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improvement, work sampling in maintenance, Just-in-time programs. lnformation management: technical and management database assessment and management (search, retrieval, assessment and consolidation). Computer applications: software for maintenance, evaluation of commercial packages. References Corder, A.S. Maintenance Management Techniques. London: McGraw-Hill, 1976 Kelly, A. ~ahtenance Planning & Control. London: Butterworths, 1984 ME781 Project and Energy Management No. of hours per week: four hours Instruction: lecture (twenty hours); project (forty hours) Assessment: staff consultation and comprehensive written report A subject in the Graduate Diploma in Air-conditioning, Subject aims and description Project management: contract law, scheduling, costing, optimisation, maintenance program dewlopment. Energy management: including energy source selection, energy management, life cycle costing, system optimisation, basics of contracting and project management, and current state of the art applications where applicable. Field project: the project should be of a practical nature linking the course elements of air-conditioning, refrigeration and system control and involve the application of project and energy management techniques. Where practicable the project should be undertaken by groups and group size should not exceed four. References Harrison, F.L. Advanced Project Management. 2nd ed, Aldershot: Gower, 1985 Murphy, W.R. and McKay, G. Energy Management London: Bunerworth, 1982 Smith, C.B. Energy Management Principles. New York: Pergamon Press, 1981 Thumann, A. Plant Engineen and Managers Guide to Energy Conservation. The Role of the Energy Manager: 2nd ed, New York: Van Nostrand-Reinhold, 1983 MFl l o Flight Rules and Procedures 1 No. of hours per week: three hours week for two semesters A first-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This subject is designed to inform students of their obligations and responsibilities as a pilot and to correctly take into account factors affecting aircraft performance during all flight modes for safe operation. This covers the theory and practice for flight operations and flight standards up to a level often in excess of that required for a Private Pilot Licence. Subject description Flight rules and air law to CPL, radio communication to CPL, introduction to air traffic control to CPL, operation performance flight planning to PPL. References Flight rules and air law: CAA, regulations, orders, etc. with amendments Thorn, T Private Pilot Fight Rules and Procedures Study Guide. Williarnstown: Aviation Theory Centre, 1985 Thorn, T Flight Radio Handbook. Williarnstown: Aviation Theory Centre, 1985 Operation performance flight planning: Hurt, H.H. Aerodynamics for Naval Aviators. US Navy, 1970 Thorn. T. Basic Aeronautical Knowledge Mlume 2. Williarnstwn: Aviation Theory Centre Thorn, T. Commercial Pilot Aeroplane Brformance and Operation Reference Manual. Williamstown: Aviation Theory Centre, 1991 MFl2O Navigation and Meteorology 1 No. of hours per week: three hours for two semesters A first-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This subject is designed to give students an extensive understanding of the dynamic atmosphere and its importance to flight operations. Students will gain knowledge and skills required to assess meteorological information and undertake practical navigation up to the level of Commercial Pilot Licence. Subject description Navigation to CPL: Navigation fundamentals, pilot navigation, radio navigation aids. Meteorology to CPL: Introduction to meterology, climatology. References CAA Aeronautical lnformation Publication. Civil Aviation Authority CAA Civil Aviation Orders. Civil Aviation Authority Dept. of Science and Technology (Bureau of Meteorology). Manual of Meteorology Parts I and 2. Audralian Government Publishing Service, 197511981 Technical Extension Services. (24055) Air Navigation and Flight Planning 1. Perth: Technical Publications Trust, 1986 Technical Extension Services. (24-231) Air Navigation and Flight Planning 2. Perth, Technical Publications Trust, 1986 Technical Extension Services. (24426) Radio Navigation Aids. Perth: Technical Publications Trust, 1986 Thorn, T. PPL: Navigation Lbls. 7 and 2. Williarnstown: Aviation Theory Centre, 1985 MF131 Aircraft General Knowledge 1 No. of hours per week: two hours A first-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This course is designed to provide students with a knowledge of aeronautics and aerodynamics sufficient to form a firm foundation for practical application in flight operations up to the level of Private Pilot Licence. Subject description Aircraft general knowledge to PPL. Aerodynamics to PPL: Aerodynamic principles of flight, flight controls, steady flight manoeuvres. References Anderson. J.D. Introduction to Flight. New York: McGraw-Hill, 1989 Campbell, R.D. Flying Training for the Private Pilot: Instructor Manual. Oxford: BSP Professional, 1988 Hurt, H.H. Aerodynamics for Naval Aviators. US Navy, 1970 Kermode, A.C. Mechanics of Flight. 9th ed, rev. Harlow: Longman Scientific and Technical, 1987 Shevell, R.S. Fundamentals of Flight 2nd ed. Englewood Cliffs, N.J.: Prentice-Hall, 1989 Thorn, T. Basic Aeronautical Knowledge Mlume 7. Williarnstanm: Aviation Theory Centre, 1991
