课程标准(模板)

1、XXXXXXXXXXXX 课程标准课程名称：课程代码：课程类型：课程性质：课程学分：课程学时：适用专业：开课学期：一、课程概述 （一）课程定位 （二）先修后续课程 二、课程目标 （一）专业能力 （二）方法能力 （三）社会能力 三、课程设计 （一）课程设计理念 （二）课程设计思路 四、教学内容 五、教学方法和手段 六、实践条件 七、评价方法Delegates,staff: Hell o! inthe r un-uptot he Spri ng Festival,we held one session offourstaffrepresentativesConference2013million

2、k Wh, an increase of757mil lion kWh.Salestotaled 7.425 billion k Wh,exceedi ng sale s of330 million kWhtheefficiency of more than 99.8%.-Relia bilityindex: equivalent availabilityfactorin 93.47%,increaseoduction montd 7.95% from ayearearlier.-workshop,fullannual Exe cutiveback i n2012,careful analy

3、sis ofthecurr ent sit uation,discuss2013 development plans.budget,ani ncrea se of729 million k Wh.-S ecurity measures: unplanned outages2.5times. 一.- - - - - -.,0.16%re ductionoverthesame peri oda yearearli er.Here,onbehalf of my company2013w ork reports totheNo personali njury a cci dent occurre d,

4、 no majoraccideMajorachievements:first,we shoul da dheretot hetwo "manageGe neralAssembly,for consi deration.PillarI, 2012ba ckin 2012,ntand above,nomajor fireacci dent swithoute nvironmental polluti-I -I -.一 , L, I .I . L. I J.一mentsystem" basis, strengthe ningtechnologi calresear ch, str

5、engtheXX pow er companie sadheretothe party's 17great spiritfor guidance, comprehe nsivelyimpleme ntthe scientific concept ofdevel opment, prom oting cost-lea dership strategy, standards,focuson impl ementation, lea nmanagem ent, continuously impron ac cidents,safetyforthre econsecutiveyearsto m

6、ai ntain sta bilityto g ood posture.Busi nessfi nancialindicat ors:total profits of255milli onYuan, beyond t hea nnualbudget of207million Yuan,beyondt heData ng companyindex41.89 millionYua.II- L LL - .一.- - nl_ _ 一 II - .11.一 一一 . |_ _ II - _.一一 一 一一 一一 一.一nhi dden ha zards controlandintrinsicsafet

7、y Enterpriseconstruction tooknewste ps.-The tw o "managementsystem" for improvement. Focus onpr omotingthe powerofthecompa ny managementsystem andtheapplicationa nd implementation oftheove,smnsm ooth present safety situati on ofenterpri se manageme nt, busin,a n increase of1.76mil lionYua

8、n,FCM a ssessment atgrade four.safety loop five-starmanagementsystem,improvetness mahesafety management system,realinagementa ndcontr olscientific a nd standardize d,and thede dicati on ofstaff,managea harmoni ousand dem ocraticatmosphereofthe good situation.Mai nindicat orsare asfoll ows:-t he batt

9、ery i ndicat or: powerge nerationtotaled7.815billi-Energy: power supply standard coal compl eting312.25 g/k Wh, down 0.1 g /kWh;integrate dauxiliary powerconsumpti on ratio in 5.12%, dow n 0.26%; pollutantemissions performancegrea tly reduce d compare dto lastyea r, carbon 0.09 gze thesystemofsafety

10、control.Further regonk Wh,bey ondthe a nnualbudget impl ementation ca pacity of315/kWh,sulfur dioxide 0.104 g /kWhNOx0.512 g/kWh; dust removaning thesafety supervision ofoutsourci ngcontract ors.Carried out in八、课程资源九、其它说明sthe pr oducti on level of lean manag ement. Increased investment in scien ce a

11、ndtechnolog一一 .1 -ct.Deey, reporting science a InI -pening the BFS+ system,a ndimndtechnology-plementsmaiproje cts a nd 14te chnical proje cttotalcostper centage ofthetotalannual- -I- 1_I- . r I L . I. . -. ntena ncei nformationshared.Reorganizing Rproduction out.11B logicagain,a ndensure the succes

12、softhe Rput of0.25%."Large, . . II-B. Innovati ngtheme-scalecoal-fire dpowerpla一 .I- .1 . I LI- 一ntflue gasde sulfurichanism of mainte nance management,implemezation, de nitrificationcomplete dev- - -nted a proje ctmanager system.Selopment and- L Iappli cation ofkeytechnol.LJL . . II -uccessful

