<strong>SYNOPSES</strong>topics covered include mechanical testingof materials which include tensile, flexural,impact, hardness and creep.CP4086Laboratory ManagementProvides students with the theoreticalknowledge and practical skills in laboratoryquality control and management techniquesfor effective work in a chemical laboratory.Case studies of laboratory audits will beused to enhance students’ understandingof the operation of an ISO17025accredited laboratory.CP4087Water-Soluble PolymersProvides students with knowledge of thetypes, properties, characterisation andapplications of common industrialwater-soluble polymers.CP4088Materials in PracticeCovers material properties and test methods.Students are also given broad-basedknowledge on traditional materials likemetals, ceramics, polymers and compositesand their applications.CP4094The Art & Science of ColoursProvides students with basic knowledge inthe science and technology of colours withan appreciation of psychology and physiologyof colours.CP4095Personal Care &Cosmetics ChemistryProvides an overview of the cosmeticsindustry, the different types of cosmeticproducts, their chemistry, applications,formulations, safety and legislation, andmethods of analysis and quality assurance.CP4096Microelectronics ChemistryProvides essential knowledge on superclean room, vacuum/thin film depositiontechnology, production of ultra-pure water/solvents/gases, ultra-pure reagent analysistechniques, and surface micro-contamination/corrosion studies. It also gives an overviewof wafer fabrication process. Specialisedlaboratory provides students with theopportunities to operate/maintain a superclean room and to handle sophisticatedequipment that are used to generate,analyse and monitor ultra-pure substances.This will provide students a mind-set anddiscipline that will be required for workingunder more stringent working conditionsand environment.CP4098Forensic ChemistryProvides students with laboratory skillsand theoretical knowledge of forensicchemistry. Also provides students with thecapability for developing problem-solvingskills and encouraging students to think andlearn independently.CP4099Display Technology& NanoscienceProvides students with the essentialknowledge and basic understanding ofadvanced flat panel display technology.Includes operating principles of liquidcrystal displaying colours, structures andmanufacturing process of colour thin filmtransistor liquid crystal display, carbon nanotube-field emission displays, organic lightsemitting diodes and plasma display panelsand the properties of the materials of thecomponents which make up the flat paneldisplays. It equips students with the scientificand technical foundation for nanoscience.CP4100NanomaterialsProvides a basic understanding ofnanotechnology, the current and potentialuses of nanomaterials and their impact onour society. Students will be introduced tothe different types of nanomaterials theirpreparation, characterisation and applications.CP4101Graphics & Mould DesignDevelops the student’s ability to create andinterpret engineering drawings through theuse of computer graphics and sketchingas well as to provide students with theknowledge of plastic injection mould design.CP4102Advanced Physical ChemistryAims to expand on the student’s knowledgeand understanding of the states of matterand phase diagrams, electrochemistry andelectrolysis, chemical thermodynamics,equilibrium systems comprising chemical,solubility and phase equilibria, andphysicochemical principles relating to modernspectroscopic methods of analysis.CP4103Advanced Organic ChemistryProvides students with knowledgeof functional group transformation;disconnection approach to synthesis;stereochemistry and reaction mechanisms;basic theory and applications of spectroscopicmethods in organic chemistry, such as IR, MSand NMR. It aims to strengthen students’fundamental knowledge in organic chemistryso that students are able to explain importantreaction pathways, devise organic synthesesand elucidate organic compounds withacquired advanced instrumental data.CP4105Specialty Chemicals & BiodevicesProvides students with the essentialknowledge on clean room technology,the fabrication of silicon and biodevices,their applications in microactuators anddrug delivery, the production of ultra-purewater/specialty chemicals/specialty gases,ultra-pure reagent analysis techniques, andsurface micro-contamination studies. It alsoprovides students with an awareness of theneed for ultra-high purity in the productionprocess. Students have opportunities tooperate/maintain a clean room and to handlesophisticated equipment. They will have amind-set and discipline that will be requiredfor working under more stringent workingconditions and environment.CP4106BiomaterialsProvides students with fundamentalknowledge on the types, properties andapplications of biomaterials in the medicalindustry with emphasis on implants,hydrogels, drug delivery systems andbiocompatibility of biomaterials used in thehuman body.CP4107ElastomersProvides students with basic knowledgeof conventional rubbers, thermoplasticelastomers and elastomeric alloys used inautomobile, electronic medical applications.Topics include the choice of elastomers,rubber additives, testing methods and rubbercompound design.CP4108Basic Mould DesignProvides students with practical andtheoretical knowledge on key concepts andprinciples on basic plastic injection moulddesign. Tutorials will focus on sketching ofvarious types of moulds in the lab to guidestudents in understanding the application ofdesign concepts.262 <strong>Singapore</strong> <strong>Polytechnic</strong> Prospectus 2008/2009
