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~~476 Electronics No. of hours per week: three hours Prerequisites: EE386 Electronics Instruction: lectures/tutorialsllaboratory Assessment: examination/assignment A fourth-year subject in the electrical power and control engineering stream of the degree of Bachelor of Engineering (Electrical). Subject aims To cover the analysis of analog integrated circuits and the hardware aspects of the microprocessor. Subject description Analog electronics Buck and boost switch mode power supplies and their basic operating principles. Switching control requirements for buck and boost switch mode supplies. Main component specifications for buck and boost mode supplies. Transformer coupled switch mode supply topologies. Power factor correction. Quasi-resonant supplies. Microprocessor electronics lnterfacing and 110 programming of 80X88I80X86 microcomputers. Hardware and software interrupts, peripheral chips; keyboard scanners, display drivers, UARTs, DMA controllers, disk controllers, bus timing, memory interfacing, virtual addressing and memory management unit Bus timing. Testing techniques. TextslReferencer Brey, 5. The Intel M~cropmcessoa 80868088, 80186, 80286, 80386 and 80486 Architecture, Programming and Interfacing. 2nd ed, Toronto: Collier Macrnillan. 1991 Gibson and Liu. Microcomputer Systems: The 808618088 Family, Architecture, Programming and Design. 2nd ed, Englewood Cliffs, N.J.: Prentice Hall. 1986 Godfrey. 18M Microcomputer Assembly Language. New York: Prentice Hall, 1989 Triebel and Singh. The 80286 Microprocessor, Hadware. Soffware and Interfacing. New York: Prentice Hall. 1990 Switchmode - A Designer's Guide for Switching Bwer Supply Circuits and Components - 1992. Motorola Inc. 1992 (copy Of pages 1 to 24 to be available on library counter reserve) ~~482 Communications No. of hours per week: four hours Prerequisites: EE363 Computer Systems Engineering, EE386 Electronics, EE388 Communications Instruction: lectures/tutorials/laboratory Assessment: examination/assignmentsl laboratory reports A fourth year subject in the communication and electronics stream of the degree of Bachelor of Engineering (Electrical). Subject aims To introduce students to the basic concepts and techniques of information theory, data communications, computer networks and layered protocols. Subject description Part A Investigation of RF communication and optical fibre data transfer. This is a project based section of the course where students form small groups and learn to work as teams. Other key points of knowledge are time management and coordination of the mernben of each group. Students may choose from the following projects: Simple transmitter - power amp and antenna for freq. =- 150MH7 Simple receiver - antenna and receiver for freq. > 150MHz and simple field strength meter BPF for freq. ,100MHz Pre-amplifier using u-strip design for freq. V 500MHz lnvestigating the use of light via optical fibres for data transfers lnvestigating the use of co-axial cable and its behaviour at high frequency. Part B Data communication networks and open system standards Electrical interface Data transmission Protocol basics Data link control protocols Local area networks Wide area networks. References Part A Bowick, C. RF Circuit Design. Indianapolis: Howard W. Sams & Co., 1982 Edwards, T.C. Foundations for Microstrip Circuit Design. Chichester: Wiley. 1981 Edwards, T.C. Introduction to Micmwave Electmnicr;. London: Edward Arnold, 1984 Gonzalez, G. Micmwave Tanststor Amplified. Englavood Cliffs, N.J.: Prentice-Hall. 1984 Kennedy, G. Electronic Communication Systems. New York: McGraw- Hill, 1970 Kraus, J.D. Electromagnetia. 4th ed, McGraw-Hill, 1991 Part B Beauchamp, K.G. Computer Communications. 2nd ed, London: Chapman & Hall, 1987 Halsall, F. Data Communications, Computer Nemrks and Open Systems. 3rd ed, Reading, Mass.: Addison Wesley EE483 Electronics No. of hours per week: four hours Prerequisites: EE386 Electronics Instruction: lectures/tutoriaIs/laboratory Assessment: exarnination/assignments A fourth-year subject in the communication and electronics stream of the degree of Bachelor of Engineering (Electrical). Subject aims To cover the analysis of analog integrated circuits and the hardware aspects of the microprocessor. Subject description Microprocessor electronics Interfacing and 110 programming of 80X88180X86 microcomputers. Hardware and software interrupts, peripheral chips: keyboard scanners, display drivers, UARTs, DMA controllers, disk controllers, bus timing, memory interfacing, virtual addressing and memory management unit. Digital signal processing Nonrecursive digital filter design (using the Fourier series method), recursive digital filter design (using the Bilinear Transform method). Implementation of digital filters and Fast Fourier Transform using DSP 56000. References Brey, B. The lntel Micmpmcessod 8086/8088.80186, 80286, 80386 and 80486 Architecture, Programming and Interfacing. Maxwell Macrnillan, 1991 DeFatta, Lucas, Hodgekiss. Digital Signal Processing: A System Design Approach. John Wiley, 1988 El-Sharkawy. Real Time Digital Signal Processing. Applications with Motorola's DSP score family. Prentice Hall, 1990 Gibson and LIU. Microcomputer Systems: The 8086/8088 Family, Architecture, Programming and Design. 2nd ed, Prentice Hall, 1986 Godfrey. ISM Microcomputer Assembly Language. N w York: Prentice Hall, 1989 Strum, R. and Kirk, D. First Principles of Discrete Systems and Digital Signal Processing. Reading, Mass.: Addison-Wesley, 1988 Uffenbeck. The 8086/8088 Family: Design, Programming, and Interfacing. Englewood Cliffs, N.J.: Prentice Hall, 1987 (Text)
