Please note - Swinburne University of Technology

Content
This subject is based on a local area network. Topics
include network topologies, synchronous and
asynchronous data transmission, modems, multiplexing
and computer interfaces.
TE717 Electronics Systems
4 hours per week Hawthorn Prerequisites: TE700,
TE701, TE702, TE704
A subject in the Associate Diploma of Engineering
(Electronics) and (Computer Systems).
Content
Systems programming, hardware testing and diagnostic
programs, automated testing systems, programmable logic
controllers, project.
TE719 Operating Systems
4 hoursper week Hawthorn Prerequisites: TE701
A subject in the Associate Diploma of Engineering
(Computer Systems).
Content
This subject reviews Operating System concepts and
provides a detailed coverage of MSDOS and a typical multitasking/multi-user
operating system, e.g. UNIX.
TE720 High Level Languages
2 hours per week Hawthorn Prerequisites: TE700,
TE701
A subject in the Associate Diplomas of Engineering
(Electronics) and (Computer Systems).
Content
This subject introduces programming languages and details
the evolution of programming techniques up to the current
fourth generation languages (4GL). The concepts of
program design and testing are covered and students gain
introductory programming skills in the high level language
C. This subject forms the basis for further programming
study in 'Interfacing Applications using C'.
TE72 1 Computer Test Equipment
2 hours per week Hawthorn Prerequisites: TE700,
TE704
A subject in the Associate Diplomas of Engineering
(Electronics) and (Computer Systems).
Content
This subject provides students with the skills and
knowledge to correctly use specialised test equipment for
the development and maintenance of computer systems
and associated peripherals.
TE722 Peripheral Principles
4 hours per week Hawthorn Prerequisites: TE700,
TE701, TE702
A subject in the Associate Diplomas of Engineering
(Electronics) and (Computer Systems).
Content
This subject provides a broad working knowledge of
typical computer systems peripherals and their interface
requirements. Students will examine various ~eri~herals in
terms of their characteristics, hardware interfacing,
installation, and basic software requirements, i.e.
application of peripherals in computer systems.
TE725 Interfacing Applications Using C
4 hoursper week Hawthorn Prerequisites: TE701,
TE705. TE720
A subject in the Associate Diploma of Engineering
(Computer Systems).
Content
This subject provides an in-depth treatment of a structured
high level language. Students will write software to work
with the hardware resources in a typical PC and are
introduced to the application function libraries.
TE727 Computer Architecture
4 hours per week Hawthorn Prerequisites: TE700,
TE701, TE704, TE705
A subject in the Associate Diplomas of Engineering
(Electronics) and (Computer Systems).
Content
This module provides the student with the basic knowledge
of PC Architecture design methodologies. An introduction
to Programmable Logic Devices (PLDs) and Application
Specific Integrated Devices (ASICs) is also included as they
form an important part in generating the logic of the
particular Architecture.
TE728 Networks
2 hours per week Hawthorn Prerequisites: TE716,
TE719
A subject in the Associate Diplomas of Engineering
(Electronics) and (Computer Systems).
Content
This subject provides skills in the establishment of PC
based local area networks. Practical experience is provided
in the installation of the hardware and software along with
an appreciation of the issues related to local area network
management and fault finding techniques.
TE729 Electrical Circuits and Components
2 hoursper week Hawthorn Prerequisites: Nil
A subject in the Advanced Certificate in Industrial
Electronics.
Content
Provides foundation studies in the areas of electrical safety,
electrical components, cables and connections, circuits and
wiring diagrams, testing and fault finding.
TE730 Electrical Industrial Control 1A
4 hoursper week Hawthorn Prerequisites: Nil
A subject in the Advanced Certificate in Industrial
Electronics.
Content
Introduction to control, control circuits, timing devices
and circuits, and sensing and output devices.
Swinburne University of Technology 1997 Handbook 225