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Undergraduate Servicing Courses | |
For Environmental Science
For Food Science
For Industrial Chemistry and Chemical Engineering
For Material Science and EngineeringFor Nanotechnology
CHEM3901 - Environmental ToxicologyStaff Contact: Dr G. Edwards Classification and properties of toxic substances. Biological properties of important classes of chemical compounds. Fate of xenobiotics in the human body, including detoxification and bioactivation. Chemical transformations of pollutants in the environment; air, water and soil pollution. Analysis of environmental pollutants at trace levels. CHEM2921 - Food Chemistry 1Staff contact: Dr N. Kumar Introduction to food chemistry. Alcohol and carbonyl chemistry. CHEM3811 - Food Chemistry 2Staff contact: Dr N. Kumar Water in food. Dispersed systems; colloids and gels. Chemistry of colours and flavours in food. Food additives. Minerals. Food toxicants; pesticide residues. Theory and practice of modern methods of food analysis. Analytical principles. Official methods of analysis. Major instrumental techniques and their applications. Choice of an analytical method. [Course Outline PDF, 400kB] CHEM2839 - Inorganic ChemistryStaff Contact: Dr N. Roberts Electronic structure of atoms and molecules structure, energetics and banding in the solid state. Principles of coordination chemistry. Occurrence, preparation, properties and reactions of selected compounds of transition and main group elements. [Course Outline PDF, 440kB] CHEM3829 - Organic ChemistryStaff contact: Dr G. Edwards The spectroscopic identification of organic compounds, free radical chemistry and electroorganic processes, various aspects of the organic industrial processes such as industrial synthesis based on petrochemicals, and organometallic reactions of industrial interest. Selected topics from the dyestuff, pharmaceutical and agricultural industries. [course outline (PDF, 400 kB)] CHEM2718 - Physical Chemistry for Materials Science and EngineeringStaff Contact: Dr R. Haines Thermodynamics: first, second and third laws, applications to materials science. Chemical equilibria. Electrochemistry, electrochemical cells. Chemical kinetics. [Course Outline PDF, 400kB] CHEM2828 - Organic and Inorganic Chemistry for NanotechnologyStaff Contact: Dr J. Harper Reactive intermediates, addition and rearrangement reactions, carbonyl group chemistry. Chemistry of aromatic compounds. Electronic and geometric structure of inorganic compounds. Coordination chemistry. Transition and non-transition metal chemistry. [Course Outline PDF, 440kB] NANO3410 - Chemistry of SurfacesStaff Contact: Dr J. Harper Vacuum, surface analysis techniques (XPS etc), STM, AFM, surface spectroscopy and solution surface chemistry (micelles, self-assembly, colloids and nanoparticles etc). [Course Outline PDF, 440kB] NANO3440 - Biosensors and Biodevices for NanotechnologyStaff Contact: Dr J. Gooding Principles of transduction, immobilisation of biomolecules, affinity sensors, catalytic sensors, practical realities of their construction, electrochemical sensors, evanscent wave and other optical sensors. [Course Outline PDF, 440kB] Further information:For further information please consult: The 2nd and 3rd Year advisor: Dr Jason Harper, Room 223, Dalton building; Tel. (02) 9385 4692, Fax. (02) 9385 6141, e-mail: j.harper@unsw.edu.au [top] |