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K畛 nng Gi畉i quy畉t v畉n 畛 QUY TRNH RA QUY畉T 畛NH T但m Vi畛t Group
D evise objectives E stablish options C ompare options I dentify the best choice D irect the choice E nsure results
Nhi畛t t狸nh c畛ng ngu d畛t b畉ng ph叩 ho畉i .
N畛i dung S畛 vi畛c, m畛c ti棚u v rng bu畛c T狸m gi畉i ph叩p t畛i 動u Th畛c thi quy畉t 畛nh 叩nh gi叩 k畉t qu畉
Tr狸 ho達n quy畉t 畛nh C叩i 動畛c khi kh担ng lm C叩i m畉t khi lm
畛 quy畉t 畛nh ngay C叩i 動畛c khi lm C叩i m畉t khi kh担ng lm
3 quy畉t 畛nh t畉o v畉n m畛nh T畉p trung vo i畛u g狸 C叩i g狸 c坦 gi叩 tr畛 v畛i ta Lm g狸 畛 畉t k畉t qu畉
Quy tr狸nh ra quy畉t 畛nh Tr狸nh by s畛 vi畛c, v畉n 畛 X叩c 畛nh m畛c ti棚u Nh畉n d畉ng rng bu畛c Thu th畉p th担ng tin 叩nh gi叩 gi畉i ph叩p Th畛c thi gi畉i ph叩p t畛i 動u 叩nh gi叩 k畉t qu畉
T狸 vai, 叩p m叩, n鱈n th畛, b坦p c嘆 B畉n  Ch畛nh
Kh担ng c坦 gi畉i ph叩p t畛t Ch畛   c坦   gi畉i   ph叩p   t畛t   nh畉t
X叩c 畛nh V畉n 畛 Quy tr狸nh ra quy畉t 畛nh L畛a ch畛n  ph動董ng 叩n Th畛c hi畛n  s畛 l畛a ch畛n 叩nh gi叩 k畉t qu畉 1 動a ra c叩c ph動董ng 叩n Ph但n t鱈ch c叩c  ph動董ng 叩n Ti棚u ch鱈 ra  quy畉t 畛nh X叩c 畛nh M畛c 畛 quan  Tr畛ng c畛a c叩c  ti棚u ch鱈 2 3 4 5 6 7   8
B動畛c 1: Nh畉n d畉ng v畉n 畛 S畛 kh叩c bi畛t gi畛a v畉n 畛 th畛c s畛 v v畉n 畛 c坦 th畛 x畉y ra
B動畛c 2: Ti棚u ch鱈 c畛a Quy畉t 畛nh C叩c y畉u t畛 c坦 li棚n quan 畉n vi畛c ra quy畉t 畛nh Gi叩 c畉 Ti畛n nghi b棚n trong 畛 b畛n M畛c 畛 s畛a ch畛a Performance Handling
X叩c 畛nh th畛 t畛 動u ti棚n cho c叩c ti棚u ch鱈 li棚n quan B動畛c 3: X叩c 畛nh m畛c 畛 quan tr畛ng
V畉n 畛: Mua m畛t chi畉c xe m畛i 1 H狸nh th畛c 3 Hi畛u su畉t 5 M畛c 畛 s畛a ch畛a 5 畛 b畛n 8 Ti畛n nghi b棚n trong 10 Gi叩 M畛c 畛 quan tr畛ng Ti棚u ch鱈
B動畛c 4: C叩c ph動董ng 叩n L畉p m畛t danh s叩ch c叩c nh s畉n xu畉t xe h董i  (possible vehicle manufacturers)
叩nh gi叩 hi畛u qu畉 c畛a m畛i ph動董ng 叩n th担ng qua vi畛c 叩nh gi叩 ch畛c nng B動畛c 5: Ph但n t鱈ch c叩c ph動董ng 叩n
C叩c b動畛c cu畛i c湛ng 畛 ra quy畉t 畛nh B動畛c 6: L畛a ch畛n ph動董ng 叩n T畛i 動u B動畛c 7: Th畛c thi quy畉t 畛nh B動畛c 8: 叩nh gi叩 quy畉t 畛nh
Gi畉 畛nh v畛 t鱈nh h畛p l箪 Ra quy畉t  畛nh h畛p l箪 V畉n 畛 r探 rng  v kh担ng m董 h畛 Ph畉i 畉t 動畛c m畛c  ti棚u 董n nh畉t v  動畛c x叩c 畛nh r探 T畉t c畉 c叩c ph動董ng 叩n v k畉t qu畉 i畛u 動畛c nh畉n bi畉t S畉p x畉p c叩c ph動董ng 叩n theo th畛 t畛 動u ti棚n Th畛 t畛 動u ti棚n  l c畛 畛nh  v kh担ng 畛i Kh担ng 畛 th畛i gian  v chi ph鱈 l達ng ph鱈 Quy畉t 畛nh cu畛i  c湛ng s畉 t畛i a  h坦a hi畛u qu畉
