Welcome to the Computational Research on Emerging Electronics Devices (CREED) Lab

Why We Do What We Do

In the rapidly evolving field of electronics and computing, traditional CMOS-based devices are facing significant challenges. As we approach CMOS technology's physical and practical limits, issues such as increased power consumption, heat dissipation, and scaling difficulties hinder further advancements. These limitations necessitate exploring new materials, device architectures, and computational paradigms to sustain the progress of electronic and computing technologies. 

Our Mission

Our mission is to push the boundaries of computational research in the realm of emerging devices. By leveraging advanced computational techniques and theoretical models, and integrating device characteristics with algorithmic requirements, we aim to optimize the performance of neuromorphic systems and other computing architectures. Our goal is to develop novel devices and architectures that are more efficient, powerful, and scalable. We strive to bridge the gap between fundamental research and practical applications, contributing to the advancement of next-generation computing technologies.

Join Us

We are continuously seeking passionate researchers and collaborators who share our vision of pioneering new frontiers in computational research on emerging devices. Students with a strong academic background and a keen interest in research areas such as neuromorphic computing, device-algorithm co-optimization techniques, simulation, and modeling of emerging devices are welcome to join our group.