~~489 Control Systems No. of hours per week: three hours Prerequisites: EE384 Electrical Power and Machines, EE389 Linear Systems and Control, SM394 Engineering Mathematics Instruction: lectures/laboratory Assessment: examinationlassignment A fourth-year subject in all streams of the degree of Bachelor of Engineering (Electrical). Subject aims To introduce the analytical technique of state variable analysis and to use that and classical techniques to design control systems, linear and non linear to meet a set of specifications. To introduce a concept of discrete time control systems. Subject description Discrete time systems: introduction to sampling and discrete data. Analysis of discrete time feedback control systems using z-transform techniques. Stability and the effect of sampling time. A review of transducers amendable to digital signal measurement. State variable method of analysis of continuous and discrete time systems. Multivariable control systems. State models output equation feedback equations and de-coupling. Design of control systems from a classical approach using compensators P.I.D. controllers and state feedback. lntroduction to non linearities and their effect on the system. Describing functions. TextsIReferences D'Azzo Houpis. Linear Control Systems Analysis and Design. 3rd ed. New York: McGraw-Hill, 1988 Dorf, R.C. Modern Control Systems. 6th ed, Reading, Mass.: Addison Wesley, 1992 Ogata. Modern Control Engineering. Englewood Cliffs: Prentice-Hall. 1970 EE502 Management Practice No. of hours per week: three hours Prerequisites: EE402 Management Fundamentals n Ol n Instruction: lectures/tutoria~s/seminars $ Assessment: examination/assignments/class participation A final-year subject in all streams of the degree of Bachelor of Engineering (Electrical). 9. 3 Subject aims To provide students with a satisfactoty understanding of the subject material in so far as it affects the practice of management. Subject description Business strategy and plans. Managing communications. Planning, leading and controlling. Ethics, professionalism and the engineering manager. Organisation theory. Industrial relations and enterprise bargaining. Total quality management. Achieving a quality culture. Using quality as a competitive strategy: supervision and leadership. project teams and task forces. References Meredith, J.R. and Mantel, 5.1. Project Management, a Managerial Approach. 2nd ed, Nwv York: Wiley. 1989 Nicholas, J.M. Managing Business and Engineering Projects. 1st ed, Prentice Hall, 1990 Samson, D. ed. Management for Engineers. Melbourne: Longman Cheshire, 1989 Samuelson. M. Supervision and Management. Brisbane: Wiley. 1990 Additional references will be provided by the lecturers for their topics EE544 Electronic Communication Systems No. of hours per week: three hours Prerequisites: EE383 Electromagnetic Fields, EE388 Communications, EE465 Engineering Systems Software Instruction: lectures Assessment: examinationlassignment A final-year subject in the communications and electronic stream of the degree of Bachelor of Engineering (Electrical). Subject aims To introduce students to the concepts of spectral analysis, classical and modern spectrum estimation techniques, high resolution algorithms for array processing and performance studies of spectrum estimators. Subject description Spectral analysis problems and applications Approaches of spectrum estimation Random processes High resolution algorithms for array processing Computer simulation studies Performance studies of spectrum estimators. TextslReferences Kay, S.M. Modern Spectral Estimation - Theory and Application. Prentice Hall, 1988 Kung, S.Y., Whitehouse, W.J. and Kaileth, T. VLSI and Modern Signal Processing. Prentice Hall, 1985 Roberts, R.A. and Mullis, C. Digital Signal Processing. Reading, Mass.: Addison-Wesley, 1987 Lecturer's handouts EE545 Electronics No. of hours per week: four houn Prerequisites: EE483 Electronics Instruction: lectures/laboratory Assessment: examinationlassignment A final-year subject in the communications and electronics stream of the degree of Bachelor of Engineering (Electrical). Subject aims To introduce students to algorithmic state machine, the design and synthesis of modern integrated digital systems including VLSl design rules and performance estimation. Subject description Part A Digital system design with programmable logic. Synthesis of algoithmic state machines using PLD's and FPGA's. Array logic bussed cellular array, array logic structures, use of synthesis and verification tools in digital design. Part B VLSI Design. Basic CMOS circuit blocks, layout design rules, circuit characterisation and performance estimation, system design. TextslRef erences Green, D. Modern Logic Design. Addison-Wesley Publishing Company, 1986 Mukherjee, A. Introduction to NMOS and CMOS VLSI System Design. Englewood Cliffs. N.J.: Prentice Hall, 1986 Weste, N. and Eshraghian. K. Principles of CMOS VLSI Design - A Systems Perspective. Reading, Mass.: Addison Wesley, 1985
