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http://www.ma.rmit.edu.au/kepler/pgrad/InfoSec.html

E-mail  serdar@rmit.edu.au  (until 16 December) or the Office of Prospective

Students at  admissions@rmit.edu.au

The closing date for applications is 20 January 2000

RMIT UNIVERSITY ANNOUNCES NEW COURSES IN INFORMATION SECURITY

Graduate Certificate in Information Security,
Graduate Diploma in Information Security and
Master of Applied Science (By Coursework) in Information Security

The development of the INTERNET, E-Commerce, Electronic Banking,
EFTPOS, etc. has resulted in industry demand for trained professionals
who can work in technical and managerial roles in addressing security
risks in this new and exciting field.

The high level approach of the Graduate Certificate is designed
to provide managers of companies or departments with Information
Security needs with a strategic and practical overview of the
issues involved in the field.

The system level approach of the Graduate Diploma supplements
the Graduate Certificate and is mainly aimed at systems managers
by providing them with the principles underlying the components of
Information Security systems.

The detailed approach of the Masters program is mainly suited to
technical specialists who are interested in implementation and
critical evaluation of Information Security systems.

These are full fee paying courses.

Course Structure

GRADUATE CERTIFICATE  in  INFORMATION SECURITY

48 CREDIT POINTS = 4  12 CREDIT POINT SUBJECTS =
1 YEAR PART TIME = 1 SEMESTER FULL TIME

One Mathematics foundation subject from the list

MA 915 Discrete Mathematics 1A,  MA 159 Mathematics for Computer Science

One Computer Science foundation subject from the list

CS 891 Computing Fundamentals,  CS 840 Introduction to Java

Two core subjects

MA 840 Introduction to Information Security,  MA 841 Case Studies in
Information Security

GRADUATE DIPLOMA  in  INFORMATION SECURITY

48 CREDIT POINTS = 4  12 CREDIT POINT SUBJECTS =
1 YEAR PART TIME = 1 SEMESTER FULL TIME
(after completing the Graduate Certificate)

Two core subjects

MA 842 Coding for Reliable Communications,   MA 843 Cryptography and
Security.

Two electives from the following list

MA 844 Algebraic Coding and Decoding,   CS 861 Introduction to Data
Communications,
MA 846 Information Theory for Secure Communications,  MA 847 Smartcard
Cryptosystems.

MASTER OF APPLIED SCIENCE (by COURSEWORK)  in  INFORMATION SECURITY

48 CREDIT POINTS = 4  12 CREDIT POINT SUBJECTS =
1 YEAR PART TIME = 1 SEMESTER FULL TIME
(after completing the Graduate Diploma)

Two core subjects

MA 845 Advanced Topics in Cryptography,  MA 848 Project I

Two electives from the following list

MA 844 Algebraic Coding and Decoding,  MA 846 Information Theory for Secure
Communications,     MA 847 Smartcard Cryptosystems,  CS 830 Introduction to
Databases,
CS 447 Secure Electronic Commerce,  MA 849 Project II

 http://www.ma.rmit.edu.au/kepler/pgrad/InfoSec.html



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<HTML>
<A HREF="http://www.ma.rmit.edu.au/kepler/pgrad/InfoSec.html">http://www.ma.rmit.edu.au/kepler/pgrad/InfoSec.html</A>

<P>E-mail&nbsp; <A HREF="serdar@rmit.edu.au">serdar@rmit.edu.au</A>&nbsp;
(until 16 December) or the Office of Prospective
<BR>Students at&nbsp; <A HREF="admissions@rmit.edu.au">admissions@rmit.edu.au</A>

<P>The closing date for applications is <B>20 January 2000</B>

<P><B>RMIT UNIVERSITY ANNOUNCES NEW COURSES IN INFORMATION SECURITY</B>

<P><B>Graduate Certificate in Information Security,</B>
<BR><B>Graduate Diploma in Information Security and</B>
<BR><B>Master of Applied Science (By Coursework) in Information Security</B>

<P>The development of the INTERNET, E-Commerce, Electronic Banking,
<BR>EFTPOS, etc. has resulted in industry demand for trained professionals
<BR>who can work in technical and managerial roles in addressing security
<BR>risks in this new and exciting field.

<P>The high level approach of the Graduate Certificate is designed
<BR>to provide managers of companies or departments with Information
<BR>Security needs with a strategic and practical overview of the
<BR>issues involved in the field.

<P>The system level approach of the Graduate Diploma supplements
<BR>the Graduate Certificate and is mainly aimed at systems managers
<BR>by providing them with the principles underlying the components of
<BR>Information Security systems.

<P>The detailed approach of the Masters program is mainly suited to
<BR>technical specialists who are interested in implementation and
<BR>critical evaluation of Information Security systems.

<P>These are full fee paying courses.

<P><U>Course Structure</U>

<P><U>GRADUATE CERTIFICATE&nbsp; in&nbsp; INFORMATION SECURITY</U>

<P>48 CREDIT POINTS = 4&nbsp; 12 CREDIT POINT SUBJECTS =
<BR>1 YEAR PART TIME = 1 SEMESTER FULL TIME

<P>One Mathematics foundation subject from the list

<P><I>MA 915 Discrete Mathematics 1A,&nbsp; MA 159 Mathematics for Computer
Science</I>

<P>One Computer Science foundation subject from the list

<P><I>CS 891 Computing Fundamentals,&nbsp; CS 840 Introduction to Java</I>

<P>Two core subjects

<P><I>MA 840 Introduction to Information Security,&nbsp; MA 841 Case Studies
in Information Security</I>

<P><U>GRADUATE DIPLOMA&nbsp; in&nbsp; INFORMATION SECURITY</U>

<P>48 CREDIT POINTS = 4&nbsp; 12 CREDIT POINT SUBJECTS =
<BR>1 YEAR PART TIME = 1 SEMESTER FULL TIME
<BR>(after completing the Graduate Certificate)

<P>Two core subjects

<P><I>MA 842 Coding for Reliable Communications,&nbsp;&nbsp; MA 843 Cryptography
and Security.</I>

<P>Two electives from the following list

<P><I>MA 844 Algebraic Coding and Decoding,&nbsp;&nbsp; CS 861 Introduction
to Data Communications,</I>
<BR><I>MA 846 Information Theory for Secure Communications,&nbsp; MA 847
Smartcard Cryptosystems.</I>
<BR>&nbsp;
<BR><U>MASTER OF APPLIED SCIENCE (by COURSEWORK)&nbsp; in&nbsp; INFORMATION
SECURITY</U>

<P>48 CREDIT POINTS = 4&nbsp; 12 CREDIT POINT SUBJECTS =
<BR>1 YEAR PART TIME = 1 SEMESTER FULL TIME
<BR>(after completing the Graduate Diploma)

<P>Two core subjects

<P><I>MA 845 Advanced Topics in Cryptography,&nbsp; MA 848 Project I&nbsp;&nbsp;&nbsp;</I>

<P>Two electives from the following list

<P><I>MA 844 Algebraic Coding and Decoding,&nbsp; MA 846 Information Theory
for Secure Communications,&nbsp;&nbsp;&nbsp;&nbsp; MA 847 Smartcard Cryptosystems,&nbsp;
CS 830 Introduction to Databases,</I>
<BR><I>CS 447 Secure Electronic Commerce,&nbsp; MA 849 Project II</I>

<P>&nbsp;<A HREF="http://www.ma.rmit.edu.au/kepler/pgrad/InfoSec.html">http://www.ma.rmit.edu.au/kepler/pgrad/InfoSec.html</A>
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