MFl50 Occupational Health and Safety No. of hours per week: two hours for two semesters A first-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This subject is designed to acquaint students with the occupational health and safety requirements of modern aviation. Subject description Safety hazards, combustion, handling of dangerous goods, accident prevention, aviation medicine, suwival skills. References Creighton, W.B. Understanding Occupational Health and Safety Law in Victoria. North Ryde, N.S.W.: CCH Australia, 1986 Glass, H.H., The Liability of Employen in Damages for krsonal Injury: 2nd ed, Sydney: Law Book Company, 1979 Harding. R.H. and Mills, F.J. Aviation Medicine. 2nd ed, London: British Medical Association, 1988 Jensen, R.S. Aviation Rychology London: Gower, 1989 Merritt. A. A Guidebook to Australian Occupational Health and Safety Laws. 2nd ed, North Ryde, N.S.W.: CCH Australia, 1986 Wiener, E.L. and Nagel, D.C. Human Factors in Aviation. San Diego: Academic Press, 1988 MF160 Propulsion and Aircraft Systems No. of hours per week: three hours for two semesters A first-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This subject is designed to provide students with a knowledge of the operation of the principles behind the propulsion and aircraft systems up to the level of Private Pilot Licence. Subject description Thermodynamics, internal combustion engines, structures. mechanisms and linkages, electro-mechanical systems, motors and generators. References Eismin. T.K. Aircraft Electricity and Electronics. 4th ed, New York: n McGraw-Hill, 1989 4 Kroes, M.J. et a/. Aircrafl Fuwerplants. 6th ed, New York: Glencoe Division. MacmillanlMcGraw-Hill, 1990 Kroes, M.J. et a/. Aircraft Basic Science. 6th ed, New York: Glencoe, MacmillanlMcGraw-Hill, 1989 -. 3 Pallet. E.H.J. Aircraft Instrvments. 2nd ed, Harlow: Longman Scientific rn & Technical, 1981 2. Technical Extension Services. (24783) Aeroplane Operations I. Perth: * Technical Publications Trust, 1986 Technical Extension Services. (24-222) Engines, Systems and Instrumentation. Perth: Technical Publications Trust, 1986 Thorn, T. Basic Aeronautical Knowledge Wume 2. Williamstavn: Aviation Theory Centre, 1991 MFI 70 Aviation Mathematics and Computing No. of hours per week: four hours for two semesters A first-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This subjed is designed to introduce students to mathematical principles as they relate to aircraft systems and aerodynamics. Subject description Applied mathematics, calculus, general computer skills, high level language programming, programming applications, data transfer. References Bishop. J. and Bishop, N. Pascal Precisely for Engineers and Scientrsrs. Addison-Wesley, 1992 Holton, D. er al. Mathematics Today. Sydney: McGrwv-Hill, 1986 Mathematics Measurements and Units. Canberra, AGPS, 1978 Thomas, G. and Finney, R. Calculus and Analytical Geometry 8th ed. Reading, Mass.: Addison-Wesley. 1992 MFI 80 Aviation Electronics No. of hours per week: two hours A first-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This subjea is designed to develop in students the thorough understanding of basic electronics relevant to the aviation industry. Subject description Electrical circuit analysis, energy transfer and utilisation, transformers. References Del Toro, V. Electrical Engineering Fundamentals. 2nd ed, Englewood Cliffs, N.J.: Prentice-Hall, 1986 MF190 Communication Skills No. of hour; per week: three hours A first-year subject in the degree of Bachelor of Technology (Aviation). This,subject is designed to develop in students the basic techniques and skills in research and written and oral communication relevant to aviation industry. Subject description Private study and group interaction management, written and graphic communication, reading for research, group presentations. References Bailey, B. Effective Language. 2nd rev. ed, Wentworthville, N.S.W.: Campus Pub.. 1991 Brereton, J.C. A Plan for Writing. 