Faculty Spotlight

The early-career grant will enable Lucas Caretta to broaden the accessible materials palette for next-generation spintronic devices and enable new experimental approaches to controlling spin transport in a growing field that has a thirst for new materials approaches.

Brown’s newest Assistant Professor of Engineering Peipei Zhou bridges the gap between computer science and engineering, seamlessly flowing between the physical hardware/operating system, the abstraction/optimization interface, and the software output.

The RE-PLASTIC program (Repurposing of Expended Print-plastic for Sustainability in the Technology and Innovation Community) in the Brown Design Workshop proposes an innovative solution to the problem of 3D print waste.

As large language models play an increasing role in public discourse, a new study led by Brown researchers raises important ethical questions about the potential ways AI tools can be adapted by users.

Each summer, thousands of high school students study on campus and around the globe in Brown’s Pre-College Programs, which offer intensive academics, cultural immersion, research experiences and more.

The Raimondo Research Lab focuses on chemically modifying RNA and designing nanoparticles for therapeutic delivery to the body, an immunotherapy concept that holds immense promise in the field of immunoengineering.

Associate Professor of the Practice Louise Manfredi brings industrial experience, capacity-building mindset to the popular makerspace in Prince Lab.

As one of the few Brown University faculty with a Ph.D. focused on the design of complex systems, the newest professor of the practice in the School of Engineering is uniquely qualified to launch a new course in the undergraduate curriculum.

The accomplished technology innovator will steer the program’s curriculum and faculty to prepare professionals with the skills necessary to lead in today's complex technological landscape.

From atoms to devices, Assistant Professor Lucas Caretta aims to synthesize and discover new materials to push research and technology further.

Associate Professor Miguel Bessa focuses on the data-driven design and analysis of materials and structures.

Jonghwan Lee is Assistant Professor of School of Engineering and Carney Institute for Brain Science at Brown University. He leads a research group (leelab.ai) at the intersection of medical photonics, neural engineering, and artificial intelligence. The Carney Institute recently sat down with Professor Lee for a Q&A.

With a dual appointment in engineering and computer science, Associate Professor Nora Ayanian looks at solutions for end-to-end multi-robot coordination – that is, making a team of robots work without roboticists on hand to monitor their progress.

As the Fluids faculty at Brown continues to expand, Assistant Professor Monica Martinez Wilhelmus tackles tangible contributions to climate science.

Assistant Professor Mauro Rodriguez brings to Brown Engineering his own realization, reaffirmation, and reclamation as mentor and educator.

Linda Abriola is ready to reclaim her faculty identity. The computational modeler, National Academy of Engineering member, National Academy of Arts and Sciences member, U.S. State Department Science Envoy, and former dean at Tufts has arrived on College Hill for an opportunity to strike out again as an educator, teacher and researcher — something she hasn’t been able to singularly focus on since early in her career.

As an employee of General Motors, Yue Qi was involved early with the Collaborative Research Laboratory partnership established between GM and Brown University. Continuing these collaborations with Brown colleagues as her career progressed from industry to academia, Qi’s return to campus in July as the newest engineering faculty member was eased by the familial feelings she already had for Brown Engineering.

A team of engineering faculty, students, alumni and other collaborators are designing and creating prototypes for low-cost ventilators with a device constructed of 3D printed and off-the-shelf components specifically designed for the COVID-19 crisis.

Professor Kimani Toussaint joins the Brown Engineering faculty, cultivating inspiration for new collaborations in engineering and beyond.

Brown Professor of Engineering Roberto Zenit believes in the importance of understanding and predicting fluid behavior.

Brown engineering’s first female full professor, Tayhas Palmore, awarded the endowed professorship named after engineering’s first female Ph.D. graduate, Elaine I. Savage.

Vikas Srivastava recently joined the Brown School of Engineering and Center for Biomedical Engineering as an assistant professor. Srivastava’s background is in solid mechanics and mechanics of materials.

E. Paul Sorensen Professor of Engineering Yuri Bazilevs works to bridge applied and computational mechanics, applied mathematics, and computer science to solve a myriad of problems.

Professor Kurt Pennell is bridging the gap between environmental engineering and public health.

Passionate about visualizing the intrinsic beauty of scientific phenomena, Assistant Professor Daniel M. Harris melds the realms of art and science to aid in understanding fluid mechanics.

Bringing together experts across the wide array of engineering and health science fields and demonstrating the importance each one brings, Assistant Professor David Borton created the class Implantable Devices, illustrating how communication and input from multiple areas is key to generating a final product.

Christopher Rose has a rather broad view of his chosen field of communication theory. It’s a cosmic-scale view, one might say.

Frequencies in the terahertz range could greatly increase the capacity of wireless communications systems. Daniel Mittleman is working to solve technical challenges that would make terahertz improvements possible.

Understanding a small sea sponge and its ability to anchor itself to the ocean floor, Haneesh Kesari hopes, will point the way to stronger, lighter, better man-made materials.

Biological sensors that detect currents at the nanoscale would have important clinical applications, but how to separate signal from noise when the current lasts for 10 microseconds? Jacob Rosenstein has theories and devices that enable measurement at small timescales.