1 2 3 4 5 6 7 8 A A Foxconn Precision Co. Inc.
12345678AAFoxconn Precision Co. Inc.845M02-GV-1.0 Schematics1. REVISION LIST:REVISION1.0TOTAL PAGESMODIFIED PAGESERRATA NO.DATEJune 11, 2003492. PAGE 2122232425CBTitleINDEX PAGETOPOLOGYRESET MAPCLK DISTRIBUTIONPOWER DELIVERY MAPCPU SOCKET478 1CPU SOCKET478 2CPU BYPASS CAPCPU SOCKET478 PULLBrookdale-GL 1Brookdale-GL 2Brookdale-GL 3DDR Series TerminationBrookdale decoup strappingDDR DIMM 1&2DDR Parallel TerminationAGP4XCLKGENPOWER 1POWER 2POWER 3FANRESERVEDREALTEK LANICH4 849TitleICH4 2ICH4 3HDD CONNRESERVEDFWH ROMRTCPS2KB&M CONNUSB PSPRT/COM/IR/GAMEI PORTVGA CONNECTORFLOPPY PORTALC201A AC97 CODECRESERVEDAUDIO JACKMISCATX POWERPCI SLOT 1&2PCI SLOT 3PCI TerminationSUPER I/O W83627HFRESERVEDGPIO IRQ IDSEL MAPSJUMPER&HEADER SETTINGMODIFY LISTCDDFOXCONN PCEGTitleINDEX PAGESizeCDate:1234567Document NumberRevc845M02-GVMonday, June 16, 2003Sheet18of49
54321MICDDPOWERSUPPLY CONNVREGVRM 9.X2 PHASES ModulemPGA478 SOCKETNORTHWOOD / WILLAMETTE/PRESCOTTICS950218CLOCKFSBGMCH: GRAPHICS/MEMORYCONTROLLER HUBVGA PORTDOUBLE DATA RATE SDRAM(2-DDR SDRAM DIMMS)DIMM 0:1INTEL 82845-GV/GLBROOKDALE-GV /GL CHIPSETCCHUB INTERFACEIDE CONN 1&2ATA66/100PCI ( 33MHZ )ICH4: I/O CONTROLLER HUBBACK PANELUSB PORT 0USB PORT 1AC LINKSM BUSAC'97AUDIO CODECREV 2.2ALC202AICH4FRONT PANELUSB PORT 2USB PORT 3BIRDAPORTPS2 MOUSE &KEYBOARDPCI SLOT 1:3LPC BUSWINBOND 83627HF SIOwith HARDWAREMONITORPARALLEL (1)SERIALFLOPPY DISKDRIVE CONN(1)FWH: FIRMWARE HUBOPTION: AD1981BFRONT L,RREAR L,RMICLAN 10/100MRTL8100BLBRJ45GAME PORTAAFOXCONN PCEGTitleSizeCDate:5432TOPOLOGYDocument NumberRevc845M02-GVMonday, June 16, 2003Sheet12of49
TRSTJ#ANDBUFFERPWRGATX POWERCONNCCPU:DBREST(ITP)SLP#RST#CPU SOCKET478HDD CONNHDRSTJPWRGOODDBR#RSTJPW OKCSIO(Winbond I/O)LRESET#GP36/KBDRST#PWROKFRONT PANEL STJ#TRSTJTHRMTRIP#GPIO27RST#AGP4XPOWER 3VREGCLK GENPCI1PCI2PCI3SYS RST#PSONJ INPUTCIRCUITBFWH ROM(FIRMWARE HUB)BUFFERPS ONPWRGHDD1HDD2THERMTRIP#TRST#SLP S3SLP S3#SLP S5SLP S5#RTCRST#CLEAR CMOSJUMPERLAN RTL8001BPCIRST#RSTBAC RST#RESET#ICH4:I/OCONTROLLER HUBPGOODGENERATERESUMERESETRSMRST#ALC201A AC97 CODECBRCINJ#VRMPWRGDVTT PWRGD#RESET MAPAAFOXCONN PCEGTitleSizeCDate:5432RESET MAPDocument NumberRevc845M02-GVMonday, June 16, 2003Sheet13of49
