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Contents

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6. 18 3 C H C H
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8. A
9. 2001 777 B777 B767
10. 3D CAD O A
11. 4
12. IT 167 1 1 3 3 32 2 25 49 1997 2
13. 183 2 2 2
14. CFT 2 2 4 vy Ee TY Fe yro CFT FB 1 CFT CFT CFT
15. DFR DFE
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18. 3 162
19. 3C Customer Competitor Company 4P Product Price Place Promotion 8 3
20. Vue y lp l Cuwa l Hi SO Be Pe d gt H TIME 8 1 139 D
21. CFT CE IT 3D CAD CFT
22. AME EK WHOA VAs REAL TRDI DAER TRAM EIA LIS S VY AR YT ODM DRY amp
23. A
24. FRY ORM BA 4 1
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26. 172 2 8 1 LAL Cle 1 1968 2 1978
27. KICSS MOT 1 JMA JMA IMAC FMIC JMAC UC
28. 2 4 1993 He 2 5
29. 105 C
30. PDCA 186 1 11 3 N 43 0 20 40 60 80 100 46 2 53 8 20 0 66 7 sw BA CHS 1 12 N34 20 40 60 80 100 22 2 11 1 0 5 5 15 15 25 25 1 13 N 40 20 40 60 80 100 HEA 15 4 61 5 10 3 3
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35. 2 85 R 4 2 B age a seem NOKIA
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37. 1 1 3 3 JMAC 2004 1 1 3 A 7 He be Fa TR Bats 2005 OfEJT 10 1 1 HH A HAE
38. 14 FDR 14 The Valley of Death EOF A ot 9003 9 tg SE 1 5 NIST
39. 2009 2010 2011 2012 2013 x Amm x mm xx x x mW x min xx A 5 7 C x
40. C tt L BY y Kit
41. 7 34 w WATE
42. QCD 99 100 3 5 2 5 2 1 C C
43. RE a 122
44. RG 5 2 2 101
45. PMBOK A Guide of Project Management Body of Knowledge OTT 1 1 4 10
46. N RESET es es pa ee 5 6 108 R 5 1 C
47. 4 4 3D M410 92 EE HERES R L me S RA ga a 2sm
48. 178 2 83C
49. ISO9001 A TISO9001 1994 A WE NO a a
50. H E 8 7 N 96 0 20 40 60 80 100 CTO 22 9 52 1 16 7 385 j
51. LT UT 7 4 4
52. 3 QCD 87
53. 119 W R 2001 1 QCD 2
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55. 199 200 aay ee ON 3 amp FE IMAC
56. OQ IT IT CAD CAM CAE O CE
57. ine ae RRR A ae 6 2 2 117 6 3 D 5 D
58. D Future Driven Model of Project Knowledge Manasgement 8 2
59. FZ ODM Original Design Manufacturer 2 H JMAC 10
60. 76 2 2 3D CAD 10 See ahs os Lee Wire Frame Model Haase Sain hee ie ae wat lar ganna Surface Model ee
61. IDA R 338 1988 12 D BArY TST AHT A 2 3
62. J MAC UAE BA 180
63. 179 Concurrent Collaborate
64. DO 164
65. KPT 31 KPT TPS 73 3 5 KPT 3 5 A
66. 127 128 7 7 1 3 6 4 8 4 7 2 4 4 1 3 1 2 4 3 A B C D
67. 3 3
68. SRQ2 8 2 2 3 SRQ
69. CR EN eee PH
70. 2 2 N 44 0 20 40 60 E D T I I E 184 3 JMAC
71. 7 4 4 3 6 7 4 1 DD DFx 130 DFx LT DFx
72. Z A 3D 3D CAD 1 2 2000 R amp D
73. SARE OMA ORR EBEL Z 27 CFT CFT
74. DEL Design For Logistics 2005 DFX ry DFR Design For Repairing 48
75. 80 gt Mg gt 4 3 B
76. MM 3D CAD 1 4 1 1 3 1
77. NOKIA 1 AD21 1995 1998 AD21 2
78. 2 1 181 R ORF IMAC LES
79. X 3 5 3 6 2002 F aa ae
80. 140 QCD QCD
81. 3 3 1 QCD 2 3 DR 4 I
82. 50 70 30 6 3 5 5
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84. DR 1 5 2 5 2 C 450 A20 28 5 95 5 5 2 C
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86. A x Ax I F B VF 10 0 5 0 2 0 A orB 10 0 5 0 2 0 A orB 100V 250V A orB B C D E F 7 A aa IH Peere gt a lt TR if H as A 5 10000 3 9 4 8 90 4 3 B web web e learning
