Neal Patwari



    Wireless technologies which improve the security, reliability, and sensing capabilities of future generation networks; and equitable design of automated/AI decision systems.

    Morteza Fayazi


    • Phone: 801-585-9906
    • Email: m.fayazi@utah.edu
    • Office: MEB 2124

    Electronic Design Automation (EDA), application of Machine Learning (ML) on RF/analog/mixed-signal circuit design, System-on-Chip (SoC) design, Artificial Intelligence (AI), analog circuit design, digital circuit design, data retrieval.

    Evan Benoit


    • Email: evan.benoit@utah.edu

    Electromagnetics, spread spectrum and sequence time domain reflectometry for impedance measurements.

    Raheel Bhutta


    • Email: raheel.bhutta@utah.edu

    Brain computer interface, fNIRS based functional neuroimaging, embedded systems

    Habtamu Aycheh


    • Email: habtamu.aycheh@utah.edu

    Artificial intelligence (AI)/ machine learning, probabilistic graphical models, bioinformatics and computational neuroscience

    Fatemeh Mahalian


    • Email: fatima.mahalian@utah.edu

    Neural networks and signal processing

    Kai Fu


    • Phone: 801-581-8566
    • Email: kai.fu@utah.edu
    • Office: MEB 2136

    Semiconductor devices, wide bandgap semiconductors (GaN, AlN, Ga2O3, BN, diamond), material epitaxy science, nanofabrication, semiconductor characterization, reliability, heterogeneous integration, power electronics, high-temperature electronics

    Amy Verkler


    • Phone: 801-581-6490
    • Email: amy.verkler@utah.edu
    • Office: MEB 2260

    Engineering Education, Optics

    Jacob George



    Brain-computer interfaces, rehabilitation robotics, neural engineering, bioinspired artificial intelligence, intelligent prostheses and exoskeletons

    Yu Xiang


    • Phone: 801-587-5223
    • Email: yu.xiang@utah.edu
    • Office: MEB 3104

    Statistical signal processing, information theory, and machine learning: learning under distribution shifts, representation learning, recourse-constrained distributed signal processing