SYNOPSES - Singapore Polytechnic

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SYNOPSESET0311Building Automation SystemsProvides an integrated system approach tounderstanding Building Automation Systemsand their applications to building services.It covers the architecture, communicationmethods, and application software of modernbuilding automation systems, and providesgood working knowledge of how to specify,design, install, commission, operate, andmaintain a Building Automation System.Application areas will include air-conditioningsystems, fire detection and alarm systems,security systems and other essential buildingservices. The lectures will be complementedby hands-on training sessions in the BuildingAutomation System Application Centre.ET0312Electrical Services DesignProvides students with an in-depthunderstanding and design methodology ofthe various electrical building services. Inparticular, the module will cover the design,specifications and selection of electricalinstallation, EIB system, lighting system andlightning protection system. Relevant Actsand Regulations governing the design ofthese various electrical services will also bediscussed in detail in the module.ET0313Intelligent Instrumentation& Measurement SystemsProvides students with a comprehensivecoverage on the area of instrumentation andmeasurement systems, with an emphasis oncomputer based modern instrumentationsystems. In addition to the traditionalareas of instrumentation like sensors andtransducers, controllers and control valves,signal conditioning and recorders, this modulewill also cover some major developmentsin intelligent instrumentation includingGPIB interfaced instruments, discrete signalconditioning and data conversion board andbus based instruments.ET0314Automation & ProgrammableController ApplicationsIntroduces the basic concepts and latestdevelopment in programmable controllertechnologies used in automation applications.Topics include structure of PLC, ladderdiagram programming, control system design,advanced instruction sets, intelligent I/Omodules, local area networks, supervisorycontrol and data acquisition in PLC systems.ET0315Digital & Advanced ControlTeaches modern control theories and therole of digital computers in process controlsystems. Topics include sampled-data control,direct digital control, supervisory control,distributed control, state-space method,multivariable, optimal, stochastic andadaptive systems.ET0316Process Control EngineeringProvides an integrated system approach to theunderstanding of behaviour of process controlsystems. Operation and behaviour of practicalprocess control systems are emphasised.Topics include controller characteristics,dynamic behaviour of process control loops,multi-loop control and non-linear system.ET0317Power Transmission & DistributionProvides students with an insight into theareas of designs and roles of electricitytransmission and distribution. Also enablesthem to understand the principles ofoperation of various types of bus bararrangements, network configurationsand high voltage equipment includingswitchgears, cables and reactive power andvoltage compensation devices. Over voltagesand voltage transients in power systems andthe concept of insulation coordination forhigh voltage equipment are introduced. Theapplication of computer and CAD softwarepackages to carry out electrical design anddrafting will also be included.ET0318Computer Methods forPower System AnalysisStudents will learn techniques and algorithmsfor the formulation of network matrices forpower system analysis such as power systemfault studies for symmetrical and unsymmetricalfaults, load flow studies and transient stabilityanalysis. Emphasis is on the application ofcomputer methods for solution of theseproblems. Interpretation and use of resultsto specify circuit breaker ratings and relayingsystems, methods of reinforcing and improvingsystem security and stability will be included.ET0319Power System ProtectionStudents will learn the principles of relayoperation and their applications to theprotection of specific system elements. Overcurrent, directional, differential, pilot anddistance protective relays will be described.Calculation of relay settings for the differenttypes of relays will be explained. Also includedare the principles of digital/numerical relayingand their applications. Application practices,and methods of testing and commissioningprotective schemes are also covered.ET0320Power System Planning & ControlAn introduction to the engineering andeconomic factors involved in planning,operating and controlling power systems.Topics include planning procedures forlarge utilities and industrial power systems,reliability and contingency analysis,economic studies and financial analysis andcomputerised Supervisory Control and DataAcquisition (SCADA) systems. Developingtrends and the use of Artificial Intelligencein a computerised power system will alsobe discussed.ET0321Power Semiconductor Devices& Converter TechnologyIntroduces students to the overview of themain characteristics, protection and drivecircuit concepts for power semiconductordevices such as power diodes, thyristors, BJT,power MOSFET and IGBT. The students willalso learn advanced concepts of naturally andself-commutated converters such as phasecontrolled on verters, choppers and inverters.ET0322Power SupplyApplications of ConvertersIntroduces students to the various typesof power supplies for industrial and utilityapplications. Optimising of the interface withpower electronic systems will also be covered.ET0323Industrial Drives & Motion ControlProvides knowledge to students on thepractical aspects of industrial drives. Thetopics cover DC Drives, AC Drives, Step MotorDrives and their applications, Motor sizing,protection and drive system installation.ET0324Digital Control of DrivesGives students a good background knowledgeof microprocessor systems used to controlac industrial drives. The module will describebasic digital control algorithms used in acdrive systems. The various stages in the designof digitally controlled drives will be explained.The topics will cover the basic principles ofdigital control systems, Z- transforms, digitalcontrol systems hardware and microprocessorbasedac drive.280 Singapore Polytechnic Prospectus 2008/2009
