工商管理专业英语unit.ppt

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1、Business School of Nankai University,作者：南开大学 商学院 李桂华,Unit FourDeveloping Quality and Competitive Advantage,Business School of Nankai University,Glossary,innovative:adj.Marked by or given to innovations.革新的，创新的optimize:v.To make as perfect or effective as possible.使最优化使尽可能地完善或有效usher:v.To precede and

2、 introduce;inaugurate:宣告，展示介绍；开始，开创：exotic:adj.Intriguingly unusual or different;excitingly strange:异乎寻常的；奇异的：strenuous:adj.Requiring great effort,energy,or exertion:艰巨的需要巨大努力，能量或投入的：hazardous:adj.Marked by danger;perilous.带有危险性的；危险的navigational:adj.The act or practice of sailing,or of piloting an a

3、ircraft.导航的artificial intelligence:The ability of a machine to perform those activities that are normally thought to require intelligence.人工智能,Business School of Nankai University,Glossary,prototype:n.An original type,form,or instance that serves as a model on which later stages are based or judged.

4、原型chassis:n.The rectangular steel frame,supported on springs and attached to the axles,that holds the body and motor of an automotive vehicle.底盘carousel:n.A circular conveyor on which objects are displayed or rotated旋转式传送带 profitable:adj.Yielding profit;advantageous or lucrative.有利可图的outmaneuver:v.T

5、o overcome(an opponent)by artful,clever maneuvering.智胜在机智、谋略上胜过（对手）tenant:n.One that pays rent to use or occupy land,a building,or other property owned by another.佃户medieval:adj.Relating or belonging to the Middle Ages.中世纪的CEO:Chief Executive Officer 执行总裁,Business School of Nankai University,Key Ter

6、ms and Concepts,Production and operations management(POM)生产和运作管理 is the coordination of an organizations resources for manufacturing goods or producing services.Like other types of management,POM involves the basic function,of planning,organizing,leading,and controlling.It also requires careful cons

7、ideration of the companys goals,the strategies for attaining those goals,and the standards against which results will be measured.mass customization 大规模定制（生产）using mass production techniques to produce customized goods.The companys next goal is to use batch-of-one manufacturing,in which every produc

8、t is made to order from scratch and virtually no standard inventory is kept on hand.,Business School of Nankai University,Key Terms and Concepts,Computer-Aided Design and Engineering 计算机辅助设计和施工computer-aided design(CAD)is the application of computer graphics and mathematical modeling in the design o

9、f products.A related process is computer-aided engineering(CAE)is the use of computer-generated three-dimensional images and computerized calculations that allow engineers to test products.,Business School of Nankai University,Key Terms and Concepts,Computer-Aided Manufacturing 计算机辅助制造-The use of co

10、mputers to control production equipment is called computer-aided manufacturing(CAM).In a CAD/CAM system,computer-aided design data are converted automatically into processing instructions for production equipment to manufacture the part.This integration of design and production can increase the outp

11、ut,speed,and precision of assembly lines,as well as making customized production much easier.In addition,the latest CAD/CAM software allows company departments to share designs and data over intranets and the Internet,enabling geographically dispersed departments to work together on complex projects

12、.,Business School of Nankai University,Key Terms and Concepts,Flexible Manufacturing System(FMS)灵活制造系FMS is a manufacturing system which links numerous programmable machine tools by an automated material handling system of conveyors or AGVs.The system is controlled by a central computer network.With

13、 flexible manufacturing,changing from one product design to another requires only a few signals from the computer.Each machine changes tools automatically,making appropriate selections from built-in storage carousels that can hold more than 100 tools.In addition,the sequence of events involved in bu

14、ilding an item can be completely rearranged.,Business School of Nankai University,Text,The managers at Harley-Davidson faced the same situation that managers around the world are facing today.The extremely competitive nature of the global business environment requires companies to produce high-quali

15、ty goods in the most efficient way possible or else be shredded by the competition.In almost every industry you can name,this global challenge has caused companies to reexamine their definition of quality.High efficiency,few defects,fast production,low costs,excellent customer service,broad market r

