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~ ~ 6 0 Design 5 for Manufacture No. of hours per week: four hours Assessment: assignments, project work and examination Subject aims and description The subject forms the second part of Design for Manufacture aims to prepare students with further knowledge of the design of tooling, machinery and systems for quality production. Tooling design for metalworking: economy and batch quantity, relationship. Tool design for cold and hot forging, and diecasting. Quality and reliability: concept of quality, cost of quality. Responsibility for quality. Statistical quality control, charting by variables and attributes and sampling. Reliability - principles and applications. Computer aided design: CAD Systems, processing and techniques. NC programming, kinematics and robotics. References American Society for Metals, Metals Handbook, Vol. 1. Properties and Selection of Metals, Vol. 4, Forming 8th and 9th edn, Metals Park, Ohio, The Society, 1969, 1978 Society of Manufacturing Engineers, Tool and Manufacturing Engineers Handbook. 4th edn, Dearborn, Mich., Society of Manufacturing Engineers, 1983-1 992 Donaldson, C. et al. Tool Design. 3rd edn, New York, McGraw-Hill, 1973 Smith, D.A. (ed.) Die Design Handbook. 3rd edn, Dearborn, Mich., S.M.E., 1990 Thomas, L.F. The Controlof Quality. London, Thames and Hudson, 1965 Wilson, F.W. and Harvey, P.D. Manufacturing Planning and Estimating Handbook. New York, McGraw-Hill, 1963 ~ ~ 6 0 Manufacturing 6 Technology No. of hours per week: five hours Assessment: assignments and tests Subject aims and description Sheetmetal work: presses; classification, drive systems and mechanisms, evaluation of different types, operation, applications, selection. Press feed mechanisms; types, advantages and disadvantages, applications. Die cushions. Bending of sheetmetal; analysis of die types, forces, recoil, springback, blank development. Deep drawing; planning, force reauirements, variables, effects of clearance, cutting with shear, stripping force. Materials selection for press forming; general requirements, mechanical tests, tensile test, analysis of stress-strain curves and parameters, rand n values, tests to simulate processes, stretch forming tests, deep-drawing tests, bending tests, forming-limit diagrams, applications. Function and terminology for die components; blanking dies, commercially available die sets, punches and accessories. Numerical control; introduction to NC machine tools, comparison with conventional, hardware configurations, software implementation, control systems, machine control unit, feedback, sensitivity. NC system components; comparison of actuation systems, electric, hydraulic, pneumatic. Design considerations for NC machine tools; design differences between conventional and NC machines, mechanical design considerations, control system design considerations. System inputloutput; types of input media, symbolic codes, tape input format, communication with MCU. NC programming; programming methods, computer assisted NC programming [processors, post; processors], part programming languages - APT. Com~uter Numerical Control (CNC). Direct Numerical Control (DNC); comparison, manageme;;t implications. Plastics and rubbers; overview of processes. Melt forming, rheology, mathematical analysis of pseudoplastic, dilatent, newtonian flow, time dependant flow, thixotropy, viscosity, tractional viscosity. Extrusion defects; causes and prevention. Extrusion die design. Single and multiple screw extrusion; hardware and product characteristics. lnjection moulding; mould design, basics of the moldflow philosophy, cooling systems. Thermoforming die design. Elastomers; C black, other additives, compounding. Compression and injection moulding. Textbooks Crawford, R.J. Plastics Engineering. 2nd edn, Oxford, Pergamon Press, 1987 Groover, M.P. Automation, Production Systems and Computer Integrated Manufacturing. 2nd edn, Englewood Cliffs, N.J., Prentice Hall, 1987 References Harris, J.N. Mechanical Working of Metals: Theory and Practice. Oxford, Pergamon, 1983 Kalpakjian, S. Manufacturing Processes for Engineering Materials. 2nd edn, Reading, Mass., Addison-Wesley, 1991 ~ ~ 6 0 Manufacturing 7 Technology No. of hours per week: five hours Assessment: assignments and tests Subject alms and description Mathematical analysis of forming: equilibrium analysis of common working processes, e.g. wire drawinglstrip drawing/ extrusion/tube drawing/forging. - - - Redundant work, friction and lubrication. Deformation mechanics: slip line field applied to forming problems - metal flow. Polymeric materials- blow moulding - parison production including parison programming. Closing, blowing and ejection. Cooling systems including economic analysis of specialised cooling. Stretch blowing moulding -effects on the materials and products and production economics in particular. lnjection moulding. Introduction to moldflow. Rubber compounding and vulcanisation. Vibration and noise: revision of theory of vibration for multidegree of freedom systems including viscous and hysteretic damping. Vibration isolation, transmission and measurement. Equivalent systems. Chatter and stability. Sound transmission, power, intensity sound absorption. Insulation, resonance, noise rating. Noise control and measurement. Textbooks Crawford, R.J. Plastics Engineering. 2nd edn, Oxford, Pergamon Press, 1987 Roe, G. Elements of Metalworking Theory. London, Edward Arnold, 1979