<strong>SYNOPSES</strong>CP4109Fuel Cells & Biomass SystemsFamiliarise students with technology ofhydrogen fuel cells and other energy storagemeans. Students will learn the principles offuel cells and operation of five typical cellssuch as alkaline proton exchange membranefuel cell, direct methanol fuel cell, phosphoricacid fuel cell, molten carbonate fuel cell andsolid oxide fuel cell. The applications of fuelcells in a clean energy system will bediscussed. Students will be also providedwith an overview of organic chemistryto understand biomass sources and theircontent. Types of biomass and methods ofenergy extraction from biomass sourceswill be addressed. Use of biomass and theenvironmental issues will be also discussed.CP4111Basic NanotechnologyProvides a basic understanding ofnanotechnology, the current and potentialuses of nanomaterials and their impact inour society. Students will be introduced tothe different types of nanomaterials, theirpreparation, characterisation and applications.Case studies will focus on current researchactivities and avenues for new areas ofapplications.CP511ZProduct Design & DevelopmentProvides students with the essential skillsand techniques in ideation and prototypedevelopment conducted at the conceptualphase of product design using chemicalengineering principles.CP512ZProjectEnables application and integration of theknowledge and skills acquired throughout thecourse to solve practical problems involvingplant and equipment design, experimentalanalysis, process simulation or applied R&D.Students work in small groups under thesupervision of a lecturer. Assessment is by incourseassessment and project seminar.CP5006Environmental EngineeringProvides students with an understandingof the fundamentals of air, land and waterpollution as well as the technology forcontrol. Noise pollution and the treatment ofhazardous waste are also covered alongsidean introduction to local environmentallegislation and the ISO14001 environmentalmanagement system.CP5007Fluid Mechanics ACovers the fundamental concepts of fluidflow. Starting from a discussion of Newtonianand non-Newtonian fluids, continuityequation and mass/energy balances, studentsare gradually introduced to the use ofBernoulli’s and Darcy’s equations to solvingfluid flow problems. Subsequently, they areintroduced to concepts of losses caused byskin and form friction. Students are alsoexposed to sizing series and parallel pipesnetworks. Extensive laboratory practices areintroduced to reinforce and enhance theirunderstanding in lectures and tutorials.CP5008Heat Transfer & EquipmentProvides students with fundamental principlesof heat transfer by conduction, convectionand radiation, including various phenomenalike evaporation, condensation and boiling.Several industrial applications are introducedwith particular emphasis on evaporators andshell-and-tube heat exchangers. Studentslearn about equipment selection, sizing andoperation through tutorial exercises andextensive laboratory work.CP5009Chemical Reaction EngineeringProvides students with fundamentals ofchemical kinetics and reactor design. Inchemical kinetics, factors affecting therate of reaction and the determinationof rate equation are discussed. In reactordesign, various types of industrial reactorsare introduced and the development ofdesign equations and sizing of reactors arecovered. This is complemented by extensivepractical work.CP5010Fluid Mechanics BProvides students with a fundamentalunderstanding of the operating principles,design and specification of fluid transferequipment with emphasis on problemsolving and practical applications. The topicsinclude pumps and compressors, mixers andsteam turbines.CP5015Mass Transfer in Unit Operations AProvides students with an understandingof the principles of distillation and gasabsorption. The module strives to inculcate instudents a logical approach to column design,column operations and problem solving. Italso serves as a foundation for advancedcolumn design via computer simulation. Topicscovered include vapour-liquid equilibrium,simple distillation, design of batch andcontinuous distillation units using McCabe-Thiele method, and the design of tray andpacked columns for gas absorption.CP5017Mass Transfer in Unit Operations BProvides students with an in-depthunderstanding of some important masstransfer operations such as crystallisation,drying of solids, liquid-liquid extraction andleaching. The module also allows students toanalyse and design mass transfer equipmentand to have hands-on experience in operatingvarious pilot plants.CP5018Corrosion & Materials SelectionProvides students with understanding onchemical principles, causes, and preventivemethods of corrosion for metals. Materialsselection for process equipment used indifferent process industries is also discussed.CP5021Polymer Materials EngineeringGives students a good understanding ofthe structure, properties and applicationsof common polymer materials used in theprocess industries. Topics covered includepolymer characterisation and testing,various shaping processes and principlesof good plastic product design. Practicalsreinforce lectures.CP5023ThermodynamicsProvides students with an understanding ofthe thermodynamic principles of physicalprocesses and applications in chemical andpharmaceutical industries. It covers thebasic concepts of thermodynamics andthe application of First and Second Law ofthermodynamics. Cyclic processes such asCarnot cycle and Rankine cycle are discussed.The basic concept of Phase Equilibriumand Chemical Reaction Equilibrium are alsoincluded to enhance students’ understandingof the relationship among variables describingsystems at equilibrium.CP5027Pharmaceutical PackagingProvides students with the principles andconcepts of pharmaceutical packagingtechnology. It includes packaging of drugs,packaging types and materials, spoilagemechanism, sterilization of packages,packaging lines operations, printing, labeling,bar-coding, child resistance and tamperevidence packaging, package testing andcGMP. The laboratory sessions will enable<strong>Singapore</strong> <strong>Polytechnic</strong> Prospectus 2008/2009 263