SYNOPSESET0326Signals & SystemsIntroduces the concepts of signals andsystems, both continuous and discrete-time,and to develop an analysis framework using anumber of important mathematical operationsand transformations. The students will learnthe detailed concepts of signal representationand their characteristics. Various tools forsignal transformation and analysis willbe presented.ET0327CommunicationsIntroduces the key concepts associated withthe processes of transmission and receptionof information carrying signals within acommunication network. Students willlearn about different transmission channels,their parameters, examples of differentnetworks and traffic types. Details of variousmodulation techniques, their performancecharacteristics followed by details ofmultiplexing will be presented.ET0328Data CommunicationsIntroduces the key concepts associatedwith the transport of digital informationover communication channels. The roleand characteristics of such communicationchannels will be presented with the discussionon the types of data communication networksavailable (wide and local area, fixed andwireless). The challenges associated withconveying information over channels subjectto a variety of channel effects, the exactnature of digital information (data) and thedemands it places upon any communicationchannel, the key characterising parametersof a generic digital communication channel,and the principles behind important source,channel and line coding techniques will alsobe presented.ET0329Interfacing TechniquesAllows students to gain practical design,implementation and test experience of thetechniques required to create combinedhardware/software systems; to build studentawareness of the economic and time-tomarketaspects of embedded system designand to develop group-working skills.ET0330VHDLPrepares students for a new era in electronicdesign where more functionality is requiredon a single integrated circuit (IC). Reusablevirtual components or intellectual property(IP) cores described by a hardware descriptionlanguage (HDL) such as VHDL, which areessential to design success as the industrymoves towards complete systems-on-chip(SOC), will also be presented.ET0331Electronics CAD ProjectEquips students with the skills to carry outelectronic state machine design. The modulehas a strong practical element. Basic reviewof various logic methods will be presentedfollowed by analysis of state machines withpractical simulations. The students will learnthe state machine designs and review ofcommon hazards and pitfalls in design.ET0332Integrating StudiesReinforces students’ working knowledgeand conceptual understanding of the lecturematerial of all modules through experimentalinvestigation; to provide opportunities toapply their knowledge to design tasks and tosolving practical problems through more openended project work and to further developtheir management and communications skillsthrough small group working.ET0333Analogue ElectronicsIntroduces the principles of amplifier design.The students will learn high-frequencymodelling of devices, equivalent circuits, andautomatic gain control with examples of RFand video amplifiers. They will also learnabout the noise sources in electronic systems,their equivalent circuits, noise models ofdevices, noise figures and practical guidelinesfor low noise design.ET0334ElectromagneticsIntroduces propagation and transmission of(a) electrical signals on bounded transmissionsystems and (b) electromagnetic waves infree space and in insulating and conductingmaterials, and to promote understandingof the fundamentals involved in manyengineering applications – ranging from DC tooptical frequencies and as used in power andelectronic systems.ET0335Measurement & Feedback SystemsAims to develop techniques for systemmodelling based on block diagrams andtransfer functions and to use such techniquesin the context of analysis and design; tointroduce students to instrumentationand measurement as an interdisciplinaryengineering activity and to be able toexplain the basic principles of feedback andcontrol systems.ET0416EMI/EMCProvides students with knowledge ofelectromagnetic interference (EMI) andelectromagnetic compatibility (EMC). Itprovides a sound basis for the applicationof design procedures to achieve EMCcompliance in electronic products. Topicscovered include capacitive coupling, inductivecoupling, common impedance coupling,grounding, characteristics of practical passivecomponents, filtering, digital circuit emissioncontrol and electrostatic discharge. Someimportant EMI/EMC standards and relatedtest procedures will be covered.ET0420Quality & ReliabilityProvides the fundamental of two veryimportant fields in the area of product designand manufacture. These refer to quality andreliability. Topics include SQC, SPC, controlcharts, reliability concepts, accelerated testingand system reliability. There will also beassignments on TQM, ISO9000, SPC, DOE,COQ and environmental stress testing.ET0421Aircraft Materials &Maintenance PracticesStudents will learn how to read wiringdiagram manuals, interconnection charts andschematic diagrams for aircraft equipmentinstallation. The skills of using aircraftmaintenance and measuring tools will beimparted. Students will also learn aboutthe different types of aircraft materials,corrosion, fasteners, pipes and unions,springs, bearings, transmissions, controlcables, electrical cables and connectors. Thecorrect usage of common aircraft parts suchas fasteners, washers, rigid/flexible pipes,adhesives and greases with safety precautionswill be practised in the workshop. Aircraftmaintenance practices like torque loading,earthing and bonding of aircraft electricalsystems, crimping, making of cable loomsand harnesses will be part of students’workshop training.ET0422PhysicsProvides students with a fundamentalknowledge of Physics required to understandthe principles behind aircraft mechanics andengines. Topics covered include the Theory ofMatter, Mechanics, Thermodynamics, Opticsand Wave Motion & Sound. This module willprovide the foundation for the AeronauticalEngineering Science module.Singapore Polytechnic Prospectus 2008/2009 281
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SYNOPSES - Singapore Polytechnic

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