16、each,innovative products and processes,less waste,and high flexibility are all objectives that improve quality by adding value to the good or service being produced.Companies pursue these objectives in order to maintain competitive advantage.And as Harley-Davidsons managers learned,the level of qual

17、ity that a company aspires to is a strategic decision that affects the production process.,Business School of Nankai University,Text,Production is the transformation of resources into goods or services that people need or want.At the core of production is the conversion process,the sequence of event

18、s that convert resources into products.The conversion process can be diagrammed simply:,Input,transformation,output,Business School of Nankai University,Text,This formula applies to both intangible services and tangible goods.For example,for a taxi cab company to serve its customers,tangible and int

19、angible resourcesthe cab,the drivers skill,the fuel,and a passengerare transformed into the intangible service of transporting the customer to the destination.For a shirt maker to produce a shirt,the resources that are convertedcloth,thread,and buttonsare tangible and so is the outputthe shirt.,Busi

20、ness School of Nankai University,Text,Conversion is of two basic types.An analytic system breaks raw materials into one or more distinct products,which may or may not resemble the original material in form and function.In meatpacking,for example,a steer is divided into hide,bone,steaks,and so on.A s

21、ynthetic system combines two or more materials to form a single product.For example,in steel manufacturing,iron is combined with small quantities of other minerals at high temperatures to make steel.,Business School of Nankai University,Text,Production and operations management(POM)is the coordinati

22、on of an organizations resources for manufacturing goods or producing services.Like other types of management,POM involves the basic function,of planning,organizing,leading,and controlling.It also requires careful consideration of the companys goals,the strategies for attaining those goals,and the s

23、tandards against which results will be measured.,Business School of Nankai University,Text,POM is growing as one of the business worlds most dynamic areas of specialization.For one thing,it is becoming the focus of many companies efforts to improve quality and competitiveness.The field is challengin

24、g because(1)it is undergoing rapid change;(2)it involves many activities,from interpreting market research(determining what kinds of goods and services should be produced)to production planning and control of the production process;and(3)it applies to all kinds of companies,regardless of size or pro

25、duct.As a result,POM is enjoying a surge in popularity as a business career track.,Business School of Nankai University,Text,Understanding the Evolution of Production Throughout most of human history,people have sought ways of improving production efficiencylowering costs by optimizing output from e

26、ach resource used in the production process.Consider the feudal system,the political and economic system of medieval Europe in which lords rented land and gave protection to their tenant farmers in exchange for a portion of their output.Production under the feudal system provided a more efficient di

27、vision of labor than nomadic life or small tribal settlements.,Business School of Nankai University,Text,Later,a series of technological advances in eighteenth-century England brought about even more efficient production and ushered in a period known as the Industrial Revolution.The first of these t

28、echnological advances was mechanization,the use of machines to do work previously done by people.Adding to mechanizations efficiency was standardization,or the production of uniform,interchangeable parts.This development eliminated the need to craft products one at a time,and it reduced the level of

29、 skill that workers needed to produce many goods.,Business School of Nankai University,Text,In the early twentieth century,Henry Ford was a big fan of standardization.He once commented that customers could have any color car they wanted as long as it was black.Ford also introduced the technological

30、advance with the most wide-ranging influence,the assembly line,which involves putting a product together as it progresses past a number of workstations where each employee performs a specific task.,Business School of Nankai University,Text,As manufacturers became more adept at integration mechanizat

31、ion,standardization,and the assembly line into the production process,they turned their attention toward eliminating as much costly manual labor as possible through automation,the process of per-forming a mechanical operation with the absolute minimum of human intervention.In automated production,pe

32、ople put the machines into operation,monitor or regulate them,and inspect their output.Beyond that,the machines do the work.These four advances in production efficiency allowed for the development of mass productionmanufacturing uniform goods in great quantities.Mass production reduces production co