S畛 s叩ng t畉o v vi畛c ra quy畉t 畛nh S畛 s叩ng t畉o l kh畉 nng 動a ra nh畛ng 箪 t動畛ng m畛i v c坦 鱈ch Quan tr畛ng v畛i vi畛c ra quy畉t 畛nh khi n坦 gi炭p ng動畛i ra quy畉t 畛nh nh狸n th畉y v畉n 畛 m ng動畛i kh叩c kh担ng th畛 nh狸n th畉y N坦 gi炭p x叩c 畛nh c叩c ph動董ng 叩n kh畉 thi h董n
M畛 ra kh畉 nng s叩ng t畉o Ngh挑 ra kh畛i gi畛i h畉n c畛a chi畉c h畛p S畛 d畛ng n達o ph畉i c畛a b畉n M担 h狸nh 3 thnh t畛 c畛a s畛 s叩ng t畉o Thnh th畉o K畛 nng t動 duy s叩ng t畉o 畛ng l畛c lm vi畛c b棚n trong
Gi畛i h畉n c畛a s畛 h畛p l箪 S畛 kh担ng ch畉c ch畉n R畛i ro S畛 th畛a m達n T畉p trung vo nh畛ng l畛a ch畛n c坦 th畛 x叩c 畛nh r探 rng cao nh畉t
Sai s坦t trong qu叩 tr狸nh ra quy畉t 畛nh Ra quy畉t 畛nh b畉ng tr畉i nghi畛m S畛 s畉n sng T鱈nh i畛n h狸nh S畛 ti畉n c畛a nh畛ng cam k畉t
N畉u c坦 2 gi畉i ph叩p th狸 t担i s畉 ch畛n  gi畉i ph叩p th畛 3
叩nh gi叩 c叩c gi畉i ph叩p X但y d畛ng ma tr畉n 畛 xem x辿t c叩c l畛a ch畛n X Gi畉i ph叩p E X Gi畉i ph叩p D X Gi畉i ph叩p C X Gi畉i ph叩p B X Gi畉i ph叩p A Th畉p (di h畉n ho畉c kh担ng l g狸) Trung b狸nh Cao (c坦 th畛 th畛c hi畛n ngay) Gi畉i ph叩p
T畛 ch畛c t畛t v v畉n 畛 t畛 ch畛c Kh担ng ph畛c t畉p  Quen thu畛c D畛 x叩c nh畉n M畛i v 畉c bi畛t Th担ng tin m董 h畛 Th担ng tin kh担ng 畉y 畛
Danh s叩ch c叩c quy畉t 畛nh 達 l棚n ch動董ng tr狸nh Ch動a l棚n ch動董ng tr狸nh
Quy畉t 畛nh 達 l棚n ch動董ng tr狸nh K畉t qu畉 Nguy棚n t畉c Ch鱈nh s叩ch
Quan h畛 gi畛a v畉n 畛, quy畉t 畛nh v m畛c 畛 Quy畉t 畛nh  達 l棚n k畉 ho畉ch Quy畉t 畛nh  ch動a l棚n k畉 ho畉ch Lo畉i v畉n 畛 M畛c 畛 C畉u tr炭c III T畛 ch畛c t畛t Cao  Th畉p
Vi畛c ra quy畉t 畛nh v c担ng ngh畛 th担ng tin C担ng ngh畛 th担ng tin c坦 th畛 gi炭p h畛 tr畛 vi畛c ra quy畉t 畛nh C叩c lo畉i ph畉n m畛m: H畛 th畛ng chuy棚n m担n M畉ng l動畛i th畉n kinh Ph畉n m畛m nh坦m
C叩c ph動董ng ph叩p ra quy畉t 畛nh Ph但n t鱈ch C叩ch c動 x畛 H動畛ng d畉n D畛a tr棚n  kh叩i ni畛m L箪 tr鱈 Tr畛c gi叩c C叩ch suy ngh挑 Th畉p Cao Dung sai c畛a s畛 kh担ng r探 rng
Decision-Making Styles Analytical Behavioural Directive Conceptual Rational Intuitive Way of Thinking Low High Tolerance for Ambiguity Source:  S. P. Robbins,  Supervision Today  (Upper Saddle River, NJ: Prentice Hall, 1995), page 111.