a -. ~ ~ 6 0Manufacturing 8 Technology No. of hours per week: five hours Assessment: assignments and tests Subject aims and description Automation and automated assembly: CAM, CAD, manufacturing systems. NC robots feeding orientation and placement. Advanced analysis of forming and cutting: load bounding. Redundant work. Com~arison with SLF. Heat aenerated. Metal flow. Treatment of curved dies and curved fiek. Axisymmetric problems. Hotlwarm working: revision of background metallurgy. Stress, strain and strain rate rules. Friction and lubrication. Tool materials. Analysis of processes. Polymer processing - comparison of techniques of polymer processing, e.g. extrusion, injection moulding, thermoforming and blow moulding for the production of particular components. Selection and costing with the optimisation of the use of the materials. Comparison of thermoset versus thermoplastic materials using elastomers and examples. Calendering and coating. Manufacture of PVC products. Analysis of film blowing and printing. Textbooks Crawford, R.J. Plastics Engineering. 2nd edn. Oxford, Pergamon Press, Z' 1987 g. Kalpakjian, 5. Manufacturing Processes for Engineering Materials. 2nd 3 edn, Reading, Mass., Addison-Wesley, 1991 4 Roe, G. Elements of Metalworking Theory. London, Edward Arnold, -1 n - MM~I 1 Introduction to CAD No. of hours per week: two hours Assessment: assignments and examination l" 2. 3 Subject aims and description This subject aims to introduce the fundamentals of computer graphics, computer aided design, and geometric modelling systems. i. lntroduction to CAD. The design process. Application of CAD. =I CAD hardware: in~ut and out~ut devices. CAD software configurations. ~inctions of a'graphics package. Graphics standards. 2D drafting techniques. Defining graphics elements. Macros, parametrics Graphic element data bases: alternative methods of organisation, storage and retrieval of graphic elements. Transformation systems: windowing, clipping, 2D and 3D transformations. Translation, scalina and rotation matrices. Hidden line algorithms, mass algorithms, interference detection. Geometric modelling: wireframe, surfaces, solid modelling. Complex surfaces and curves. Kinematic and robotic simulations. CAD implementation. Review of micro, mini and mainframe CAD systems: applications, capabilities and limitations. CAD and its relationship in a totally integrated manufacturing process. Designing a simple 2D CAD system using fundamental programming skills. References Foley, J.D. et al. Computer Graphics: Principles and Practice. 2nd edn, Reading, Mass., Addison-Wesley, 1990 Groover, M.P. and Zirnmers, E.W. CADICAM Computer-Aided Design and Manufacturing. Englewood Cliffs, N.J., Prentice Hall, 1984 Hearn, D. and Baker, M.P. Computer Graphics for the ISM Personal Computer. Englewood Cliffs, N.J., Prentice Hall International, 1983 Newman, W.M. and Sproull, R.F. Principles of Interactive Computer Graphics. 2nd edn, New York, McGraw-Hill, 1979 Pao, Y.C. Elements of Computer Aided Design and Manufacturing: CADICAM. New York, Wiley, 1984 ~ ~ 6 1 CAD 2 Practice No. of hours per week: four hours Assessment: assignments and projects Subject aims and description This subject aims to provide hands-on experience on computer aided design and geometric modelling software, its capabilities and applications. Hands-on 2D and 3D geometric modelling. Wireframe modelling, surface modelling and solid modelling. Complex surfaces, splines, shading and animation. Kinematic and robotic simulations. NC programming and postprocessing. References Groover, M.i? and Zimmers, E.W. CADICAM ComputerAided Design and Manufacturing. Englewood Cliffs, N.J., Prentice Hall, 1984 Pao, Y.C. Elements of Computer Aided Design and Manufacturing. New York, Wiley, 1984 Rooney, J. and Steadman, i? Principles of Computer Aided Design. London, Pitman, 1987 Instruction Manuals: CATlA package ~ ~ 6 1Micro 3 CAD No. of hours per week: two hours Assessment: assignment Instruction: Lectures and tutorials Subject aims and description This subject aims to introduce'the students to micro computer aided design, its capabilities as a design/drafting tool and its limitations. lntroduction to micro CAD hardware, file maintenance and computer screen layout. Practical work on 2D and 3D, mainly in the area of graphic element generation e.g. points, lines, circles, cylinders planes, etc. Utilities for image manipulation e.g. zooming, panning, copying, mirroring etc. Generation of packed elements such as symbols, subparts etc. Other micro CAD facilities for comprehensive image presentation e.g. dimensioning, hatching etc. Advance capabilities of micro CAD systems in parametric design and CAD/CAM facilities. References Barr, P.C. et al., CAD, PrinciplesandApplications. Englewood Cliffs, N.J., Prentice Hall, 1985 Goetsch, D.L. Understanding Computer Aided Design and Drafting. Tulsa, Penwell Pub. Co., 1986 Groover, M.P. and Zirnrners, E.W. CADICAM Computer Aided Design and Manufacturing. Englewood Cliffs, N.J., Prentice Hall, 1984 Kuijk, A.A.M., Strasser, W. (ed). Advances in Computer Graphics Hardware 11. Berlin, Springer-Verlag, 1987 Wang, P.C.C. (ed). Advances in CADICAM: Case Studies. Boston, Kluwer, 1984
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Swin burne University of Technology
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Sections General University lnforma
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Coat of Arms The coat of arms, conf
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Teaching Sectors Swinburne has two
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lnformation Systems Pro Vice-Chance
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0 c Administration and services Acc
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C =j Computer Services and % lnform
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cl m Swinburne Graduate Research 3
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Hawthorn Campus Campus Librarian B.
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Multi-modal Learning Multi-modal Le
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The following services are availabl
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For more information regarding stud
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The Corner Cafe Located on the corn
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Intercampus and elite sport As a un
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Composition of Academic Board The B
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- 2 u Masters by thesis can be unde
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HECS Payment Options Students have
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A withdrawal made after the dates s
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At this staqe, the Centre is engage
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The Laboratory has a major collabor
