The ECE Ph.D. candidate presented research on Cryogenic CMOS for High Performance Computing in a highly competitive Ph.D. Forum.

The team, led by ECE professor Shimeng Yu, analyzed different combinations of settings for emerging non-volatile memory (eNVM) technologies in hopes of improving AI hardware efficiency and power.

Al Jamal’s research on origami-inspired phased array antennas represents a quantum leap in antenna reconfigurability at mm-wave frequencies and a paradigm shift in massive MIMO applications and beyond-5G communication.

The technology combines new microfabrication and coding methods for applications in cellular and biological processes.

The third-year ECE Ph.D. student was recognized for her research on improving memory robustness at high temperatures.

The ECE Ph.D. candidate was one of 10 people to receive the grant. The design aims to reduce energy consumption when performing power-intensive processes, like AI computing.

Professor Mark Davenport will oversee ECE graduate programs and admissions to further develop the School’s graduate offerings and attract leading Ph.D. candidates.

Proposed CHIPS Investment Would Support Construction of New Manufacturing Facility and Over 1,200 Jobs in Covington, Georgia

The ECE Ph.D. candidate was recognized for her research on a flexible implant that can activate muscles using blue light.

The ECE Ph.D. alumni won the award for his research on fused-silica stitch-chip technology for RF/mm-wave multichiplet modules.