働u i畛m c畛a vi畛c ra quy畉t 畛nh theo nh坦m Th担ng tin 畉y 畛 h董n X叩c 畛nh  Kinh nghi畛m a d畉ng 動a ra nhi畛u ph動董ng 叩n h董n Gi畉i ph叩p d畛 動畛c ch畉p nh畉n h董n b畛i nh畛ng ng動畛i c坦 li棚n quan
Nh動畛c i畛m c畛a vi畛c ra quy畉t 畛nh theo nh坦m T畛n th畛i gian Chi ph畛i b畛i m畛t s畛 ng動畛i p l畛c
C叩c nh坦m lm vi畛c hi畛u qu畉 khi S畛 ch鱈nh x叩c l quan tr畛ng S畛 s叩ng t畉o l quan tr畛ng S畛 t鱈ch tr畛 l quan tr畛ng S畛 ng動畛i l 5-7 ng動畛i
C叩c ph動董ng ph叩p n但ng cao vi畛c ra quy畉t 畛nh theo nh坦m Kh畛i t畉o 箪 t動畛ng K畛 thu畉t lm vi畛c nh坦m nh畛 C叩c cu畛c g畉p qua  ph動董ng ti畛n i畛n t畛
Vi畛c ra quy畉t 畛nh v vn h坦a qu畛c gia X叩c 畛nh kh叩c bi畛t c畛a m畛t qu畛c gia v畛i m畛t qu畛c gia kh叩c  C畉n nh畉n bi畉t nh畛ng i畛u 動畛c ch畉p nh畉n  C叩c l達nh 畉o c坦 th畛 thnh c担ng n畉u h畛 i畛u ch畛nh 動畛c s畛 kh叩c bi畛t
C担ng c畛 Quy tr狸nh Th坦i quen

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quy trinh ra quyet dinh

  • 1. K畛 nng Gi畉i quy畉t v畉n 畛 QUY TRNH RA QUY畉T 畛NH T但m Vi畛t Group
  • 2. D evise objectives E stablish options C ompare options I dentify the best choice D irect the choice E nsure results
  • 3. Nhi畛t t狸nh c畛ng ngu d畛t b畉ng ph叩 ho畉i .