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Centre for Urban and Social Researc
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Master of Arts Counselling Psycholo
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S.R. Sicilia, BSc(Hons), PhD(Mon),
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Courses offered in the Division of
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E. A091 Master of Organisation Beha
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o 5. g. 2. m Carlton and United Bre
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The Associate Degree generally invo
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Mooroolbark campus Edinburgh Road,
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(ii) AJ202 Communication in Japanes
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AM205 Special Issues in Media AM206
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Co-major in Psychology and ~s~cho~h
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Selecting one of these options in c
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Computing Stage one (core subject)
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BC331 BE220 EL220 EL221 Taxation Ma
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A064 Bachelor of Business (Honours)
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Course objectives To widen the oppo
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yo73 Graduate Certificate in Traini
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Standards of progress A sub-committ
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There are three broad aims of this
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2. have equivalent overseas qualifi
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~088 Graduate Diploma in Korean The
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The course is broken into three dis
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s 2. a Graduates of this course wil
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ResearchIProject Clusters IT903 Sof
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~092 Master of Arts in Japanese The
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Core subject AL408 From Book to Fil
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mi02 Subject details understanding
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~ ~ 3 0 8 ltalian Business Practice
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~ ~ 2 0 2 Data Usage and Interpreta
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-. ~ ~ 1 0 2 Theories of the Univer
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of Queensland Press, 1983 Gare, A.
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4103 Japanese 1A No. of hours per w
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~1303 Japanese 3C No. of hours per
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~ ~ 4 0 4 Japanese Business and Ind
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~ ~ 2 0 5 Korean 2A No. of hours pe
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~ ~ 4 0 7 Korean Politics B No. of
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~ ~ 3 0 4 Cross-cultural Perspectiv
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AM^ 12 Radio Management No. of hour
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o especially given the current legi
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References Barr, T. The Electronic
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References Dittmar, L. and Michaud,
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~ ~ 2 0 0 Advanced Australian Polit
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0 5. g politics of modern industria
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AS~OO Urban Sociology No. of hours
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I K References Grenville, K. The Wr
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Students will read and analyse text
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Reference McKnight, J. and Sutton,
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Confidentiality, report writing and
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g Other issues that may be covered
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-. 0 At the end of the fourth year
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Textbooks Earl, M.J. Management Str
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E. Subject description Topics cover
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The subject makes extensive use of
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Subject description A selection of
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~c6os lnvestment Management Prerequ
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~~222 Industry and Government No. o
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~ ~ 3 3 4 lnternational Trade No. o
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Subject aims To provide students wi
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0 -. This subject may include some
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\ Students must submit their propos
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Textbooks and references It is unli
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Qualitative methods of research wil
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~~330 Advanced Company Law No. of h
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~ ~ 2 2 0 Market Behaviour No. of h
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Specific aims to examine the Austra
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Textbooks Stanton, W., Miller, K. a
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to develop marketing plans to explo
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The emphasis of this subject is on
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eqsoo Research Methodology No. of h
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~~220 Data Analysis and Design No.
