Grants and Awards

  • 2022-2025

    National Science Foundation, Division of Mathematical Sciences, 2152115

    GOALI: Merging Deep Learning and Mechanistic Modeling to Analyze the Electrophysiology of Circadian Clock Neurons, Aging, Cardiac Arrhythmias, and Alzheimer's Disease

  • 2016-2022

    National Science Foundation, Division of Mathematical Sciences, 1555237

    CAREER: Neuronal Data Assimilation Tools and Models for Understanding Circadian Rhythms

    • 2019-2020

    Fulbright US Scholar Award, US-UK Fulbright Commission

    Multiscale Modeling of Circadian Rhythms

  • 2019-2020

    NJIT Faculty Seed Grant (co-PI: Jorge Golowasch)

    Neuromodulation of Crustacean Circadian Clock Oscillator

  • 2018-2019

    NJIT Institute for Brain and Neuroscience Research

    Circadian Clock Research Consortium

  • 2016-2019

    U.S. Army Research Office, W911NF-16-1-0584

    Multisensory Integration by Circadian Clocks

  • 2018-2018

    IBM Research

    Dynamical Systems Modeling of the Basal Ganglia

  • 2014-2017

    National Science Foundation, Division of Mathematical Sciences, 1412877

    Modeling Circadian Clock Mechanisms from Synapse to Gene

  • 2015-2016

    NJIT Faculty Seed Grant (co-PI: Jorge Golowasch)

    Role of Ionic Current Co-regulation in Circadian Activity of ‘Gonadotropin-releasing Hormone’-Secreting Cells

  • 2013-2014

    Burroughs Wellcome Fund Collaborative Research Travel Grant

    Neurocomputational Properties of Mammalian Clock and Non-Clock Neurons