54321DD14.318MHZ3.3 VOLT33MHZ33MHZ33MHZ33MHZSIO32.768KHZPCI SLOT 3PCI SLOT 2PCI SLOT 1ICH424.576MHZ12.288MHZAC BIT CLKAUDIOCODECBIT CLK33MHZ33MHZCFWH33MHZKCLKMS/KBMCLKCLAN3.3 VOLT66MHZ25MHZ48MHZ48MHZICS95021814.318MHZ06 DDR CLK PAIRS48MHZ1100/133 MHZ66MHZVREGBVTT PWRGD#100 / 133MHZ MCH CKDIMM 02MCHB3CPU4DIMM 15100 / 133MHZ CPU CKHOST CLOCK PAIRS100/133 MHZ100 / 133MHZ ITP CKITP PORTAAFOXCONN PCEGTitleSizeCDate:5432CLOCK DISTRIBUTIONDocument NumberRevc845M02-GVMonday, June 16, 2003Sheet14of49
54321MCHATX P/SWITH 1A5V SBD5VSB5V3.3VATX12VP/S12V 12VMCH 12VVTTFSB1.1V 1.85V2.4AMPGA47812V VRM VRM 9.XCORE CPU SYS V CPU IO1.1V 1.85V45mAVCCVID VCCVIDVREG 1.5VREGULATOR1D5V SYSVCC VID1.2V 30mAICH 4 3V SYS3V SYSCORE CPU SYS1.1V 1.85V 60A 2.5VREGULATOR2D5V STR5V DUAL5V DUALSWITCH1.25VREGULATORDDR VTT STR 1.25V2.1A 5V SB 3D3V SB5V SBVCCSUS1 5RESUME:3D3V SYS1.5V 85mA12V SYS5V SYS-12V SYS3D3V SB 3D3V SB3.3VSBREGULATORVCCSUS3 3RESUME: PCI PER SLOT:5V SB3.3V5V12V-12V3.3Vaux0.375A5V SYS7.6A5.0A0.5A0.1A5V SBORORAUDIOVREG3.3V 70mA5V DUAL3 VOLTSBATTERY3D3V SBVCC RTCOR VCCRTCVDD25 5V KBA5V SYS3D3V SYS 3.3V30mA3.3V250mASUPER I/O5V3.3VFWH CORE3D3V SYS5V SYSBVCCSM, DDR I/O2.5V 2.8A3V SYS3.3V610mA1D5V SB 3D3V SYS1.5VSBREGULATORVCCDAC, DAC I/O1.5V 65mA3D3V SYS5V SYSVCC3 3: C VCCAGP, AGP I/O1.5V 1.5ADCLK GENDDR VTT3D3V SYS 3D3V SYS 2.5V5.92A 1.5V 970mACVCC, CORE LOG,1.5V 2.46AVCCGPIODDR 2 DIMMS:VCC1 5:CORE LOGIC: 3.3V 24mAUSB POWER5VPS2 KB/MS POWER5VBAC' 97 AUDIO CODECA5V 70mA3.3V 10mALAN3.3V 330mA2.5V 40mA-12V SYS12V SYSAA3D3V SYS5V SYS5V SBFOXCONN PCEGTitleSizeCDate:5432POWER DELIVERY MAPDocument NumberRevc845M02-GVMonday, June 16, 2003Sheet15of49
8]D#[59]D#[60]D#[61]D#[62]D#[63]Data DJ1HDJ0HAJ[31.3]SYS RESETJ[26,40] SYS 3AE21AF3AF24AF25[19] VCC BIJ1HDBIJ0CMDAddress SERVEDRESERVEDRESERVEDP4 SOCKET HAJ3R5L5HADSTBJ1HADSTBJ0[10][10]P4 SOCKET 8TESTHI9TESTHI10TESTHI11TESTHI12ICH4 & ET & CLKITP CLK1ITP CPU NMIINTRTHERMTRIPJTHERMDCTHERMDAH2H3H4TH DUMMYTH DUMMYTH DUMMYTH DUMMYH5H6TH DUMMYTH DUMMY[25][25][9,26][45][45]CK 100M HOST ITPJ [18]CK 100M HOST ITP [18]CK 100M CPUJ [18]CK 100M CPU [18]BSEL0HCPURSTJH1[18][9,10]TP1TP 2 DUMMYHTCKR1921227D4R3FP4 SOCKET 478FOXCONN PCEGTitleSizeCDate:CPU 478 1Document NumberRevc845M02-GVMonday, June 16, 2003Sheet6of49
2C5C25C22C2C19AB11 VCCAB13 VCCB9 VCCAB15 VCCAB17 VCCAB19 VCCAB7 VCCAB9 VCCAC10VCCAC12VCCAC14VCCAC16VCCAC18VCCAC8 VCCAD11VCCAD13VCCAD15VCCAD17VCCAD19VCCAD7 VCCAD9 VCCAE10 VCCAE12 VCCAE14 VCCAE16 VCCAE18 VCCAE20 VCCAE6 VCCAE8 VCCAF11 VCCAF13 VCCAF15 VCCAF17 VCCAF19 VCCAF2 VCCAF21 VCCAF5 VCCAF7 VCCAF9 VCCB11 VCCB13 VCCB15 VCCB17 VCCB19 VCCB7 VCCC10 VCCACCDDE441Note : This resistor is just for measurementPut this nonstuf Res.(10K) in the back sideR423 SSVSSVSSU9DP4 SOCKET 24N3P2P22P25P5R1R23R26R4T21T24T3T6U2N62CORE CPU SYS11TitleSizeCDate:CPU 478 2FOXCONN PCEGDocument NumberMonday, June 16, 2003845M02-GVESheet7of49Revc
