结构工程师英文个人简历

2024-05-09

结构工程师英文个人简历(精选6篇)

篇1:结构工程师英文个人简历

Personal information:

Name: Yang Hong

Sex: Male

Date of Birth: April 17,1967

Email: *****@mail.*****.net

Mobile: 136*******

Education:

1984.9-1988.8Beijing University of Posts and

Telecommunications

Electronic precision Mechanical EngineeringBachelor

Experience:

.3-.5

IP Terminal Business Department (Chengdu) Datang Telecom Technology

Senior mechanical engineer

● Took charge of mechanical structure designs of IPTV digital entertainment product “Multimedia On Networks System” and “Personal Media Player”

.10-2005.3

Datang Telecom technology Co.,Ltd Optical Communication BranchSenior mechanical engineer/Mechanical structure development team leader/

Mechanical structure department manager

● Took charge of mechanical structure design of “Synchronous Digital Hierarchy (SDH)”

● Took charge of mechanical structure design of “Multi-Service Transmission Platform (MSTP)”, formed schemes of mechanical

structure design, finished detail design of MSTP2.5Gb/s subrack.1988.8-1998.9

The fifth institute of Ministry of Posts and Tele-CommunicationsAssistant mechanical structure engineer/Mechanical structure engineer

● Independently took charge of the mechanical design of Plesiochronous Digital Hierarchy (PDH) series equipment

● Participated in mechanical design of carrier communication amplifier equipments for coaxial cable etc.

Strength:

● Have nearly 17 years experience in mechanical design of Optical Communication products

● Familiar with all kinds of design characteristic of sheetmetal parts, plastic parts, parts of machining by cutting, extrusion parts of aluminium alloys, and relative machining process.

篇2:结构工程师英文个人简历

personal information:

name:yang hong

sex: male

date of birth: april 17,1967

email:*****@mail.*****.net

mobile:136*******

education:

1984.9-1988.8 beijing university of posts and telecommunications

electronic precision mechanical engineering bachelor

experience:

2005.3-2006.5

ip terminal business department (chengdu) datang telecom technology

senior mechanical engineer

●took charge of mechanical structure designs of iptv digital entertainment product “multimedia on networks system” and “personal media player”

.10-2005.3

datang telecom technology co.,ltd optical communication branch

senior mechanical engineer/mechanical structure development team leader/

mechanical structure department manager

●took charge of mechanical structure design of “synchronous digital hierarchy (sdh)”

●took charge of mechanical structure design of “multi-service transmission platform (mstp)”, formed schemes of mechanical structure design, finished detail design of mstp2.5gb/s subrack.

1988.8-1998.9

the fifth institute of ministry of posts and tele-communications

assistant mechanical structure engineer/mechanical structure engineer

●independently took charge of the mechanical design of plesiochronous digital hierarchy (pdh) series equipment

●participated in mechanical design of carrier communication amplifier equipments for coaxial cable etc.

strength:

●have nearly 17 years experience in mechanical design of optical communication products

●familiar with all kinds of design characteristic of sheetmetal parts, plastic parts, parts of machining by cutting, extrusion parts of aluminium alloys, and relative machining process.

●familiar with national and international standards, good at standardizing design of communication equipment.

篇3:结构工程师英文个人简历

Insomeimportantstructures(suchashospital,nuclearpowerplant),the survivalofnon-structural componentsduringanearthquakeeventisnecessary.NSCsaresensitivetolargeflooracceleration,velocity,anddisplacement[1].Whenastructureissubjectedto anearthquakegroundmotion,thestructuremayamplifythismotion and itsflooracceleration maybecome higherthan the peak ground acceleration(PGA).When NSCsare suffering the amplified acceleration andtheirnaturalperiodsareclosetothatofthestructure,thecomponentsmaysufferapeakcomponentacceleration(PCA)whichismuchhigherthanthepeak flooracceleration(PFA)[2].Thebased-isolatedsystem canavoidthedominantperiodofearthquakeand mitigatetheseismicresponsebyadjustingthenatural periodofstructure.Besides,itcoulddissipatetheseis-micenergybythedamping[3].Moreover,thebased-isolatedmechanism changesunderthe effectofsoilstructureinteraction[4].Inviewofthis,themodeanalysismethodiscarriedouttodecouplethebase-isolated system,andtheoperatingcharacteristicofbase-isolateddeviceisdisplayedbynumericalsimulation.

