I am going to do a lecture on what this blog is really about TRIZ and management.
My best source as a starting point are two papers I found on the internet.
The first is by Valerie Souchkov is about a breakthrough thinking of using TRIZ in management.
The second comes out of Cambridge University and links TRIZ with technology roadmapping.
TRIZ was developed by engineers but attempts have been made to integrate it into many different areas. The 40 principles have been adapted in many areas.
I will post a link to my slides as I write them.
Using TRIZ as a management tool
Tuesday, 7 February 2017
Thursday, 2 February 2017
TRIZ workshop
Just today been asked by a colleague to run a TRIZ workshop for second year product design undergraduates. Gives me a chance to promote one of my passions. Need to do about an hour and a half. I could lean it towards new product development.
My outline thoughts are:
40 principles
solving technical contradictions - triz 40 or otherwise
solving physical contradictions - charts
thinking in time and space - nine boxes
ideality
trends of evolution
effects database
maybe a mudguard design
My outline thoughts are:
40 principles
solving technical contradictions - triz 40 or otherwise
solving physical contradictions - charts
thinking in time and space - nine boxes
ideality
trends of evolution
effects database
maybe a mudguard design
Wednesday, 1 February 2017
What on earth is TRIZ?
Welcome to my TRIZ blog. You may not have heard of it before but TRIZ is a series of innovation techniques, based on the analysis of patents used to solve problems. It was developed by engineers and initially adopted by that community but has the potential for much wider appeal including its use in management.
One of the most accessible tools is the TRIZ 40 principles. These are 40 ways of solving problems.These come from a systematic analysis of patents.
One of the most accessible tools is the TRIZ 40 principles. These are 40 ways of solving problems.These come from a systematic analysis of patents.
Nos 1-10
|
1.
Segmentation
|
2. Taking Out
|
3. Local Quality
|
4. Asymmetry
|
5. Merging
|
6. Universality
|
7. Nested Doll
|
8. Anti-weight
|
9. Prior Counteraction
|
10. Prior Action
|
Nos 11-20
|
11. Cushion in advance
|
12. Equipotentiality
|
13. The other way around
|
14. Spheroidality
– Curvature
|
15. Dynamics
|
16. Partial or Excessive Action
|
17. Another Dimension
|
18. Mechanical Vibration
|
19. Periodic Action
|
20. Continuity of Useful Action
|
Nos 21-30
|
21. Rushing Through (or Skipping)
|
22. Blessing in Disguise
|
23. Feedback
|
24. Intermediary
|
25. Self-service
|
26. Copying
|
27. Cheap short-living objects
|
28. Replace mechanical System
|
29. Pneumatics and Hydraulics
|
30. Flexible Shells and Thin Films
|
Nos 31-40
|
31. Porous materials
|
32. Colour Changes
|
33. Homogeneity
|
34. Discarding and Recovering
|
35. Parameter change
|
36. Phase transition
|
37. Thermal Expansion (or contraction)
|
38. Accelerate Oxidation (or use of
strong oxidants)
|
39. Inert Atmosphere (or Environment)
|
40. Composite materials
|
Nos 1-10
|
Nos 11-20
|
Nos 21-30
|
Nos 31-40
|
These principles have been applied in many different sectors. |
Subscribe to:
Posts (Atom)