energy efficiency and reliability knowledge management nonaka model ah bee goh 3 oct 2010
TRANSCRIPT
energy efficiency and reliability
Presentation title DD.MM.YYYY 3
Fig. B Choke Process Flow
WindingPin Insertion
Assembly
Soldering
Moulding
Baking
Hi-Volt test
Test
Cutting & Wave Dipping
Printing
Packing
energy efficiency and reliability
Presentation title DD.MM.YYYY 4
Fig. C - Choke ComponentsPlastic Housing
Steel Wire
Separator
Toroid
Copper Wire
Resin
energy efficiency and reliability
Presentation title DD.MM.YYYY 5
Fig. D-1 Choke Process Flow
Process Time(sec)
Picture
Winding 68.45
Cutting & Wave Dipping 38.34
energy efficiency and reliability
Presentation title DD.MM.YYYY 6
Fig. D-3 Choke Process Flow
Process Time(sec) Picture
Pin Insertion 1.9
Assembly 36.84
energy efficiency and reliability
Presentation title DD.MM.YYYY 7
Process Time(sec)
Picture
Soldering 11.67
Moulding 2.81
Fig. D-2 Choke Process Flow
energy efficiency and reliability
Presentation title DD.MM.YYYY 8
Fig. D-4 Choke Process Flow
Process Time(sec)
Picture
Baking 1.55
Hi-Volt Test 9.12
energy efficiency and reliability
Presentation title DD.MM.YYYY 9
Fig. D-5 Choke Process Flow
Process Time(sec)
Picture
Test 9.07
Printing 6.24
energy efficiency and reliability
Presentation title DD.MM.YYYY 10
Fig. D-6 Choke Process Flow
Process Time(sec)
Picture
Packing 2.75
Total time is 188.74 secs.
energy efficiency and reliability
Presentation title DD.MM.YYYY 11
Knowledge management – Nonaka model
OBJECTIVE
Target a family of products that has the highest potential.
The RN family of chokes is selected.
To double Schaffner’s market share from 15 % to 30 % in the world market.
To double the quantity from 500, 000 pieces per month to 1,000,000 pieces per month.
energy efficiency and reliability
Presentation title DD.MM.YYYY 12
Fig. E -Standard time of Choke process
0
10
20
30
40
50
60
70
Time (Sec)
Winding
Cutting &
Wav
e Dipping
Assembly
Soldering
Hi-Volt T
est
Test
Printin
g
Moulding
Packing
Pin Inse
rtion
Baking
Process
Time (Sec)
Total = 188.74s
energy efficiency and reliability
Presentation title DD.MM.YYYY 13
Knowledge management – Nonaka model
Fig. E shows 3 operations ; Winding. Cutting and wave dipping. Assembly . Constitute 76% of the entire process time.
Analysis; Labour content is high. Cost reduction is substantial. Lowest cost producer in the world. Automate. Theme should be;
Maximachine/minihuman.
Use Nonaka model for knowledge management , Fig. 1.0.
energy efficiency and reliability
Presentation title DD.MM.YYYY 14
Dialogue
Learning byDoing
LinkingExplicitKnowledge
FieldBuilding
Socialization Externalization
Internalization Combination
Tacit Tacit
Tac
itT
acit
Explicit Explicit
Exp
licitE
xplicit
Fig. 1.0 – four modes of knowledge conversion
energy efficiency and reliability
Presentation title DD.MM.YYYY 15
3 2 1 0
tacit
explicit
tacit
combinationinternalization
externalizationsocialization
explicitto
from
Figure 2.0 – 3 years of spiraling knowledge
Yr 1, tacit to tacit = socialization
Target is to automate winding fully
energy efficiency and reliability
Presentation title DD.MM.YYYY 16
Knowledge management – Nonaka model
Yr 1 = tacit to tacit
SOCIALIZATION( Fig. 2.0)
Grand theme; maximachine/minihuman Automate winding
Socialization; How- To Get the experts and most experienced winders for a brain
storming session. Informal gatherings. Off- site meetings for 3 days. Building samples, experimenting and sharing etc. First 4 months – no formal reviews , just discussion.
energy efficiency and reliability
Presentation title DD.MM.YYYY 17
Knowledge management – Nonaka model
3 2 1 0
tacit
explicit
tacit
combinationinternalization
externalizationsocialization
explicitto
from
Figure 3.0 – 3 years of spiraling knowledge
Yr 2- tacit to explicit – Externalization-automate cutting and dipping
energy efficiency and reliability
Presentation title DD.MM.YYYY 18
Knowledge management – Nonaka model
Yr 2 = tacit to explicit
EXTERNALISATION (Fig. 3.0) Grand theme; maximachine/minihuman Automate cutting and wave dipping How – To
Document useful discussion, observations and experiments.
Mid – theme ; The cookie concept Aims to produce chokes like cookies. Understand how cookies are fully automated and produced. Consistency of the cookies produced. Low cost production. Easy packing
energy efficiency and reliability
Presentation title DD.MM.YYYY 19
Knowledge management – Nonaka model
3 2 1 0
tacit
explicit
tacit
combinationinternalization
externalizationsocialization
explicitto
from
Figure 4.0 – 3 years of spiraling knowledge
Yr 3- explicit to explicit
- Combination
-Automate the assembly
energy efficiency and reliability
Presentation title DD.MM.YYYY 20
Knowledge management – Nonaka model
Yr 3- explicit to explicit
COMBINATION (Fig. 4.0) Automate the assembly
Grand theme; maximachine/ minihuman
Final theme; Everyone loves cookie. How- To. Exchange ideas and experiences. Combine , sort and prioritize concepts of value. Formal and informal communications. Exchange visits with European colleagues.
energy efficiency and reliability
Presentation title DD.MM.YYYY 21
Knowledge management – Nonaka model
3 2 1 0
tacit
explicit
tacit
combinationinternalization
externalizationsocialization
explicitto
from
Figure 5.0 – 3 years of spiraling knowledge
>Yr 3 explicit to tacit- Internalization-
- Continue automation of other operations
46
energy efficiency and reliability
Presentation title DD.MM.YYYY 22
Knowledge management – Nonaka model
Beyond 3 Yrs- explicit to tacit Continue automations of other operations
INTERNALIZATION (FIG. 5.0)
Grand theme; maximachine/ minihumanHow- To; Verbalize ,constant interactions and informal groups
gatherings. Continue to document success stories and new learnings. Alignment use ROFO MODEL Encourage learning by doing Mindset change and modification of behavior towards
learning.