1 Proposedformulation

Considerthen-degree-of-freedom`stick'model ofalinear,classicallydampedprimarysystem support-ingaSDOFNSC alongitspthDOF.Thebased-isolateddevicewassetinthebottom ofprimarysystem,and thefoundationisconsideredtobearigidrectangular slabattachedtothesurfaceofauniformlyvisco-elastic half-space.Thefoundationinputmotionisassumedto bethesameasthefree-fieldgroundmotion,x¨g(t),thusthefree-fieldrockingandtheeffectsofkinematic interactionareassumedtobenegligible.Letthefoundation undergo translation,xb(t),and rotation,θb(t),absolutetothesurroundingsoilmedium(Fig.1),andthetranslationcomponentsofbased-isolated device,x¨0(t).Thus,byusingthesub-structureapproach,thedecoupledprimarysystem maybeconsideredassubjected to:1)baseexcitations,x¨0(t)+x¨b(t)andθ¨b(t);2)totheinteractionforcesbetween thefoundation and thehalf-space,i.e.tothebase shear,V(t),andthebasemoment,M(t).Theequationsofmotion forthedecoupled primarysystem maybewrittenas:

Where[M],[C]and[K],respectively,represent themass,dampingandstiffnessmatricesoftheprimarysystem,{x(t)}ismeasured relativetothebase slab,{1}denotestheunitvector,andtheelementsof vector,{h}(={h1h2....hn})denotetheheightsof theprimarymassesM1,M2,...,Mn,abovethebase.ThedisplacementresponsealongthepthprimaryDOFcanbeexpressedas:

themodalparticipationfactorforthebasetranslation,γr(={φ(r)}T[M]{h})is the modalparticipation factorforthebaserocking,ωrandξrrespectivelyare thenaturalfrequencyanddampingratio.Thefirstsum hererepresentsthequasi-staticpart,xps(t),andthis can alternativelybe obtained from Equation(1)by droppingthefirsttwotermsonthelefthandside.The secondpartmaybeapproximatedbyconsideringfirst N(<n)modesonly,and,thus,maybeexpressedin Fourier-transformedfrequencydomainas:

HereMiistheithdiagonalelementofthediagonalmatrix[M],andFpiistheelementcorrespondingtothe pthrow andtheithcolumnoftheflexibilitymatrix,[F]=[M]-1oftheprimarysystem.Further,xp(ω),x0(ω),xb(ω),θb(ω)andqr(ω)representtheFouriertransformsofxp(t),x0(t),xb(t),θb(t)and qr(t),respectively.Further,

where

representsthemodaltransferfunctionrelatingthedisplacementoftheSDOF NSC in therth(fixed-base)primarymode to the inputground acceleration.On using Equation(4),Equation(3)maybe expressedas:

where

and

representsthetransferfunctionsofthedisplacementresponsealong the pth DOF forthe translationaland rockingaccelerations,respectively,atthebaseofthe fixed-baseprimarysystem,iftheinteractionforcesbetweentheprimaryandsecondarysystemsareignored.OntakingN=n,alltwotransferfunctionstakethe followingexactforms:

requiringthedeterminationofallnprimarymodes.It is,therefore,simplertousetheapproximateexpressionsgivenbyEquations(9)—(10)whenN<<n.In orderto determine the interaction accelerations,x¨b(t)andθ¨b(t),inEquation(6),weconsiderthe completeprimarystructure-foundationsystem intranslationand writetheequationsofequilibrium in frequencydomaininvolvinginteractionforcesandprimary system displacements:

Wherek0andc0,respectively,are the stiffnessand dampingcoefficientsofbase-isolated devices,istotalmassofprimarysystem andbase-isolated systems.istotalmomentofiner-tiaofstructureandfootingwithrespecttothecentral axisofthefootings,

WhereV(ω),M(ω),xb(ω),andxg(ω)aretheFouriertransformsofV(t),M(t),xb(t),andxg(ω)respectively;KVV(ω),KVM(ω),KMV(ω),KMM(ω)are thetranslational,rockingand couplingimpedanceof foundation,theycanbeobtainedfrom thesolutionof mixed boundary-value problem in elasto-dynamics andaregenerallyfunctionsofsoilproperties,foundationsize,and excitingfrequency.SolvingEquations(6),(11),(12),(13)and(14),weleadto:

χx(ω),χθ(ω)andχ0(ω),respectively,represent thetransferfunctionsrelatingtheinteractionaccelerationsandbase-isolatedaccelerations,x¨b(ω),θ¨b(ω)andx¨0(ω),totheinputgroundaccelerations,x¨g(ω)(intheabsenceoftheNSC).Onsubstitutingx¨b(ω),θ¨b(ω)andx¨0(ω),asinEquations(15),(16)and(17),intoEquation(6),thedisplacementresponse ofthepthprimaryDOFisobtainedas:

Equation(18)describeshow theprimarysystem displacementsdependontheinput(free-field)groundexcitation.OnFourier-transformingtheequationofmotionforthedecoupledNSC,usingEquations(15),(16)and(17)forx¨b(ω),θ¨b(ω)andx¨0(ω)respectively,theNSCdisplacementmaybeexpressedas:

Whereωsandξsdenote the naturalfrequencyanddampingratiooftheNSC,respectively.Thus,wecan obtainedtheFRSbythetime-historyanalysisofEquation(20).

2 Numericalexamples

Theproposedformulationhasbeenillustratedbyconsideringa 5-storyshearbuildingandthemainfactor hasbeenshownintable 1.Consideringthreedifferent shearwavevelocityvs=300,100and 50m/s.The impendencefunctionsofdifferentmodelhasbeencalculatedbythemethodwhichillustratedbyref.[6].

Theselectionofbase-isolateddevicestiffnesswas noconsideringsoil-structureinteractionandassuming thesuperstructuretakingrigidmotionwhenisolatedby thebase-isolateddevices.Thus,thevibrationperiodof total base-isolated system was taking as T0=.Inordertoavoidthedominantperiod ofearthquakewetaketheperiodofbase-isolatedsystemT0=2.5sandthencoulddeterminethevalueof k0.TheinputmotionwastakingasEL-centroNScomponents,thepeakaccelerationwastakingas 0.1g.

Figures 2and 3show thatthepeakresponseaccelerationofFRSattoplevelwasdecreasedsignificantlywhenthesuperstructurehasbeenisolatedbythe based-isolateddevices,besides,thecurvesofresponseaccelerationmoresmoothedthanthecurvesofstructure withnoisolateddevices,themainreasonsforthisphenomenonwerethecharacteristicoffrequencyfiltering ofbase-isolateddevices.Also,theperiodscorrespond tothepeakvalueofFRShasbeenprolongedsignificantly,inthesametimeithasbeendecreasedinvariousdegreebytheeffectofSSI,thedampingofNSCis larger,thisphenomenonismoreobvious.Thecurves nearbythepeakaccelerationhavebeennarrowedasthe shearwavevelocityincreased.CompareFig.2toFig.3,weknow thattheresponseaccelerationofisolated structureislargerthanthenonisolatedstructurewhen thedampingofNSCislowandhasrelativelylongperiod.

Table 2wasthepeakvalueofFRSattoplevelin differentcases.ItshowthatthepeakvalueofFRSofisolatedstructureisincreasedwhentheshearwavevelocityisdecreased,theshearwavevelocityissmaller,thiskind ofphenomenon is more obvious.This is causedbythecoupledeffectofisolatedandSSI.As thedampingratioofNSCisincreased,thepeakvalue ofFRSofisolatedstructureissomewhatfixedinspite ofthechangeofshearwavevelocity.Itshow thatthe damping ratio was predominantfactor when ithas reached 5%.Ontheotherhand,themaximum valueofFRSattoplevelfornonisolatedstructureisappear whentheshearwavevelocityis 300m/snomatterhow thedampingratioofNSCchange.Itdoesshowthatas theshearwavevelocityincreased,theSSIisweaken,thustheresponseofNSCisincreased.

3 Conclusion

(1)Basedontheassumptionoforthogonalityrelationshipsofsuperstructure,itiseasilyusethetechniqueofmodedecompositiontodecouplethedynamic equationofbase-isolatedstructure,besides,Utilizethe techniqueofsub-structuremethod,wecananalyzeaccelerationresponseofNSC withthebase-isolatedde-

(2)TheresultsshowthatthemosteffectivemethodformaintainingandmitigatingthedamageofNSCis increasethedampingratioofNSC.

