Johns Hopkins University is building a renewable energy lab in Baltimore’s Remington Neighborhood that will focus on energy transition innovations, including carbon management, energy storage, wind power, and grid optimization.
A Johns Hopkins engineering-led team has been awarded $20.9 million over five years to enhance surgical capabilities to treat cancer.
While numbers may not tell the whole story, these statistics and highlights offer some insights into just how talented, driven, inspiring, and accomplished the members of Johns Hopkins Engineering’s class of ’28 are.
Johns Hopkins engineers have created a new optical tool that could improve cancer imaging.
Johns Hopkins study reveals COVID-19’s impact on opioid deaths, reducing U.S. life expectancy and disproportionately affecting minority communities, highlighting a growing crisis.
Researchers at the Whiting School and JHU’s Applied Physics Laboratory (APL) are developing lithium-ion batteries capable of operating in some of the world’s coldest environments.
Air pollutants have met their match in environmental scientist Peter DeCarlo and his lab on wheels.
Students from JHU’s Center for Bioengineering Innovation and Design (CBID) traveled to India to gain an immersive knowledge of the challenges facing India’s rural and urban clinicians and community health workers.
Bestowing machines with the ability to perceive the physical world as humans do has been a careerlong mission of Alan Yuille, a pioneer in the field of computer vision.
Sreyas Chintapalli, a PhD candidate, is helping Maryland’s state leaders implement some of the country’s most ambitious climate initiatives.
Noor Hamdan explored the impact that recreational activities, specifically floating down a river on an inner tube, might have on water quality.
Jooyoung Ryu, a third-year student majoring in computer science, is using his Provost’s Undergraduate Research Award to train a machine learning model to better distinguish between stress cardiomyopathy and other acute cardiac syndromes.
Nowadays uses artificial intelligence to automate event planning challenges in a clean, modern interface for easier decision-making.
Since 2006, Benjamin Urmston has deployed to Antarctica’s McMurdo Station 10 times through the National Science Foundation’s United States Antarctic program.
Adrian Johnston founded DUA, an early-stage startup that shows early promise for treating solid tumors like breast, lung, and stomach cancers, among others.
The start of a new academic year is always exciting, but this fall—a time when AI and data science underpin so many of our endeavors—is particularly energizing.
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