3rd ed, New York: Holt, Rinehart and Winston, 1987 Donnelly, A. How to Persuade People Through Successful Communication and Negotiation. 1977 Hicks. T.G. and Valorie, C M. Handbook of Effective Technical Communications. EA Books, 1989 Holmes, N. Designers Guide to Creating Cham and Diagrams. New York: Watson Guptill Publications, Wentworthville, N.S.W.: Campus Publishing, 1991 Maddox, H. How to Study: New York: Fawcett Premier, 1983 Morgan. D. Communicating T~hnology Sydney: McGraw-Hill. 1981 harce, G .C. er a1 Principle of Business Communication. 1984 Pitson, J. Style Manual. 3rd ed, Canberra: AGPS, 1986 Sorrels, B.D. Business Communication Fundamentals. New York: Macmillan. 1984 MF2lo Flight Rules and Procedures 2 No. of hours per week: two hours for two semesters A second-year subject in the degree of Bachelor of Technology (Aviation). Subject aims This subject is designed to provide students with a knowledge of flight rules and procedures to cover various licence levels and operational situations in sufficient depth often in excess of that required for a Commercial Pilot Licence. Subject description Operation performance and flight planning to CPL: Broaden understanding of flight manual, enroute performance and methods of cruise control, choice of route
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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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Subject aims and description This s
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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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Graduate Diploma in Computer Integr
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Students who have completed a Certi
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Examinations and assessment Various
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Summer School in that subject. On t
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Account will be taken of performanc
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Major studies are offered in the fo
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mended subjects are those equivalen
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Course structure (1990 Syllabus) Ho
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YO91 Y091X YO95 YO01 Degree of Mast
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Page 298 and 299: Hours per week Second year Sem 1 Se
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Page 304 and 305: Liaison with other council departme
Page 306 and 307: Road materials and tests: aggregate
Page 308 and 309: Plastic analysis of structures: app
Page 310 and 311: Introduction to the finite element
Page 312 and 313: cE490 Construction Management No. o
Page 314 and 315: Subject description A selection of
Page 316 and 317: CE693 Introduction to Contract Law
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Page 320 and 321: A second-year subject in the degree
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Page 324 and 325: EE456 Electrical Design No. of hour
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Page 334 and 335: Integrated voice, data and video ne
Page 336 and 337: EF624 Management Practice No. of ho
Page 338 and 339: presented and applied to specific c
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Page 342 and 343: References American Society of Heat
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Page 348 and 349: Weight and balance determinations E
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Page 352 and 353: References Ashby, M. and Jones, D.R
Page 354 and 355: MM271 Manufacturing Technology No.
Page 356 and 357: Part B Vibrations: A basic course i
Page 358 and 359: forming; general requirements, mech
Page 360 and 361: MM440C Control Engineering No. of h
Page 362 and 363: Polymeric materials - blow moulding
Page 364 and 365: MM510 Combined Heat and Mass Transf
Page 366 and 367: MM550 Design for Manufacture No. of
Page 368 and 369: Students will use state-of-the-art
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Page 372 and 373: References Armarego, E.J.A. and Brw
Page 374 and 375: References Kochan, A. and Cowan, D.
Page 376 and 377: References Foley, J.D. and Van Dam,
Page 378 and 379: effects associated with financial r
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Page 384 and 385: MM905 Cornputen and Interfacing No.
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Page 390: Toxicology Toxic substances, mechan
Page 393 and 394: 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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