(3)Theresultsshowthattheaddedofbase-isolateddeviceisnotsafetyinallcasewhenconsidering soil-structureinteraction.Inversely,itisharmfulfor theNSC which haslow dampingratioand relativelylongperiod.Soweshoulddesignthestructureinconsideringallaspectsincludesoil,base-isolateddevices,superstructureandNSC.

参考文献

[1]Chaudhuri S R,Gupta V K.Mode acceleration approach for genera-tion of floor spectra including soil-structure interaction.Journal of Earthquake Technology,ISET.Earthquake Technology,2003;40(2-4),99—115

[2]Robin K,Silva W J,Kenneally R,et al.Newseismic design spectra for nuclear power plants.Nuclear Engineering and Design,200l;203:249—257

[3]Zhou Fulin.Seismic control of structures.Beijing:Seismological Press,1997

[4]Wolf J P.Dynamic soil-structure interaction.New York:Prentice-Hall,1985

[5]Li Zhongxian,Li Zhongchen,Liang Wanshun,et al.Stochastic seis-mic response analysis for nuclear power plant structure considering pa-rameter uncertainties of soil.Nuclear Power Engineering,2006;27(2):30—35

篇4:英文诗歌的视觉语法结构分析

【关键词】视觉诗 视觉模态 再现意义 互动意义 构图意义

一、视觉诗及其研究回顾

语言文字是传统诗歌的表达手段,而视觉诗打破了传统诗歌的书写规则,利用字母的大小写、空格、标点符号等文字安排产生视觉效果,或是结合语言所表达的意义,利用诗行或诗节组成图形,带给读者以强烈的视觉刺激,进而表达诗意。其文字的组合方式以及由这种组合方式所构成的图像是诗意表达和理解的关键。

视觉诗自诞生之日起就一直颇受争议,但国内外学者对它的研究热情却持续不减。视觉诗的研究从单纯的文学评论、文体学及修辞学转向运用语言学的相关理论,对视觉诗歌进行多维度的探讨。如运用利奇的变异理论,阐释作品中的各种变异形式;从语篇角度,探讨视觉诗的衔接与连贯;运用认知语言学中的理论,探究其诗学效果的内在机制。传统的分析模式忽视了构成视觉诗的其他符号系统的分析。九十年代兴起的多模态话语分析打破了单一言语信息的框框,分析两种或两种以上模态的语篇和模态之间如何构建意义,把言语信息和非言语信息交际纳入分析框架。本文将视觉诗的研究置于多模态话语分析框架下,探讨图像符号在诗歌解读中的三大意义,即再现意义、互动意义和构图意义。

二、视觉诗的多模态性

语言是意义的重要载体,但意义的展现并非只靠语言来传递,多种媒体如图像、声音、色彩等符号都可以表达意义。随着新媒介的出现,不同的媒介在意义的展现中发挥着重要作用。这些传递符号的物质手段应用到社会交际中,就形成了一套具有特定语法系统的表意手段 --- 模态。所谓多模态,是指由两种及以上符号编码实现意义的文本 (李战子2003)。

模态在合适的语境中表达意义,和其他模态来共同配合完成交际任务,对语篇的意义构建做出贡献。随着互联网和信息技术的高度发展,意义建构的多模态化无处不在。为了使交流更加顺畅,人们会借助多种模态来交换信息和处理各种关系;多媒体教学成为了学校教育的主流。在语篇分析领域,多模态语篇引起了越来越多学者们的关注,多模态话语分析理论由此诞生。

多模态话语是指运用各种感官,通过语言、动作、图像、声音等多种手段和符号资源进行交际的现象。多模态话语分析是建立在Halliday 的社会符号学理论基础上的一个崭新的话语分析形式。它接受了系统功能语言学的语言观,认为语言是社会符号和意义潜势,语言以外的其他符号系统也是意义的源泉;多模态话语具有系统性; 多模态话语具有概念功能、人际功能和语篇功能; 语境因素和多模态话语的意义解读之间有着密不可分的联系。多模态话语分析的意义在于它可以将语言和其他相关的意义资源整合起来,通过分析看到语言系统在意义交换过程中所发挥的作用,以及其他符号系统在这个过程中所产生的效果,从而使话语意义的解读更加全面、更加准确 (朱永生2007)。