13、completionoftwo aogies" project,wLI- -utonomous mainteon thenatinance,reli abilit yimpronalscie ncea ndte chnolovedstea dily. Implemeogyprogresssentingtwe condpri ze.630MW.>I LI_ o c-levelmaintenance,supercriti-一 .Ical units optimizedcontrII > -proje ctthemselve s48.7%and 42.3%,respective

14、lolstrategiesand the630My.Accom plish tw o cir culati ngpumpsre pairand overhaul offour Millcal units, super-,s, maintenanceteamstoget exercise.critical600Mctivelyone ortwo a机械零件的数控加工核心课程标准课程名称：机械零件的数控加工课程代码：课程类型：专业核心课程课程性质：必修课程课程学分：课程学时：72学时适用专业：机电一体化技术开课学期：第 3 学期一、课程概述（一）课程定位机械零件的数控加工课程是机电一体化技术专业的

15、综合性核心课程，通过本课程的学习，使学生掌握数控机床的操作方法，能够依据生产工艺文件选择工艺装备，在数控机床上独立完成零件的数控加工，正确对零件进行检测，达到数控机床操作工作岗位的要求。（二）先修后续课程先修课程：后续课程：课程目标通过本课程的学习，使学生掌握数控机床加工程序的编制方法，并能够使用数控仿真软件验证数控加工程序，掌握常见机械零件的数控加工和精度检测的方法， 能对数控机床进行日常的维护和保养，培养学生综合运用知识、分析问题和解决问题的能力，达到数控操作工中级（国家职业资格四级）的要求。（一）专业能力spring a nda utumn ofsecurity inspecti ons

16、,floodcontrol a nd i nspecti on,safetypr oduction mont h, daysupervision of productionsafetyand theOlympic Games andotherDelegates,staff: Hell o! inthe r un-uptot he Spri ng Festival,we held one session offourstaffrepresentativesConference2013 -workshop,full back i n2012,careful analy sis ofthecurr

17、ent sit uation,discuss2013 development plans.Here,onbehalf of my company2013w ork reports tothe Ge neralAssembly,for consi deration.PillarI, 2012ba ckin 2012, XX pow er companie sadheretothe party's 17great spiritfor guidance, comprehe nsivelyimpleme ntthe scientific concept ofdevel opment, prom

18、 oting cost-lea dership strategy, standards,focuson impl ementation, lea nmanagem ent, continuously impr ove,sm ooth present safety situati on ofenterpri se manageme nt, busi ness ma nagementa ndcontr olscientific a nd standardize d,and thede dicati on ofstaff,managea harmoni ousand dem ocraticatmos

19、phereofthe good situation.Mai nindicat orsare asfoll ows:-t he battery i ndicat or: powerge nerationtotaled7.815billionk Wh,bey ondthe a nnualbudget impl ementation ca pacity of315million k Wh, an increase of757mil lion kWh.Salestotaled 7.425 billion k Wh,exceedi ng sale s of330 million kWhtheannual

20、 Exe cutive budget,ani ncrea se of729 million k Wh. -S ecurity measures: unplanned outages2.5times.No personali njury a cci dent occurre d, no majoraccide ntand above,nomajor fireacci dent swithoute nvironmental polluti on ac cidents,safetyforthre econsecutiveyearsto mai ntain sta bilityto g ood pos

21、ture.Busi nessfi nancialindicat ors:total profits of255milli onYuan, beyond t hea nnualbudget of207million Yuan,beyondt heData ng companyindex41.89 millionYuan,a n increase of1.76mil lionYua n,FCM a ssessment atgrade four.-Energy: power supply standard coal compl eting312.25 g/k Wh, down 0.1 g /kWh;

22、integrate dauxiliary powerconsumpti on ratio in 5.12%, dow n 0.26%; pollutantemissions performancegrea tly reduce d compare dto lastyea r, carbon 0.09 g /kWh,sulfur dioxide 0.104 g /kWhNOx0.512 g/kWh; dust removaefficiency of more t han 99.8%.-Relia bilityindex: equivale nt availabilityfact orin 93.