  • 4. N畛i dung S畛 vi畛c, m畛c ti棚u v rng bu畛c T狸m gi畉i ph叩p t畛i 動u Th畛c thi quy畉t 畛nh 叩nh gi叩 k畉t qu畉
  • 5. Tr狸 ho達n quy畉t 畛nh C叩i 動畛c khi kh担ng lm C叩i m畉t khi lm
  • 6. 畛 quy畉t 畛nh ngay C叩i 動畛c khi lm C叩i m畉t khi kh担ng lm
  • 7. 3 quy畉t 畛nh t畉o v畉n m畛nh T畉p trung vo i畛u g狸 C叩i g狸 c坦 gi叩 tr畛 v畛i ta Lm g狸 畛 畉t k畉t qu畉
  • 8. Quy tr狸nh ra quy畉t 畛nh Tr狸nh by s畛 vi畛c, v畉n 畛 X叩c 畛nh m畛c ti棚u Nh畉n d畉ng rng bu畛c Thu th畉p th担ng tin 叩nh gi叩 gi畉i ph叩p Th畛c thi gi畉i ph叩p t畛i 動u 叩nh gi叩 k畉t qu畉
  • 9. T狸 vai, 叩p m叩, n鱈n th畛, b坦p c嘆 B畉n Ch畛nh
  • 10. Kh担ng c坦 gi畉i ph叩p t畛t Ch畛 c坦 gi畉i ph叩p t畛t nh畉t
  • 11. X叩c 畛nh V畉n 畛 Quy tr狸nh ra quy畉t 畛nh L畛a ch畛n ph動董ng 叩n Th畛c hi畛n s畛 l畛a ch畛n 叩nh gi叩 k畉t qu畉 1 動a ra c叩c ph動董ng 叩n Ph但n t鱈ch c叩c ph動董ng 叩n Ti棚u ch鱈 ra quy畉t 畛nh X叩c 畛nh M畛c 畛 quan Tr畛ng c畛a c叩c ti棚u ch鱈 2 3 4 5 6 7 8
  • 12. B動畛c 1: Nh畉n d畉ng v畉n 畛 S畛 kh叩c bi畛t gi畛a v畉n 畛 th畛c s畛 v v畉n 畛 c坦 th畛 x畉y ra
  • 13. B動畛c 2: Ti棚u ch鱈 c畛a Quy畉t 畛nh C叩c y畉u t畛 c坦 li棚n quan 畉n vi畛c ra quy畉t 畛nh Gi叩 c畉 Ti畛n nghi b棚n trong 畛 b畛n M畛c 畛 s畛a ch畛a Performance Handling
  • 14. X叩c 畛nh th畛 t畛 動u ti棚n cho c叩c ti棚u ch鱈 li棚n quan B動畛c 3: X叩c 畛nh m畛c 畛 quan tr畛ng
  • 15. V畉n 畛: Mua m畛t chi畉c xe m畛i 1 H狸nh th畛c 3 Hi畛u su畉t 5 M畛c 畛 s畛a ch畛a 5 畛 b畛n 8 Ti畛n nghi b棚n trong 10 Gi叩 M畛c 畛 quan tr畛ng Ti棚u ch鱈
  • 16. B動畛c 4: C叩c ph動董ng 叩n L畉p m畛t danh s叩ch c叩c nh s畉n xu畉t xe h董i (possible vehicle manufacturers)
  • 17. 叩nh gi叩 hi畛u qu畉 c畛a m畛i ph動董ng 叩n th担ng qua vi畛c 叩nh gi叩 ch畛c nng B動畛c 5: Ph但n t鱈ch c叩c ph動董ng 叩n
  • 18. C叩c b動畛c cu畛i c湛ng 畛 ra quy畉t 畛nh B動畛c 6: L畛a ch畛n ph動董ng 叩n T畛i 動u B動畛c 7: Th畛c thi quy畉t 畛nh B動畛c 8: 叩nh gi叩 quy畉t 畛nh
  • 19. Gi畉 畛nh v畛 t鱈nh h畛p l箪 Ra quy畉t 畛nh h畛p l箪 V畉n 畛 r探 rng v kh担ng m董 h畛 Ph畉i 畉t 動畛c m畛c ti棚u 董n nh畉t v 動畛c x叩c 畛nh r探 T畉t c畉 c叩c ph動董ng 叩n v k畉t qu畉 i畛u 動畛c nh畉n bi畉t S畉p x畉p c叩c ph動董ng 叩n theo th畛 t畛 動u ti棚n Th畛 t畛 動u ti棚n l c畛 畛nh v kh担ng 畛i Kh担ng 畛 th畛i gian v chi ph鱈 l達ng ph鱈 Quy畉t 畛nh cu畛i c湛ng s畉 t畛i a h坦a hi畛u qu畉