BC20711BC215DUMMY-C6Place these caps in theprocessor MMY-C62BC161DUMMY-C6112BC160DUMMY-C61111CORE CPU SYS33BC177SC10U6D3V6XPlace these caps abovethe processorBC178SC10U6D3V6XNOTE : PUT THE CAPACITORS OF THIS LINE IN THE INTERNAL BOTTOM AREA OF CPU SOCKET1313TC16E2200U6D3V 10X20Non-staff22TC10E560U4V 8X132TC11E2200U6D3V 10X201313TC17E2200U6D3V 10X20213TC18E2200U6D3V 10X20213TC12E2200U6D3V 3V 1SC10U6D3V6XE2200U6D3V 10X202TC15E560U4V D3V6X2BC171SC10U6D3V6XTC20E2200U6D3V 10X20Non-staff2211FOXCONN PCEGTitleSizeCDate:ABCDCPU BYPASS CAPDocument NumberRevc845M02-GVMonday, June 16, 2003SheetE8of49
ABCDECPU Signal Termination44CORE CPU SYS1R31962R3Note : Place 220pF as close as pinsDividers within 1.5" near the pinsat least 10 mils away form other signalsCORE CPU SYS[6,26] Note : Place at ICH END of RouteFERRJCPU 16662R31111Note : Place at CPU END of 22262R3262R32TESTHI Pullups2R17062R3111CORE CPU 8HTESTHI113R208[6][6][6][6][6][6][6]3FSB 3FCORE CPU SYS11Note : Place as close as possible to this PLL[7]62R3 3 62R3 62R30805 SIZESC10U6D3V6XR184R16939D2R3FBC1691R171 R176 R1741111R161R1811R167680R3122ITP/TAP TerminationRef. FM-2151 p.63CORE CPU SYS20805 MS[6][6][6][6][6][6][6][6][6]Ref. FM-2151 p.63 HTRSTJ[6]BC168BC186SC10U6D3V6XSCD1U25V3YNote : place the capacitors as close as possible to socketThe traces of Cap. are at least 12 mils11FOXCONN PCEGTitleSizeCDate:ABCDCPU 478 PULLDocument NumberRevc845M02-GVMonday, June 16, 2003SheetE9of49
TBN0#HDSTBN1#HDSTBN2#HDSTBN3#[6,9] HCPURSTJD22CPURST#[18] CK 100M MCH[18] CK 100M HDSTBNJ2HDSTBNJ3[14] MCH GTLREFHOST,HUBHCLKHCLK#HD VREF2HD VREF1HD VREF0HA VREFHCC VREFBROOKDALE 6HAJ27HAJ28HAJ29HAJ30HAJ31[13] S AE2AF3AE5AE4AF4AD8AC5AC7AB8AA7HI STBSHI STBFAD4AC4HL STBSHL ][6][6]HX RCOMPHY RCOMPHX SWINGHY SWINGHI VREFHI RCOMPHI BIJ[3.0]HL[10.0]U12BS MD0S MD1S MD2S MD3S MD4S MD5S MD6S MD7S MD8S MD9S MD10S MD11S MD12S MD13S MD14S MD15S MD16S MD17S MD18S MD19S MD20S MD21S MD22S MD23S MD24S MD25S MD26S MD27S MD28S MD29S MD30S MD31S MD32S MD33S MD34S MD35S MD36S MD37S MD38S MD39S MD40S MD41S MD42S MD43S MD44S MD45S MD46S MD47S MD48S MD49S MD50S MD51S MD52S MD53S MD54S