Several Brown Engineering-related ventures from students and faculty were featured during the evening that connected new tech out of the University with investors, partners and industry experts.
The center will unite mathematicians, engineers and computer scientists at Brown, NYU and Georgia Tech to tackle longstanding problems in how simulations handle extreme physical events.
During Rhode Island Startup Week, faculty and student entrepreneurs pitched new technologies and connected with investors, partners and industry experts to turn cutting-edge research into real-world solutions.
The critical need for materials that can operate reliably and predictably in extreme conditions, particularly in defense, energy, aerospace, and biomedical applications, was the topic that brought together leading experts and emerging researchers in this rapidly evolving field to identify key forward-looking research challenges and directions.
Support from the Lassonde Family Foundation will enable a reimagined campus hub in the School of Engineering complex for Brown makers, engineers, entrepreneurs and artists to innovate and create.
As a materials science innovator, Brown’s newest Associate Professor of Engineering plans to stay curious. This curiosity is what he believes drives discovery in battery research and energy technologies.
Master’s in Technology Leadership alumni venture Kognitiv Edge creates software engineered to unlock the full potential of human capital for military special operations and other high-risk training environments through smart, data-first innovation.
Researchers from Brown University’s School of Engineering have discovered new details about how destructive cracks form in flexible electronic devices — and how to prevent them.
A new imaging technique turns motion blur into an advantage, using a jiggling camera and a clever algorithm to create super-resolution images sharper than would be possible with a steady camera.
On schedule for completion in 2027, Danoff Laboratories will convene scientists to solve complex health and medical challenges and spur economic growth in Providence’s Jewelry District.
To better understand how bubbles behave in space, Brown University doctoral student Madeline Federle goes to perilous and occasionally nauseating lengths.
Researchers from KAIST, Brown, MIT and the Broad Institute use biomaterials and microfluidics to investigate cancer metastasis and predict therapeutic response.
Brown sophomore Sophia Wu is spending her summer at Save the Bay in Rhode Island, wrangling crabs, supporting summer camps for kids and exploring a future in marine science.
Seventy-four innovative early-career engineers have been chosen to participate in the Grainger Foundation Frontiers of Engineering 2025 Symposium, a signature activity of the National Academy of Engineering (NAE).
A collaborative team led by the School of Engineering’s Haneesh Kesari works to better prevent, detect and understand traumatic brain injuries by designing tools like sensor-equipped helmets and harnesses.
Engineering scholars at Brown University uncovered unexpected dynamics in how organic particulates sink in the ocean, a process that plays a key role in marine nutrient cycling.
Brown University engineers partnered with public health experts to create new diagnostic techniques that could help to deliver better, patient-centered care to adults and newborns alike.
Two Brown students developed a new technique called Quantum Multi-Wavelength Holography, which creates high-fidelity 3D images using quantum entangled photons.
In an advance that could lead to better treatment of troublesome fungal infections, Brown University engineers have developed a nanoscale drug delivery system specially targeted to fungal cells.
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.
A team of Brown University researchers has identified a promising new approach that may one day help to restore vision in people affected by macular degeneration and other retinal disorders.