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Found 410 faculty.

Faculty Member Position Research Areas
Berman, Jeffrey
(206) 616-3530
jwberman@u.washington.edu
MOR 214C
Civil & Environmental Engineering
Professor

Berndt, Andre

berndtuw@uw.edu
BFB
Bioengineering
Assistant Professor

  • Engineering and health
  • Structure Guided and Automated High Throughput Protein Engineering
  • Optogenetics
  • In Vivo and in Vitro Fluorescence Imaging of Life and Fixed Tissue
  • Electrophysiology and Physiology of Neurons and Cardiac Cells
Bernstein, Gilbert

gilbo@uw.edu
Computer Science & Engineering
Assistant Professor

  • Computer Graphics
  • Programming Languages
  • Geometry/topology
  • Tools for artists
  • Simulation
Bilmes, Jeffrey
(206) 221-5236
bilmes@uw.edu
Electrical & Computer Engineering
Professor

Computer Science & Engineering
Adjunct Professor

Linguistics
Adjunct Professor

  • Machine Learning and Big Data
  • Signal Processing and Information Theory
  • Speech and Language Processing
  • Bioinformatics and Computational Biology
  • Discrete Optimization and Submodularity in Machine Learning
Bohringer, Karl
BioE profile
ECE profile

(206) 221-5177
karl@ee.washington.edu
Electrical & Computer Engineering
John M. Fluke Distinguished Chair of Engineering

Electrical & Computer Engineering
Professor

Bioengineering
Professor

Computer Science & Engineering
Adjunct Professor

Mechanical Engineering
Adjunct Professor

Microfabrication Facility
Director

Boots, Byron

bboots@uw.edu
Computer Science & Engineering
Amazon Professor in Machine Learning

Borning, Alan
(206) 543-6678
borning@cs.washington.edu
Computer Science & Engineering
Professor

Information School
Adjunct Professor

  • Human Computer Interaction
  • Designing For Human Values
  • Constraint-based Languages and Systems
Boyle, Patrick M.
(206) 685-1392
pmjboyle@uw.edu
BIOE N310H
Bioengineering
Assistant Professor

  • Engineering and health
  • Predicting and Preventing Sudden Cardiac Death
  • Discovering Mechanistic Underpinnings of Atrial Flutter and Fibrillation
  • Harnessing Emerging Technologies, Including Optogenetics, to Develop New Anti-arrhythmia Techniques
  • Understanding and Minimizing Graft-associated Arrhythmias Following Transplantation of Stem Cell-derived Cardiomyocytes