按照朱永生提出的多模态话语识别的判断标准,视觉诗涉及视觉模态中的两个符号系统,即语言文字与图像,属于多模态语篇。视觉诗的视觉模态即该视觉诗的“诗形”信息或“印刷体式”的信息。它是透过排列组合文字与符号(包括标点符号),在版面上吸引眼睛造成特殊视觉效果,来强化或辅佐意义。

三、视觉模态的意义

Kress & Van Leeuwen (1996) 认为图像不是语言文字的插图或示例,而是独立于语言文字之外的社会符号系统。他们根据系统功能语言学理论,分析组成视觉模态的图像元素,进而凸显图像等符号在构建语篇时的作用;并借用韩礼德的三大元语言功能,分别从再现意义、互动意义、构图意义三个层面来分析视觉符号的语义关系。

1.再现意义。再现意义对应概念功能,包括叙事再现和概念再现。再现意义主要探讨的是不同图像之间或同一图像中不同成分之间存在的概念关系。下面以William Shelly Burford的A Christmas Tree为例,分析印刷体式诗歌所呈现的叙事意义。

Star

If you are

A love compassionate.

You will walk with us this year.

We face a glacial distance,who are here

Huddld

At your feet.

根据诗中文字所构成的图像,我们可以看到诗形与诗作内容是相对应的。诗节的第一行star构成了圣诞树的顶部,第五节诗行最长象征树的底部。该诗通过长短诗行的排列组合,巧妙地呈现出圣诞树的形状,契合了诗歌的标题。原诗倒数第二行那个Huddld并非拼写错误,也非诗歌中常见的缩略形式,而是诗人有意省去一个字母e,使得五个带长柄的字母宛如围在圣诞树下做祈祷的人们。圣诞树在西方文化中象征着吉利,诗中的“星”Star指“福星”,寓意在新年到来之际,人们在圣诞树下祈求幸福,盼福星带来好运。这种特殊的排版方式,不仅造成了视觉上的强烈冲击,而且进一步烘托了诗歌的主题。

2.互动意义。互动意义对应人际功能,涉及距离、接触、视角和情态四要素。互动意义探讨图像中参与者之间的社会关系、图像设计者的交际目的,以及读者对图像内容的解读程度等。下面以E.E Cummings的Me up at does为例,分析印刷体式诗歌所呈现的互动意义。

Me up at does

out of the floor

quietly Stare

a poisoned mouse

still who alive

is asking What

have i done that

You wouldn't have

这首诗描述的是一只中毒的老鼠,在行将死亡前与诗歌叙述者的对峙。根据 Kress & Van Leeuwen 的研究,诗歌的叙述者俯视趴在地上奄奄一息的老鼠,与其目光接触,构成了索取类图像。索取类图像是指利用图像中人物的表情、姿势或其他特点向观众索取更多的注意,当图像中人物的目光直指观众时,目光矢量在空间上形成接触,表达向观众“索取”的意义。诗歌的叙述者从高处往下俯瞰,表示人类在索取顺从;而从下往上仰视的老鼠,则在索取人类的怜悯。人与鼠之间的心理互动被淋漓尽致地展现出来,使读者融入其中,获得真切的感受。此外,老鼠做出的两个动作“stare”和 “ask” 被作者巧妙地分别安排在从两个诗节分界处算起的第二行里,这也构成了视觉上的篇章对称。

全诗所要传递的最显著的信息,也是多模态话语的起点——人类颠三倒四的话语被置于印刷版式的正上方,向读者暗示了诗歌的深层含义。即人类虽然是世界的主宰,操纵着生杀大权,但面对着老鼠的质疑,还会因惶恐不安,表现得语无伦次。多模态话语想要传递的信息焦点——老鼠的独白“我做了什么,你们人类不会做呢?”被置于印刷版式的下方,成为全诗最真实的信息,形成了对人性弱点无情的、犀利的嘲讽。诗人巧妙地采用了可视意象,向读者传递了微妙的心理活动,使得这首诗读起来更加韵味无穷。