  • 20. S畛 s叩ng t畉o v vi畛c ra quy畉t 畛nh S畛 s叩ng t畉o l kh畉 nng 動a ra nh畛ng 箪 t動畛ng m畛i v c坦 鱈ch Quan tr畛ng v畛i vi畛c ra quy畉t 畛nh khi n坦 gi炭p ng動畛i ra quy畉t 畛nh nh狸n th畉y v畉n 畛 m ng動畛i kh叩c kh担ng th畛 nh狸n th畉y N坦 gi炭p x叩c 畛nh c叩c ph動董ng 叩n kh畉 thi h董n
  • 21. M畛 ra kh畉 nng s叩ng t畉o Ngh挑 ra kh畛i gi畛i h畉n c畛a chi畉c h畛p S畛 d畛ng n達o ph畉i c畛a b畉n M担 h狸nh 3 thnh t畛 c畛a s畛 s叩ng t畉o Thnh th畉o K畛 nng t動 duy s叩ng t畉o 畛ng l畛c lm vi畛c b棚n trong
  • 22. Gi畛i h畉n c畛a s畛 h畛p l箪 S畛 kh担ng ch畉c ch畉n R畛i ro S畛 th畛a m達n T畉p trung vo nh畛ng l畛a ch畛n c坦 th畛 x叩c 畛nh r探 rng cao nh畉t
  • 23. Sai s坦t trong qu叩 tr狸nh ra quy畉t 畛nh Ra quy畉t 畛nh b畉ng tr畉i nghi畛m S畛 s畉n sng T鱈nh i畛n h狸nh S畛 ti畉n c畛a nh畛ng cam k畉t
  • 24. N畉u c坦 2 gi畉i ph叩p th狸 t担i s畉 ch畛n gi畉i ph叩p th畛 3
  • 25. 叩nh gi叩 c叩c gi畉i ph叩p X但y d畛ng ma tr畉n 畛 xem x辿t c叩c l畛a ch畛n X Gi畉i ph叩p E X Gi畉i ph叩p D X Gi畉i ph叩p C X Gi畉i ph叩p B X Gi畉i ph叩p A Th畉p (di h畉n ho畉c kh担ng l g狸) Trung b狸nh Cao (c坦 th畛 th畛c hi畛n ngay) Gi畉i ph叩p
  • 26. T畛 ch畛c t畛t v v畉n 畛 t畛 ch畛c Kh担ng ph畛c t畉p Quen thu畛c D畛 x叩c nh畉n M畛i v 畉c bi畛t Th担ng tin m董 h畛 Th担ng tin kh担ng 畉y 畛
  • 27. Danh s叩ch c叩c quy畉t 畛nh 達 l棚n ch動董ng tr狸nh Ch動a l棚n ch動董ng tr狸nh
  • 28. Quy畉t 畛nh 達 l棚n ch動董ng tr狸nh K畉t qu畉 Nguy棚n t畉c Ch鱈nh s叩ch
  • 29. Quan h畛 gi畛a v畉n 畛, quy畉t 畛nh v m畛c 畛 Quy畉t 畛nh 達 l棚n k畉 ho畉ch Quy畉t 畛nh ch動a l棚n k畉 ho畉ch Lo畉i v畉n 畛 M畛c 畛 C畉u tr炭c III T畛 ch畛c t畛t Cao Th畉p
  • 30. Vi畛c ra quy畉t 畛nh v c担ng ngh畛 th担ng tin C担ng ngh畛 th担ng tin c坦 th畛 gi炭p h畛 tr畛 vi畛c ra quy畉t 畛nh C叩c lo畉i ph畉n m畛m: H畛 th畛ng chuy棚n m担n M畉ng l動畛i th畉n kinh Ph畉n m畛m nh坦m
  • 31. C叩c ph動董ng ph叩p ra quy畉t 畛nh Ph但n t鱈ch C叩ch c動 x畛 H動畛ng d畉n D畛a tr棚n kh叩i ni畛m L箪 tr鱈 Tr畛c gi叩c C叩ch suy ngh挑 Th畉p Cao Dung sai c畛a s畛 kh担ng r探 rng
  • 32. Decision-Making Styles Analytical Behavioural Directive Conceptual Rational Intuitive Way of Thinking Low High Tolerance for Ambiguity Source: S. P. Robbins, Supervision Today (Upper Saddle River, NJ: Prentice Hall, 1995), page 111.
