Researchers at the Georgia Tech-led Joint University Microelectronics Program 2.0 center, focused on creating smarter, energy-efficient cognitive sensors, shared the progress they’ve made as it passed the halfway point of its five-year timeline.
Ph.D. students Hansol Yoon and Kyungduck Yoon's method has been featured in Nature Communications for achieving real-time panoramic super-resolution, opening doors to advanced large-scale cellular analysis.
The predictive cycling system headlined an Expo packed with ECE innovations across health tech, wearables, financial computing, smart home automation, and more.
The research from Regents Entrepreneur Omer Inan’s research lab was recognized at the 2025 IEEE-EMBS International Conference on Body Sensor Networks for demonstrating how cardiac output can be measured with non-invasive cardiovascular signals.
At Thanksgiving, we rarely consider the foundational technology powering the celebration. From the power grid to semiconductors, electrical and computer engineering quietly enables the comfort and abundance we enjoy.
Thirteen papers were accepted to IEEE IEDM, a record for Georgia Tech, and the highest among U.S. universities.
The Center for Wireless Intelligence establishes Georgia Tech as a hub for wireless innovation, powered by a top-tier testbed spanning multiple sites and deep cross-sector collaboration.
One of industry’s top AI and computing experts delivered ECE’s inaugural Carreker Distinguished Lecture, emphasizing that success in the AI era depends on collaboration, integration, and holistic design.
Fueled by determination, Chris Rozell became the first in his family to go to college. He continued his education in graduate school, and now conducts research at Tech to find effective treatments for chronic psychiatric disorders. Rozell’s journey, made possible by federal and community financial support, has allowed him to break the cycle of generational poverty and make an impact on others.