News

Elevation Recognizes Life’s Work in Laser-Material Interactions

Miniaturization in the computer, medical device and electronics industries and the mainstreaming of renewable energy continue to motivate Gupta's work.

Funding Supports Modeling and Measurement of Digital Alloys Used to Fabricate Avalanche Photon Detectors

A $500,000 NSF research grant adds to the team’s modeling and measurement work over the next three years.

Alan Wang, Ph.D. Student, Computer Engineering

People become engineers because they have a passion for creating knowledge and technologies that serve society. UVA Engineering’s "For Good" series shares their voices.

Asynchronous computing mimics neural networks to continually parse and transmit bytes of information while using very low power.

After developing a pain management intervention with engineers via a seed grant from the Center for Engineering in Medicine, UVA nursing professor Virginia LeBaron brings the app to an emerging wireless health community.

Breakthroughs in Low Light and Long Wavelength Detection Bring Quantum Technology Closer to Reality

Research group pushes boundaries in quantum information and quantum computing.

Red-teaming helps network managers build and deploy practical defenses against cyberattacks

Research delivers practical tools to enhance network security for multiple and diverse applications even when the underlying routing infrastructure is insecure.

Ultra-Low-Power System-on-Chip Eases Continuous Monitoring of Personal Health and Wellness

UVA researchers combine sensing, computation, RF communication, energy harvesting and power management into a single system-on-chip.

On-Chip Neuromorphic Hardware Will Optimize Size, Power and Speed of Computing Devices

Team develops state-of-the-art computational models and collaborates with experimentalists to understand the limits of various low-power electronic computing paradigms.

Research Extends the Life and Reach of Sensors for Agriculture, Infrastructure and Border Protection

Research team substantially reduced the stand-by power and increased the sensitivity of unattended wireless sensors.