MD55S MD56S MD57S MD58S MD59S MD60S MD61S MD62S [3.0]S 35AK34SDQ 0SDQ 1SDQ 2SDQ 3SDQ 4SDQ 5SDQ 6SDQ 7SDQ 8SDQ 9SDQ 10SDQ 11SDQ 12SDQ 13SDQ 14SDQ 15SDQ 16SDQ 17SDQ 18SDQ 19SDQ 20SDQ 21SDQ 22SDQ 23SDQ 24SDQ 25SDQ 26SDQ 27SDQ 28SDQ 29SDQ 30SDQ 31SDQ 32SDQ 33SDQ 34SDQ 35SDQ 36SDQ 37SDQ 38SDQ 39SDQ 40SDQ 41SDQ 42SDQ 43SDQ 44SDQ 45SDQ 46SDQ 47SDQ 48SDQ 49SDQ 50SDQ 51SDQ 52SDQ 53SDQ 54SDQ 55SDQ 56SDQ 57SDQ 58SDQ 59SDQ 60SDQ 61SDQ 62SDQ 4AL36S DQS0S DQS1S DQS2S DQS3S DQS4S DQS5S DQS6S CVEN OUT#SRCVEN IN#AK24AL23Net ANet BSMY RCOMPSMX RCOMPSM VREFAJ34AD16AM2SMY RCOMPSMX RCOMPSDREFABA1[15,16]ABA0[15,16]S DQS[7.0]S DM[7.0]S DM0S DM1S DM2S DM3S DM4S DM5S DM6S DM7SRASJSCASJSWEJ[15,16]S DQS[7.0][13]S DM[7.0][13]3R424[14][11,14][14,15]DUMMY 9AP33AN34HDJ[63.0]SCMD CLK0SCMD CLK0#SCMD CLK1SCMD CLK1#SCMD CLK2SCMD CLK2#SCMD CLK3SCMD CLK3#SCMD CLK4SCMD CLK4#SCMD CLK5SCMD KJ4SCK5SCKJ51ABROOKDALE GLNote : Net A and Net B length mustequal 100 mil(max), put thisnonstuf Res. in the bottom sideBROOKDALE-GHSWNG[14]MCH HI VREF [14,25]HLRCOMP[14]MCH HI SWING [14,25]BROOKDALE-G11FOXCONN PCEGTitleSizeCDate:ABCDBrookdale-GL 1Document NumberRevc845M02-GVMonday, June 16, 2003SheetE10of49
ABCDE1D5V SYS2D5V STRGST0GST1GST2[17][17][17][17][17][17]AD STB0AD STB0JAD STB1AD STB1JSB STBSB STBJV8U7M8L7F4E5GAD STB0/DVOBCLKGAD STB0#/DVOBCLK#GAD STB1/DVOCCLKGAD RGGNTJM4N7N5P2N2D5P4B5H2M2N4R4G FRAME#/MDVI DATAG IRDY#/MI2CCLKG TRDY#/MI2CDATAG STOP#/MDDC CLKG DEVSEL#/MDVI CLKG REQ#G PAR/ADD DETECTG D7GRCOMPVREFGCL2W2AGP RCOMP/DVOBCRCOMPAGP VREF[35]HSYNC[35]VSYNC[35] DDCA CLK[35] DDCA DATAB7C6D7C7B16HSYNCVSYNCDDCA CLKDDCA DATAREFSETANALOG DISPLAY1[14][17]BROOKDALE-GAE7AJ31D14E7Y3CK 66M MCH [18]ICH PCIRSTJ [25,45]CK GMCH DOT [18]GMCH 193137R3FBROOKDALE GLBROOKDALE-G212mils width,short routingbetween ball andresistorGCLKINRSTIN#DREFCLKPWROKPSBSELCORE CPU SYS1D5V SYSL251D5V SYSL24BC255BC252E100U16V 5x11SCD1U25V3YSCD1U25V3Y2R1591R310uH 0805VCCA DPLL1TC311TC22BC193E100U16V 5x11SCD1U25V3Y221uH 12101VCCA SM22D5V STRL261D5V CA FSBTC23BC194E100U16V 5x11SCD1U25V3Y2R2700.82uH 060310.68uH 08051D5V SYSVCCA FSBVTTFSBVTTFSBBROOKDALE L7AP7AH10AH12AH14AH18AH22AH263VCCA SMVCCA SMAG1AG2VCCA ECAPVTTDECAPVTTDECAPVTTDECAPA31AC37R37L37G37VCCA FSBVCCA HIVCCA HIVCCHIVCCHIVCCHIVCCHIVCCHIVCCA DPLLVCCA DACVCCA CA FSBSMX RCOMPAF10SMX RCOMP21D5V SYSVCCA DPLLVCCA DACSCD1U25V3Y CSCD1U25V3Y SCD1U25V3Y V3Y GAD15/MDDC GAD31/DVOCFLDSTLSCD1U25V3Y BC219AGP/DVOAU37NCAU36NCAT37 NCAU2 NCAU1 NCAT1 NCAJ35 NCAH34NCB1 NCB37 NCA36 NCA2 R1R9T14V14W9Y14V6P10V10AB1043D3V SYS[10,14]BC201SCD1U25V3YBROOKDALE-G11FOXCONN PCEGTitleSizeCDate:ABCDBrookdale-GL 2Document NumberRevc845M02-GVMonday, June 16, 2003SheetE11of49
