Recent News
-
Dimitris Giovanis and Somdatta Goswami Receive DARPA INTACT Grant to Develop Heat-Resistant Ceramics
CategoriesThe grant funds the development a new fabrication method to enhance the safety and performance of ceramics in defense applications and extreme environments
-
Hopkins Civil and Systems Engineering Faculty Share Latest Energy Research with International Forum
CategoriesYury Dvorkin, Magdalena Klemun, and Jan Drgona presented at The Energy Technology and Science Bridge event which offered a look at the latest research to address global energy challenges
-
Jochen Mueller Presented with Catalyst Award for Sustainability in Metal Additive Manufacturing
CategoriesMueller was awarded a $100,000 grant as part of the Catalyst Awards program to advance energy-efficient metal additive manufacturing
-
Hopkins Engineers Successfully Test Tallest U.S. Cold-Formed Steel Building on Earthquake Simulator
CategoriesThe seismic testing will be used to determine the structural limits of cold-formed steel buildings and modernize U.S. building codes
-
Kimia Ghobadi Receives Discovery Award to Reduce Patient Falls with AI-Powered Smart Room Monitoring
CategoriesAs 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
-
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
-
New HyFAM Method Combines Additive and Formative Manufacturing to Fill the Gaps in 3D Printing
CategoriesTo overcome speed and quality limitations 3D printing, Johns Hopkins engineers have developed a hybrid method that offers advantages of both additive and formative manufacturing