Potential Mentors
For the MARC program, you will have the opportunity to interact with multiple potential faculty mentors during your first semester in the program. You do not have to choose a faculty mentor when you apply. However, you should at least make sure that there is at least one individual on the list below that you would be excited about potentially working with.
Name | Department | Research Focus |
Dr. Chandramallika Basak | Department of Psychology | Attentional control and working memory, cognitive training strategies, neural and cognitive predictors of complex skill acquisition, and aging |
Dr. Michael Burton | Department of Neuroscience | How the immune and nervous systems communicate to elicit various behaviors: An emphasis on pain, depression, and metabolism |
Dr. Nicole De Nisco | Department of Bioengineering | Host-pathogen-microbiome interactions that underlie recurrent urinary tract infection (UTI) leveraging advanced imaging, whole genome metagenomic, and mass spectrometry-based metabolomic techniques |
Dr. Yichen Ding | Department of Bioengineering | Optical microscopy; image segmentation; interactive visualization; myocardial deformation |
Dr. Dave Dingal | Department of Bioengineering | Cell biophysics, molecular biology, and synthetic biology |
Dr. Greg Dussor | Department of Neuroscience | Migraine pathophysiology using a variety of preclinical behavioral, electrophysiological, and biochemical models |
Dr. Crystal Engineer | Department of Neuroscience | Auditory processing in neurodevelopmental disorders and plasticity-based therapies to improve neural responses and behavioral outcomes |
Dr. Baowei Fei | Department of Bioengineering | Development and application of Quantitative Imaging technologies |
Dr. Francesca Filbey | Department of Psychology | Addiction as a model to understand reward system dysfunction in humans using multimodal brain imaging techniques |
Dr. Zirong Gu | Department of Neuroscience | Exploring how basal ganglia outputs interact with other brain regions to select, initiate, and execute motivated behavior in both health and disease |
Dr. Seth Hays | Department of Bioengineering | Enhancing neuroplasticity through vagus nerve stimulation (VNS) to improve recovery in models of motor dysfunction |
Dr. Caroline Jones | Department of Bioengineering | Immunoengineering, Sepsis, Immunology and Infectious Diseases, Inflammation, Lab-on-a-chip technology, Biosensors, Host-pathogen interactions |
Dr. Lin Jia | Department of Biological Sciences | Identify pathways that contribute to the development of advanced liver damage (both alcoholic and non-alcoholic) and associated metabolic disorders |
Dr. Kristen Kennedy | Department of Psychology | Normal and pathological (AD) aging of brain and cognition; environmental/genetic/health/lifestyle modifiers; MRI brain function-structure association |
Dr. Michael Kilgard | Department of Neuroscience | Vagus nerve stimulation to enhance plasticity and rehabilitation in stroke, tinnitus, spinal cord injury, neuropathy, and PTSD |
Dr. Tae Kim | Department of Biological Sciences | Understanding nuclear processes and mechanisms that segregate, fold and unfold chromosome fibers and disease causing changes that disrupt normal location, arrangement and interpretation of the human genome |
Dr. Benedict Kolber | Department of Neuroscience | Pain with an emphasis on stress adaptation, depression, visceral organs, and drug discovery (analgesics, overdose antidotes, assay development) |
Dr. Sven Kroener | Department of Neuroscience | How the prefrontal cortex is altered in drug addiction |
Dr. Christa McIntyre | Department of Neuroscience | Neural mechanisms of stress effects on memory and extinction of conditioned fear |
Dr. Faruck Morcos | Department of Biological Sciences | Development and application of methods to extract biological information from sequence and genomic data and its applications to understand and fight disease |
Dr. Girgis Obaid | Department of Bioengineering | Developing light-activated nanoparticles as cancer therapeutics using molecular imaging as an informant for their intelligent engineering |
Dr. Alice O’Toole | Department of Psychology | Face recognition by humans and machines; neural processing of faces and bodies |
Dr. Kelli Palmer | Department of Biological Sciences | Antibiotic resistance in pathogenic bacteria |
Dr. Joe Pancrazio | Department of Bioengineering | Development and demonstration of innovative materials that either enhance the coupling with neuronal tissue, show enhanced reliability, and/or reduce the deleterious effects on surrounding biotic environment |
Dr. Amy Pinkham | Department of Psychology | Identify mechanisms of social dysfunction in schizophrenia and related mental illnesses in order to improve outcomes |
Dr. Ted Price | Department of Neuroscience | Molecular characterization of human pain-sensing neurons; chronic pain mechanisms; development of novel pain therapeutics |
Dr. Zhenpeng Qin | Department of Mechanical Engineering | Interdisciplinary research at the intersection of nanomaterials, photonics, neurosciences, and rapid diagnostics |
Dr. Millie Rincon Cortes | Department of Neuroscience | Normative and stress-induced plasticity of reward and mesolimbic dopamine function, emphasis on early development and the postpartum period |
Dr. Karen Rodrigue | Department of Psychology | Understanding the contributions of vascular health to normal and pathological aging is fundamentally important given both the prevalence of vascular risk in the aging population and its amenability to prevention and treatment |
Dr. Filippo Romiti | Department of Chemistry | Building high-impact, novel, and practical chemical transformations and creative synthesis strategies that allow rapid access to complex natural products with potential application in treating human diseases |
Dr. Katelyn Sadler | Department of Neuroscience | Gut-brain circuits in chronic pain conditions; central nervous system modulation of sickle cell disease pain |
Dr. David Schmidtke | Department of Bioengineering | Fabrication of novel materials & devices (e.g. biosensors, microfluidics) for biological and medical applications |
Dr. Kendra Seaman | Department of Psychology | Using behavioral, modeling, and neuroimaging techniques to understand motivation and decision making across adult development |
Dr. Pumpki Lei Su | Department of Psychology | Studying parent-child interaction and language development in autistic children and bilingual children using observational and experimental methods *Not accepting new students this semester |
Dr. Yonas Tadesse | Department of Mechanical Engineering | Humanoid robotics, emerging applications of smart materials, sensors, and actuators, mechatronic system, multimodal energy harvesting, modeling, controls and biomimetics |
Dr. Diana Tavares Ferreira | Department of Neuroscience | Cellular and molecular mechanisms of axonal integrity; studying the role of RNA transport and non-coding RNAs in neuropathies and neurodegenerative diseases using multi-omics and computational approaches *Not accepting new students this semester |
Dr. Gagan Wig | Department of Psychology | Brain network connectivity, healthy and pathological aging, brain health disparities across the lifespan |
Dr. Jie Zheng | Department of Chemistry | Investigating fundamental structure-property relationships of nanomaterials at bulk and single molecular level and exploring their applications in bioimaging, catalysis and energy conversion |