87. 2 3 4 ng 2 1 Yo D3 2 4 185 3
88. DR 6 5 ZB 125
89. 10 cf 110 5 6
90. ISO9001 ISO9001 1 62
91. BY 20 Hammersley 1998 2 23 24 2 2 1 1980 7
92. 1 4 1 2 3 4 5 OM TIL 7 8 L 19 4
93. 2001 Sane i eae eda ae Cand EL oe S neh enn ae i 33 Do 1992
94. UniPhier Universal Platform for High quality Image Enhancing Revolution x ei BP 2005 1 6 UniPhier BP 2005 Image Enhancing Revolution Uniphier 16
95. es 4 P pana ERA TOUMIREELE o es Nd FL FL FL 7 1 4 OMS
96. 29 2 2 1999 23 231 1986 2 AA 200
97. UBL DFx 30 discontinued OWT 69 3 8 R 3 4 DFX A
98. E EE BRO C O Fils PA EA ee n eee 50 106 D
99. d 4 gt gt RM _ 4509 5 8 C C 112 5 4 C
100. E 1 1968 2 1978 3 1988 4 1994 F 5 1997 6 2001 7 MOT
101. QCD 86 M445 AA FPGA 4 5 B
102. LAL BARC v Zedtwitz 2008 Post Project Review PPR 142 O
103. Y Vara fen Fiti i 3D 79 FRETE 3D 79 nd ta 2 Design Review MR 3D 2D 3D 2 CD Ok 4 10 B 94 3D CAD CAE CHS
104. K P Intellectual Property
105. 35 1992 6 2 6 Opmar marn roa RN Zz TSA un CE 2 6 CE 1992 2 3 2 3D CAD 777 Adler 1989 3 CAD 1980 3 CAD
106. 3D CAD CAE 3D CAD CAE CAE DR CAE DR DR CAE 3D
107. 144 RK Adler P 1989 CAD CAM Managerial Chanllenges and Research Issues IEEE Transactions on Engineering Management 36 3 202 216 2002 2000 3 CAD ITME No 33 2001 3 CAD 498 1998 777 120 5 Bennet P Lientz Kathryn P Rea 1998 Project Management For The 21 Century zH ic Academic Press Y B 2004
108. 3 3 AD21 18 1 15 1 100 12 a er 800cc ERIAS 8 3 11 446 2002
109. D DFx 75 3 UT
110. KOT Milton 2009 22 2 21 CFD ER CFT i
111. a2 SE 1 49 2
112. DFx QCD 74 A ISO CMMIDR QMS MR QMS
113. NE eae IN 1809001 CMMI MERE I NT ISO9001 CMMI 166
114. D 2 1 BA 2 D 6 1
115. DFx 3 1 2 4 3 2007 7 3
116. 4X2 8 4 129 7 3 Phaal 2004 TT To Be
117. 3 DR H Fix DR
118. 1 LA REL RI 9 NO WS 1 O 1 O i 4 TERE 3 nan mese Oo ie e o 5 5 C 107 5 3 3 3
119. CAD OJT KOT 1 CAE Computer Aided Engineering FAR 12 1 Off JT Off the Job Training
120. 4 tt pea eens 2s _ ie Ve Ga oe How Why
121. 109 Di 309 50 HM 50 171 7 7 2 2 3D CAD CAE CAED CAE 3D CAD CAE CAE 3D CAD CAE
122. IT LC DER
123. SRO SRO 1 SRO 2 SRO 3 1 3 UH 17 Yin 2002 5 1 E 21
124. 1 6 LSI IP 7 TP 1 3
125. CFT Imai Nonaka amp Takeuchi 1985 Made in America Dertouzou 1989
126. ek 89 AB C FPGA ee EMG 4 7 B
127. OJT 8 EK DI Mal 165
128. 12 HERD EE Tre HB HY 1 2 2003 IBM VW BASF
129. 3D CAD CAE FO 3D 2
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133. 2003 442 2004 MOT 19 2007 MOD Management of Design Vol7 No2 2004 MOTI 2007 a 147 PRESPA 2009 2007 IDR
134. 3D lt 3D y DFx 1
135. 3 V VOC Voice Of Customer 2 16 2007 2 4 4 Morgan amp Liker 2007 The TOYOTA Product Development System 50 1980 MIT
136. Ay 3D CAD IT tt 2 9 2 10 80 1978 o gt QED BrE AXA 40 ty Z E ETE
137. 115 116 4 2 6 2 1 D D
138. 3D CAD CAE 3D CAD CAE CAE 3D CAD CAE CAB 3D CAD CABE 3D CAD CAE H CAE sees 3D CAD CAE
139. 3C Concurrent Collaborate Commitment Re design Process PT 3C Concurrent Collaborate BRE Commitment 4 how what
140. 1 http zasshi news yahoo co jp article a 20090816 3 3 3 3 DFx 2 1 Fix VAF ARR T
141. 2 1 2 157 3 4 5 QCD 6 7 8 9 R amp D Gs 3 1 2 3070 2004 7 8 8 3 4 256
