Please note - Swinburne University of Technology
Please note - Swinburne University of Technology Please note - Swinburne University of Technology
Sterilisation methods: a wide range of physical and chemical methods of sterilisation and disinfection will be taught. The methods will range from heat and radiation methods which are suitable for laboratories to chemicals and chlorine which are suitable for extensive waterways. Practical work will be conducted in conjunction with the above topics. ~ ~ 3 4 9 Microbiology 10 credit points No, of hours per week: four hours Subject description Basic microbiology: general anatomy of the bacterial cell. Structure and function of bacterial components. Bacterial nutrition and growth. Types and composition of media for growth. Special growth techniques - anaerobic, enrichment. Counting techniques as a method for measuring bacterial growth. These will also include simple field techniques such as millipore filtration and MPN counts. Sterilisation methods: a wide range of physical and chemical methods of sterilisation and disinfection will be taught. The methods will range from heat and radiation methods which are suitable for laboratories to chemicals and chlorine which are suitable for extensive waterways. Practical work will be conducted in conjunction with the above topics. sc353 Applied Chemistry 10 credit points No, of hours per week: four hours Subject description Industrial energy sources: coal, oil, natural gas, shale and nuclear. Production and use of synthesis gas. Coal conversion processes. Inorganic reactions: a study of the major classes of inorganic reactions and associated equilibria. Application of such reactions to the separation and identification of common metal cations and anions in multi-component solutions and cornmercral products. This component of the course is done as practical work. Kinetics of complex reactions: Consecutive, parallel and reversible first-order reactions; non-equal initial concentrations; enzyme kinetics; free radical and chain reactions; the internal combustion engine and air pollution; batch and flow reactions. lntroduction to the chemical industry and chemical processing: fluid flow; heat transfer; separation processes; process analysers; process control. scxo Practical Chemistry 15 credit points No. of hours per week: seven hours Subiect description ~uantititive analysis: manual titration, colorimetry, atomic absorption, electrodeposition, GC, HPLC and a project in quantitative atomic absorption. Physical chemistry experiments in thermodynamics, phase equilibria and spectroscopy. ~ ~ 3 7 0 Chemistry 15 credit points No. of hours per week: six hours Subject description Thermodynamics: formation; reaction; variations with temperature; chemical potentials; available work. Phase equilibria: one and two component systems, with emphasis on practical applications. Organic chemistry: aromaticity. Chromatography: general principles; column chromatography. GC, HPLC. Analytical chemistry: sampling. Spectroscopy: basic instrumentation; atomic, UV/visible and IR spectra. ~ ~ 3 7 2 Biochemistry 12.5 credit points No. of hours per week: six hours Subject description lntroduction to biomolecules: monosaccharides, disaccharides, polysaccharides, amino acids, polypeptides, structure of proteins, lipids, nucleotides, enzymes, coenzymes, nucleic acids. Enzyme kinetics: simple enzyme mechanisms, Michaelis- Menten kinetics, inhibition. Catabolic pathways: catabolic pathways for carbohydrate, lipid and protein. Laboratory exercises will include quantitative spectrophotometric analysis, colorigenic assays, biochemical extractions and analyses, model building of peptides, enzyme kinetics, computer simulated enzyme catalysis, isoenzyme analysis, and enzyme assays. The program supports the theory content by illustrating biochemical structures, enzyme kinetics and metabolic pathways. As well as practice in basic biochemistry laboratory techniques and procedures, skills emphasised by the practical program include protocol interpretation and design, and calculations and interpretation of data from quantitative analyses. sc3so Practical Chemistry 7.5 credit points No. of hours per week: three hours Subject description Analytical techniques: volumetric analysis, analysis using an atomic absorption spectrometer, UVIvisible spectrometer, gas chromatograph and high performance liquid chromatograph. Physical experiments: thermodynamics and phase equilibria. scmo Computers in Chemistry 7.5 credit points No. of hours per week: three hours Subject description Computer jargon, external and internal computer structure, operations of hardware and software, binary and hexadecimal notation and ASCII codes. Disc and file operation using DOS, sub-directories and DOS Shell and Windows.