3.构图意义。构图意义是语篇单位的组成设计和突显(张旭红 2010)。印刷体式是通过突显字母的形状、大小写、标点符号等构成前景化来实现构图意义的。下面以E.E Cummings的代表作L(a为例,分析印刷体式诗歌所呈现的构图意义。

这首诗以生动的视觉形象再现了一片落叶缓缓飘落的画面。全诗仅由四个单词构成(a leaf falls loneliness),诗人刻意将单词拆分成五个诗节,并垂直排列来模拟树叶时快时慢地飘摇下落的情形,将一个静态的秋日景色以动态的形式呈现在读者的眼前。

诗歌第一行的两个字母 “l”和“a”由半个括号连接,形象地预示树叶即将飘落。第三和第四行的相同字母的不同组合“af”、“fa”,犹如叶子落下时飘摇的状态。第五行的“ll”再次重复主题“一个”和“孤独”。第六行只有一个字母“s”和另外半个括号,表示树叶落地并发出轻微的摩擦声,造成视听双重效果。在诗节的最后一行,诗人把“ness”(构成抽象名词的后缀)与“i”放在一起,并且从排版上加以突显,以抒发内心的强烈感情,这是全诗的主旨所在。诗人巧妙地使用括号,把“loneliness”和“a leaf falls”连接起来,从而构成了一个形式上连贯的语篇。在意义层面上,括号里信息是相对次要、起陪衬作用的,而“loneliness”则是被突出的主题。通过标点符号的特殊处理,从侧面进一步再现了文本所传递的意义。

四、结语

视觉诗是诗人为了更好地传达情感,利用文字符号的巧妙编排,模仿大自然和现实世界中的事物,而创造出的一种视觉形象。视觉符号的使用给读者造成强烈的视觉冲击,从侧面烘托了诗歌主题。本文在多模态话语分析的框架下,通过对几首视觉诗的分析,探讨了视觉诗中视觉符号所表达的不同意义。文字与其他视觉符号相结合时,可以展现诗人对所表现事物的态度和感情,并且实现其概念和语篇功能。本研究进一步揭示了图像符号与文字具有相似的功能和意义,两者共同建构语篇意义,体现一种相互协同和互补的关系。因此,在对视觉诗进行解读时,需要结合语言和视觉两种模态,才能全面诠释诗歌所表达的深层含义。

参考文献:

[1]Kress,G.& Van Leeuven,T.Reading Images:The Grammar of Visual Design[M].London:Routledge,1996.

[2]胡丹.Emmett Williams诗“She loves me not”多模式话语分析[J].外语与外语教学,2007(11):16-19.

[3]李战子.多模式话语的社会符号学分析[J].外语研究,2003 (5):1-8.

[4]王红阳.卡明斯诗歌的多模态功能解读[J].外语教学,2007 (9):22-26.

[5]张德禄,穆志刚.多模态功能文体学理论框架探索[J].外语教学,2012(5):1-6.

[6]张旭红.视觉诗Meupatdoes多模态意义的构建[J].外语学刊,2010(1):85-90.

[7]朱永生.多模态话语分析的理论基础与研究[J].外语学刊, 2007(5):82-86.

篇5:英文简历:高级结构工程师

Name: Yang Hong

Sex:  Male

Date of Birth:  April 17,1967

Email: *****

Mobile:  136*******

Education:

1984.9-1988.8   Beijing University of Posts and Telecommunications

Electronic precision Mechanical Engineering   Bachelor

Experience:

.3-.5

IP Terminal Business Department (Chengdu) Datang Telecom Technology

Senior mechanical engineer

● Took charge of mechanical structure designs of IPTV digital entertainment product “Multimedia On Networks System” and “Personal Media Player”

.10-2005.3

Datang Telecom technology Co.,Ltd Optical Communication Branch

Senior mechanical engineer/Mechanical structure development team leader/

Mechanical structure department manager

● Took charge of mechanical structure design of “Synchronous Digital Hierarchy (SDH)”

● Took charge of mechanical structure design of “Multi-Service Transmission Platform (MSTP)”, formed schemes of mechanical structure design, finished detail design of MSTP2.5Gb/s subrack.