142. Ua DR 41 8 44 9 2 0 CKO 62 2 28 6 1 OERAL DEL 191 8 R amp D 8 6
143. 107 108 112 C 112 D 119 121 123 124 126 uu
144. 118 6 1 D 6 3 1 1 D Design Review DR
145. AK EE
146. UCHHELE UT BAD ENE OR CH SRO lean 13 2 2 2
147. OREHE CFT 10 CFT CFT 3 2000 CFT V GE CFT 2 2 3 Lindborg 1997 CFT
148. Sanne A rent 1 2 eer bale
149. 1993 31 2 4 CHS
150. 8c e 2 6 DF 4 E 4 CFT CE 54 CFT ee eee PETOA
151. Ber eyes a 124 6 4 6 1 D
152. CAE 2 13 2001 45
153. 1990 WindowsNT 2 RE CAD 3 CAD 1990 CPU 3 CAD 3D CAD 3D L 82
154. 40 1 1 20 K 1 2 30 1 mA 30 30
155. lt ps mm mmm a sd Ps se Looe vernm Oa awmrE Cc ee 2 9 1990 2005 HH How COO HSF Ho0o Nay DDM Ai Go with one 24 f i i a a a as 4 EB 2 10 2000 2005 41 2 Bee yal F 1977 E
156. 2 13 P Q JMAC 1997 S 1 1 PQ N S P Q N M D gt S47 S AIN c a 1 2 8 4 5 6 7 8 9 1 11 12 15 14 15 N 2 14 1997 46 2 4 2 DFX
157. 50 FRNT E 5 3 7 A 2 ioe CP ey CT TT 9 18 63 i Geist FED 87 12 17 7 24 12 23 g 17 A x 3 ie 21 29 6 2 D 121 6 3 2 2 1 R H
158. Milton 2009 4 8 1 8 1
159. 2 17 QF 2 17 Milton 2009 53 After Action Review AAR AAR
160. AI DFx WEB DFx DFX CD CD DFx 109 6CD 100 DFx 1990 ee ee
161. 4 3 2 SR l D J 81
162. 1 40 43 Vol 60 No 1 2007 vol 62 No 9 Vol 60 No 1 2005 2005 SAT at O FEJ Vol 60 No l 2005 Vol 60 No 1 58 2 2005 K 1998 Made in America 10 K 2004
163. C 52 far C 30 5 3 C 103
164. ISO9001 120 6 2
165. 28 B2 3 CFT 4 CFT CFT OCFT 5
166. 4 1 N 234 3 3 98 100 111 4 2 N 234 0 50 100 150 200 i j rie 3 3 169 4 4 2 559 2001 A 17
167. 143 ISO9001 Quality Management System QMS 8 5
168. 3 1 N 103 20 ARIERO 18 N 29 1 6 10 17 16 16 14 14 14 13 12 12 3 Sg 14 6 15 24 4 3 3 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 3 2 3 3 N 103 N 103 CH 4 3 ve 3 13 BRD 2 11 r 2 04 T RTD Gar RA 188 5 5 3 2 43 0 42 0 43 0
169. eu 113 8 JMAC 2008
170. 198
171. 37 pany B767 13 000 Sabbagh 1996 NR E See O be B777 3D CAD CATIA 25 3 CAD DPD DPA digital pre assembly Sabbagh 1996 777 2 200
172. IZ 3 1 3 1 A WEB DFx DFx Fix DR 1 2
173. 189 5 5 4 68 7 68 7 2 5 12 N 79 1 G eee gt dF gira Y 34 7 23 6 43 6 34 0 35 7 32 0 22 7 32 9 15 6 QCD 7 8 7 7 9 8 8 100 100 100 190 8
174. eA 21 a a Made in Americal 30 LT CHS IDA R 338 1988 12 H
175. 2007 FL Frontloading 6 5 126 6 6 1 3 3 L
176. DFx 55 Milton 2009
177. RFP Request For Proposal Hit CHD h 33
178. Clark and Fujimoto 1990 LOWS 3 3
179. 4 6 5 133 134 Ate o GLA 8 8 1 8 2 1
180. 4p ERJ 3 1 1 4 1 1 1
181. PAN E wee ae cr or LSI 83
182. 42 09 5 11 N 100 0 20 40 IT
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186. 3 57 1 50 0 35 7 35 7 0 0 0 0 3 56 7 43 39 36 7 3 3 6 79
187. Phaal 2004 4 4 ul 56 3 1 DFx DFx DFx Design for X
188. te SASSI JF 3 2 2 3 3 3 2 58 3 2 A 3 3 1 1 A
189. 22 2004 2007 7 8 FAL 2005 5 2008 9 4 e 4
190. AA Ze 202
191. 12 16 SS Universal Platform for High quality 15
192. GE MAI
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198. 133 8 8 1 aaas one reare ras 135 8 2 135 8 2 1 136 8 2 2 137 8 3 139 8 4 142 8 5 144 vill St pd ME Ce eee Teeter creer i 145 Appendix 155 1 157 1 7 157 2 8 173 E S A a a E E SO eo 193 21 1 RPV AS eek eee ene ee ee ea nie 193 2 2 2
