SHWETADWIP CHOWDHURY, PH.D
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Below is an abbreviated list from my curriculum vitae.
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The full version can be downloaded here as a pdf: 
PDF of Curriculum Vitae

Education
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Duke University, Durham, NC
  • Ph.D., Biomedical Engineering, 2016
  • B.S.E., Biomedical Engineering, 2010

Research Experience   (post-2010)
(2017-present) Computational Imaging Lab, UC Berkeley, CA         
  • Currently serving as a postdoctoral scholar in the lab of Dr. Laura Waller
  • Served key roles in the development of computational imaging systems focusing on high-throughput (gigapixel scale) fluorescence imaging and ultrahigh resolution (<150 nm) 3D refractive-index tomography
  • Actively collaborating with the UC Davis Department of Pathology, the Chan Zuckerberg Biohub, and the UC Berkeley Biology department
 
(2011-2016) Biophotonics Lab, Duke University, Durham NC (under guidance of Dr. Joseph Izatt)                        
  • Authored 7 peer-reviewed publications with currently one more in revision (all as first-author). First author on 10 conference publications, and 1 patent application.
  • Developed fundamental theory for generalized multimodal super-resolution microscopy and showed implementation in custom designed microscope
  • Collaborated with biologists and pathologists to demonstrate super-resolution visualization of relevant biological samples, with emphasis on resolving structures at size scales <150nm with multiple forms of contrast.
  • Regularly presented unique research at conferences to research groups of 100-200 people.
 
(2009-2011) BIOS Lab, Duke University, Durham NC (under guidance of Dr. Adam Wax)                                     
  • Co-author on 1 peer-reviewed publication and primary presenter for 1 conference presentation
  • Developed OCT imaging to provide a cancer detection scheme based on detecting nucleus-size and hemoglobin-concentration abnormalities.
  • Validated theory of measuring nuclear size by accurately sizing beads in agar phantoms
  • Determined localized hemoglobin concentration by characterizing absorption spectra of hemoglobin to determine localized hemoglobin

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