Research

Our group is interested in exploring integrated circuits and hybrid micro-systems to address a wide variety of high-impact applications, including wireless communication, radar, and health care research. To do this, we investigate two main research directions - RF, or "circuits and up", and bioelectronics, or "circuits and down".

The RF cluster focuses on the design of next-generation 5G/6G circuits, continually pushing the state-of-the-art from building blocks to transceiver arrays. Through the use of innovative architectures, we are able to maximize performance of mm-Wave circuits from the power amplifier to the full array.

The Bioelectronics cluster focuses on the design of circuits used for bioelectronics and biosensors, used for cellular characterization, molecular sensors, and digital physiology. Through a combination of IC design and chemical post-processing, the bio cluster aims to design chips that can address issues from healthcare to biology.

The Emerging Technologies cluster combines the use of novel devices and integrated circuits to address applications such as quantum computing and silicon photonics.