Faculty
Area of Research |
Email Address |
||
|---|---|---|---|
| Bercovitz, Ian Statistical Consulting Service, SFU |
Applied statistical analysis and methodology, teaching statistical consulting to SFU graduate students, statistical consulting for internal and external clients, managing and training research assistants in the Big Data Hub at SFU. | stat_scs at sfu.ca | |
Zelus Analytics |
Statistics in Sports | lbornn at sfu.ca | |
University of British Columbia-Okanagan |
Computational statistics with applications to fire science, statistical process control, statistical education | john.braun at ubc.ca | |
| University of Ottawa |
Statistical genetics, genetic epidemiology | kburkett at uOttawa.ca | |
| Carleton University |
Computational statistics, Bayesian algorithms, probabilistic numerics, deep learning, image and text processing, dynamic systems | dac5 at sfu.ca | |
| Acadia University |
Industrial statistics, Bayesian methods, statistical learning, statistical computing | hugh.chipman at acadiau.ca | |
| Insurance Company of British Columbia | Applications in natural and social science, natural language processing, causal inference, multi-target models | adaniels at sfu.ca | |
| University of Waterloo |
Spatial statistics, survival analysis, joint outcome modelling, environmetrics, forest fire analysis, spatio-temporal epidemiology |
dean at sfu.ca |
|
University of British Columbia-Okanagan |
Sports statistics, round robin models, spatio-temporal modelling | paramjit.gill at ubc.ca | |
Brock University |
Sports analytics, functional data analysis, machine learning and data science |
tguan at brocku.ca | |
University of Washington |
Use of stochastic models in scientific applications in hydrology, atmospheric science, geophysics, environmental science, and hematology | peter at stat.washington.edu | |
| SMRU Canada Ltd |
Integrating marine ecology into space time models, impact assessment | rjoy at sfu.ca | |
| Joanna Lubieniecka Ruhr University, Germany |
Interests focus on finding genetic factors that can explain a diseased phenotype in patients for whom standard testing did not reveal any known genetic aberrations. Statistical modeling that includes testing for effect of gene-environment interaction. | Joanna.Lubieniecka at rub.de | |
| University of Victoria |
Neuroimaging statistics, Bayesian methods, high-dimensional data, statistical modelling and computation | nathoo at uvic.ca | |
University of Alberta |
Disease cluster detection, stochastic processes, large administrative databases | rhonda.rosychuk at ualberta.ca | |
Alberta School of Public Health |
Biostatistical methods, statistical prediction, cancer epidemiology health services research, functional data analysis |
yyuan at ualberta.ca | |
University of Victoria |
Statistical climatology, climate change detection, climate modelling, analysis of extremes | fwzwiers at uvic.ca |