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1994 Calendar January 1 New Year's
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The information given in this Handb
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General University lnformation Coat
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Swinburne A proud history The 1992
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Swinburne Council Membership as at
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School of Innovation and Enterprise
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should be presented when making a p
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wanting to develop language skills
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Inter-libary Loans M. Wilkinson, As
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which have traditionally been domin
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Career Planning and Industry Liaiso
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Executive at the monthly meeting re
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Campus Computers - Student Union Co
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Swinburne Higher Education Division
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Bachelor of Design BDes* Graphic De
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Arts All Graduate Diplomas and High
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Refund of fees Later VTAC offer A s
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Swinburne Centres Centre for Animat
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Energy Systems Engineering Centre D
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esearch for contesting tax assessme
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n nl n Staff - Faculty of Applied S
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Application procedure Application f
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Employers of students benefit by ob
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Operations research Operations rese
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Career potential Using their knowle
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zos6 Computing and lnstrumentation
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Applicants who do not satisfy the a
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Prerequisites (entrance 1994) Units
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Semester 2 Course Work Subject 12.5
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9 n C lnstrumentation units SP541 S
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list may be augmented to meet stude
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Subject details ABZOO Knowledge Tho
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The rules of evidence: statutory an
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Subject aims To train students to:
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Subject aims To build upon the conc
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Textbooks To be advised IT904 The S
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1~934 Real Time Systems 12.5 credit
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s~z03 Building Standards 8.0 credit
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nutrition and growth. Types and com
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- w sc48 Environmental Science 12.5
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Subject description Selected experi
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~ ~ 6 9 0 Computers in Chemistry 6.
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E q g . SC 3' . Q sc739 Colloid Rhe
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Photon correlation spectroscopy, sm
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2 O K S l' u Q Statistics Mean and
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Discrete joint distributions of two
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Advanced forecasting The Box-Jenkin
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-n cu n Seminars Throughout the sem
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n al n Productivity Press, 1990 Saa
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sM747 Secondary Data Analysis 12.5
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Statistical packages Minitab, Versi
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Matrix algebra Matrices and matrix
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Subject description Forces and Ener
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n c_ SP424 Clinical Monitoring A 8.
