Scalable quantum computing platform drastically reduces the number of devices needed to achieve quantum speed.
Electrical and Computer Engineering: Delivering innovative, cross-disciplinary technologies that address society’s grand challenges
Electrical and computer systems are fundamental to modern life, from smart energy management to mission-critical defense systems, from wireless communications to life-saving healthcare devices. The Charles L. Brown Department of Electrical and Computer Engineering is distinguished by its highly collaborative culture as well as its core strengths in areas like terahertz and photonic devices, low-power digital systems, signal and image processing, and advanced controls. Thanks to our extensive partnerships with researchers around the University and the world, we are at the forefront of innovation in such emerging fields as cyber-physical systems and multifunctional materials integration, as well as neuroscience, smart and connected health and medical imaging.
The technology generates data within a matter of hours to determine patients at risk for micro thrombosis-related issues.
NSF grant extends research in statistical signal processing, ML and matrix theory, as well as practical communications engineering.
Dadey’s paper reports on advances in photodetectors that perform well in the visible and near-infrared light spectrum.
Early Career Awards