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FALL 2025
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NEWS
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Discover how MEMS’s new AI + Materials Master of Engineering program connects artificial intelligence and materials research — training engineers to accelerate discovery through data and design.
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innovation with deep purpose |
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Learn how Leila Bridgeman's research applies control theory to complex modern systems — from drones to surgical robots — to create smarter and more adaptable technologies.
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Discover how Xiaoyue Ni and her lab are designing a soft wearable sensor to measure tissue stiffness, offering new ways to track disease progression and healing.
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Read how a Duke engineering spinout secured major funding to scale personalized 3D-printed orthopedic implants.
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empowering future leaders |
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Learn how MEMS launched a new undergraduate advising model that fosters more meaningful mentorship and promotes students’ personal growth.
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See how students are using e‑portfolios to showcase their experiences and skills beyond what can be written on a traditional résumé page.
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Visit Siobhan Oca’s Ethics in Robotics and Automation course and see how it prepares engineers to design technology responsibly and thoughtfully.
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Follow along as students in the Duke AERO club work on competitive projects that combine creativity, problem-solving and collaboration.
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Learn how MEMS faculty, staff and students inspired the next generation of problem-solvers through hands-on summer STEM experiences.
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Hear the stories of researchers who found community and support within their departments as they took on one of their toughest roles yet: parenthood.
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Join Cate Brinson as she reflects on her tenure as MEMS chair, guiding the department toward new frontiers in research, education and faculty excellence.
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Learn how Duke engineers are exploring the intersection of empathy and technology to help machines—and people—better connect with each other.
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Tour the Wilkinson Garage Labs with Research and Development Engineer Evan Kusa to see how students turn ideas into working prototypes using state-of-the-art tools.
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“The part of my job that I love most is problem-solving together on a team of people that are equally excited and motivated about the difference we’re going to be able to make in patients’ lives with the products that we’re developing.”
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