Spreadsheet packages, particularly Excel for Windows. Spreadsheet graphics. Import and export of files. Word processing using Word for Windows. Molecular Modelling using Desk-Top Molecular Modeller. Simulation of chromatographic resolution and kinetics. ~ ~ 4 1 8 Microbiology 7.5 credit points No. of hours per week: three hours Subject description Taxonomy and identification of the major groups of bacteria with particular reference to those organisms which are associated with food poisoning (e.g. staphylococci, salmonella) or whose pathogenic characteristics might be associated with ingestion of food. ~ ~ 4 5 1 Food Microbiology 10 credit points No. of hours per week: five hours Subject description Food Hygiene Microbiological factors - micro-organisms involved in food -. ' spoilage (especially in relation to the dairy, meat, wine, canning ". and bottling industries). Conditions that promote or inhibit food spoilage during food handling and storage. Pathogenic micro-organisms commonly transmitted via foods. Methods n. used to minimise unwanted microbial growth. Determinat~on m a of shelf life. % Interpretation and application of the microboiological aspects of the Food Code. Food toxins of microbiological origin. -. a ID Use of micro-organisms . Use of micro-organisms in the flavouring of foods. 3 a Use of micro-organisms in the preserving of foods (e.g. (U 3 yoghurt, cheese, beer, wine). a o Use of micro-organisms in the manufacture of foods (e.g. 5' a vinegar, alcoholic beverages, cheese, sour cream, vitamins, etc.). sc46o Practical Chemistry 15 credit points No. of hours per week: seven hours Subject description Organic techniques; syntheses, identification and characterisation of individual compounds and mixtures using chemical tests, physical measurements, gas chromatography, infra-red spectrometry and polarimetry, practical test. ~ ~ 4 6 7 Environmental Health Practice (1) 7.5 credit points No. of hours per week: five hours Subject description Food es~blishmenievaluation: design and construction standards, hygienic practices, auditing and registration procedures. Cleaning and sanitisation procedures for food plant and equipment. Liquid domestic waste management: septic systems design, installation and effluent disposal. Approval procedures. Business communication: written communication procedures for environmental health officers (reports, business letters, menus, etc.). Verbal communication technique. Seminar presentation. SC468 Environmental Science 10 credit points No. of hours per week: five hours Subject description ~eteoroiogy: atmospheric variables, measurement of humidity, air pollution, atmospheric stability, inversion, plume behaviour, local effects. Water chemistry: Natural waters, pollutants, sources and environmental effects. Purification methods, standards. Water analysis. Parameters and their significance. Swimming pool chemistry. Domestic chemistry: Chemistry in the household (detergents, pesticides, renovating chemicals, motor chemicals, swimming pool chemicals, proper handling and disposal of domestic chemicals). Practical work: 20 hours. Focuses on water analysis, stream surveys and swimming pool water analysis. ~ ~ 4 6 9 Epidemiology 7.5 credit points No. of hours per week: three hours Subject description Overview, nature and scope of epidemiology. Nature, transmission and control of various diseases of public health importance including: exotic diseases, sexually transmitted diseases, myco-bacterial and viral infections, food-borne diseases, skin contact diseases, parasitic infections and zoonotic diseases. Immunology and immunisation procedures with particular reference to Victorian requirements. SC470 Chemistry 15 credit points No. of hours per week: five hours Subject description Descriptive inorganic chemistry: selected compounds of main group elements - thermodynamics of formation, chemistry. Organic chemistry: acidity, basicity. Carbanions, application to synthesis. Aromatic compounds. Infra-red spectroscopy. Coordination chemistry: fundamentals. SC472 Biochemistry 12.5 credit points No. of hours per week: six hours Subject description Anabolic pathways: biosynthetic pathways leading to glucose, glycogen, lipid, protein, DNA. Regulation and control of metabolism: control mechanisms operating at the level of the gene and at enzyme level. Examples will be drawn from fermentation pathways.