1988.8-1998.9

The fifth institute of Ministry of Posts and Tele-Communications

Assistant mechanical structure engineer/Mechanical structure engineer

● Independently took charge of the mechanical design of Plesiochronous Digital Hierarchy (PDH) series equipment

● Participated in mechanical design of carrier communication amplifier equipments for coaxial cable etc.

Strength:

● Have nearly 17 years experience in mechanical design of Optical Communication products

● Familiar with all kinds of design characteristic of sheetmetal parts, plastic parts, parts of machining by cutting, extrusion parts of aluminium alloys, and relative machining process.

● Familiar with national and international standards, good at standardizing design of communication equipment.

● Good ability to communication and co-operation in working,Working hard, actively and strictly.

篇6:英文简历格式结构

英文简历格式结构:

英文简历格式分为:页眉部分、教育背景、工作经历和个人资料四部分。 如果已经有工作经历,一定把工作经历放在前面(即“页眉部分之后”);而如果是在校学生,应该把教育背景放在前面。

一、页眉部分

1.名字 有7种写法:

例: (1) Yang LI (2) YANG LI (3) Yang Li (4) Yang Li ( 5) Li, Yang (6) Li Yang (7) LI Yang

标准的外资公司流行的、大家约定俗成的简历中的名字写法,则是第二种,YANG LI。

2.地址

一个完整的地址、全球畅通的通信地址应该是加国名的,但不必用PRC等,因为用China简单清楚。邮编的标准写法是放在省市名与国名之间,起码放在China之前,因为是中国境内的邮编。

3.电话

有几点提醒大家注意:

1) 前面一定加地区号,如(86-10)。

2) 8个号码之间加一个“-”,如6505-2266。这样,认读拨打起来比较容易。

3) 区号后的括号和号码间加空格,如 (86-10) 6505-2266。这是英文写作的规定格式。

4) 写手机或者向别人通报手机时,也有一定的规范,要用“4-3-4原则”,如“1380-135-1234”。

5) 传真号千万不要留办公室的,免得办公室的同事都知道你想跳槽。如果家里有传真号,最好告诉对方,万一他找不到你,可以发几个字,比较快;将来对方发聘书或材料时,比较方便.不要等到将来再给,我们应该从现在起就培养“user friendly” 的意识,处处方便对方。

6) 国外很流行留言电话,有人为找工作,专门去买留言电话。这里顺带讲一下留言文化,中国人甚至包括很多亚洲人,都不习惯使用留言电话,但随着国际间商业文化 交往的增多,愿意在电话中留言的人越来越多了,留言技巧也越来越高了。

7) 家中老人试写留言条。在这里,向您建议:任何给您打电话的人,都有可能是您的朋友、同事或者合作伙伴,即便目前不是,将来大部分都有可能成为他们中的一员,所以,务必热情对待每一个电话。

二、教育背景

1.时间要倒序 最近的学历要放在最前面。

2.学校名要大写并加粗 这样便于招聘者迅速识别您的学历,这里又用到了“YRIS”原则。

3.地名 右对齐,全部大写并加粗 地名后一定写中国。

4.学历 如果正在学习,用Candidate for开头比较严谨;如果已经毕业,可以把学历名称放在最前。

5.社会工作 担任班干部,只写职务就可以了;参加过社团协会,写明职务和社团名,如果什么职务都没有,写“member of club(s)”。社团协会,国外一般都用club。不必写年月和工作详情,有些可留待工作经历中写。

三、工作经历

首先要再次强调一下,对于正在工作的人,Experience应写在Education的前面,而对于在校生Education则应放在Experience之前。

1. 时间

1) 目前的工作要最先写, 左侧写时间,如写成-present。

2) 以前的工作,只写年份,如1993-1995。这样的写法主要适于以下三种情况:一是工作时间较早;二是工作时间在两年以上;三是旨在巧妙地拉长工作时间。例如,如果您曾于12月到1月就职于某家公司,虽然只有短短两个月,但写成1997-就显得工作时间较长,同时也没撒谎。

3) 以前的工作,加上月份,如May, 1998或May 1998。这样的写法自然会显得精确一些,也投合银行业雇主的口味。有的中国人则喜欢用5, 1998或1998,5。前一种写法很少见,只有在实在写不下的情况下才使用。1998,5则是纯粹的Chinglish(洋泾帮英语),是完全不能接受的。

4) Summer Intern(夏期工作)的几种写法。

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