54321DBROOKDALE GLVSSC14 VSSA DACB15 VSSA DACBBROOKDALE-GU22 VSSW22 VSSAA22 VSSN35 VSSR35 VSSU35 VSSAA35 VSSAC35VSSAE35 VSSAG35VSSAL35 VSSAN35VSSAR35VSSAU35VSSB36 VSSW36 VSSAF8 VSSAM8 VSSG9 VSSJ9 VSSN9 VSSU9 VSSAA9 VSSAE9 VSSA23 VSSC23 VSSD23 VSSJ23 VSSP23 VSSAD23VSSAH36VSSAT36 VSSC37 VSSE37 VSSJ37 OOKDALE-GAAFOXCONN PCEGTitleSizeCDate:5432Brookdale-GL 3Document NumberRevc845M02-GVMonday, June 16, 2003Sheet112of49
AB[10] S MD[63.0]S MD[63.0]MD[63.0]S MD57S MD61S MD56S [10]S DM[7.0]S DM[7.0]SRN10RN19S MD59S MD63S MD58S MD621234S MD53S MD52S MD49S N10RN31E4S DM7 10R3S DM3 10R3S DM6 10R3S DM2 10R311112222R300R293R298R291S DM1 10R3S DM0 10R3S DM5 10R3S DM4 ][15,16]SRN10S MD51S MD50S MD55S MD54RN3212348765MD51MD50MD55MD54[10] S DQS[7.0]SRN10RN29S MD41S MD45S MD44S MD401234S MD47S MD43S MD46S MD421234S MD35S MD39S MD38S MD341234S MD37S MD33S MD36S MD321234S MD31S MD27S MD30S MD261234S MD25S MD29S MD28S MD241234S MD21S MD17S MD16S MD201234S MD23S MD19S MD22S MD181234S MD13S MD12S MD9S MD81234S MD11S MD10S MD15S MD141234S MD1S MD5S MD4S 5MD148765MD1MD5MD4MD0S DQS7S DQS6S DQS5S DQS4S DQS3S DQS2S DQS1S DQS0SRN103RN30S 4SRN10RN2011SRN10S MD3S MD7S MD6S MD2RN2112348765MD3MD7MD6MD2FOXCONN PCEGSRN10TitleSizeCDate:ABCDDDR series TerminationDocument NumberRevc845M02-GVMonday, June 16, 2003SheetE13of49
ABCDE2D5V STRE100U16V 5x11BC272SCD1U25V3YE100U16V TC3611TC32Note: Place four 100uF between MCH and DIMM1low frequency bulk decouplingBC208SCD1U25V3YBC199SCD1U25V3Y41Note : 12 mils trace, 10 mils space, max. length3"CAP should be placed near MCH pin2/3 core cpu C227SCD1U25V3YBC231SCD1U25V3Y1MCH GTLREF MY-C3Note : place this dummy cap. in the bottom side2212Note : Place near MCH1D5V SYSE10U16V 4X712MCH Hub link decoupling, max length 100milsnear MCHE10U16V 4X7BC237SCD1U25V3YTC26Note : Place near AGP slot11D5V SYSNote:BC198SCD1U25V3YNote: Place eight 0.1u cap. min width 18 mils, max length 100 mils, near MCHhigh frequency decouplingCORE CPU SYSBC233SCD1U25V3YBC192SCD1U25V3Y2E100U16V 5x112TC3822E1000U6D3V 8x121TC34211CORE CPU SYS331D5V SYS1CORE CPU SYSR24568D1R3FNote : HSWNG voltage 12 mils trace, 10 mils space, max length 3".Place 0.01uF capacitor