23、47%,increase d 7.95% from ayearearlier.Equivalentforced outage rate 0.08%,0.16%re ductionoverthe same peri oda yearearli er.Majorachievement s:first,we shoul da dheretot hetwo "manage mentsystem" basis, stre ngthe ningtechnologi calresear ch, strengthe nhi dden ha zards controlandintrinsic

24、 safety Enterprise construction took newste ps. -The tw o "managementsystem" for improvement. Focus onpr omotingthe powerofthecompa ny managementsystem a ndtheapplicati ona nd implementati on ofthe safety loop five-starmanagementsystem,improvethesafety management system,realize thesystem o

25、fsafetycontrol.Further regulatesecurityroutine s,safetysupervisi on a ndmanag ement netw orkrole to playtoachieve closed -loop. Stre ngtheningthe supervisi on a nd management of ha bitualvi olationof, strengthening thesafety supervisi on ofoutsourci ngcontract ors.Carried out in（ 1 ）能够识读数控加工典型零件图样。（

26、2）能够正确选择加工所需的数控设备。（3）能够正确选择和使用数控车削、铣削所用的刀具。（4）能够正确选择和使用数控机床夹具。（5）能够正确选择和使用零件检测所用的各种量具。（6）能够正确制定零件的数控加工艺。（7）能够正确选择切削用量及根据切削条件查表确定切削用量。（8）能够编制数控加工程序。（9）能使用数控仿真软件验证数控加工程序。（10）能进行数控机床的正确操作，独立完成零件的数控加工。（11）能够对零件各项精度要求进行检测。（12）能对数控机床进行日常的维护保养。（二）方法能力（ 1 ）具有独立学习数控加工专业知识的能力。（2）具有独立动手实践获取数控加工专业技能的能力。（3）具有查阅分

27、析资料、获取数控加工所需信息的能力。（4）具有现场解决问题的能力。（三）社会能力（ 1 ）具有良好的语言表达与社会沟通能力。（2）具有良好的组织与协调能力。（3）具有良好的团队合作精神。（4）具有良好的职业道德与行为操守。ctivities,compre hensive andtamping SafetyFoundation .Troubleshooti ng,manageme ntmechanism,give full playtorole oftechnical supervisi on a nd realizati on oftrouble shooti ng, manageme nt,

28、improve d process management.Thisyear compl etedthe boil erlower header leakage,boilerpressure,a majorri sk management, com pleted29 ofgreat risksand 3 Ge neralproblems of governa nce. Com pletechemistrylab constructi on,thermalcontrol,and com pletethe boiler scalei ntegrated management,hostshafting

29、vibrationof 10scientific andte chnol ogical proje cts,suchas.Completesupercriti cal630MW on-line simulation systemdev elopment andapplication ofcirculati ngwater MCCstandby pow ertransformation,thetransformationof desulfurizationwastewater,the unitwatersupplysystem ofcomprehe nsive treatment a nd di

30、 schargevalvemodifi cation ofcoalmill 5keytechnologi caltransformation pr ojects,grouphealt h isimpr oved.-S cience a nd technologyi nnovation i s furtherDelegates,staff: Hell o! inthe r un-uptot he Spri ng Festival,we held one session offourstaffrepresentativesConference2013 -workshop,full back i n

31、2012,careful analy sis ofthecurr ent sit uation,discuss2013 development plans.Here,onbehalf of my company2013w ork reports tothe Ge neralAssembly,for consi deration.PillarI, 2012ba ckin 2012, XX pow er companie sadheretothe party's 17great spiritfor guidance, comprehe nsivelyimpleme ntthe scient

32、ific concept ofdevel opment, prom oting cost-lea dership strategy, standards,focuson impl ementation, lea nmanagem ent, continuously impr ove,sm ooth present safety situati on ofenterpri se manageme nt, busi ness ma nagementa ndcontr olscientific a nd standardize d,and thede dicati on ofstaff,m anag

33、ea harm oni ousand dem ocraticatmosphereofthe good situation.Mai nindicat orsare asfoll ows:-t he battery i ndicat or: powerge nerationtotaled7.815billionk Wh,bey ondthe a nnualbudget impl ementation ca pacity of315million k Wh, an increase of757mil lion kWh.Salestotaled 7.425 billion k Wh,exceedi n

34、g sale s of330 million kWhtheannual Exe cutive budget,ani ncrea se of729 million k Wh.-S ecurity measures: unplanned outages2.5times.No personali njury a cci dent occurre d, no majoraccide ntand above,nomajor fireacci dent swithoute nvironmental polluti on ac cidents,safetyforthre econsecutiveyearst

35、o mai ntain sta bilityto g ood posture.Busi nessfi nancialindicat ors:total profits of255milli onYuan, beyond t hea nnualbudget of207million Yuan,beyondt heData ng companyindex41.89 millionYuan,a n increase of1.76mil lionYua n,FCM a ssessment atgrade four.-Energy: power supply standard coal compl et

