теlghlfпg о.16
0.42 0.42 1.00
0.50 1.50
International Development
400.832 WATER suPPLY FOR DEVELOPING c0UNR[ES 400-833 SAMTАTI0N FOR DEVELOPING COLWTØ
400-834 AGRICULTURE AND RURAL INDUSTRIES IN DEVELOPING COU\TØ 400-835 MANUFACTURING IN DEVELOPING COnTRIES
400-836 ENGINEERING EDUCATION 400-837 ENERGY AND DEVELOPMENT (wig .07)
Technology Subjects - (each 0.07 wig unless otherwise indicated) 400-630 ENERGY FRON В10МASS AND WASTE
400-807 WLND AND WATER SOLØ OF ENERGY
400.827 MANAGEMENT, oPERАТ10N AND MAINTENANCE OF IRRIGATION SYS [EMS
400.828 DESIGN, EVALUATION AVD MANAGEMENT OF FARM IRRIGATION SYSTEИS
400-838 AGRICULTURAL MECHANISATION (10.5 points) 400-яз9 AGRICULTURAL Posr-HARVFSТ TECHNOLOGY (10.5 points) 400-840 ENERGY EFFICIENCY TECHNOLOGY
436.805 SOLAR ENERGY ENGINEERING 436-806 UгЮsАnoN OF CONVENTIONAL FUELS 436-807 UTILISATION OF ALTERNATIVE FUF7S Special Studies in Development Technologies
400-809 SPECIAL sTUDIFS IN DEVELOPMENT TECHNOLOGIES - A (0.07 wig) 400810 sPECIA snorts IN DEYELоPмE.чr тECНNоLOCIFS - в (0.14 wig) Additional Electives: Various Departments
(each 0.07 wig unless otherwise indicated) 400-820 DESIGN - Development Technologies
411.820 C11EMICAL ENGINEERING PROCESSES - Development Technologies 421-820 AGRICULTURAL ENGINEERING - Development Technologies 431-820 ELECTRICAL ENGINEERING - Development Technologies 431-821 ELECTRONIC ENGINEERLNG - Development Technologies 431-822 COММUN1CAТIONS - Development Technologies 436.820 MANI.TACTURING - Development Technologies
436-821 INDUSTRIAL ADMlLY[STRAТ[ON - Development Technologies 436-822 INDUSTRIAL ENGINEERING - Development Technologies 436-823 TIIЕRNODYNAMICS - Development Technologies (0.12 arg) 45 1-82 1 ENGINEERING SURVEYING - Development Technologies 45 I-822 GEODESY - Development Technologies
For further elective subjects in all aspects of Civil Engineering and Environmental Engineeńng, please refer to other relevant sections of this book.
Details of Subjects Preliminary Studies
Six subjects totalling not more than 144 hours of dasswork per semester.
400-402 ENGINEERING DESIGN - Preliminary Studies Semester 1 (27 hours)
Objectives
Students to: become acquainted with fundamental concepts of engineering design through vaiiouo stages of the design process; problem formulation and structuring, ideation, decision making and communication; gain practice in the skill of designing simple engineering components for structural integiity develop an awareness of the integrative nature of engineering design through the experience of balancing a range of factors, including those drawn from engineering science as well as human, environmental and economic factors.
Syllabus
General approach to design problems. Invention. Analysis. Decision making. Design strategies. Human, economic and technical factors in design. Design of engineeńng elements from first prindples. Factors of safety and probability of failure.
Assessment
Written projects, in total not more than 10 pages of text on design, design audit and design methodology. One one-hour written test to be held in class time. The weighting of components will be announced at the start of the semester.
Lecturer Mr J Weir
400-611 MICROCOMPUTER APPLICATIONS - Preliminary studies One week pre-semester 1 or 2 (26 hours ) (.07 wig)
Objectives
Upon completion of this subject the student will have developed the basic skills to use commercially available software for word processing, spreadsheets and databases used in engineering.
Syllabus
Computer systems in use in the Faculty of Engineering. Introduction to use of microcomputers, operating systems, Windows operating environment and networking. Word processing, document formaning, spreadsheet modelling and charting, design and implementation of database structures.
Assessment
The subject is assessed by project work totalling about 15 hours comprising a combination of skill tests and project assignments and exercises in the use of word processing, spreadsheets and databases.
Lecturer Dr H M MaIano
400-640 COMPUTER PROGRAMMING (Preliminary Studies) Semester 1 or 2 (26 hours ) (.07 wig)
Objectives
Upon completion of this subject the student wil have: become familiar wiич computer operating systems; developed the skills necessary to write and implement simple computer programs for engineering applications.
Syllabus
Computer systems overview. Operating systems. Computer systems in use in the Faculty of Engineering. Commonly used programming languages. Edit, compile, link cycle. FORTRAN syntax, program structure and program control structures.
