Adrienne Stiff-Roberts, Ph.D.
adrienne.stiffroberts@duke.eduAssociate Dean for Community-Based Innovation, Professor of ECE
This research grant explores community-led validation of a remote sensing and deep learning approach to identify cyanobacteria harmful algal blooms and toxins in the Chowan River and tris in the tributaries of the Albemarle Sound.
The purpose of the DBDP is to make discovering digital biomarkers more accessible. From the input of wearable sensor data to the development of machine learning algorithms, we provide an open source software resource for the digital biomarker community.
The Critical Minerals Hub uniquely integrates diverse dimensions of the complex critical mineral system into coherent interdisciplinary research and education ecosystem.
Partnering with communities to engineer solutions that improve living standards.
Student run organization that aims to connect amputees in the Durham area with 3D printed adaptive devices, free of cost.
Duke Ignite is an engineering design experience for Durham area middle and high school students. Ignite challenges students to work on problems in their communities, guided by the UN Sustainable Development Goals.
A seven-week summer experience for Durham Public Schools juniors and seniors interested in engineering and science.
Students design solutions for needs expressed by community organizations working in education, health care, the environment, and more.
This project’s objective is to create a sustainable system of CHAB surveillance and prediction that will support real-time public health advisories to limit community exposure and discover environmental neurotoxins that are associated with ALS.
An annual 24-hour coding sprint focused on solutions to societal challenges.
This program challenges students to use Human-Centered and Engineering Design processes to research problems related to the UN Global Goals of Clean Energy (Light Team), Clean Water (Water Team), or Good Health (Health Team).
This research project focuses on developing a digital innovation to address preventable childhood hearing loss in low- and middle-income countries.
In partnership with Coastal Carolina Riverwatch (CCRW), this research, funded by the Environmental Enhancement Grant (EEG) program, focuses on detecting PFAS and heavy metals in oyster populations within the White Oak River Basin (WORB).
This grant-funded project explores the sources and fate of PFAS in public drinking waters of North Carolina impacted by firefighting and textile operations.
Engineering students improve accessibility for physically challenged children by fixing and modifying toys.
This challenge calls for solutions that could operate “off the grid” without connections to water, sewer or electricity, and that could transform liquid and solid waste into valuable resources such as disinfected water and energy.
This project will enhance technology translation by using stakeholder interviews and AI tools to evaluate and share use cases and high impact pathways to move innovation from the lab to end users.
Building on the work of previous teams, this team will implement and assess a preparation for bias curriculum for undergraduate and graduate students including three components: bias literacy; bias response strategies; and empowerment.
This project team will evaluate the components of a middle- and high-school engineering experience called Ignite, where over 60 undergraduates have taught more than 200 Durham-area students with the aim of increasing STEM knowledge and retention while bolstering community identity.
This project team aims to adapt the Pocket Colposcope and Calloscope to address local gaps that limit access to cervical cancer prevention in the U.S.
To address a major gap in microbiome engineering, this team will focus on tools for treatment of gastrointestinal diseases such as irritable bowel syndrome.
In a collaboration between faculty and students at Duke and Tribhuvan University of Kathmandu, this team will work to place a smart seismic sensing network in Kathmandu and continue to build in-country capacity for seismic hazard analysis and mitigation.
Subteams will address the tradeoffs among technological design choices, environmental impacts, economic viability and other issues related to use. The goal is to produce a useful prototype and evaluate its environmental benefits and viability.
This project team will assess youth athletes with an oculomotor (i.e., eye-tracking) assessment routine and compare these results to in-season documentation of head impact exposure using data from a team-developed earpiece (DASHR) worn by athletes during practices and games.
Team members will serve as role models, mentoring younger students and conducting research on program outcomes while fostering their own skills in engineering education. Surveys, focus groups and interviews for both programs will assess confidence, social support and STEM interest.
Student teams will apply the engineering design process to create community-driven focused solutions for global health applications.
Students study culture and ethics before completing a hands-on engineering project.
In this course, students use methodologies and frameworks related to design ethics, design justice, participatory and co-design, and social innovation while completing a semester-long innovation project focused on a single client.
Working with A Bridge Home and members of local communities in Western North Carolina (including Buncombe, Yancey, Madison, Mitchell, Avery, and McDowell Counties) to rebuild bridges (and access) damaged by Hurricane Helene in 2024.
Working with the nonprofit Engineers in Action, the local municipality, and members of the local community to design and build a suspended pedestrian bridge across a river, which will provide safe year-round access to education, health, and economic opportunities for a rural Bolivian community.
Engaging, educating, and raising awareness among auto mechanics about the toxicity of heavy metals in used motor oil and implications on human health, the environment and food security.
Working with engineering students at Makerere University to identify important, unmet needs in the local hospital; to design engineering solutions to meet those needs; and iteratively prototype those solutions using a local makerspace.