  • 33. 働u i畛m c畛a vi畛c ra quy畉t 畛nh theo nh坦m Th担ng tin 畉y 畛 h董n X叩c 畛nh Kinh nghi畛m a d畉ng 動a ra nhi畛u ph動董ng 叩n h董n Gi畉i ph叩p d畛 動畛c ch畉p nh畉n h董n b畛i nh畛ng ng動畛i c坦 li棚n quan
  • 34. Nh動畛c i畛m c畛a vi畛c ra quy畉t 畛nh theo nh坦m T畛n th畛i gian Chi ph畛i b畛i m畛t s畛 ng動畛i p l畛c
  • 35. C叩c nh坦m lm vi畛c hi畛u qu畉 khi S畛 ch鱈nh x叩c l quan tr畛ng S畛 s叩ng t畉o l quan tr畛ng S畛 t鱈ch tr畛 l quan tr畛ng S畛 ng動畛i l 5-7 ng動畛i
  • 36. C叩c ph動董ng ph叩p n但ng cao vi畛c ra quy畉t 畛nh theo nh坦m Kh畛i t畉o 箪 t動畛ng K畛 thu畉t lm vi畛c nh坦m nh畛 C叩c cu畛c g畉p qua ph動董ng ti畛n i畛n t畛
  • 37. Vi畛c ra quy畉t 畛nh v vn h坦a qu畛c gia X叩c 畛nh kh叩c bi畛t c畛a m畛t qu畛c gia v畛i m畛t qu畛c gia kh叩c C畉n nh畉n bi畉t nh畛ng i畛u 動畛c ch畉p nh畉n C叩c l達nh 畉o c坦 th畛 thnh c担ng n畉u h畛 i畛u ch畛nh 動畛c s畛 kh叩c bi畛t
  • 38. C担ng c畛 Quy tr狸nh Th坦i quen

Editor's Notes

  • #12: 4 The decision-making process is a set of 8 steps that allows a manager (or any other person) to choose among alternatives. The example in the text deals with a sales manager at Weyerhaeuser Canada who has spent nearly $5000 on auto repairs in the past few years and now has a blown engine in his car. Repair estimates indicate that it is not economical to repair the car and public transportation is not realistic.
  • #13: 5 The first step in the decision-making process is identifying a problem. This can be a difference between past and present performance, or it can be the current performance compared to the planned performance, or it can be the difference against goals set. In this case, the sales manager has decided that he needs a new car.
  • #14: 6 The next step is to determine the factors that might be relevant in making the decision. In our example, John decides that price, interior comfort, durability, repair record, performance, and handling are the criteria hell use to make his decision. Interesting to note that the repair record is the 4th criterion even though he has had problems with excessive repairs on his current car.
  • #15: 7 It is important to determine the relative ranking or priority of each of the criterion. Going back to our example, price has been determined to be the most important factor, then interior comfort with handling being the least important.
  • #16: 8 This slide illustrates the type of decision-making matrix being generated using the relevant factors for the decision and the weights you have assigned. Again, note that price is the most important on a scale of 1-10 with handling being the least important at a 1.
  • #17: 9 Step 4 is to identify the possible car manufacturers that John might be interested in. He has identified 12 vehicles that are viable choices: Jeep Cherokee, Ford Mustang, Mercedes E500, Chevrolet Camaro, Mazda Prot辿g辿, Chrysler PT Cruiser, Acura TSX, Hyundai Tiburon, BMW 320, Audi A6, Toyota Camry, and Volkswagen Passat.
  • #18: 10 Step 5 now requires us to to assess the value of each alternative. We will use the criteria and weights established in steps 2 and 3. Each alternative is evaluated by appraising it against the criteria. Exhibits 4-4 and 4-5 take you through the decision-makers assessment of the value of each criterion and the weighting of each factor--which is the assessment times the criteria weight.
