How do models ‘work’ in design & research? A model of...
Transcript of How do models ‘work’ in design & research? A model of...
Why modeling is crucial to designing & design research 1
How do models ‘work’ in design & research?A model of modeling.
2Why modeling is crucial to designing & design research
Designers bridge the gap between
what ‘is’ & what ‘could be’
3Why modeling is crucial to designing & design research
or ‘should be’
Abstract
Researching Prototyping
Existing – Implicit(Current)
Preferred – Explicit(Future)
dist
illed
to
manifest as
suggest
Concrete
Interpret
Describe
What “is”
Model of what
“could be”
Model ofwhat “is”
What “could be”
Analysis-Synthesis Bridge ModelDubberly, Evenson & Robinson (2008)
4Why modeling is crucial to designing & design research
Analysis-Synthesis Bridge ModelDubberly, Evenson & Robinson(2008)
Models are the tools designers use to bridge between what is and what should be.
SECI model of knowledge creationIkujiro Nonaka(1995)
Taci
t
TacitTacit
Explicit
Explicit
Individual
Group
Organization
Community of organizations
Knowledge conversion spiral
1
1
3
2
2
1.2.3.4.
SocializationEmpathizing
Sharing and creating tacit knowledge through direct experienceWalking around inside the companyWalking around outside the companyAccumulating tacit knowledgeTransferring tacit knowledge
10.
11.
InternalizationEmbodying
Learning and acquiring new tacit knowledge in practiceEmbodying explicit knowledgethrough action and practiceUsing simulation and experiments
7.
8.
9.
CombinationConnecting
Systemizing and applying explicit knowledge and informationGathering and integratingexplicit knowledgeTransferring and diffusingexplicit knowledgeEditing explicit knowledge
5.6.
ExternalizationArticulating
Articulating tacit knowledge through dialogue and reflectionArticulating tacit knowledgeTranslating tacit knowledge
Kaiser-IDEO ModelKaiser Innovation Center + IDEO (2004)
Abstract and thematic
Lear
ning
and
und
erst
andi
ng
Making and trying
Real and concrete
Storytellingand analysis
Brainstormingand concept generation
Design Researchand data gathering
Prototypingand concept development
Experiential Learning CycleMcCaffery(1986)
process generalize
experience apply
Kumar ModelVijay Kumar (2003)
Abstract
Real
DeliveryResearch
Analysis Synthesis
Know
Make
Frame insights“Aha”
Explore concepts“Eureka”
Make plans
Hypothesis?
Implement!
Know context
Know user
Realize offerings-Prototype-Pilot-Launch
paradigms
principles
idea
hunch design(s) planstry ittestmarket
hack
prototype
product(ion)
industries
Verplank’s SpiralBill Verplank(2000)
Differentiation
Joanne Mendel
2 Reframe 3 Envision
1 Discover 4 Create
Reflect
Act
MakeKnow Models
Rigorousformulation
Scientific Model
Rigorousformulation
ConceptualModel
ManagerialSituation
ConceptualModel
ScientificSituation
Insight
Analogy
Isomorphism
Homomorphism
GeneralizationGeneralization
PerceptionPerception
Homomorphism
Beer ModelStafford Beer (1966)
Experiential LearningDavid Kolb (1975)
observation of and reflection on that experience
formation of abstract concepts based upon the reflection
concrete experience testing the new concepts
The Jump Explore Process
Frameworks Imperatives
Observations Solutions
Abstract
Concrete
SynthesisAnalysis
C1 F1
Context Form
Actual world
C2 F2 Mental picture
C3 F3 Formal picture ofmental picture
Alexander ModelChristopher Alexander (1964)
Learning StylesTennant(1997)
assi
mila
tor
(mov
ing
from
refle
ctio
n to
gen
eral
izat
ion)
converger(moving from generalization to experimentation or application)
diverger (moving from concrete experience to reflection)
accomm
odator(m
oving from experim
entation to concrete experience)
Icremental improvement
Joanne Mendel
Problemdiscovery
Solutioncreation
MakeKnow
Existing Implicit“The Conditions”
New Explicit“The Future”
Abstract
Concrete
What is
Constructs:e.g. deep play
What could be
Robinson ModelRick Robinson (2005)
Now Future
Abstract
Suri-IDEO ModelJane Fulton Suri (2006)
Concrete
Synthesis Strategy
observations new offerings, products,services, spaces &communications
principals &opportunities
frameworks& models
insights, patterns &themes
Abstract
Concrete
Why?