near MCH1D5V SYSNote : place the res. near the pin for 3DUMMY-C322R24124D9R3FNote: HRCOMP 10 mils wide, max. length 0.5"7 mils SWNGHLRCOMP1R186301R3F121Note : 5 mils width, place near MCHNote : Place in the MCH bottom sideNote: the max. distance of the divider to devices is 4"22D5V STR1D5V 67100R3FNote: min 12 mils width , max 1" length, spacing 10 mils2BC282SCD01U50V3XNote : Place 0.1uF between MCH & DIMM1Note : Place the divider no further then 1"Trace width min. 12 mils, spacing min. 12 milsmin of 7 misl spacing for a max of 350 mils withinbreakout1ICH4 HI VREFBC263SCD1U25V3YR264150R3F2222Note : Place 0.1uF near MCH[10,25] MCH HI VREFBC236SCD01U50V3XBC260SCD1U16V3X[10,11] SMX 4R3F12ICH4 HI SWING1[10,25] MCH HI SWINGBC264SCD1U25V3YSDREF121[10,15][10] SMY RCOMP211R26260D4R3FR269226R3FBC246SCD01U50V3X22D5V STRNote: SWING 0.469*1.5V 0.70VVREF 0.2334*1.5V 0.35V1Note: the max distance of the 2 cap.to device is 250 milsplace near MCH, 10 mils width, 7 mils spaceplace at midpoint of bus, 10mils width, 7 mils spaceNote: the max distance of the 2 cap.to device is 250 milsplace near ICH4, 10 mils width, 7 mils space1FOXCONN PCEGTitleSizeCDate:ABCDBrookdale decoup strappingDocument NumberRevc845M02-GVMonday, June 16, 2003SheetE14of49
AMA[12.0][10,16] MA10DABA0ABA1[10,16] ABA0[10,16] 61MD62MD63CMD[63.0][13,16] MD[63.0]BSRASJSCASJSWEJ[10,16] SRASJ[10,16] SCASJ[10,16] 137SCK0CKJ0138SCKJ0CK276SCK2CKJ275SCKJ292 SMB CLK ISO91 SMB DATA ISO1811822D5V SMB CLK ISO [18,26]SMB DATA ISO DQVDD
resume: 3.3v 70ma vccsus1_5 resume: 1.5v 85ma vccrtc vccvid vreg 1.5vsb regulator 3.3vsb regulator 3 volts battery 2.5v regulator 1.25v regulator ddr 2 dimms: 2.5v 5.92a ddr vtt 1.25v 2.1a pci per slot: 3.3v 7.6a 5v 5.0a 12v 0.5a-12v 0.1a 3.3vaux 0.375a lan 3.3v 330ma 2.5v 40ma vcc, core log,
The asynchronous design use the “web hooks” approach using two independent "one-way" invocations - one to start a long-running operation (Client to ESC) and the other one to notify a requester that it is completed (ESC to client) ESC REST API Headers/Path/Body Parameters Callbacks. One of the header parameters of the operation request will contain a callback field, whose value is a URI .
Rumki Basu, Public Administration – Concepts And Themes, Sterling Publishers, New Delhi, 2000. 5. Sharma and Sadana, Public Administration In Theory and Practice, Kitab Mahal, Allahabad, 2000. 5 First Semester: Paper 2, HC 4 Credits ADMINISTRATIVE THOUGHT Unit 1: Scientific Management and Scientific Management Movement, Human Relations School – Elton Mayo and others, Classical Theory .