  • #19: 12 The final steps in the decision making process is selecting the best choice, implementing the decision and evaluating the decision. Did the alternative chosen in Step 6 accomplish the desired result. You will note on Exhibit 4-5 (page91) in the text that the car with the highest total value is the Toyota Camry. On the basis of the criteria identified, the weights given given to the criteria, the decision makers assessment of each vehicles achievement on the criteria, the Toyota scored 224 which makes it the best alternative.
  • #20: When a manager makes a decision, it is assumed that the manager is able to do so with knowing all the information. But this is a perfect world that rarely exists for managers today. Remember that the assumptions of rationality often do not hold true because the level of certainty that the rational model demands rarely exists. Most managers then try to determine the amount of risk and make their decisions under a condition of uncertainty.
  • #21: Most people have creative potential that they can use when confronted with a decision-making problem. But to unleash that potential they need to get out of the thinking ruts and learn how to think about a problem in different ways.
  • #22: There are ways that we can unleash our creativity. What we need to be able to look at problems and situations differently. For example, take a few minutes and sit on the floor and look around you. Describe what you see. Now stand up and do the same thing. Is there something different that you see standing up that you didnt see sitting down? There is a three-component model of creativity which enable people to make use of their potential. Expertise is the foundation of all creative work. Therefore, the more abilities, knowledge, etc. that a person has, the more creative potential there is to unleash. Creative-thinking skills encompass personality characteristics associated with creativity, the ability to use analogies as well as the talent to see the familiar in a different light. For instance, intelligence and risk-taking plus an internal locus of control have been found to be associated with the development of creative ideas. This is a learned skill that people can practice with. The exercises at the end of this chapter help people become more creative in their thinking. Intrinsic task motivation is the desire to work on something because its interesting and involving. This motivational component turns creative potential into actual creative ideas.
  • #23: 14 Because most managers deal with incomplete or uncertain information and because there is an element of risk in making any decision, most managers operate under the bounded rationality decision-making model. Here, managers make decisions recognizing the various constraints that are good enough or satisficing. In addition, they tend to focus on alternatives that are highly-visible.
  • #24: Heuristics are judgmental shortcuts that we take to avoid information overload. One type of heuristic is availability --which is our tendency to base our judgment on information that is readily available to us. For example, you may do a quick search on the Internet for some information about traffic statistics and make a judgment based on the number of newspaper articles you find that deal with the subject. Representative heuristics is the tendency of individuals to match the likelihood of an occurrence with something that they are familiar with. For example, you might watch a bike race and because you enjoy riding a bike and are fairly good at it, that you could complete in the race. The last area of errors in decision-making is escalation of commitment where a decision-maker stays on the same path even though there is negative data that suggests otherwise. For example, a manager might continue with decision to keep the operation open longer to service customers even though few if any customers come in after the original closing time.
  • #27: 16 In todays business environment, the nature of the problem in many situations determines how the problem will be approached. Those problems that are simple and straightforward such as a customer wanting a refund for a defective product are described as well-structured. They are familiar and easily-defined. However, in many cases a manager may be facing a new or unusual problem where information may be incomplete. An example would be the desire to have a capability on the companys web site to purchase products and have them delivered more quickly and cheaply.
  • #28: 17 Just as there are two types of problems, there are also two types of decisions: programmed and non-programmed. A programmed decision is one where it is repetitive and easily handled through a routine. On the other hand, a non-programmed decision is one where a unique solution is required.
  • #29: 18 Every manager will need to deal with and understand a procedure, rule and policy. Basically, a procedure is a series of related and sequential steps. For example, if a student wishes to appeal a grade on a course. A rule is an explicit statement that tells managers what they can and cannot do. An example would be a store rule that requires a manager to approve any refund of more than $25. A policy is a general guideline that establishes the parameters in which to make a decision. An organization may have a policy to take appropriate steps to satisfy any customer complaint. This gives the manager a great deal of freedom in which to make a decision.
  • #30: 19 As you can see from this slide, the more senior managers tend to handle ill-structured problems with non-programmed decisions. This means that the problem may be new and therefore requires a unique solution. Likewise, lower level managers tend to handle more routine problems with solutions that were used in the past. Few managerial decisions in the real world are either fully programmed or fully non-programmed--no matter what level in the organization. Few programmed decisions are designed to eliminate individual judgment completely. At the other extreme, even the most unusual situation requiring a non-programmed decision can be helped by programmed routines.
