(Chemistry) - catalytic chemistry; mechanistic studies; hydrolysis; acyl and phosphoryl transfer; alcoholysis; electrophilic halogenation

(Chemistry) - development of new methods of environmental analysis (instrumentation and biological/chemical assays), with emphasis on detecting small organic compounds in aqueous samples and the use of optical signals

(School of Computing) – virtual reality in medical applications, modular neural systems

(Environmental Science) - Queen's University Assistant Professor & Canada Research Chair (Tier II) in Aquatic Ecosystem Health
Multi-disciplinary approaches to improve our understanding of anthropogenic and natural impacts in the environment, with focus on aquatic ecosystems.

(Queen’s Institute for Energy and Environmental Policy, Senior Manager, Program Development and Communications), also involved in the Sustainable Bio-Economy Centre.

(Queen’s, Civil Engineering and Chemical Engineering) Professor, Alternative waste management, received an Ontario Early Researcher Award to develop economically viable biomass conversion processes (to extract useful products such as biofuels, biofibers and biopharmaceuticals) using livestock manures. Her research, which may be applied to other organic waste materials, will contribute to innovative and sustainable waste management approaches, and advance Ontario’s bio-based economy. Dr.

(St. Lawrence College) Professor, Energy Systems Engineering Technician and Technologist Program, Net Zero Energy Homes

(Civil Engineering) - assessment of aquifer parameters affecting contaminant migration; investigation of mobility of fuels and lubricants in permafrost

(Mechanical and Materials Engineering) - Research interests include the study of fundamental and practical aspects of various gaseous explosion and high-speed combustion phenomena. Examples of such phenomenon include turbulent flame propagation, flame acceleration, detonation waves, gasdynamics, and shock waves. Many of these phenomenon have direct application to industrial explosion safety, aircraft propulsion, and other practical devices.

(Chemical Engineering) - research interests involve the design of polymeric nanoparticles with controlled microstructure and the kinetics of polymerization reactions. There is a strong emphasis on emulsion and miniemulsion polymerization. His research group is currently involved in projects in controlled (living) radical polymerization in miniemulsion and emulsion polymerization, and the design of functional polymeric microspheres for living radical polymerizations and bioseparations