Subroutines and function. Program optimisation for run time and memory usage.
Assessment
The subject is assessed by project work totalling about 20 hours comprising three application programs, including documentation and demonstration of their use.
Lecturer 1h Н М MaIano
421-404 AGRICULTURAL ENGINEERING - Preliminary Studies Semester 1 or 2 (18 hours)
Objectives
To provide students with an understanding of the physical properties of soil and sod-water needed for graduate study in water resources subjects. At the completion of this subject students should be ready to study the modelling of surface and groundwater flows and to comprehend the effect of plants on the water held in the soil.
syllabus
Physical properties of soil and sod-water.
Assessment
One one-hour written examination.
Lecturer Dr H M Malaio
421-414 CIVIL ENGINEERING - Preliminary Studies Semester 1 or 2 (24 hours)
Objectives
To enable students to synthesise structural forms with an appreciation for the effect of their decisions on the reliability of the structure. At the completion of this subject students should understand the function of the various types of standards used in structural engineering and their limitations.
Syllabus
The philosophical bases of civil engineering design in moders materials.
Staпdardisatiоп, codification and reliability.
system.
Syllabus
A design project in hydraulic systems.
Assessment
ß
A design report of not more than 40 pages on the set project.Lecturer Dr I C O'Neill
421
-
418 GEOМECHANICS-
Preliminary StudiestQ
Semester 1 or 2 (18 hours)Objectives
To exercise students in carrying out the design of a foundation or other soil
tli
structure.rr
SyllabusC
A design in geotechnical engineering supported by laboratory classes in soil testing.r
Assessment
One two-hour wńtten examination (75%). One 1000-word report (25%).
Lecturer
Associate Professor D S Mansen
b.
421-415 STRUCTURES - Preliminary Studies Semester I or 2 (24 hours)Objectives
To exercise students in carrying out the design of structural elements in one or tlL more of the main structural materials: steel, reinforced concrete and timber.
Syllabus
r,7 Design of structural elements in steel, reinforced concrete or timber.
Assessment
Lecturer
Associate Professor D S Mansell
421
-
416 TRANSPORT-
Preliminary StudiesG
Semester 1 or 2 (18 hours)=
Objectivesy
To exercise students in carrying out the design of a particular facility ia traffiс, roads or transport systems.~
SyllabusA design project in traffic, roads or transport systems.
в ..
Assessment
A design report of not more than 40 pages on the set project.
W
Lecturer
Ć
Associate Professor D S ManselltZ
O
421-417 HYDRAULICS - Preliminary Studies Semester 1 or 2 (24 hours)436
-
480 MANUFACTURING-
Preliminary Studies Semester 1 (15 hours)Objectives
To provide an introducton to the fundamental principles, objectives ad performance characteristics of a wide range of manufacturing processes to ensure that manufacturing aspects are given due consideration in engineering design studies and as a preparation for more advanced studies of manufacturing processes in later years. Students should understand the basic principles of some major methods of shaping components, the variables affecting the performance of process and the process capabilities.
Syllabus
The relationship between engineeńng/science and manufacturing processes.
Introduction to the principles, performаcе charactenstics and process selection of a range of manufacturing processes.
Assessment
laboratory reports and assignments totalling not more than 50 pages. The weighting of components of the assessment will be announced at the start of the semester.
Lecturer Mr E C Colville
436
-
481 INDиSтR1AL ADMINISTRATION - Preliminary Studies Semester 1 or 2Objectives
To introduce students to the human elements in organisational behaviour so that subsequent studies of manufacturing management are informed by an appreciation of the reactions of human pasiicipants.
Syllabus
Reactions of indisiduals and groups to organisation. learning, personality, motivation, group dynamics, communication and power and social effects of dfinge.
Assessment
A two-hour paper and a group assignment of about 2000 words.
Lecturer
ф Objective' Mr E C
ColvilIe
To exercise students in carrying out the design of a particular aspect of a hydraulic
436
-
482 INDUSTRIAL ENGINEERING-
Preliminary Studies Semester 1 (48 hours)Objectives
To give students an understanding of the mathematical tools needed for operations planning in the manufacturing process.
Syllabus
General optimisation methods. Free and constrained systems. Simplex method for linear programming, duality theory. Non-linear programming systems. Dynamic programming.
Assessment
One two-hour wńtten examination paper. Assignments to a total of 20 pages. The weighting of components of the assessment will be announced ai the start of the semester.
Lecturer ir E C Colville
436
-
484 MECHANICAL ENGINEERING-
Preliminary Studies Semester 1 (24 hours)Objectives
To help students develop an understanding of the laws of thermodynamics and physical thermodynamic property relationships and to apply these principles to engineering systems. On completion, students should be able to: apply die first law of thermodynamics for non-flow and steady-flow processes; understand the second law of thermodynamics and the limitations to thermodynamic processes; formulate equations for process performance and cycle efficiency; carry out combustion analysis.
