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Robots that perceive their environment through video cameras are common nowadays, but SonicSense is a robot that uses sound to perceive and evaluate items.

Lynch has overseen growth in students, programs and research during his first three-year term.

Boyuan Chen is developing an open-source platform to automate walking robot design and production using AI and 3D printers.

A team of undergrads took on the challenge of designing a responsive CPR training manikin for their MEMS senior design capstone.

The Symposium on Critical Resources, Minerals, and Materials Joint Efforts showed the research Duke Engineering faculty are conducting on critical minerals like lithium.

Huang was recognized for his work on “acoustic tweezers”: a technology that uses sound waves to maniopulate particles in fluids, with promising applications in biology and medicine.

Chen’s research focuses on developing full-stack robotics that includes the mechanical structures as well as its AI-based software.

Mitzi was recognized for his significant contributions to the science and technology of photovoltaics, or the conversion of light energy into electricity.

Volker Blum helps a team of researchers gain fundamental insights into designing materials that allow exotic quantum states at high temperatures.

A research team from Duke University has created a framework called WildFusion, equipping a four-legged robot with the additional senses of vibration and touch, enabling it to build richer maps and choose safer footholds in real forests.

Researchers from Duke University have developed a unique framework that enables robots to perceive objects outdoors, much like humans do.

MEMS PhD student Kent Yamamoto was part of a team that won first place at the American College of Surgeons 2025 Surgeons and Engineers Meeting for their life-size inguinal hernia simulator.