Using the Physics of Radio Waves to Empower Smarter Edge Devices
Duke engineers publish new method to use analog radio waves to boost energy-efficient edge AI.
Creating Sustainable and Equitable Solutions
Education, research and external engagement toward a resilient, flourishing, carbon-neutral world.
Design Climate
Design Climate empowers interdisciplinary student teams to create impactful solutions toward a more sustainable future. Through hands-on projects with real-world stakeholders, students create products and business models that address urgent environmental challenges while driving change at the community level.
Engineering A Greener World
Discover how Duke takes a holistic, community-building approach through a deep bench of incredible faculty to tackle global challenges in environmental engineering, sustainability and climate innovation.
Engineering the Acceptance of Climate Change Solutions
No matter how clean our technologies become, people must be persuaded to use them to make a difference.
Meet Duke’s New Climate Faculty
Throughout the disciplines and across its schools and programs, Duke is employing and empowering climate-fluent leaders to educate a new generation of students.
Collaborative Diamonds Form Under Pressure of Climate Change
A closer look at the unexpected collaborations with nurses, finance and divinity that are a hallmark of the Duke Climate Commitment.
Industry-Approved Curriculums
We’ve curated career-ready disciplines to meet the demands of the rapidly evolving industries.
Resilient Systems & the Environment
From earthquakes to financial crashes to the impacts of climate change and manmade materials, the world is full of uncertainties. Duke Engineering researchers are finding new ways to assess risk, inform decision-making and engineer safer, more resilient systems to create a more secure, sustainable future.
Making an Impact
Leanne Gilbertson
Gilbertson designs innovative materials for sustainable solutions in drinking water, food production, and antimicrobial resistance, bridging environmental and public health for a better future.
Liang Feng
Imagine a material so intricately structured that unfolding just one gram would cover Wallace Wade Stadium. Feng is pioneering this approach to tackle climate change by capturing and storing gas molecules efficiently.
Jeseth Delgado Vela
Delgado Vela uses environmental biotechnology to enhance urban water systems, applying molecular tools and modeling to understand microbial interactions in water treatment.
Time 100 Climate Innovators
Alumna Megan O’Connor, Ph.D., founded Nth Cycle in 2017 to tackle electronic waste and boost the domestic supply of critical minerals for the energy transition. Learn why she was named one of Time 100’s Climate Innovators. (Photo credit: Time Magazine)
Top Ranked Programs
Our Priority: Student Success
Getting hands-on experience inside and outside of the classroom is essential to student success. And at Duke Engineering, collaboration isn’t just a concept – it’s our way of life. See this central tenet on full display with CEE PhD student Shannon Plunkett for her work on mercury toxicity caused by artisanal gold mining.
News from Duke Engineering
Dive into the latest from Duke Engineering: where ambitious discovery fuels societal impact, and our students, faculty and staff continually push the boundaries of what’s possible in the world through insightful engineering.
From Coursework to Patient Care: Duke Design Health Team Innovates POTS Treatment
Student-led startup pursues award-winning treatment for patients with disruptions to their autonomic body processes.
Leaves’ Pores Explain Longstanding Mystery of Uneven Tree Growth in a Carbon-Enriched World
The mechanics of how water and carbon dioxide move in and out of plants greatly affects how trees grow in a carbon-dioxide-enriched environments.
Upcoming Events
Join us for a dynamic lineup of upcoming events, where we delve into groundbreaking research, foster collaboration, and celebrate the spirit of innovation. Don’t miss out on these opportunities to connect and be inspired.
George W. Pearsall Lecture: Subra Suresh, “Deep Learning from Nature and Machines”
Thomas Lord Department of Mechanical Engineering & Materials Science (MEMS), welcomes Dr. Subra Suresh, Vannevar Bush Professor Emeritus, Massachusetts Institute of Technology, and Professor at Large, Brown University, who will […]
Feb 4 12:00 pm Fitzpatrick Center Schiciano Auditorium Side A, room 1464
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Jan 14
DMI/MEMS Seminar Presented by Asst. Prof. Thomas A.R. Purcell, Ph.D.
Title: Automating Computational Materials Design with Explainable AI Abstract: High-throughput density functional theory (DFT) calculations have the capability to quickly screen thousands of materials to identify the top candidates for […]
12:00 pm Fitzpatrick Center Schiciano Auditorium Side A, room 1464
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Jan 14
iiD TeaTime
Join us for tea and snacks on the 3rd floor of Gross Hall! This is a great chance to meet colleagues in a casual environment. All Welcome!
2:30 pm Gross Hall, Ahmadieh Family Atrium, 3rd Floor
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Jan 15
Advances in dynamic and responsive materials for intestinal organoid culture
Methods for culturing intestinal organoids (IOs) in biologically relevant, but defined matrices are increasingly needed to expand and differentiate intestinal stem cells (ISCs), study organoid development and physiology, and to […]
12:00 pm Wilkinson Building, room 021 auditorium
Explore More
Connect with Duke Engineering to become a part of our ongoing journey of innovation and discovery.
