News

New research shows body recognition systems rely heavily on BMI, raising questions about accuracy

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.

Six juniors have created a better way for Baltimore-based mobile food pantry Let's Eat, Inc., to collect and distribute resources

Designed by Johns Hopkins bioengineers, Re-Kinesis was named a finalist in the National Institute on Aging's 2025 Start-Up Challenge, which recognizes researchers who have built innovative technologies with the potential to advance interventions for age-related diseases

Student engineers in the Johns Hopkins Biomedical Engineering Design Team program have invented a new system to detect hemorrhagic shock early in traumatically injured children.

An engineering student’s project explores the math behind FM synthesis to uncover what makes its tones unique.

Hopkins students develop a small wearable patch for Design Day to monitor cortisol levels and revolutionize stress tracking.

Students team up with a startup to engineer drywall that’s strong, sustainable, and carbon-negative.

Hai-Quan Mao and his collaborators at Johns Hopkins conduct NIH-funded materials science research using mRNA and other advances to address urgent medical challenges like cancer, malaria, and nerve and tissue damage.

As part of a semester-long design course, civil and systems engineering students are working towards a redesign for a failing trail boardwalk in Baltimore’s Gwynns Falls/Leakin Park

pH testing device offers early detection for complications.

Student project shows how localized energy networks can deliver cheaper, cleaner power to remote communities.