Systematic Inventive Thinking
of 17
Transcript of Systematic Inventive Thinking
-
7/31/2019 Systematic Inventive Thinking
1/17
Click to edit Master subtitle style
8/4/12
Breakthrough thinking
from inside the box
Devendra Kumar Sahu
Vaishvik KaleMayank Raizada
-
7/31/2019 Systematic Inventive Thinking
2/17
8/4/12
Introduction
Fallacy of thinking outside the box
Inside the box thinking
Why brainstorming fails?Wild and out of the box thinkingSlicing the existing data in new ways
-
7/31/2019 Systematic Inventive Thinking
3/17
8/4/12
Correct way: middle path
Asking questions to create newboxes
Asking right questions
-
7/31/2019 Systematic Inventive Thinking
4/17
8/4/12
The process of thinkinginside the box
Bound the range of acceptable ideasand select questions accordingly
Select participants who can produceoriginal insights
Ensure that everyone is fully
engaged Properly align the social norms of
meetings
Focus every discussion using
-
7/31/2019 Systematic Inventive Thinking
5/17
8/4/12
Donts
Do not rely solely on brainstormingsession
Narrow the list of ideas to the onesyou will seriously investigate rightaway
-
7/31/2019 Systematic Inventive Thinking
6/17
Click to edit Master subtitle style
8/4/12
Concept Leveraging Using
Systematic InventiveThinking
Devendra Kumar Sahu
Vaishvik KaleMayank Raizada
-
7/31/2019 Systematic Inventive Thinking
7/17
8/4/12
Prelogue
Customers are source of Innovativeideas?
Imagination to envision?
Product success?
Outside the Box thinking
Flurry out of the reach ideas Flop ideas
What is the Solution..????
77
-
7/31/2019 Systematic Inventive Thinking
8/17
8/4/12
Box with
Constraints
Systematic InventiveThinking
PresentProduct
Substraction
Multiplication
Division
Task Unification
AttributeDependencychange
88
-
7/31/2019 Systematic Inventive Thinking
9/17
8/4/12
Remove usefulcomponent and
implement functionwith existingcomponents
Complexity Size
Cost
99
SITSubstractionMultiplicationDivisionTask UnificationAttribute Dependency
-
7/31/2019 Systematic Inventive Thinking
10/17
8/4/12
Make one or morecopies of same
element More qualitative
change
Multiply benefits
1010
SITSubstraction
MultiplicationDivisionTask UnificationAttribute Dependency
-
7/31/2019 Systematic Inventive Thinking
11/17
8/4/12
Existing productinto component
parts1. Physical
2. Functional
Car CD Tapeplayers
3. Preservational
Caesereadetachable rugs
1111
SITSubstractionMultiplication
DivisionTask UnificationAttribute Dependency
-
7/31/2019 Systematic Inventive Thinking
12/17
8/4/12
New task to existingelement of product
or environment
1212
SITSubstractionMultiplication
DivisionTask UnificationAttribute Dependency
3
-
7/31/2019 Systematic Inventive Thinking
13/17
8/4/12
Finding relationshipbetween attributes of
product andenvironment of itsuses
Photochromiclenses
Female razors
Indoor sprikler kits
1313
SITSubstractionMultiplication
DivisionTask Unification
AttributeDependency
14
-
7/31/2019 Systematic Inventive Thinking
14/17
8/4/12
Choosing the Tool
1414
ComplexProduct
Cost Reduction QuantitativeImprovement
Substraction Task UnificationMultiplication
Substraction
15
-
7/31/2019 Systematic Inventive Thinking
15/17
8/4/12
How to Approach
1515
Breakdown into Physicalcomponents
List productsAttributes
CustomerFeedback
ExternalConstraints
Brainstorming
New InnovativeProduct
16
-
7/31/2019 Systematic Inventive Thinking
16/17
8/4/12
Thank
You
1616
-
7/31/2019 Systematic Inventive Thinking
17/17
8/4/12
Color Type of Ring BatteryPower
LED
Users Age X X
CallerIdentity
X X X
Time of
dayX X X X
Availablebalance
X X X X
Internal Attributes
Ex
ternalAt
tributes
SystematicBrainstorming