36、ing312.25 g/k Wh, down 0.1 g /kWh;integrate dauxiliary powerconsumpti on ratio in 5.12%, dow n 0.26%; pollutantemissions performancegrea tly reduce d compare dto lastyea r, carbon 0.09 g /kWh,sulfur dioxide 0.104 g /kWh NOx0.512 g /kWh; dust removaefficiency of more t han 99.8%.-Relia bilityindex: e

37、quivale nt availabilityfact orin 93.47%,increase d 7.95% from ayearearlier.Equivalentforced outage rate 0.08%,0.16%re ductionoverthe same peri oda yearearli er.Majorachievement s: first,we shoul da dheretot hetwo "manage mentsystem" basis, stre ngthe ningtechnologi calresear ch, strengthe

38、nhi dden ha zards controlandintrinsic safety Enterprise construction took newste ps. -The tw o "managementsystem" for improvement. Focus onpr omotingthe powerofthecompa ny managementsystem a ndtheapplicati ona nd implementati on ofthe safety loopfive-star managementsystem,improvethesafety

39、management system,realize thesystem ofsafetycontrol.Further regulatesecurityroutine s,safetysupervisi on a ndmanag ement netw orkrole to playtoachieve closed -loop. Stre ngtheningthe supervisi on a nd management of ha bitualvi olationof, strengthening thesafety supervisi on ofoutsourci ngcontract or

40、s.Carried out in三、课程设计（一）课程设计理念针对本课程实践性、实用性强的特点，以行业、企业的需求为前提，以学生职业技能培养和职业素养成为主线，努力探索职业教育与终身学习对接；教学过程与生产过程对接；专业课程内容与职业标准对接；学历证书与职业资格证书对接；专业与产业、企业、岗位对接等五个对接。在教学内容的选取上以培养技能型专业人才为出发，以满足岗位职业技能需求为目标，以真实的工作任务或产品为载体设计教学过程。本课程主要采用任务驱动教学法，按照典型工作任务对应的职业能力为培养重点，充分体现职业性和实践性的要求，参照国家相应的职业资格标准，通过岗位调研，与企业共同确定岗位，按岗位能

41、力确定岗位人才培养规格， 确定人才培养目标。按职业岗位工作过程的完整性配置课程、构建课程体系。按典型工作任务需求选择课程内容，课程内容反映职业标准。（二）课程设计思路以工作任务为课程设置与内容选择的参照点，以项目为单位组织内容并以项目活动为主要学习方式的课程模式。项目课程模式打破了学科化的知识体系，从职业岗位分析出发，依据职业岗位工作任务组建一系列行动化的学习项目，而这些项目通常就是典型零件、典型产品和典型工艺等。学生的学习过程是以行动为主的自我建构过程，以完成工作化的学习任务为基础，在有目标的行动化学习中积累实践知识、获取理论知识。对于机械零件的数控加工课程，其包括如下工作任务：1 ）零件的

42、图样分析与结构工艺性分析；2）根据零件材料与批量确定毛坯；3）工件的装夹与刀具的选择；4）零件加工顺序的安排；5）切削用量的选择；6）工艺文件的制De es, sf： Hel o! in the r unuptot I e Spring Fas 、 hed i ne sen of fu safeesenavesC.nf nce 20 13 workshop, ful back i n ccaeu anay of the curr et si ua.n, . ss 203 pment plasHee on beal of my cmpay w ork reors tie GeniAssemby,

43、 fr ”一0.P- I, 202 ba ck i a| XX power compaie s adee to the parts . gea spii for guidance,com.ehe- impeme nt the sceti. concept of devel opmet prom i Ing - sea desi saegy nda- focusonimpi-eta”, lea ,ma.- et, coniuusy impr ove, saey.ai on i f etepri - maageme nt bus nes ma nagement a ndont oi s.c a n

44、d sa.ize d, and the de dcat mol sf, manage a hamoniousandm ocatc amosph of the good .uaton Mai nidca os are as fol owst.e batey i ndiat i r： po-we ge neain totaed 785 bilonkW,b. ond the a nnuai budge mpl amenta.n - pacly of 35m,n k W, an inceae of 7r mi in kW.Sils totald '425 biin k W, ecedi ng

45、sae s of milin kW theanua Exe cutive budge, a i ncea - of 79 miin k W. Seury meaues unpannedoutaggs25一.Nopesnalinjuyacidetoccur,d nomajor acdde nt ad abo<e, nomaor fie accidet s wihout e nVionmeta polui on .cdes, fey fr the e cnseutve yeas to ma ntai sta I ity to g ood postue.（u.nnss f nacia idia

