2026 - Engineering Research Accelerator

Oct 14

Gauri Joshi with Reeja Jayan and Katie Walsh. Joshi is holding her award proudly.

Illuminating a path to career success Opens in new window

Gauri Joshi shared the path she followed toward becoming full professor during her recent Milestone Moments talk.

Sep 14

Beth Dickey to lead Strategic Research Initiatives Opens in new window

Materials Science and Engineering department chair appointed as Senior Associate Dean for Strategic Research Initiatives and Partnerships

Jul 15

A man in a suit speaking with a microphone

Lowry named head of Civil and Environmental Engineering Opens in new window

Gregory Lowry has been named Department Head of Civil and Environmental Engineering.

Jul 14

An aerial view of a warehouse on the river with Pittsburgh in the background

CMU, Pitt, WVU to boost energy innovation with $320M NSF Engine Opens in new window

As a core RETI Consortium partner with deep expertise in energy, industrial innovation, computing, and AI, CMU will drive multiple strategic areas to accelerate next-generation energy technologies.

Jun 23

Illustration of a pregnant belly wearing a sensor belt connected to a small monitoring device on the arm, suggesting prenatal monitoring technology.

Carnegie Mellon awarded ARPA-H contract to transform care in childbirth Opens in new window

New wearable monitoring system will improve clinical assessment of fetal health.

Jun 12

Fakhreddine, Grande Gutierrez, and Srimani receive NSF CAREER awards Opens in new window

Sarah Fakhreddine, Noelia Grande Gutiérrez, and Tathagata Srimani were awarded the NSF’s prestigious Faculty Early Career Development (CAREER) Award.

Feb 12

Three-panel SEM micrographs showing a porous, sponge-like structure at increasing magnification, with dashed callouts linking zoomed regions and scale bars (200, 20, and 5 µm).

CMU, Vesuvius Plc enhance steelmaking with optimized porous ceramics Opens in new window

Researchers at Carnegie Mellon University (CMU) have teamed up with Vesuvius Plc, a global leader in molten metal flow engineering, to develop a potentially more cost-effective method for producing advanced porous ceramics that help control gas flow during steel manufacturing.

Jan 12

illustration of human body, highlighting the liver

Carnegie Mellon awarded ARPA-H contract to develop 3D bioprinted liver Opens in new window

A CMU-led project team aims to build a 3D bioprinted liver that supports regeneration in acute liver failure patients, with the potential to transform transplant medicine.