Frameworks(Insights)
Imperative(Ideas)
Observations(Contexts)
Solutions(Experiences)
How?
Design ProcessSara Beckman(2010)
5Why modeling is crucial to designing & design research
The bridge model has many variations and is shared by many others.
Existing Implicit“The Conditions”
New Explicit“The Future”
Abstract
Concrete
What is
Constructs:e.g. deep play
What could be
Robinson ModelRick Robinson (2005)
6Why modeling is crucial to designing & design research
1
Robinson ModelRick Robinson (2005)
Abstract
Concrete
Existing/Implicit
Situations Prototypes
Structures
New/Explicit
Patterns
Conceptual Models
E-Lab deliverables
E-Labprocesses
E-Labfield research
Design Concepts
7Why modeling is crucial to designing & design research
2
Design Research ProcessRick Robinson & John Cain, E-Lab(1993)
Rigorousformulation
Scientific Model
Rigorousformulation
ConceptualModel
ManagerialSituation
ConceptualModel
ScientificSituation
Insight
Analogy
Isomorphism
Homomorphism
GeneralizationGeneralization
PerceptionPerception
Homomorphism
Beer ModelStafford Beer (1966)
8Why modeling is crucial to designing & design research
3
Beer ModelStafford Beer (1966)
C1 F1
Context Form
Actual world
C2 F2 Mental picture
C3 F3 Formal picture ofmental picture
Alexander ModelChristopher Alexander (1964)
9Why modeling is crucial to designing & design research
4
Alexander ModelChristopher Alexander (1964)
Kumar ModelVijay Kumar (2003)
Abstract
Real
DeliveryResearch
Analysis Synthesis
Know
Make
Frame insights“Aha”
Explore concepts“Eureka”
Make plans
Hypothesis?
Implement!
Know context
Know user
Realize offerings-Prototype-Pilot-Launch
10Why modeling is crucial to designing & design research
5
Kumar ModelVijay Kumar (2003)
Kaiser-IDEO ModelKaiser Innovation Center + IDEO (2004)
Abstract and thematic
Lear
ning
and
und
erst
andi
ng
Making and trying
Real and concrete
Storytellingand analysis
Brainstormingand concept generation
Design Researchand data gathering
Prototypingand concept development
11Why modeling is crucial to designing & design research
6
Kaiser-IDEO ModelKaiser Innovation Center + IDEO (2004)
Now Future
Abstract
Suri-IDEO ModelJane Fulton Suri (2006)
Concrete
Synthesis Strategy
observations new offerings, products,services, spaces &communications
principals &opportunities
frameworks& models
insights, patterns &themes
12Why modeling is crucial to designing & design research
7
Suri-IDEO ModelJane Fulton Suri (2006)
paradigms
principles
idea
hunch design(s) planstry ittestmarket
hack
prototype
product(ion)
industries
Verplank’s SpiralBill Verplank(2000)
13Why modeling is crucial to designing & design research
8
Verplank’s SpiralBill Verplank (2000)
The Jump Explore Process
Frameworks Imperatives
Observations Solutions
Abstract
Concrete
SynthesisAnalysis
14Why modeling is crucial to designing & design research
9
The Jump Explore ProcessColleen Murphy, Jump Associates(2009)
Incrementalimprovement
Differentiation
Joanne Mendel
2 Reframe 3 Envision
1 Discover 4 Create
Reflect
Act
MakeKnow Models
Problemdiscovery
Solutioncreation
MakeKnow
15Why modeling is crucial to designing & design research
10
Differentiation ModelJoanne Mendel(2010)
Incremental improvement Differentiation
Abstract
Concrete
Why?
