News

Every Spring, Texas ECE’s Awards Banquet celebrates the achievements of the department’s outstanding students and faculty. Three WNCG members were among those honored at this year’s event, which was held last week on May 6. WNCG Student Ahmed Kord won the prestigious Graduate Student Excellence Award for 2018-2019. The department confers this prize annually on one graduate student who has demonstrated “high academic achievement in the Department of Electrical and Computer Engineering.”

The University of Texas Graduate Engineering Council hosted their annual Graduate and Industry Networking event (GAIN) on February 5.

WNCG faculty member Constantine Caramanis was one of five associate professors in the Electrical and Computer Engineering Department (ECE) promoted to full professor this spring. Caramanis joined UT ECE and WNCG in the fall of 2006; he is currently the WNCG’s assistant director. His research interests include: Decision-making under uncertainty, Statistical learning and data driven decision-making, Large scale networks and computation, and Adaptive Control and Optimization.

As mobile wireless communications progress, the Federal Communications Commission (FCC) is exploring technologies that could lead to the emergence of a new generation of millimeter wave (mmWave) wireless spectrum by the year 2020. Before mmWave carrier frequencies can be applied to cellular networks, spectrum allocations and regulatory frameworks must be determined. 

In recognition of his outstanding performance as a summer intern, Qualcomm awarded WNCG Ph.D. student Tianyang Bai the Roberto Padovani Fellowship.  The fellowship was created in 2008 to recognize Qualcomm’s corporate research and development interns who demonstrate superior technical performance during their summer internship. Roberto Padovani was Qualcomm’s chief technology officer for nearly 10 years and was a leading innovator for the company.

The Defense Threat Reduction Agency (DTRA) recently awarded four UT Austin faculty $1 million for a study regarding effects and reparation efforts following WMD attacks on interdependent networks.