As a recognized expert in emerging semiconductor technologies and next‑generation computing technologies, the ECE Associate Professor will lead the IEEE Journal on Exploratory Solid-State Computational Devices and Circuits.

In labs chilled to 4 kelvins (-450 degrees!) and on expeditions to polar regions, Georgia Tech scientists are discovering how extreme cold simultaneously challenges and advances technology in computing, space exploration, and the interpretation of Earth’s natural signals.

From The Conversation: Associate Professor Saman Zonouz writes about how a nation can turn an adversary’s lights out without firing a shot and what can be done to prevent it.

The graduate student received the award for research on improving the efficiency and scalability of datacenter infrastructure for large language model training and inference.

The Ph.D. student will get financial and technical support from the largest industrial research organization in the world for his work on neural processing units design optimization.

Run by HKN, an honor society for electrical and computer engineering students, the program delivers affordable, dependable lab kits and demonstrates how a student‑run effort can grow into a lasting success.

After serving as interim director, Mr. James steps into the permanent role to support ECE’s growing operational needs.

The new technology, developed by Professor Emmanouil Tentzeris and Ph.D. candidate Marvin Joshi, uses an advanced lens to harvest energy from wireless signals for battery-free sensors.

The program and operations manager was praised by her colleagues for her professionalism and initiative when supporting a variety of school processes.

School of Electrical and Computer Engineering assistant professor Matthew Flavin brought prototype haptic device to students in Georgia Tech’s EXCEL Program as part of a research study developing wearable technology that creates an experience of touch using vibrations while gathering sensory data from the user through skin contact.  

The Ph.D. student earned the Best Demonstration Award for developing a 3D ferroelectric memory design that enables high-density, low-power storage for future AI systems.

The Ph.D. student was one of seven students globally to receive the newly established IEEE LLM-Aided Design Fellowship, awarded for research using large language models to automate hardware design.

Spatial computing is transforming engineering education at Georgia Tech and opening new paths for entrepreneurship and technical training.

The initiative, co-led by Ali Adibi and Ashkan Zandi, is developing sensor technology in feminine hygiene products to detect heavy menstrual bleeding, addressing a condition often overlooked until it causes severe health consequences. 

Georgia Tech Draper Scholars Laurel Hilger, Gus Richter, and Kevin Zhang presented thesis research at a prominent national security symposium in Cambridge, Mass.

Honored for decades of service, the Regents Professor has been instrumental in supporting Beta Mu, Georgia Tech’s Eta Kappa Nu chapter, widely regarded as one of the strongest in the country.

Jameson Gatewood came to Georgia Tech to study electrical engineering. He’s leaving with not only a master’s degree, but also a growing company in a field few engineers ever consider.

The researchers are receiving the top honor for their innovations in advancing power grid modernization and semiconductor design.

Georgia Tech deepens its leadership in next-generation wireless, AI, and decentralized systems with the appointment of a visionary researcher and entrepreneur.

The meeting showcased AI innovations transforming seismic interpretation, processing, and imaging to deliver faster, more reliable subsurface insights for energy and environmental applications.

The ECE Ph.D. candidate finished second in the student pitch competition at the International Ultrasonics Symposium.

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.

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.

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.

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.

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.

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.

Ph.D. students Ismael Youssef and Hang Yang introduced LaZagna, a tool for exploring billions of 3D field-programmable gate array design options, earning top honors at the International Conference on Computer-Aided Design.

The Accessible Healthcare through AI-Augmented Decisions (AHeAD) Center’s planning meeting charted a path to enhance patient experiences and outcomes through AI innovation.

The ECE professor appeared on Seismic Soundoff to discuss how digital twins and generative AI are reshaping subsurface geophysics.

Students learned radio electronics, antennas, and digital communication while earning licenses and building connections across campus.

The ECE professor will give talks to Signal Processing Society chapters, helping to engage members in a variety of signal processing topics and foster interest in the field.

The Design Automation Conference recognized Tushar Krishna for work on an ecosystem of AI design tools to help enable the future of computing.

The professorships will support the pair’s work in analog and mixed-signal design for five years.

The National Academy of Engineering–affiliated symposium brings together top early-career researchers from both sides of the Atlantic to address critical challenges in science and technology.

Ph.D. students Gus Richter, Malhar Tamhane, and Felipe Sandaval took part in the Polar Aeronomy and Radio Science program, taking advantage of the unique geography and equipment to work on their Ph.D. research.

Professor Omer Inan and his lab developed a lightweight wearable patch designed to continuously monitor cardiac activity, providing heart failure patients and their doctors a more complete view of how the heart functions in everyday life.