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204. 3 4 Fix DR ISO9001 60 PJT xx ASIC 2oxx x x zoxx O 1011111211123 4 71849 FiO 1171271727 3 74 75 6 77849 110 11712 ma a 12 20 ass Sag E RTL m
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206. CAD Computer Aided Design CAM Computer Aided Manufacture CAD CAM CAE 77 4 2 1 B B maa H mean BEAN means A E ANE PEPEPE Brie a 4 1 B B LSI RF
207. 145 2001 2001 QD 2004 B 2009 2000 AERA 1997 AE 1998 1998 1 2001 AER PEF AME 2003 DFX Vol 106 No 1016 1993 2001 Gorelick C April K and Milton N 2004 Performance Through Learning Kn
208. Yin 4 4 U 1 I 2 ava ee 4 es rayhiaena E err ee IT
209. 1 11 2 2 0 20 40 60 80 100 2004 36 Lim 2001 Ea 20 6 1997 cca 04 p 20 10 5 5 M 10 20 1 1 2004 1 1 2
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217. 2007 2007 9 vol 62 No 9 2007 17 2000 Takeuchi H and I Nonaka 1986 The New New Product Development Game Harvard Business Review January February pp 137 146 2007 vol 62 No 9 2007 vol 62 No 9 Terwiesch C C H Loch De Meyer Arnoud 2002 Exchanging Preliminary Information in Concurrent Engineering Alternative Coordination Strategies Organization Science vol 13 No 4
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227. 1 3 4 4 2 1 2 2 2 3 2 1 25 3D CAD
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233. 3D 3D NR CAE pg 93 CAE 3D CAE
234. HR IT 4 6 1 2 3 3 L 1 B RM LARCH OR RS
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240. T 3 2001 1 16 N 248 0 20 40 60 80 100 2004 2001 1997 1 17 N 248 0 20 40 60 80 100 20 109
241. 1 2 3 173 3 4 QCD 5 6 7 8 R amp D 8 1 2 b 4000 2007 9 11 web 2 59 4 106 1 4 174 1
242. 2 w 8 8 13 30 15 20 3D 2 9 6 13 30 16 00 4 DFx Vs 10 1 15 30 18 30 4 DFx 2008 15 30 AE Aste TRU 1 8 17 30 4 DFx aes 195 2 3 3
243. G M NEC KIBM 1 1 3 5 10 FEL i Do 13 1999 10 ELE 10 o 1990 4 S55 eI CORA 13 a TIT 2002 4 LAL 1991
244. 1995 3 1990 28 Set Based Concurrent Engineering SBCE CE ee ae ARS AW ee ree ete
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253. 2004 ABS he DSBe BsS oy 092 Davenport T H and Prusak L 1998 Durward K Sobek II Allen C Ward Jeffrey K Liker 1999 Toyota s Principles of Set Based Concurrent Engineering Sloan Management Review Winter 1999 L K M 1989 Made in America 2001 CAD CAE 2002
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264. 26 2 2 1 t 26 2 2 2 rr 27 2 2 3 me rr 27 2 2 4 nb j 28 2 3 ssa a cas ins Same Bs mde Sng a Naya Ses nasa Sect a 30 2 3 1 a E ks ast al 30 2 3 2 3D CAD 777 36 2 3 3 40 2 4 42 24 1 42 OBO DA RAH OA DF 47 2 4 3
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273. 6 CFT CFT gt RR 7 CFT CFT 8 CFT CFT CFT CFT 1999 T
274. 7 sade 2009 2007 13D SolidWorks SolidWorks World Japan 2007 2007 CAE vol 62 No 9 HIRET EEMS Es M 2007 vol 62 No 9 1992 2005 3 vol 71 No 10 2008 597 2007 SoC R CUBE 151 vol 62 No 9 2005
275. 1 14 N 42 0 20 40 60 80 100 64 3 14 3 ge men 187 3 3 1 12 3 15 14 69 6 2 19 1 87 TH 6 A 2H A Sp yO 3 00 1 23 3 13 1 43
276. 3 1988 4 1994 5 1997 6 2001 7 2004 _ MOT 8 a 2
277. 4 3 4 2 4 3 1 1 fe 79 4 2 B 3D 2 1
278. DFX anes Gn 2 15 DFx DFx Design for X DFx DFx Design DFx DFM Design For Manufacturing DFT Design For Testing DFE Design For Environment DFM DFT 2
