Biomedical engineers at Duke University have used induced pluripotent stem cells (iPSCs) to grow specialized blood vessel cells critical to retinal health for the first time. When injected into mouse ...

Innovation requires leadership. We equip leaders for our technological future who have the skills and character to succeed in times of challenge and uncertainty. The world moves fast. Duke moves ...

Advanced neurostimulation therapies. Cutting-edge biomaterials for stroke recovery. High-resolution brain imaging technologies. These were just a few of the topics discussed during the inaugural ...

Researchers Tania Roy and Sanjeev Chauhan will take their retina-inspired semiconductor startup, Synapse Semiconductor, to Y Combinator this summer. A hardware startup spun out of Duke’s Department of ...

Led by a partnership between Durham Public Schools and Duke Engineering, the first “Innovation for Humanity” event brought teams from four local middle schools together to solve challenging problems.

The world moves fast. Our engineering master’s programs move even faster. With an eye on emerging trends and industry needs, our flexible degree programs equip and inspire engineers who shape the ...

Award-winning publication provides a blueprint for chip design companies to train machine learning models that help detect lithography hotspot patterns in IC layouts before fabrication while ...

Graduating ECE major Eduardo Bartolomiol Passos tried several paths within the field before finding his fit in digital design and computer architecture, while also becoming a familiar face in ECE ...

Joshua Guthrie Joshua Guthrie Profile Photo +1 720 450 6363 joshua.guthrie@duke.edu ...

Student Student Marissa Sims Profile Photo +1 919 660 5386 marissa.sims@duke.edu ...

Biomedical Engineering Executive In Residence in the Department of Biomedical Engineering Louis P Jackson Profile Photo louis.jackson@duke.edu ...