Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
Please note - Swinburne University of Technology
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Electives<br />
Four elective subjects are to be chosen from the following<br />
SC739 Colloid Rheology 7.5<br />
SC740 Chemistry <strong>of</strong> Surface Coatings 7.5<br />
SC741 Physical Properties <strong>of</strong> Surface Coatings 7.5<br />
SC742 Corrosion and Protection <strong>of</strong> Metals 7.5<br />
SC743 Food Colloids 7.5<br />
SC744 Chemistry <strong>of</strong> Surfactants 7.5<br />
SC745 Solution Behaviour <strong>of</strong> Surfactants 7.5<br />
SC746 Advanced DLVO Theory 7.5<br />
SC747 Adsorption from Solution 7.5<br />
SC748 Water Treatment <strong>Technology</strong> 7.5<br />
SC749 Polymer Flocculation 7.5<br />
SC750 Detergency 7.5<br />
SC751 Emulsion <strong>Technology</strong> 7.5<br />
SC752 Polymer Stabilisation <strong>Technology</strong> 7.5<br />
SC753 Thin Films and Foams 7.5<br />
SC754 Light Scattering and Concentrated Dispersions 7.5<br />
SC755 Surface Chemistry <strong>of</strong> Clays and Coal 7.5<br />
SC756 Mineral Processing 7.5<br />
These elective subjects will not all be <strong>of</strong>fered in any one year.<br />
Their availability w~ll be determined by student demand and<br />
the list may be augmented to meet student's requirements.<br />
Application procedure<br />
See entry under 'General Divisional information -Applied<br />
Science'.<br />
zo84<br />
Graduate Diploma <strong>of</strong> Applied<br />
Science (Biomedical Instrumentation)<br />
A two year part-time program, or one year full-time, intended<br />
for graduates in a medical, scientific or engineering discipline<br />
who require a detailed knowledge <strong>of</strong> the design, construction<br />
and operation <strong>of</strong> modern biomedical instrumentation. It <strong>of</strong>fers<br />
training in quantitative techniques and in specific instruments<br />
and their applications.<br />
This option is designed to serve the needs <strong>of</strong> graduates<br />
working in the biomedical area. It <strong>of</strong>fers training in<br />
instrumentation and quantitative techniques together with the<br />
biomedical applications <strong>of</strong> these techniques.<br />
Each subject comprises fifty-two hours <strong>of</strong> class time (one<br />
evening per week for one semester). Enrolment in introductory<br />
subjects must be approved in each case by Head, School <strong>of</strong><br />
Biophysical Sciences and Electrical Engineering.<br />
To qualify for the award a student must complete eight <strong>of</strong> the<br />
subjects listed below <strong>of</strong> which one must be the project subject.<br />
Students who complete four advanced subjects <strong>of</strong> the<br />
graduate diploma at an acceptable level will be permitted to<br />
transfer to the corresponding Master by coursework program.<br />
Entry to biomedical instrumentation is open to applicants with<br />
a first tertiary qualification in medicine, engineering and<br />
biological sciences. An applicant whose position or experience<br />
indicates an ability to succeed in the course may be accepted<br />
with other qualifications or with less than the usual entry<br />
qualifications.<br />
Course structure<br />
(1 992 syllabus)<br />
Introductory subject<br />
Credit points<br />
SP555 Introduction to Biophysical Systems 12.5<br />
Biomedical subjects<br />
SP531 Biophysical Systems and Techniques 12.5<br />
SP532 Clinical Monitoring Techniques 12.5<br />
SP534 Neurophysiological Techniques 12.5<br />
lnstrumentatlon subjects<br />
SP541 Signal and Image Processing 12.5<br />
SP545 lnstruinent and Interfacing Programming 12.5<br />
SP547 Instrument Electronics 1 2.5<br />
Project subject<br />
SP535 Biomedical Project 12.5<br />
The following subjects are available as alternatives for part <strong>of</strong><br />
the course if sufficient demand exists.<br />
Introductory subject<br />
SP553 lntroduction to lnstrumentation Electronics 12.5<br />
Biomedical subjects<br />
SP563 Biophysics <strong>of</strong> Exercise 12.5<br />
SP537 Medical Imaging 12.5<br />
lnstrumentation subjects<br />
SP542 Optical Instrumentation 12.5<br />
SP544 Nuclear Instrumentation 12.5<br />
Application procedure.<br />
See entry under 'General Divisional information -Applied<br />
Science'.<br />
Z088<br />
Graduate Diploma <strong>of</strong> Applied<br />
Science (Computer Science)<br />
A one year full-time or two year part-time program for<br />
graduates who require a specialised and practical education in<br />
s<strong>of</strong>tware development. The emphasis is on the acquisition <strong>of</strong><br />
systems development skills in the UNlX environment.<br />
To qualify, a student must complete the seven subjects listed<br />
below. The full-time program normally requires attendance for<br />
sixteen hours per week for two semesters and the part-time<br />
evening program eight hours per week for four semesters.<br />
Students who successfully complete the program with an<br />
average grade <strong>of</strong> distinction will be admitted directly to the<br />
one year Master <strong>of</strong> Information <strong>Technology</strong> program.<br />
Entry to the Graduate Diploma <strong>of</strong> Applied Science (Computer<br />
science) is open to applicants with a krst tertiary qualification,<br />
preferably in engineering or science.<br />
Course structure<br />
(1 993 syllabus)<br />
Subjects<br />
Credit points<br />
54700 Programming in C 12.5<br />
SQ702 Systems Programming 12.5<br />
54703 S<strong>of</strong>tware Development Project (full year) 12.5<br />
59705 Database 12.5<br />
54710 Advanced C Programming 12.5<br />
SQ714 Systems Analysis and S<strong>of</strong>tware Engineering 12.5<br />
SQ727 Communications 12.5<br />
Application procedure<br />
See entry under 'General Divisional information -Applied<br />
Science'.