Designed to guide engineering students through skill development and experiential learning opportunities as they expand their engagement with organizations and individuals in the Durham community.
The class is an overview of engineering design with a focus on gaining hands on experience and building skills that will support positive impact in a community setting.
The ISEPS collaborative is designed to empower future professionals with the knowledge and tools of information science and AI to address public-sector challenges.
Candidates for PhDs in engineering receive tuition and stipends to support internships with public policy or nonprofit organizations.
The LIFT Lab partnered with Purpose Learning Lab to bring hands-on STEAM activities to 19 students in grades 1-8. Students from our Bass Connections class implemented two innovative activities they designed.
In partnership with Durham Public Schools, students and their teachers participate in an introductory engineering design activity and use rapid prototyping tools (3-D printing, laser cutting, and Arduino programming) to design and create devices.
Acceler8 is an all-day career expo that is focused on simulating real-world interactions for 8th graders in Durham Public Schools. Through guided activities, students learned how ecosystems function, how humans impact the environment, and how engineers design solutions to mitigate challenges such as flooding, drought, and soil erosion.
This interactive STEM workshop brings engineering lessons and hands-on experimentation to students and allows them to explore various topics including engineering design, career exploration, and more.
Members of the Pratt community develop and deliver sessions and activities that immerse K-12 students in learning and activities related to various engineering topics.
Duke Engineering faculty, staff, and students offer engaging, hands-on STEM activities to middle school students in Durham Public Schools during the ENCORE! After-school Program.
Duke Aviators is a student organization dedicated to sharing a passion for flying and aviation with the larger University and RTP community.
InnoWorks is a free, week-long STEM camp run entirely by college volunteers, connecting mentors with younger students to explore science through curiosity, creativity, and fun.
A seven-week summer experience for Durham Public Schools juniors and seniors interested in engineering and science.
This project curates, develops, and disseminates ready-to-go quantum learning materials, and supports cohorts of educators in every state to develop QISE knowledge and provides crucial information on viable methods for adapting quantum education to different localities.
e4usa provides a standardized educational curriculum for pre-college students to learn and demonstrate engineering principles, skills and practices.
FEMMES+ is student-led, with a mission to engage young students in STEM fields through hands-on activities and mentorship.
An annual event demonstrating STEM career possibilities through a day of hands-on fun for more than 140 middle schoolers and high schoolers.
GEM is a 10-day STEM camp for middle school students each summer. Each half-day we explore a rich, complex, and accessible math problem and visit the lab or clinic of a STEM woman on campus.
A free, 8-week hybrid program for Durham-area middle school students in partnership with the Museum of Life and Science. Students prototype solutions toward the UN Sustainable Development Goals of Clean Energy, Clean Water, or Good Health.
Duke’s state-of-the-science nanotech lab invites K-12 teachers and students to see an electron microscope in action or suit up for a visit to the cleanroom.
Through NSF-sponsored award, and in collaboration with STEM specialist Ms. Caroline Brickhouse, developing age-appropriate curriculum related to advanced manufacturing that is offered through the Exploration Lab special to all students at Lyons Farm Elementary School.
Provided to educators free of charge through Duke’s membership in the Research Triangle Nanotechnology Network.
K-12 and community college teachers spend five summer weeks working in microbiome science and engineering labs and developing lesson plans
The ODE Summer Design Camp is an immersive biomedical engineering design experience. Over the course of five weeks, participants will learn about the engineering design process and use it to solve real-world problems through a series of design workshops, labs, and innovation sessions.
The ODE Summer Design Camp for Teachers functions as a professional development and training opportunity for middle and high school STEM teachers. Teachers are invited to participate in the camp to learn engineering design alongside the students.
Taught by a biomedical engineer recognized by Duke for service-learning innovation. Students create custom assistive devices for individuals.
A team of students, collaborating with Professors Mike Bergin, David Carlson, and PhD Candidate Zach Calhoun developed a modeling approach to estimate heat stress in urban areas.
This partnership focused on delivering tools and insights that improve climate adaptation planning, helping Milwaukee River communities make informed, resilient decisions in the face of climate change.
A team of students explored the connection between young students’ sense of belonging in a community and their ability and motivation to solve hard problems related to their community.
Worked with Engineers in Action and members of the local village to complete two projects: a water supply project (with borehole, solar powered pump, above ground storage tanks, and distribution system), and a suspension bridge in the Manzini Region, Eswatini.
Empowered girls participating in Orange County summer programming by giving them tools to help navigate social, economic and gender barriers to help them to grow into healthy, confident adults, with a focus on personal development, health, and STEM education.
A three-week summer program for high school students to establish a tech talent pipeline in North Carolina’s Triangle region.
Through laser-light shows and digital photography experiences, the Fitzpatrick Institute for Photonics and Duke’s Optical Student Club spark wonder and curiosity in students and the public.
Associate Dean for Community-Based Innovation, Professor of ECE
Director, Community-Based Innovation