Monash University:
University Handbooks:
Postgraduate Handbook 2003:
Units indexed by faculty
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Master of Applied Information Technology
Course code: 3309 + Caulfield, Clayton, Gippsland and
Peninsula campuses + Course leaders: Mr S Giles (Caulfield and Clayton), Ms
Shonali Krishnaswamy (Peninsula) and Dr Kai Ming Ting (off- campus) +
Part-time for a minimum of four years or full-time for a minimum of two years
(four semesters)
This course consists of 16 units, each of six credit points to a
total of 96 credit points. The course consists of a core of four units from
group 1 in stage 1, compulsory project/case study and a choice of electives
from a large collection of units from group 2 in stage 2, and a minimum of four
units from group 3 in stage 3.
Students may choose to exit the program early and may then take exit awards
as follows:
- On completion of the four units in group 1 - a Graduate Certificate in
Computing or a Graduate Certificate in Network Computing.
- On completion of the four units in group 1, the case study/project and
three other units from group 2 - a Graduate Diploma in Computing or a Graduate
Diploma in Network Computing.
In general terms, the course consists of
the core of the Graduate Diploma in Computing in the first stage. Once those
units are completed, the student moves to stage two of the course. In stage
two, the student must attempt the applied project/case study and may study,
subject to prerequisites, units from the transition group of units as listed in
group 2. Once the student has completed eight units in total, the student moves
to stage three of the course. At stage three, they must complete at least four
masters-level units (group 3) from the list.
Students may, with course leader's approval, study up to two units from any of
the graduate units in the university.
On-campus
study
|
Off-campus
|
Group
1
|
|
CSE9000
Foundations of programming (or equivalent) CSE9001 Computer technology (or
equivalent) CSE9002 Database technology (or equivalent) IMS9001 System
analysis and design (or equivalent)
|
GCO9801
Programming fundamentals GCO9802 Computer technology GCO9803
Information systems 1 GCO9804 Database management systems
|
Group
2
|
|
CSE9020
Case study (or equivalent) CSE3000 Database management and
implementation CSE3206 Systems security and privacy CSE3020 Network
technology CSE4180 CASE technology CSE4200 Computer equipment and
operating systems CSE4500 Query language and information
retrieval CSE4310 Information resource management and data
administration CSE9801 Data communications COT4430 Database design and
administration CPE4001 Distributed programming in Java CPE4002 Data
communications and internetworking CPE4003 Web topics CPE4004 Analysis
and design of distributed information systems CSE4530 Object-oriented
application programming in C++ CSE4810 C++ programming for embedded
systems CSE4881 Internet Architecture and Protocols CSE4884 Network design and
management CSE4890 Proprietary network architectures IMS3001
Business Intelligence Systems IMS3002 Information systems strategy and
management IMS3230 Information systems development practices IMS3280
Electronic commerce CSE3400 Application programming in C++ CSE3204
Fourth-generation systems CSE3205 Commercial programming in COBOL CSE4020
Specifying non-sequential and real- time systems CSE4030 Software lifecycle
processes CSE4400 Systems programming I CSE4151 UNIX software design and
development
Elective units may also be selected from the off-campus list, for study by
off-campus learning.
|
GCO9800
Computing project
GCO9805 Object-oriented
programming
GCO9806 Information
systems 2
GCO9807 Data structure
and algorithms
GCO3811 Software
engineering
GCO3812 Data communications
and Networks 1
GCO3813 UNIX systems
programming
GCO3817 Computer
graphics
GCO3818 Programming
environments
GCO3823 Client-server
and www database applications
GCO3824 Data communications
and networks 1
GCO4805 Software
systems design and development
Elective subject may also be selected from the on-campus list, for study
on-campus.
|
Group
3
|
|
CSE5200
Distributed database systems CSE5210 Advances in information security
CSE5220 Advanced topics in database systems CSE5230 Data mining
CSE5501 Mobile and distributed computing systems CPE5001 Modern
cryptology CPE5002 Network security CPE5003 Software architecture
CPE5004 Advanced multimedia programming techniques CPE5006 Virtual
private networks CPE5007 Object-oriented middleware CPE5008
Internetworking and digital commerce CSE4892 Information security
CSE5802 Distributed systems CSE5803 Advanced internet protocols and
application CSE5804 Protocol engineering CSE5805 Advanced network
design CSE5806 Telecommunications management FIT5900 Introduction to
multimedia computing FIT5910 Multimedia programming in Java FIT5930 GUI
design and programming FIT5940 Multimedia authoring CSE4490
Object-oriented programming CSE5000 Distributed object technology
CSE5030 Visual programming
|
GCO5804
Forecasting Methods
GCO5805 Multimedia computing and communications
GCO5806 Internet
commerce
GCO5807 Project management
GCO5816 Information
technology management
GCO5828 Applications
of data mining
GCO5900 Introduction
to multimedia programming
GCO5910 Multimedia
programming in JAVA
GCO5930 GUI Design
and programming
Elective subjects may also be selected from the on-campus list, for study
on-campus.
|
Group
3 (continued)
|
|
CSE5040
Case study in engineering software for reuse CSE5050 Software metrics and
reliability CSE5060 Multimedia applications on the web CSE5510 Software
systems engineering CSE5610 Intelligent software systems
Elective units may also be selected from the off-campus list, for study by
off-campus learning.
|
Elective
units may also be selected from the on-campus list, for study on-campus.
|
This course will prepare students for work in the information
technology industry at the highest levels. It will prepare the students with
the advanced knowledge, understanding and skills to enable them to deal
effectively with advanced issues involving the application of information
technology.
The objective of the early (core) parts of the course is to educate
students, with a previous tertiary qualification in another discipline area, to
the level of a computing professional.
On successful completion of the core of the course, students will have gained
fundamental knowledge in the following areas:
- system analysis and design
- programming
- computer technology
- database technology
- data communications and networking technology
and
will have to demonstrate their ability to work in a group to analyse the
requirements for a computer system, design a system to meet those requirement,
create the system and its documentation, train the system users and implement
the system.
In the advanced, later part of the course, successful students will have:
- specialised in a number of advanced areas of IT
- developed a professional, responsible, self-reflective attitude to the
practice of IT
- demonstrated an ability to master the application of state of the art and
developing technologies.
Entrance requires the equivalent of an Australian bachelors degree,
not necessarily in an IT related discipline. A Year 11 (or equivalent) mathematics
background is desirable. Special pathways into postgraduate coursework studies
exist for students who have appropriate work experience. Such students may apply
for entry into the MAIT after completing either the Monash Executive Certificate
in Information Technology or the Monash Professional Certificate in Information
Technology. (subject to approval)
Units in the core (group 1) of the course may have been studied
in prior undergraduate or graduate study. In that case, the student can apply
for exemptions. The exemptions may be denied if the previous study is assessed
as inadequate for an exemption. Exemptions may be granted with or without
credit subject to these credit rules.
Subject to assessment, the maximum credit normally available is:
- for an undergraduate degree in an IT discipline, four units
- for a Graduate Diploma in Computing or equivalent, four units
- for a Postgraduate Diploma in Information Technology or equivalent, eight
units.
The core of the MAppInfoTech consists of sequences
of units including programming languages, software engineering, systems
analysis and design, programming, database management, data communications,
networks and an applied IT project called a case study. This covers all phases
of the design, building and implementation of an IT application.
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