Assessment
A design report of not more than 40 pages on the set project and not more than 20 pages of laboratory reports. Weighting of components will be announced at the start of the semester.
Lecturer Mr J Styles
Syllabus
Fundamental concepts алд laws of йermodynantics. Carnot pńnciple. Clausius' inequality. Direct and revеrsed heat engines. Absolute temperature, thermal and ыsentropic emdencies. Thermodynamic properiies of ѕubѕапсеѕ.
Assessment
One two-hour wrtten examinanion paper.
Lecturer
Associate Professor H C Watson
436
-
485ERMODYNAMICS-
Preliminary Studies Semester 1 (33 hours)Objectives
Students to understand the bases of thermodynamic plant design, to comprehend the benefits and costs of refinements in design of the process and/or working fluid and to appreciate the complements of real plant performance evaluation.
Syllabus
Vapour and gas cycles for power and refńgeration. Steam and gas turbine plant.
Reciprocating and rotary expanders and compressors. Heat and mass transfer processes including steady state conduction. Free and forced convection. Radiatiоп.
Assessment
One two-hour examination paper.
Lecturer
Associate Professor H C Watson
436
-
486 SOLID мEсHANICs-
Preliminary studies Semester 1 or 2Objectives
To apply the fundamental equations of mechanics to various engineering design problems of practical importance. Students completing the course should be able to model a complete structure as a number of elementary components and алafyse each component so as to determine failed loads and deformations of the complete structure.
Syllabus
Pressure vessel design, rotating machinery, thin plates and sheets and structural modelling and analysis.
Assessment
Øratory, tutorial work, assignments and tests of up to 3000 words; a 90-minute paper.
Lecturer ТВА
436-487 ENGINEERING MATERIALS - Preliminary Studies Semester 1 (24 hours)
Objectives
To develop an elementary understanding of the nature and behaviour of engineering materials, during their processing and in service. The course will be closely linked to the lectures in Engineering Design and in Manufacturing Processes, where the understanding of materials can be developed for use in engineering practice.
Syllabus
The elastic behaviour of materials. The physical basis for elastic behaviour. Inelastic and visco-elastic behaviour. Plastic deformation in crystalline and поп-crystalline solids.
Assessment
One one-hour written examination paper.
Lecturer
Associate Professor D S Mапsell
436
-
490 FLUID MECHANICS-
Preliminary Studies Semester I or 2Objectives
To help students develop an understanding of the principles and methods of classical hydrodynamics. Ibis course will provide students with the tools and techniques for solving two-dimensional flow problems. Analysis and design of fluid-flow machinery such as pumps will also be introduced
Syllabus
Classical hydrodynamics; stream functions; circulation; voracity; velocity potential;
complex potential; conformal transformations; two-dimensional and three-dimensional vortex motions; fluid machinery and devices.
Assessment
Laboratory, tutorial, assignments and tests of up to 4000 words or equivalent; a 90- minute examination paper.
Lecturer ТВА
436-491 ENERGY - Preliminary Studies Semester 1 or 2
Objectives
To Introduce students to the techniques available for the analysis of Industrial problems involving heat transfer and to develop an appreciation of the major items of heat transfer equipment. On completion of the subject students should be able to make quantitative predictions of the heat transfer rates and hence equipment specification for a wide variety of industrial tasks.
Syllabus
Heat transfer. Heat conduction in a plane, cylindrical and extended surface bodies.
Conduction in combined bodies. Unsteady heat conduction, heat sources and sinks.
Convection, thermal and velocity boundary layers. Dimensionless variables.
Reynold's analogy. Heat exchangers. Radiation heat transfer.
Assessment
Laboratory, tutorial work, assignments and tests up to 3500 words; a 90-minute paper.
Lecturer ТВА
451-454 GEODESY - Preliminary Studies Semester 1 (85 hours)
Objectives
To give an understanding of theories and the limitations of selected procedures associated with advanced measurement science.
Syllabus
Geodesy: convergence of meridians; settIng out parallels of latitude; Legendre's Theorem; reduction of E.D.M. lines to the spheroid; calculation of geographical coordinates kom azintuOi and distance on spheroid; calculation of azimuth and distance from geographic coordinates; trigonometric levelling. Astronomy spherical trigonometry; astronomic phenomena observations for latitude, longitude and azimuO; effect and compensation of error in observations and reductions.
Assessment
One three-hour written paper and one one-hour test The test will be held in dass time. Reports on practice lasses and assignments to a total of 30 pages. Weighting of components will be announced at the start of the semester.
Lecturer Mr F) Leahy