Joyita Dutta

Joyita Dutta

Department of Biomedical Engineering
S615 Life Science Laboratories
240 Thatcher Road
Amherst, MA 01003-9292

(413) 545-0390
[email protected]
umass.edu/engineering/about/directory/joyita-dutta

Professor of Biomedical Engineering

Dr. Dutta’s research interests include applying cutting-edge deep learning knowledge for (1) medical image enhancement, e.g., PET image denoising and super-resolution, (2) disease diagnosis/prognosis, e.g., forecasting the spatiotemporal trajectories of tau deposition in Alzheimer’s disease, and (3) biomarker discovery, e.g., using deep learning to discover novel sleep-based predictors of age-related cognitive decline and dementia. 

Dr. Dutta directs the Biomedical Imaging and Data Science Laboratory (BIDSLab) at UMass Amherst, which develops machine learning and signal processing techniques to solve biomedical problems. Her research encompasses a broad array of biomedical data types including (1) images (e.g., positron emission tomography – PET and magnetic resonance imaging – MRI), (2) time series (electroencephalography – EEG, electrocardiography – ECG, and accelerometry), and (3) graphs (structural and functional networks of the human brain). A sizable part of Dr. Dutta’s current research effort is directed toward the development of innovative deep learning tools for Alzheimer’s biomarker discovery and progression modeling with support from a variety of federal (including NIH R01, R21, and R03), foundation, and corporate awards.

Learn more at Dutta Research Group

Academic Background

Postdoctoral Fellowship, 2011-2013, Massachusetts General Hospital and Harvard Medical School
PhD 2011, University of Southern California, Electrical Engineering
MS 2006, University of Southern California, Electrical Engineering
BTech 2004, Indian Institute of Technology Kharagpur, Electronics and Electrical Communication Engineering

  • Center for Personalized Health Monitoring 
  • Models to Medicine Center 
  • Sleep and Circadian Science 
  • Mechanisms of Neural Function & Dysfunction