  • #31: Information technology is providing managers with a wealth of decision-making support. Among these are expert systems, neural networks, and groupware. Expert systems use software programs to encode the relevant experience of an expert and allow a system to act like that expert in analyzing and solving ill-structured problems. Neural networks are the next step beyond expert systems and use computer software to imitate the structure of brain cells and connections among them. For example, sophisticated robotics use neural networks for their intelligence. Another example is the use of neural networks tracking credit card transactions.
  • #32: 21 Because managers are unique, each manager will bring personal characteristics into the decision-making process. The styles that we will examine look at the way in which managers think and their tolerance for ambiguity. The directive style tends to be logical and focus on the short-term. The analytical style is characterized by high tolerance for ambiguity and a rational way of thinking. These people want to have complete information before making a decision. The behavioural style reflects someone who thinks intuitively but have a low tolerance for ambiguity. These managers work well with others and are open to suggestions. The conceptual style represents someone who can live with lots of ambiguity. These individuals will look at the big picture and look for creative solutions. As you can see on this slide, the more a person can handle ambiguity and thinks more intuitively, the more likely the decisions will be broad in outlook. Managers today need to be able to use each of these styles depending on the situation. However, each manager will tend to have a dominant style.
  • #33: 21 Because managers are unique, each manager will bring personal characteristics into the decision-making process. The styles that we will examine look at the way in which managers think and their tolerance for ambiguity. The directive style tends to be logical and focus on the short-term. The analytical style is characterized by high tolerance for ambiguity and a rational way of thinking. These people want to have complete information before making a decision. The behavioural style reflects someone who thinks intuitively but have a low tolerance for ambiguity. These managers work well with others and are open to suggestions. The conceptual style represents someone who can live with lots of ambiguity. These individuals will look at the big picture and look for creative solutions. As you can see on this slide, the more a person can handle ambiguity and thinks more intuitively, the more likely the decisions will be broad in outlook. Managers today need to be able to use each of these styles depending on the situation. However, each manager will tend to have a dominant style.
  • #34: 22 Part of todays work environment is the increase in teams and groups. As a consequence, many organizations will have different groups working on different issues and therefore will encourage group decision making. The reasons an organization will use group decision-making is that more complete information can be generated;the people involved have a variety of experiences to bring to the problem; more people can generate more alternatives--two heads are better than one; and people who are involved in a decision that will affect them tend to accept the decision more readily.
  • #35: 23 Even with so many organizations using groups to make decisions, there are some problems that can surface. One of the more visible problems is that group decision-making is very time-consuming. It takes time for groups to learn to work with each other as well as to generate the outcomes. And a group can have one or several people attempt to dominate the discussion and to push their own view. Lastly, there is a tendency for pressures of group conformity. This phenomenon is called groupthink--the withholding by group members of different views in order to appear to be in agreement.
  • #36: 24 It is important to recognize that group decision-making is not always the best. However, if accuracy, creativity and buy-in to the solution is important, than groups are more effective than individuals. For a group to function well, the optimum size is 5-7 people involved.
  • #37: 25 There are several ways in which a group can become more effective in their decision-making. One of the ways is brainstorming--a technique where everyone states their ideas--a freewheeling session. The power of brainstorming is to ensure that people do not begin to evaluate. What you want to do is generate a big list of ideas--no matter how strange or unusual. Youll evaluate the ideas later in the process. Nominal group technique helps groups arrive at a preferred solution. This is done by group members being present at a meeting and secretly writing a lists of preferred solutions to a problem. In this way there is no restriction of an individuals thinking. Lastly, electronic meetings blend nominal group techniques with technology. People do not have to be in the same room and yet they can put their views and comments forward in a discussion without having to disclose who is saying what.
  • #38: 26 Just as we saw in Chapter 2, managers who are able to recognize the cultural differences when making decisions will enable the manager to be more effective. For example, Japanese use consensus-forming group decisions Called ringisei after collecting large amount of information and data. In Germany, the culture is one of structure and order--therefore the decision-making needs to be more directive.