Frameworks(Insights)
Imperative(Ideas)
Observations(Contexts)
Solutions(Experiences)
How?
Design ProcessSara Beckman(2010)
16Why modeling is crucial to designing & design research
11
Design ProcessSara Beckman (2010)
17Why modeling is crucial to designing & design research
Learning bridges the gap between
tacit & explicit
SECI model of knowledge creationIkujiro Nonaka(1995)
Taci
t
TacitTacit
Explicit
Explicit
Individual
Group
Organization
Community of organizations
Knowledge conversion spiral
1
1
3
2
2
1.2.3.4.
SocializationEmpathizing
Sharing and creating tacit knowledge through direct experienceWalking around inside the companyWalking around outside the companyAccumulating tacit knowledgeTransferring tacit knowledge
10.
11.
InternalizationEmbodying
Learning and acquiring new tacit knowledge in practiceEmbodying explicit knowledgethrough action and practiceUsing simulation and experiments
7.
8.
9.
CombinationConnecting
Systemizing and applying explicit knowledge and informationGathering and integratingexplicit knowledgeTransferring and diffusingexplicit knowledgeEditing explicit knowledge
5.6.
ExternalizationArticulating
Articulating tacit knowledge through dialogue and reflectionArticulating tacit knowledgeTranslating tacit knowledge
18Why modeling is crucial to designing & design research
This model describes the learning process.
SECI model of knowledge creationIkujiro Nonaka (1995)
SECI model of knowledge creationIkujiro Nonaka(1995)
Taci
t
TacitTacit
Explicit
Explicit
Individual
Group
Organization
Community of organizations
Knowledge conversion spiral
1
1
3
2
2
1.2.3.4.
SocializationEmpathizing
Sharing and creating tacit knowledge through direct experienceWalking around inside the companyWalking around outside the companyAccumulating tacit knowledgeTransferring tacit knowledge
10.
11.
InternalizationEmbodying
Learning and acquiring new tacit knowledge in practiceEmbodying explicit knowledgethrough action and practiceUsing simulation and experiments
7.
8.
9.
CombinationConnecting
Systemizing and applying explicit knowledge and informationGathering and integratingexplicit knowledgeTransferring and diffusingexplicit knowledgeEditing explicit knowledge
5.6.
ExternalizationArticulating
Articulating tacit knowledge through dialogue and reflectionArticulating tacit knowledgeTranslating tacit knowledge
Abstract
Researching Prototyping
Existing – Implicit(Current)
Preferred – Explicit(Future)
dist
illed
to
manifest as
suggest
Concrete
Interpret
Describe
What “is”
Model of what
“could be”
Model ofwhat “is”
What “could be”
Analysis-Synthesis Bridge ModelDubberly, Evenson & Robinson (2008)
19Why modeling is crucial to designing & design research
Designing is analogous to learning.
SECI model of knowledge createIkujiro Nonaka (1995)
Analysis-Synthesis Bridge ModelDubberly, Evenson & Robison (2008)
Experiential LearningDavid Kolb (1975)
observation of and reflection on that experience
formation of abstract concepts based upon the reflection
concrete experience testing the new concepts
20Why modeling is crucial to designing & design research
12
Experiential LearningDavid Kolb (1975)
Learning StylesTennant(1997)
assi
mila
tor
(mov
ing
from
refle
ctio
n to
gen
eral
izat
ion)
converger(moving from generalization to experimentation or application)
diverger (moving from concrete experience to reflection)
accomm
odator(m
oving from experim
entation to concrete experience)
21Why modeling is crucial to designing & design research
13
Learning StylesM. Tennant (1997)
Experiential Learning CycleMcCaffery(1986)
process generalize
experience apply
22Why modeling is crucial to designing & design research
14
Experiential Learning CycleMcCaffery (1986)