With its next-generation hybrid classrooms and labs, Penn Engineering’s Amy Gutmann Hall will fuel innovative teaching and research in AI and data science, advance the University’s reputation and attract top talent to Penn, accelerating the work of scholars across diverse fields while making the tools and concepts of AI and data science more accessible.
Back in May, I told the Class of 2024 that “to be an engineer is to be an optimist.” There are many challenges faced by humanity, but I remain a dedicated optimist when it comes to the ability of engineers (especially our Penn Engineers!) to meet and overcome grand challenges, including human health, climate change and the responsible implementation of artificial intelligence (AI).
A microscopic surface? An AI-generated image? A series of fun-house mirrors? Wrong. This is a close-up view of the sun shades on the facade of the new Vagelos Laboratory for Energy Science and Technology (VLEST), located on Penn’s campus at 32nd and Walnut Streets.
One of the greatest challenges in the fight against climate change is energy storage. Fossil fuel essentially stores itself, with its energy locked inside its own chemical bonds. But how do you store more sustainable, but otherwise ephemeral, forms of energy, like the power of the wind and sun?
In 1965, Gordon Moore defined a relationship between cadence and cost for computing innovation that came to be known as “Moore’s Law.” This rule both described and inspired the exponential growth that built the Information Age. We’ve come to expect rapid improvements in technology. But can Moore’s Law go on forever?
The amount of carbon dioxide in Earth’s atmosphere reached an all-time high this May, and odds are, 2024 will rank as the warmest year on record. Climate intervention requires more than lowering greenhouse gas emissions, we also need to remove the carbon dioxide that is already in the atmosphere. Jennifer Wilcox and her team at Penn’s Clean Energy Conversions Lab are finding ways to do just that.
Michelle Parker (GEN’93, GR’00) has always been interested in space exploration. After a high school physics class opened her eyes to the idea that “you can describe the universe with mathematics,” she decided she, too, wanted to be an engineer. Ultimately, the choice led her to a job at Boeing, and an up-close view of spacecraft liftoffs.
Neurological disorders such as epilepsy, Alzheimer’s, Parkinson’s and certain forms of dementia are the leading cause of disability and the second-leading cause of disease worldwide. The need to address neurological disorders is high, yet current diagnostics and treatments are not effective, accessible or affordable enough. Flavia Vitale, Associate Professor, is working to change that.
The odds of becoming an Olympian are about 0.0015%. It’s hard to get into Penn — the Class of 2027 had a 5.8% admit rate — but it’s about 3,800 times harder to become an Olympian, which makes it all the more awe-inspiring that Matt Fallon (CIS’25, W’25) has done both.
Penn Engineering’s Center for Precision Engineering for Health (CPE4H), housed in One uCity Square, a new 13-story, 400,000-square-foot building located on 38th Street across from Penn Presbyterian Medical Center, welcomed four new core faculty members to campus this year.