| Fred Brauer | Mathematics | Modelling of disease dynamics, epidemiology, and population biology; models for sexually transmitted diseases which incorporate behavioural effects |
| Colin Clark | Mathematics | Behavioral ecology and economics of natural resources |
| Ricardo O. Foschi | Civil Engineering | Structural reliability and probabilistic methods in engineering; applied mechanics and computer applications; earthquake engineering; structural modeling of wood structures |
| Priscilla Greenwood | Mathematics | Applied probability, neuronal modelling, epidemiology, genomics, 1/f noise |
| John Heywood | Mathematics | Navier-Stokes equations: theory and numerical analysis |
| George "Bud" Homsy | Mathematics | Interfacial flows, polymer and viscoelastic fluid mechanics, porous media flows, microgravity fluid mechanics |
William Hsieh | Earth and Ocean Sciences | Modelling, analysis and prediction of climate variability; application of machine learning methods to environmental sciences |
| Donald Ludwig | Mathematics / Zoology | Management and conservation of natural resources |
| Robert Miura | Mathematics / Pharmacology | Electrical activity in excitable cells, nonlinear dynamics of cell models |
| Martha Salcudean | Mechanical Engineering | Fluid flow and heat transfer; computational fluid dynamics and heat transfer; two-phase flow and heat transfer; mathematical modelling of transport phenomena |
| Bernie D. Shizgal | Chemistry | Kinetic theory of gases with application to chemically reactive systems; hot atom reactions; electron transport; interpretation of swarm experiments; stochastic processes; atmospheric and space science; computational fluid dynamics |
| Jim Varah | Computer Science | Numerical analysis and computation, particularly computational linear algebra and graphical data fitting |
| John Walsh | Mathematics | Probability theory; stochastic partial differential equations; financial mathematics; numerical analysis |
