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Johns Hopkins researchers have created organoid-encapsulating devices to deliver high-resolution 3D recordings of heart tissue activity.

19 student representatives from the department attended the conference. Students are chosen to attend by winning competitions and through merit-based applications.

Two chemical and biomolecular engineers have developed a new catalyst that could improve how ammonia is made.

By mapping the myriad cells in human organs with 3D precision, Denis Wirtz and his team are growing living human tissues in the lab.

The tiny metal grippers could enable doctors to spot tumors far earlier than current methods allow

How Hopkins Graduates Are Merging AI With Materials Science

Department of Chemical and Biomolecular Engineering PhD candidate André Forjaz is one of five Johns Hopkins University students named a 2026 Siebel Scholar, an honor that recognizes students in bioengineering…

Sangkyun Cho’s research targets fibrosis, a driver of heart disease, aging, and cancer

The award supports Schulman’s efforts to create a programmable language for biomaterials that instructs and coordinates tissue growth in lab-grown organs suitable for transplant.

Breakthrough method uses polymer coatings to engineer customized nanomaterials

New materials and a novel process developed by Johns Hopkins scientists could aid efforts to develop smaller, faster, and affordable microchips to power a range of modern electronic devices

Findings could lead to new treatments targeting how cancer cells adapt to mechanical stress.