A first-of-its-kind device that replicates human blood flow waveforms in the lab opens doors for advancing the study of vascular diseases, discovering drugs and supporting safe space travel.

A natural therapy heals brains after traumatic injury, making seizures both harder to trigger and rarer, while pointing to a future that could cure epilepsy.

What began as a hydrogen-production project resulted in a scalable process for creating a critical material used in batteries, electronics and advanced manufacturing.

Team 19 presented their jaw brace at the Engineering Project Showcase. (From left) Preston Frazier, Vibhav Jaripatke, Caleb Lengefeld, David Hardy, Maggie Orscheln and Hattie Tramm.

A biomedical engineering capstone team has developed a pediatric jaw brace to help a young boy breathe at night, providing a potential real-world solution for other patients.

An advanced imaging method captures chemical processes in living organisms in real time, allowing researchers to observe biology as it happens.

Scalable framework for tracking viral variants optimizes resources for early detection of pandemics.

With heavy travel across the city during the 2026 FIFA World Cup, transportation researchers are responding to congestion as it happens and will learn from it long after the final match.

Researchers invent a laser technique that reveals the hidden forces shaping proteins, advancing a future of precision medicine engineered with quantum precision.

A Texas A&M researcher is studying whether immersive simulations can help prevent workers from becoming desensitized to jobsite hazards.

An anatomically correct heart on a black background with the pink Fast Company World Changing Ideas logo in the foreground

The heart patch is engineered to support healing directly at the site of injury — helping restore strength, improve function and accelerate recovery for patients.