Ali Shojaie

Photo of Ali Shojaie
Professor and Associate CHair
Biostatistics
Director
Summer Institute in Statistics for Big Data (SISBID)
206-616-5323
Room F-642, Health Sciences Building
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PhD
Statistics
University of Michigan
2010
MS
Human Genetics
University of Michigan
2010
MS
Applied Math
University of Michigan
2010
MS
Statistics
Michigan State University
2005
MSc
Industrial Engineering
Amirkabir University
2001
BSc
Industrial & Systems Engineering
Iran University of Science and Technology
1998
Director of Summer Institute in Statistics for Big Data (SISBID)
Professor and Associate Chair

Department of Biostatistics, University of Washington

Dr. Shojaie's research focuses on developing rigorous and scalable machine learning and network analysis methods for large complex systems, particularly biological and social systems. He develops statistical machine learning methods for estimation and inference in high-dimensional problems (i.e., when there are more variables than observations, especially when variables and/or observations have complex correlation structures), and applies these methods to data from diverse omics assays and different brain imaging modalities. Additional information about his research can be found online.

Computational Biology
Statistical Network Analysis
Neuroimaging
PhD
Statistics
University of Michigan
2010
MS
Human Genetics
University of Michigan
2010
MS
Applied Math
University of Michigan
2010
MS
Statistics
Michigan State University
2005
MSc
Industrial Engineering
Amirkabir University
2001
BSc
Industrial & Systems Engineering
Iran University of Science and Technology
1998
Director of Summer Institute in Statistics for Big Data (SISBID)
Professor and Associate Chair

Department of Biostatistics, University of Washington

Dr. Shojaie's research focuses on developing rigorous and scalable machine learning and network analysis methods for large complex systems, particularly biological and social systems. He develops statistical machine learning methods for estimation and inference in high-dimensional problems (i.e., when there are more variables than observations, especially when variables and/or observations have complex correlation structures), and applies these methods to data from diverse omics assays and different brain imaging modalities. Additional information about his research can be found online.

Computational Biology
Statistical Network Analysis
Neuroimaging