Associate Professor Himanshu Thapliyal and graduate student Tyler Cultice’s work to identify security vulnerabilities was featured in IEEE’s Consumer Electronics Magazine.

A project involving EECS Department Head Greg Peterson, joint Oak Ridge National Laboratory (ORNL) faculty member Edmon Begoli, and doctoral student Maria Mahbub aims to improve machine reading comprehension for medical visits, using computer-assisted “reading comprehension” to help machines quickly scan medical documents and extract critical data.

EECS assistant professor Katie Schuman is part of a federally-funded project that aims to change the future of computing, with a new “toolbox” of applications and algorithms.

Tickle College of Engineering Professor Michela Taufer has been chosen to moderate a featured panel on data democratization, at the March 8 Women in Data Science conference at Stanford University.

New EECS Assistant Professor Sai Swaminathan seeks to help users overcome challenges in computer and mobile device interactions via improved systems.

Everything from medicine to transportation to neutron detection could be improved, thanks to Katherine Schuman’s research into neuromorphic computing.

For the past six years, UT’s National Institute for Computational Sciences (NICS) has collaborated with food company Mars Inc., resulting with the creation of MARVEL, the Mars Advanced Research Virtual Environment Lab. MARVEL provides a meeting place where NICS and UT researchers can interact with Mars scientists and facilitate their research.

UT researchers have begun work on a project with the US Army’s DEVCOM-Army Research Laboratory (ARL) which could soon bring an electric vertical take-off and landing (eVTOL) aerial vehicle into existence.

EECS senior Kelli Determan has just taken another step toward her goal of becoming an electrical engineer. She has been selected as the winner of the 2022 Knoxville Association of Women Executives (KAWE) Marcia Katz Scholarship, awarded annually to women engineering students with the potential to be future executives.

I’m proud to share that work within our oneAPI Center of Excellence, a collaboration between Intel and the University of Tennessee, has made a student-created rendering service a reality. Typically, high-end visualization is heavy-weight, cumbersome to deploy, and expensive to use. The Center’s objective was to build high-end visualization as a service that can be instantly available and universally accessible to students.