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L ~~530 Scientific Instrumentation
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z' n 2 -0 o_ -. g Subject descripti
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Subject description Biophysical tec
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SPI 209 Physics 10.0 credit points
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n w n c .a Y sqloo Programming in A
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54306 Human-Computer Interaction 10
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documentation and system evaluation
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product risk analysis; costlbenefit
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Faculty of Arts Staff 128 Centres 1
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Courses offered Undergraduate Assoc
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1. Administration and management 2.
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made in writing to the Registrar as
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Course requirementslstructure To qu
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Stage 3 N302 Work Experience in Jap
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part in complementing studies in ot
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Sociology'also offers a Graduate Di
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(f) to prepare students for entry l
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~088 Graduate Diploma in Korean The
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Year 2 Semester 1 AY514 Development
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Course structure The program is a o
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~ ~ 2 0 Advanced 7 Italian 2B No. o
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ADI 08 Issues in Multicultural Aust
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AH101 History of ldeas No. of hours
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immunology and the rise of scientif
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Japanese characters and vocabulary
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Reference Halpern, J. New Japanese-
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Topics include political parties an
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References Brandt, Vincent, S.R. A
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20th century the emphasis is on dev
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the cultural implications of new ch
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Subject aims and description This s
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AM504 Professional Production No, o
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Section 3 The Consciousness of the
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which many of Australia's most rece
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Methodology of Social Research No.
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References Grenville, K. The Writin
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References Dang, C.L. and Le, K.K.
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~ ~ I 4 Counselling 1 in the Human
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References Cormier, W.H. and Cormie
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Psychology of Work Organisational t
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econometric modelling - simple line
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sC174 Biology No. of hours per week
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Staff - Faculty of Business Dean M.
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General Faculty lnformation Enrolme
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Z E Standards of Progress 1. Preamb
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2 n Australian Computer Society Pri
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A business modelling major or minor
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Business Law Stage one (core unit)
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The following language units are st
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will have a recognised qualificatio
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Level 3 BT630 Data Base Management
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The core units are designed to prov
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will provide the professional manag
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Subject details AA312 European Comm
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88804 Management 5: (Management and
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n Textbook Rirson, G. et al. Busine
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emain in the years ahead when new i
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A BC~I 3 Investment Analysis No. of
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z n Q L 2 ~ ~ 7 0 1 Accounting for
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BE227 Environmental Economics No. o
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Applied Economics Honours Research
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to help students better appreciate
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BH334 Asian Business Prerequisite:
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2 immediately relevant to students.
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to dewlop an understanding of the n
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Z industrial conflict - penal power
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Case studies Case studies and discu
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e expected to submit their research
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-n to examine the development of in
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84223 Business Demography No. of ho
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expected to make extensive use of l
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~~223 lnformation Systems 1 No. of
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Subject aims and description Inform
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BT404 Computer Programming Subject
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They are used to produce pictures w
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BT602 lnformation Systems Managemen
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X 51 6 h Y 5, KT703 Introduction to
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Faculty of Engineering Staff 270 Co
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School of Innovation and Enterprise
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References Foley, J.D. and Van Dam,
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effects associated with financial r
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and improvement; diagnosis and trou
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Determination of levels of insuranc
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MM905 Cornputen and Interfacing No.
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previous work in computer programmi
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Differential equations - revision o
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Toxicology Toxic substances, mechan
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Staff Professors Head of School R.
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GP44 Graphic Design Diploma of Art
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~~6041 Copywriting 6 No. of hours p
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I. n RG2ll History of Arts 2 No. of
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Industrial Design subject details A
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methodology is the main subject cov
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ID7026 MaterialslProcesses (ID) 2B
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Course structure 1 year full-time S
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Assessment Regulations At time of p
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4.6.7 Be present, or a nominee shal
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7.2.2 Before recommending the resul
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(b) Credit transfer information wil
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7.2 The Head of Department will ens
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5.1 a department or other recognise
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9. A candidate shall normally be re
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In the case where the Committee, af
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Arts Centres ......................
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Calendar . Important dates (see ins
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Energy Systems Engineering Centre .
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lnforrnation Systems Department (se
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Reading Room. students ............
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Prahran Campus a~mt Bulldlng and Ro
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