33、sts and makes products available to more people.Some service companies also use mass production techniques.For example,fast-food chains,hotels,accounting firms,car-rental agencies,and even some real estate firms mass-produce their services through standardized and automated procedures.,Business Scho

34、ol of Nankai University,Text,Even though mass production has several advantages,the competitive pressures of the global economy often require production techniques that are more flexible,customer focused,and quality-oriented.Sometimes these techniques replace traditional mass production,and sometime

35、s they simply improve on it.Consider Andersen Windows.Throughout its long history,Andersen made a range of standard windows in large batches.However,in the early 1990s customer demands and an increasing error rate caused Andersen to rethink the way it builds windows.To better meet customer needs,the

36、 company developed an interactive computer catalog that allows customers to add,change,and remove features of Andersens standard windows until theyve designed the windows they want.,Business School of Nankai University,Text,The computer then automatically generates a price quote and sends the order

37、to the factory,where standardized parts are tailored to customer specifications.The company now offers close to 200,000 different products and is virtually error free.Andersens new production system is known as mass customizationusing mass production techniques to produce customized goods.The compan

38、ys next goal is to use batch-of-one manufacturing,in which every product is made to order from scratch and virtually no standard inventory is kept on hand.Andersen is already achieving this in one factory that makes customized replacement windows.,Business School of Nankai University,Text,Improving

39、Production Through Technology Managers at Andersen Windows strive for quality production.They are able to achieve their goals for flexibility and customer service partly as a result of recent advances in production technology.In fact,together with innovative management,technology is making productio

40、n a strategic weapon in gaining a competitive advantage.,Business School of Nankai University,Text,Today more and more U.S.companies are refitting and reorganizing their factories to improve efficiency and productivity.The most visible advances in production technology are computers and robotsprogra

41、mmable machines that work with tools and materials to perform various tasks.Although industrial robots may seem exotic,like some science fiction creation,they are quite common and are really nothing more than smart tools.Industrial robots can easily perform precision functions as well as repetitive,

42、strenuous,or hazardous tasks.For instance,Toyota uses robots to handle jobs that are dirty and noisy(such as sanding car bodies)as well as delicate tasks(such as aligning car hoods with engine compartments).In fact,more than any other industry,car companies use robots for painting,welding,and moving

43、 objects from one specific place to another nearby(known as pick and place functions).Other uses for robots include testing electronics and even assisting with surgery.,Business School of Nankai University,Text,Another type of robot is the automated guided vehicle(AGV)a driverless,computer-controlle

44、d vehicle that moves materials from any location o the factory floor to any other location.Although an AGVs movements must be preprogrammed,some robots are being given limited artificial intelligence that enables them to make certain decisions.AGVs will probably lead to robots with navigational capa

45、bilities,which will enable them to move under their own power of direction.Hospitals,security companies hazardous-material-disposal companies,and the military are all currently using mobile-robot technology.,Business School of Nankai University,Text,Computer-Aided Design and Engineering The starting

46、 point for all production is product design.Widely used today is computer-aided design(CAD),the application of computer graphics and mathematical modeling in the design of products.A related process is computer-aided engineering(CAE),The use of computer-generated three-dimensional images and compute

47、rized calculations that allow engineers to test products.With CAE,engineers can subject proposed products to changing temperatures,various stresses,and even simulated accidents,without ever building preliminary models.Moreover,the virtual reality capability of todays computers even allows designers

48、to see and feel how finished products will look and operate before physical prototypes are built.,Business School of Nankai University,Text,Using computers to aid design and engineering saves time and money because revising computer designs is much faster than revising hand-drafted designs and build

49、ing physical models.In addition,designs can be adapted more easily to other products.All of this leads to better overall product quality.For example,when Boeing engineers designed the new 777 airplane,they corrected problems and tried out new ideas entirely on their computer screens.Digitally pre-as

50、sembling the 3 million parts of the 777 allowed Boeing to exceed its goals for reducing errors,changes,and rework.Thanks to computers and other technology.A product can now be perfectedor a bad idea abandoned before production even begins.,Business School of Nankai University,Text,Computer-Aided Man