Overview: Controls, Communications, and Signal Processing

ECE faculty members conduct research in controls, communications, and signal processing to develop the mathematical foundations, algorithms, and technologies that enable modern sensing, communication, and intelligent systems. Research spans control theory, optimization, signal processing, wireless communications, sensor networks, estimation, and distributed systems, with an emphasis on designing systems that can operate reliably, efficiently, and autonomously in complex and uncertain environments. Faculty also develop methods for processing and interpreting signals and data, combining signal and image processing with machine learning to identify patterns, classify signals, make predictions, and support intelligent decision-making.

This research supports a wide range of applications, including autonomous and networked systems, wireless communications, biomedical sensing, healthcare technologies, environmental monitoring, scientific discovery, and advanced instrumentation. By integrating fundamental theory with practical engineering, faculty develop innovative solutions that improve the performance, reliability, and intelligence of technologies ranging from communication networks and cyber-physical systems to medical devices and next-generation sensing platforms.