News

Mueller was awarded a $100,000 grant as part of the Catalyst Awards program to advance energy-efficient metal additive manufacturing

A team of researchers from the Whiting School of Engineering is using AI and scientific computation to fine-tune digital replicas of the human heart, promising more precise, individualized care for cardiac patients

The seismic testing will be used to determine the structural limits of cold-formed steel buildings and modernize U.S. building codes

As part of a cross-divisional Johns Hopkins team, Ghobadi will apply systems engineering to address the rising number of patient falls in U.S. hospitals

Heating and cooling buildings could soon become greener and more affordable thanks to a new tool developed by Hopkins engineer and smart-grid expert Yury Dvorkin

Johns Hopkins engineers prove custom fire designs outperform standard codes on multiple measures

Faculty members Lauren Gardner, Yury Dvorkin, and Magdalena Klemun are among this year’s recipients of Nexus Award Program funding, which supports programming, research, and teaching activities in each academic division of Johns Hopkins University

Engineers from Johns Hopkins and UC San Diego are leading a study to test the limits of cold-formed steel to improve disaster resilience and recovery

A computational tool developed by Johns Hopkins civil engineer Thomas Gernay predicts how fire affects structures, leading to more resilient designs and enhanced public safety

To overcome speed and quality limitations 3D printing, Johns Hopkins engineers have developed a hybrid method that offers advantages of both additive and formative manufacturing

One year after the Key Bridge collision in Baltimore, a team of Johns Hopkins students have helped identify which major bridges might be next

New analysis by Johns Hopkins researchers finds some bridges are likely to sustain catastrophic hits within the next few decades