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Spreadsheet packages, particularly Excel for Windows.<br />
Spreadsheet graphics. Import and export <strong>of</strong> files. Word<br />
processing using Word for Windows.<br />
Molecular Modelling using Desk-Top Molecular Modeller.<br />
Simulation <strong>of</strong> chromatographic resolution and kinetics.<br />
~ ~ 4 1 8 Microbiology<br />
7.5 credit points<br />
No. <strong>of</strong> hours per week: three hours<br />
Subject description<br />
Taxonomy and identification <strong>of</strong> the major groups <strong>of</strong> bacteria<br />
with particular reference to those organisms which are<br />
associated with food poisoning (e.g. staphylococci, salmonella)<br />
or whose pathogenic characteristics might be associated with<br />
ingestion <strong>of</strong> food.<br />
~ ~ 4 5 1 Food Microbiology<br />
10 credit points<br />
No. <strong>of</strong> hours per week: five hours<br />
Subject description<br />
Food Hygiene<br />
Microbiological factors - micro-organisms involved in food<br />
-. ' spoilage (especially in relation to the dairy, meat, wine, canning<br />
". and bottling industries). Conditions that promote or inhibit<br />
food spoilage during food handling and storage. Pathogenic<br />
micro-organisms commonly transmitted via foods. Methods<br />
n. used to minimise unwanted microbial growth. Determinat~on<br />
m<br />
a <strong>of</strong> shelf life.<br />
%<br />
Interpretation and application <strong>of</strong> the microboiological aspects<br />
<strong>of</strong> the Food Code. Food toxins <strong>of</strong> microbiological origin.<br />
-.<br />
a<br />
ID Use <strong>of</strong> micro-organisms<br />
. Use <strong>of</strong> micro-organisms in the flavouring <strong>of</strong> foods.<br />
3<br />
a Use <strong>of</strong> micro-organisms in the preserving <strong>of</strong> foods (e.g.<br />
(U<br />
3 yoghurt, cheese, beer, wine).<br />
a<br />
o Use <strong>of</strong> micro-organisms in the manufacture <strong>of</strong> foods (e.g.<br />
5'<br />
a<br />
vinegar, alcoholic beverages, cheese, sour cream, vitamins,<br />
etc.).<br />
sc46o<br />
Practical Chemistry<br />
15 credit points<br />
No. <strong>of</strong> hours per week: seven hours<br />
Subject description<br />
Organic techniques; syntheses, identification and<br />
characterisation <strong>of</strong> individual compounds and mixtures using<br />
chemical tests, physical measurements, gas chromatography,<br />
infra-red spectrometry and polarimetry, practical test.<br />
~ ~ 4 6 7 Environmental Health Practice (1)<br />
7.5 credit points<br />
No. <strong>of</strong> hours per week: five hours<br />
Subject description<br />
Food es~blishmenievaluation: design and construction<br />
standards, hygienic practices, auditing and registration<br />
procedures.<br />
Cleaning and sanitisation procedures for food plant and<br />
equipment.<br />
Liquid domestic waste management: septic systems design,<br />
installation and effluent disposal. Approval procedures.<br />
Business communication: written communication procedures<br />
for environmental health <strong>of</strong>ficers (reports, business letters,<br />
menus, etc.).<br />
Verbal communication technique. Seminar presentation.<br />
SC468<br />
Environmental Science<br />
10 credit points<br />
No. <strong>of</strong> hours per week: five hours<br />
Subject description<br />
~eteoroiogy: atmospheric variables, measurement <strong>of</strong> humidity,<br />
air pollution, atmospheric stability, inversion, plume behaviour,<br />
local effects.<br />
Water chemistry: Natural waters, pollutants, sources and<br />
environmental effects. Purification methods, standards. Water<br />
analysis. Parameters and their significance.<br />
Swimming pool chemistry. Domestic chemistry: Chemistry in<br />
the household (detergents, pesticides, renovating chemicals,<br />
motor chemicals, swimming pool chemicals, proper handling<br />
and disposal <strong>of</strong> domestic chemicals).<br />
Practical work: 20 hours. Focuses on water analysis, stream<br />
surveys and swimming pool water analysis.<br />
~ ~ 4 6 9 Epidemiology<br />
7.5 credit points<br />
No. <strong>of</strong> hours per week: three hours<br />
Subject description<br />
Overview, nature and scope <strong>of</strong> epidemiology. Nature,<br />
transmission and control <strong>of</strong> various diseases <strong>of</strong> public health<br />
importance including: exotic diseases, sexually transmitted<br />
diseases, myco-bacterial and viral infections, food-borne<br />
diseases, skin contact diseases, parasitic infections and<br />
zoonotic diseases.<br />
Immunology and immunisation procedures with particular<br />
reference to Victorian requirements.<br />
SC470<br />
Chemistry<br />
15 credit points<br />
No. <strong>of</strong> hours per week: five hours<br />
Subject description<br />
Descriptive inorganic chemistry: selected compounds <strong>of</strong> main<br />
group elements - thermodynamics <strong>of</strong> formation, chemistry.<br />
Organic chemistry: acidity, basicity. Carbanions, application to<br />
synthesis. Aromatic compounds.<br />
Infra-red spectroscopy. Coordination chemistry: fundamentals.<br />
SC472<br />
Biochemistry<br />
12.5 credit points<br />
No. <strong>of</strong> hours per week: six hours<br />
Subject description<br />
Anabolic pathways: biosynthetic pathways leading to glucose,<br />
glycogen, lipid, protein, DNA.<br />
Regulation and control <strong>of</strong> metabolism: control mechanisms<br />
operating at the level <strong>of</strong> the gene and at enzyme level.<br />
Examples will be drawn from fermentation pathways.