(Chemistry) - synthetic methodology; synthesis of bioactive molecules and natural products; aromatic and heteroaromatic synthesis directed ortho metalation

Civil Engineering) – groundwater systems modeling, sampling and flow characterization; contaminant release, transport and fate

(RMC, Chemistry and Chemical Engineering) Principal Investigator, FCRC

(Chemistry and Chemical Engineering) - liquids and solutions; polymers; electrified interfaces; chemical thermodynamics of materials

(Geography) – remote sensing, biomass estimation 

(Chemistry) – environmental chemistry; drinking water chemistry; waste water treatment chemistry; groundwater remediation procedures, environmental behaviour of particular pesticides and other small organic molecules in soil and water

(Civil Engineering) – Geotechnical / Geomechanical Engineering
Underground Excavation Stability and Support Design for Weak Rock Tunnelling
Numerical Analysis / Modelling of Environmental and Geotechnical Problems (improvements to modelling techniques)
Near-face response of tunnels in weak, tectonized rockmasses
Physical Testing of Tunnel Support
Integration of Geomechanics and Geomatics
Hazard Assessment and Risk Management in Geotechnical Works
Use of geosynthetics (polymers and composite materials) in geotechnical structures

(Mechanical and Materials/Chemical Engineering) - in vitro development of functional soft connective tissues (tissue engineering), mechanical stimulation of cells and mechanical conditioning of the developed tissue, perfusion bioractors for tissue engineering influence of nutrient delivery and supply on tissue formation

(Chemistry) - design and synthesis of novel compounds that emit blue luminescence for use in organic light-emitting diodes

(Queen’s School of Business) Professor, Management Information Systems, research interest in technical energy audits of real IT systems in local businesses, collaborating with Zerofootprint, finding barriers to green building.