46、t ors tota prfis of 25 mil on Yuan, beynd t he annua budge of f miin Yua,beyndt he Data ng compay idx 41.9 miinY-n,aIicceseof"mi in Yua n, FM a sesmet at gade fu.Ene.ypowesupysadadcacompleig3>g/kW, dow 01g /kW； ie. d a y powe ccnsmpti onr i 52%, dw ssins | efrmance gra ty rduce d compae d to

47、 las ya r, cabon 019 g /kW, sulu dixde 114 g /kW NOx 052 gkW；.s emo -ekiecy of moe t ha9L8%. Re- biiy inex equiae I t aalaiiy act or i 9l4r%, iccese d '15% fom a yea larie.uiaent fccd outage ate 018%,1116% re duccin ove the smepei od a yar eal erMaor ohevmet s is, soul d a dee to t he two "

48、mange met .sem"bbss stre I gthe nig tecnolgi esar c, sengthe n hi dden ha zads control ad itrisc saey EEerrie consuction took new se ps The tw o "mangetsystm" frimp.-mentFoccsonpromotigthepoweoftheccmpaIymanngetsystma nd the aplccai on a id mpementtti on of the saety lop fiesa maageme

49、ntlysem, mprove t he saety manngetsystm, relzthelysem of -fey ccntrol lurherrrgultele-iyrouie s, fey lupeVii on a nd mang etnew o. re to lay tohe- Uosid loop.'te ngtheig the lupeVsi on a n.manngetof ha I iua V oatin of sregheningthesaety sueVsi in of outsouci ng contrac or. Caarid out isrng a nd

50、 a ,m of sry inspct ons, 10d contol a nd i nspect n,e, pr cin-e, and te 0ympc Gm - 1admte定；7）加工路线的确定及相关的数值计算；8）加工程序的编制；9）零件的加工；10）零件加工精度的检测。在生产实践中，以上工作任务并不是孤立存在的，而是通过操作人员对零件的数控加工来完成，它是一个综合的工作过程。因此，在设计项目时，应将所有的工作任务综合到一个项目中，通过对项目的学习来获得完整的工作任务。要获得与本门课程相关的专业知识与职业技能，仅一个项目是难以实现的。因此，在实际项目设计过程中，可以根据数控车削加工零件

51、的难易程度来设计一系列项目，通过项目的由易到难，使学生的职业能力得到不断的提升。:、教学内容De es, sf： Hel o! in the r unuptot I e Spring Fas 、 hed i ne sen of fu safeesenaves C.nf nce 20 13 workshop, ful back i n ccaeu anay of the curr et si ua.n, . ss 203 pment plasHee on beal of my cmpay work reors tie GeniAssemby, fr ”一0.P- I, 202 ba ck i a

52、| XX power compaie s adee to the parts . gea spii for guidance, com.ehe- impeme nt the sceti. conceptof developmet promi Ing - sea desi saegy nda- focuson impi -eta”, lea ,ma.- et, coniuusy improve, saey .ai on i f etepri - maageme nt bus nes ma nagement a ndont oi s.c a nd sa.ize d, and the dedcat

53、mol sf, m aage a ham oni ous and mocatc amosph of the good .uaton Mai nidca os are as fol owst.e batey i ndiat i r： po-wege nea.n totae. 785 bilonkW, b. ond the a nnua budge impi amenta.n - pacly of 35m,n k W, an inceae of 7r mi in kW.Sils totald '425 biin k W, eceding sae s of milin kW theanua

54、Exe cutive budge, a i ncea - of 79 miin k W. Seury meaues unpanned outaggs 25 一.No pesnal i njuy aci det occur, d nomajor acdde nt ad abo<e, nomaor fie acci det s wihout e nVionmeta polui on .cdes, fey fr the e cnseutve yeas to ma ntai sta I ity to g ood postue.(u.nnss f nacia idiat ors tota prfi

55、s of 25 mil on Yuan, beynd t he annua budgeof f miin Yua,beynd t he Data ng compay idx 41.9 miinY-n, a I iccese of " mi in Yua n, FM a sesmet at gade fu.Ene.y powe supy sadad ca compleig 3>g/k W, dow 01g /kW.ie. d a y powe ccnsmpti onr i 52%, dw ssins | efrmance gra ty rduce d compae d to las ya r, cabon 019 g /kW, sulu dixde 114 g ，W NOx 052 g kW； .s emo -ekiecy of moe t ha9L8%. Relabiiy index equiaeI t aalaiiy act or i 9l4r%, inccese d '15% foma yea larie.uiaent fccd outage ate 018%, 1116%re duccion ove the smepei od a yar eal erMaor ohevmet s is,