If the name seems familiar, it’s likely because Dr. Selim Suner has been frequently sought by newspapers and television stations in Rhode Island for his expertise on how local hospitals are handling the COVID-19 crisis.
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.
As researchers explore faster data transfer rates in the terahertz range, new strategies for thwarting eavesdropping attempts by utilizing atmospheric effects were investigated by Malachi Hornbuckle ‘22, funded in part by a Nielsen summer fellowship.
Energy storage technology interests led mechanical engineer Elizabeth Healy ’21 to the Sheldon Lab. A DiMase Family Internship allowed her to develop those interests in an academic research setting, pushing the boundaries on next generation lithium-ion batteries.
Jayakumar Fellowship allows Andrew Duncombe ’21 to design computer architectures that make the implementation of complex computing processes, like neural networks, feasible for real-world applications.
Novel coronavirus and its effect on University science laboratories has kept engineering student Portia Tieze from working on campus this summer — so she brought the lab to her apartment to continue her research.
Cloud Agronomics — a student and alumni venture launched with support from the Nelson Center for Entrepreneurship — uses hyperspectral imaging to detect crop-borne diseases that destabilize food supplies and cost farmers billions.
Ph.D. candidate Yuan Liu will graduate this May with his doctoral degree in chemistry, after utilizing the Open Graduate Education program to earn his engineering master's degree in May 2018. In July, he will begin a postdoctoral associate position at the Massachusetts Institute of Technology in the Center for Ultracold Atoms.
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.
“Good afternoon, investigators,” boomed the voice welcoming players into the shadowy, otherworldly scene. “This is a class R, section 8C containment situation.” Eerie string music with intermittent bubbling cauldron sounds plays softly in the background. “We can afford to expose you to the specimens for a limited time. You will enter the unauthorized home laboratory of disgraced chief scientist Ko Tanaka …”
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.
Upon opening its doors a year ago, the Engineering Research Center (ERC) welcomed a host of professors, grad students, and undergraduates into the state-of-the-art space that connects both Prince Lab and Barus and Holley on the Hope St. edge of campus. Professor Iris Bahar talks specifically of how the new space has influenced her work; the interaction, accessibility, and energy of this knowledge hub.
Pioneering earthquake early warning technologies, Zizmos’ eQuake smartphone application is steadily gaining traction in the commercial industry, bolstered by winning multiple competitions and earning government funding.
Center for Biomedical Engineering Director Vicki Colvin and the Colvin Lab work with materials that do impossible things, exploring how nanoscale particles interact with the environment and living systems.
With help from the Doris M. and Norman T. Halpin Senior Capstone Prize and fellow Brown students, Matthew Lo ’18 is designing an affordable prosthetic leg that could change the lives of amputees in developing countries.
In the rapidly growing intersection between electronics engineering and neuroscience, Caleb Tulloss ’18 seems to have found his place. The electrical engineering concentrator from Weston, Mass. is working to develop a fully-implanted solution to eye-tracking.
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.
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.