We use computational chemistry in the understanding of reaction mechanisms, fundamental structures, the molecular modelling of biologically active compounds (computer-aided drug design), and the design of substrates in separation science. Techniques used include ab initio and density functional theories for sophisticated calculations and simpler molecular mechanics models. Strong collaboration exists with the experimental research in the School and with ANSTO in Sydney.

Research covers ion chromatography, capillary zone electrophoresis, capillary electrochromatography, and high-performance liquid chromatography, used especially for the separation of inorganic ions, metal complexes and low molecular weight organic species. Studies include the theory and modelling of retention and migration processes, control of separation selectivity, design of new detection methods, sample handling methods, specific applications, and computer optimization methods and software.

Research in this area might investigate:

• the environmental impact of buildings, including the energy and greenhouse gas emissions associated with the procurement and operation of buildings;
• design strategies and methods leading to improved building design;
• building energy and environmental impact simulation;
• building user issues

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History and Theory is a major stream in the School of Architecture's research profile, as well as in its undergraduate teaching. Research is undertaken, and supervision available, in the History and Theory of:

• Architecture
• Landscape & Gardens
• Urban Planning & Design
• Aspects of Art & Design

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Mr Gregory Nolan is Director of the Centre for Sustainable Architecture with Wood (CSAW), an industry funded, strategic research facility of the School of Architecture & Design. The centre was established to pursue the aim of fostering the use of timber as a building material that is efficient, economic, environmentally sustainable and socially responsible. Read More....