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~~227 Programming 1 B No. of hours
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6~400 lnformation Systems Honours S
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have a good understanding of the te
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~~521 User End Computing No. of hou
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References Gilb, T. Principles of S
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At the end of the course the studen
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a strategic planning methodology fo
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y. - ~~625 Computing - Business App
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-. ~~713 The Entrepreneurial Organi
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References Golis, C. Enterprise & V
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listen and look for innovative chal
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Division of Science, Engineering an
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Staff - Division of Science, Engine
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Mathematics Education Resource Cent
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Swinburne Centres Associated with D
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Exemptions are granted by the Divis
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Engineering courses Advice to prosp
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1.3 For all engineering graduate di
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Assessment irregularity Cheating an
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Industry Based Learning (Cooperativ
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Software Practice 1 Competition Pri
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Associate Diploma of Applied Scienc
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Year 4 semester 1 SM708 Industry Ba
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Computer Science Electives Elective
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Applicants who do not satisfy the a
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Applicants who do not satisfy the a
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Prerequisites (entrance 1995) Units
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2065 Honours Year in Computer Scien
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Career potential The course aims to
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Career potential At present, about
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Communication and Electronic Engine
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Fifth year Core Subjects Sem 1 MM50
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lndustrial Design Bachelor of Desig
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Electives Four elective subjects ar
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cog2 Graduate Diploma in Constructi
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Course structure Semester 1 Seml MM
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Year 3 Semester 1 Elective Unit (Fi
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Management Topics CE690 Civil Eng.
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zoo1 Applied Science Programs are o
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85141 Introductory Law 5 credit poi
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This subiect covers topics such as:
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~ ~ 2 5 6 Structural Design No. of
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~ ~ 2 9 7 Management No. of hours p
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Finance: introduction to business f
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~ ~ 4 7 7 Construction This subject
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Acts and regulations: analysis of r
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Bridge construction: steel, reinfor
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Legal system in Australia, sources
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~ ~ 4 9 1 Biochemical Engineering N
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~~282 Communication Principles No.
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~~383 Electromagnetic Fields No. of
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~~403 Engineering Project Managemen
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~~475 Electrical Power and Machines
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~~502 Management Practice No. of ho
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~~563 Advanced Computer Techniques
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~~744 Design and Project No. of hou
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EFI~O Engineering Physics No. of ho
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Page 310 and 311: ITIOS Behaviour and Communications
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Page 370 and 371: Sterilisation methods: a wide range
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2D polar coordinates Definitions: G
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~ ~ 1 3 5 Monitoring Instrumentatio
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~~333 Industry Based Learning Inten
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~~5.27 Neurophysiology of the Norma
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Semiconductor devices and circuits,
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~~632 Psychophysiology Project 12.5
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~~1200 Physics 10 credit points per
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~~5609 Physics 5-6 6 credit points
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54304 Software Engineering No. of h
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SQSOO Concurrent Programming 10 cre
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SQ~OO Programming in C 12.5 credit
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~ ~ 9 0 8 Honours Computer Graphics
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Procedures Procedures Relating to S
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Standard subject A program of study
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6. Students with Special Needs and
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7.6.3 Action a) After any meeting o
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10.2.5 Two months from the date of
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12.7 The Chief Examiner may not ove
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19.6 If the student is not satisfie
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7.3 7.4 7.5 7.6 The Appeals Committ
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1.8 The University will establish a
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3.7 The Student Network Discipline
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Where the thesis has only one volum
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5. Duration 8. Progress 5.1 The can
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.......................... Abstudy
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Planning and Policy ...............
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lnformation Technology Bachelor of
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Organisation Behaviour ............
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Mechanical and Manufacturing Engine
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Industrial Chemist~y/Biochemist ...
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Prahran campus Department Building
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