07.09.2014 Views

1997 Swinburne Higher Education Handbook

1997 Swinburne Higher Education Handbook

1997 Swinburne Higher Education Handbook

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

Pan-time students take ES707, Computer Systems 1, an<br />

intensive course offered in the month prior to the beginning<br />

of the academic year. ES704, Professional Issues in Software<br />

Engineering, is studied throughout the second year using<br />

flexible learning materials.<br />

Application procedure<br />

Applications for places in the Graduate Diploma of Applied<br />

Science (Computer Science) must be made on the official<br />

application form, available from the School of Computer<br />

Science and Software Engineering, telephone (03) 9214 8180,<br />

fax (03) 9819 0823. Certified copies of academic transcripts<br />

must accompany the application form.<br />

Further information<br />

Further information may be obtained from the School of<br />

Computer Science and Software Engineering: telephone<br />

(03) 9214 8180, email csseinf&win.edu.au, or from our<br />

World Wide Web site http://www.csse.swin.edu.au/; the<br />

Divisional Office, telephone (03) 9214 5255; or the<br />

Information Office, telephone (03) 9214 8444. International<br />

Students should, in the first instance, contact the<br />

International Student Unit, telephone (03) 9214 8647.<br />

zi89<br />

Graduate Diploma of Applied<br />

Science (Health Statistics)<br />

This course aims to extend the work done in the Graduate<br />

Certificate of Applied Science (Health Statistics). This will<br />

include using a wider variety of statistical techniques,<br />

providing a deeper and broader understanding of the<br />

relevant software; developing critical skills in the statistical<br />

evaluation of health literature and gaining personal contact<br />

with the work of statistical practitioners in the health<br />

sciences.<br />

The Graduate Diploma will qualify graduates to take up<br />

research assistant positions involving both the management<br />

and application of research in the health sciences that<br />

requires statistical methods for its design and analysis.<br />

Coursestructure<br />

The course is offered as a part-time program over two years.<br />

ZZ The class contact hours for each subject will normally be four<br />

n<br />

c hours per week for one semester and consists of a combination<br />

% of lectures and practical work as applicable to the topic.<br />

K<br />

Credit points<br />

(D<br />

3<br />

8 SM733 Demographic Techniques 12.5<br />

m SM750 Basic Statistical Computing 12.5<br />

2<br />

'9. SM751 Introduction to Data Analysis 12.5<br />

3<br />

SM753 Survey Methods 12.5<br />

z. SM754 Introduction to Health Statistics 12.5<br />

(P<br />

SM756 Elementary Statistical Modelling 12.5<br />

2 SM757 Epidemiological Methods 12.5<br />

0 SM758 Analysis of Risks and Rates 12.5<br />

2. Application procedure<br />

3<br />

Refer to page 168.<br />

Z085<br />

Graduate Diploma of Applied<br />

Science (Industrial Chemistry1<br />

Biochemistry)<br />

This course is designed for graduates with a general<br />

background ', in chemistrv or biochemistry who wish to<br />

become experienced in its application to industrial<br />

problems.<br />

This course will be offered on the basis of one year of fulltime<br />

study, covering a full twelve months. It will comprise<br />

seventeen weeks of coursework related to industrial<br />

chemistry and twenty-two weeks of industry based learning<br />

including paid employment experience in an appropriate<br />

industrial laboratory. The program will include a small<br />

research project.<br />

Graduates of the course will not only have gained a<br />

thorough understanding of the specialist principles of<br />

industrial chemistry, but also exposure to such related issues<br />

as process economics, industrial issues and governmental<br />

regulations.<br />

Entry to industrial chemistry is open to applicants with a<br />

first tertiary qualification in science, medicine, engineering<br />

and biological sciences. An applicant whose position or<br />

experience indicates an ability to succeed in the course may<br />

be accepted with other qualifications or with less than the<br />

usual entry qualifications.<br />

Course structure (1 989 syllabus)<br />

Semester 1<br />

Credit Points<br />

Industrial Chemistry stream<br />

Students choose four of the following subjects:<br />

SC720 Applied Chemistry Techniques 12.5<br />

SC721 Properties of Colloids and Interfaces 12.5<br />

SC723 Industrial Chemistry 12.5<br />

SC725 Practical Chemistry 12.5<br />

SC732 Practical Work 12.5<br />

Biochemistry stream<br />

Students choose four of the following subjects:<br />

SC720 Applied Chemistry Techniques 12.5<br />

SC725 Practical Chemistry 12.5<br />

SC729 Industrial Microbiology 12.5<br />

SC731 Practical Biochemistry 12.5<br />

SC760 Biochemistry 12.5<br />

Semester 2<br />

SC709 Employment Experience 30.0<br />

BS721 Business and Management 20.0<br />

Application procedure<br />

Refer to page 168.<br />

Z086<br />

Graduate Diploma of Applied<br />

Science (Social Statistics)<br />

This course is for people with similar backgrounds to those<br />

undertaking the Graduate Certificate of Applied Science<br />

(Social Statistics), but who want to progress further and<br />

cover a wider range of topics at a greater depth.<br />

Normal entry is by successful completion of the subjects for

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!