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281. 2008 Vol 90 No 11 886 887 Ward Allen Liker Jeffrey K Cristiano John J Sobeck Durward K II 1995 The Second Toyota Paradox How Delaying Decisions Can Make Better Cars Faster Sloan Management Review Spring 1995 Womack J D Jones and D Roos 1990 The Machine that Changed the World New York Rawson Associates 2004 IT 3 All Yi Yang Shinichiro Nomoto Sam Kurokawa 2011 Knowledge transfer in corporate venturing activity and impact of control mechanisms International Entrepreneurship Management Journal 2005 DFX FUJITSU 56 6 Yin Robert K Case Study Research Design and Methods Sage Publications 2002 ve AUR RRB ABB 2007 vol 62 No 9 Maximilian von Zedtwitz 2008 Organizational learning through post project reviews in R amp D R amp D Management V
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324. July August 2002 pp402 419 Thomke S and Fujimoto T 2000 Front loading problem solving on product development performance Journal of Product Innovation Management 17 2 128 2004 Ava VOR ES NT THAR 2007 2007 2004 2005 1 15 6 10 12 57 1 11 BEM Tushman L M and PAnderson 1986 Technological Discontinuities and Organizational Environments Administrative Science Quarterly 31 439 465 2005 AAFE Umemoto Katsuhiro Endo Atsushi Machado Marcelo 2004 From sashimi to zen in the evolution of concurrent engineering at Fuji Xerox Journal of Knowledge 152 Management 8 4 Emerald Group Publishing Limited pp89 99 2009 PERE 2002 MBA MOT
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326. Title J AIST Repository https dspace jaist ac jp HHUHHHHHHHHHHHHHUHHHHHHH HHHUHHHHHHHHUHHHHHHHHHH Author s OU OOD Citation Issue Date 2012 03 Type Thesis or Ossertation Text version aut hor URL http hdl handi e net 10119 10394 Rights Description Supervisor 0 O00 0000000 00 AIST JAPAN ADVANCED INSTITUTE OF SCIENCE AND TECHNOLOGY J apan Advanced Institute of Science and Technology Shinichiro Nomoto Supervisor Professor Dr Katsuhiro Umemoto School of Knowledge Science Japan Advanced Institute of Science and Technology March 2012 ii Abstract Design and R amp D Departments are becoming busier and busier as customers have greater requirements and there is demand for shorter development times With the recent downturn in the economy and restrictions on the amount of overtime that can be done engineers have fewer man hours to put into design research and development that is oriented towards the capitalization of technology and Knowledge Management To overcome these problems various companies have been making progress with innovations to the development process by applying work methodologies such as concurrent engineering and frontloa