Abschnitt 4 A2.2 _/20 Abschnitt 5 B1.1 _/20 Abschnitt 6 B1.2 _/20 Mündlicher Ausdruck A1 A2 B1 Schriftlicher Ausdruck A1 A2 B1 Der Teilnehmer / die Teilnehmerin kann eine kurze und einfache Mitteilung schreiben. Die E-Mail enthält Anrede und Grußformel. Modalverben, einfache Zeitangaben, Satzverbindungen mit „und“, „oder“, „aber“ kommen vor. Der Teilnehmer / die .
Beth Revis Első kiadás Könyvmolyképző Kiadó, Szeged, 2018 Millionyi_csillag2korr.indd 3 2018.05.15. 11:36 5 AJÁNLÁS „Minden kőben benne van a szobor, csak a felesleget kell lefaragni róla.” – Michelangelo – · Ezt a könyvet Merrileenek ajánlom, aki követ adott nekem, és Bennek meg Gilliannek, akik a kezembe adták a vésőt. Dei gratia. Millionyi_csillag2korr.indd .
a business process architecture [1{5]: An organized overview of the processes that exist within an organizational context. While a business process architecture is positioned to help individual modelers to arrive at a consistent and integrated collection of process models, it remains an open issue how in any given situation such an architecture should be established. Given the availability of .
A prerequisite for participation at Level 4 is prior successful completion of UNDP/CIPS Level 2 and Level 3 certi-fication courses. All of the above courses will be followed by a written Work Based Assessment. Assessments are optional for participants but are a requirement to achieve full CIPS qualification. All training courses employ modern adult participatory learning methods. Each training .
The Female Face of Civil Engineering 2 3 Civil Engineering is about creating a sustainable society that has clean water, power and treatment of waste, with an infrastructure to provide road, rail, docks, harbours and airports. It also includes protecting the environment, from coastlines to decontaminating brownfield sites. Civil Engineering is the caring profession of the built environment .
mathematics educators at all levels should seek to develop in their students. These practices rest on important “processes and proficiencies” with longstanding importance in mathematics education. The first of these arethe NCTM process standards of problem solving, reasoning and proof, communication, representation, and connections.
