation of microrobotic medicine
Shujie Yang

Shujie Yang is at the frontier of single-cell acoustic manipulation, an emerging field that blends physics, mechanobiology, and medicine.

(Image: Courtesy of Penn Engineering)

Shujie Yang harnesses sound to build the next generation of microrobotic medicine

Yang’s lab at Penn Engineering uses precisely-controlled ultrasound waves to develop microscale tools that can manipulate cells, viruses, and soft materials without physical contact.

Melissa Pappas

2 min. read

René Vidal: Taking AI to the next level 
Rene Vidal in a classroom in Penn's Amy Gutmann Hall.

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René Vidal: Taking AI to the next level 

René Vidal develops AI algorithms that are easier to understand, reliable, and trustworthy, helping make AI safer and more transparent in real-world use.

Can AI manage an entire medical decision process?

Can AI manage an entire medical decision process?

A new Wharton study tests whether AI can handle realistic clinical decision-making, a dynamic process that requires managing a patient’s condition under time pressure.

From Knowledge at Wharton

2 min. read