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328. ding Methodologies such as concurrent engineering frontloading and cross functional teams have much in common in terms of how they ask how to create and transfer knowledge for the development project while also reforming the development process at the same time Recently we have even since the emergence of an academic discipline called Project Knowledge Management This study builds on this previous work and looks at case studies of product development in four companies The first case study examines design conception at the early stages of development and comprehensive application of DFx principles The second case study is an example of innovations to create links between design and production technology The third case study looks at the utilization of a technology road map The fourth case study looks at the utilization of a Virtual operation manual Based on these four case studies we then propose a Future Driven Model of Project Knowledge Management for managing knowledge in projects that involve the development of products and technologies by deducing the following four logical implications for the practice of project knowledge management in developing products and technologies 1 to adopt concurrent practices that incorporate frontloading activities 2 to involve more knowledge creating team members in the project 3 to incorporate the future driven vision for the end goal as project knowledge and 4 to recognize the necessity
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333. of simultaneously reviewing both the process and the mission This study s findings contribute to the practice of project knowledge management by identifying the following four points as keys to success 1 ascertaining the characteristics of the project such as scale degree of difficulty experience expansibility business ili type category and the ambition of the goals 2 implementing After Action Reviews and pro active training for the project leader 3 understanding and improving the precision of the mid term plan for considering the vision for the end goal and 4 reviewing and defining the mission and implementing activities to improve efficiency as part of this process This study looked at businesses that assemble electrical appliances and other devices a type of business where change is very rapid It remains unclear just how applicable these results might be to other types of businesses such as chemicals pharmaceuticals or food businesses From that standpoint one challenge for future research is a need to test and refine the logical model by looking at case studies for businesses other than assembly businesses The steady implementation of project After Action Reviews has become a keyword in the project management field of late The most important future challenge is to follow up this research in both theory and practice so that support for globalization and considering the trade off between sharing knowledge and disc
334. ol 32 No 3 153 154 Appendix 1 1 7 MO tt 2 8 ott 2 2 1 1 2 2 2 2 3 3 2 4 4 155 156 1 1 7 MOT 1
335. owledge Management in Practice Burlington MA Butterworth Heinemann Gouel Philippe E 2007 Unwrapping front loading explaining problem solving performance in complex product development University of Michigan AAT3253273 2006 C K 1995 Hammersley M 1998 Reading ethnographic research 2nd ed London Longman Henry J Lindborg 2003 CFT 2004 MOT 2005 Current Management Issue 2005 6 2008 Std ce IT

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