From Quantum Computing to Power Systems: ECE Graduate Students Showcase Research

The first Electrical and Computer Engineering (ECE) Graduate Research Symposium brought together 19 graduate students to showcase their work on April 23, 2026 in Engineering Hall, marking a new opportunity for students to share their research and sharpen their communication skills.

The symposium highlighted the breadth and depth of ECE research across a wide range of applications. Projects included work on scalable quantum computing systems, where researchers are improving how error-correction algorithms are scheduled to make fault-tolerant quantum machines more practical. Other students explored advanced RF design through inverse-engineered power combiners that enable more efficient and compact wireless transmitters. Additional research focused on infrared engineering for space applications, developing materials and devices that enhance both thermal management and the ability to observe distant cosmic phenomena. In the biomedical space, students presented innovations in microwave ablation, designing antennas that deliver more precise, targeted treatments for bone tumors and related conditions.

Two students were recognized for outstanding work. PhD student Shalini Manna, advised by ECE Professor Giri Venkataramanan, earned Best Presentation for her poster titled, “Versatile High-Frequency AC Current-Stiff Converters.” Her work explores next-generation power converter designs that address limitations in traditional systems, offering a flexible framework for high-frequency, high-density energy applications such as data centers, motor drives, and wireless charging.

PhD student Dahlia Saba, advised by ECE Associate Professor Dominic Gross, received the Best Poster Award for her poster titled, “Decentralized Stability Certificates of Power Systems with Heterogeneous Dynamics.” Saba’s research tackles one of today’s most pressing energy challenges: maintaining grid stability as renewable and converter-based resources continue to grow. Her work develops practical, scalable methods to ensure reliable power system operation across diverse and evolving energy networks.

Events such as the Graduate Research Symposium reflect ECE’s commitment to preparing students not only as researchers, but as communicators. The ability to convey complex technical ideas clearly is essential for collaboration, innovation, and real-world impact. By creating space for students to present, discuss, and refine their work, the department is helping graduate students build skills that will serve them throughout their careers.