Designing new energy systems: beyond decision and optimization, design theory...
Transcript of Designing new energy systems: beyond decision and optimization, design theory...
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Designing new energy systems:
beyond decision and optimization,
design theory and methods to manage R&D and innovation
5th European Energy Forum
session 2: RDI choices and
consequences on the organization
Pascal LE M ASSON Prof. MINES ParisTech, Chair of Design Theory and Methods for Innovation
Head of the Center of Management Science – i3 UMR CNRS 9217
MINES ParisTech – PSL Research University
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The chair of Design Theory and
Methods for Innovation
International networks: design theory SIG network,
Euram innovation SIG, Chalmers, Imperial college,
HEC Montreal, MIT, Harvard, Stanford,…
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The Design theory community
• A growing community : 90-100 participants each year; more than 300 people
connected to the SIG; more than 35 institutions represented…
• Under the auspices of the Design Society
• Support an strong renewal of research on Design Theory and Methods for
Innovation:
8th International Workshop on
DESIGN THEORY Special Interest Group
of the Design Society
26th – 27th January 2015
MINES ParisTech
Organized by the Chair of Design Theory and Methods for Innovation ı CGS – MINES ParisTech
Contact: [email protected] - [email protected]
CarnegieMellonUniversityCEAColumbiaTeachersCollegeCopenhagenBusinessSchoolCergyUniversitéDeltUniversityofTechnologyIKBMINRAISCParisSchoolofManagementKrasnowLaboratoryforAppliedOntology,ISTC-CNRLinköpingUniversityMassachuse sIns tuteofTechnologyMetasonicMINESParisTechPolitecnicodiBariPolitecnicodiMlinaloPolytechniqueSKEMASolvayStanfordUniversityTechnionTelAvivUniversityTélécomParisTechTheOpenUniversityTokyoUniversityUniversidadedeLisboaUniversitatPolitècnicadeCatalunyaUniversitéDauphineUniversitédeGrenobleUniversitédeMontréalUniversitéParisSaclayUniversityofBristolUniversityofCambridgeUniversityofHuddersfieldUniversityofMichigan
9th International Workshop on
DESIGN THEORYSpecial Interest Group
of the Design Society
1st-2nd February 2016
MINES ParisTech
Organized by the Chair of Design Theory and Methods for Innovation ı CGS – I3 – MINES ParisTech
Contact: [email protected] - [email protected]
AachenUniversityAirbusWSPSverigeABCarnegieMellonUniversityCERNChalmers UniversityCIMENanotechClemsonUniversityCNRSColliersInternationalCRIParisEcoleCentraleESCRennesSchool ofBusinessGeorgeWashingtonUniversityGRePSIKBMINRAINRIAIsrael InstituteofTechnologyLGI– CentraleSupélecLundUniversityMINESParisTechOpenUniversityOrionConsultingPolitecnico diBariRoyalMilitary College ofCanadaSNCFSNECMASTMicroelectronicsStanfordUniversityTechnionTechnische Universität IlmenauTelecomParisTechUniversity ofSussexUNCCharlotteUniversitédeMontréalUniversitéParis-DauphineUniversitéParis-Sud11University ofHuddersfieldUniversity ofLeicesterUniversity ofTelAvivUniversity ofVeniceWarrenCentreforEngineeringInnovation
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A transdisciplinary research program
8th International Workshop on
DESIGN THEORY Special Interest Group
of the Design Society
26th – 27th January 2015
MINES ParisTech
Organized by the Chair of Design Theory and Methods for Innovation ı CGS – MINES ParisTech
Contact: [email protected] - [email protected]
CarnegieMellonUniversityCEAColumbiaTeachersCollege
CopenhagenBusinessSchoolCergyUniversitéDeltUniversityofTechnologyIKBMINRAISCParisSchoolofManagementKrasnowLaboratoryforAppliedOntology,ISTC-CNRLinköpingUniversityMassachuse sIns tuteofTechnologyMetasonicMINESParisTechPolitecnicodiBariPolitecnicodiMlinaloPolytechniqueSKEMASolvayStanfordUniversityTechnionTelAvivUniversityTélécomParisTechTheOpenUniversityTokyoUniversityUniversidadedeLisboaUniversitatPolitècnicadeCatalunya
UniversitéDauphineUniversitédeGrenobleUniversitédeMontréalUniversitéParisSaclayUniversityofBristolUniversityofCambridgeUniversityofHuddersfieldUniversityofMichigan
Leading to mulitple awards… Voir : http://cgs-mines-paristech.fr/category/actualites/prix/
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ICED’15 Reviewers’ favourite paper pour Brun et al. 2015 (non verbal et générativité)
A. Hatchuel Fellow de la Design Society
E. Berthet, nominée prix ANDESE
Brun et al. Prix du SIG innovation EURAM
Levillain et al. Prix du SIG Business ethics EURAM
Levillain et al. parmi les meilleurs papiers de la conf stratetic management society
E. Berthet médaille vermeil de l’Académie d’Agriculture
Master MTI, 1er des master en mgtde l’innovation (SMBG)
Dubois et al. AIMS best paper
Dubois et al. IPDM Hustad best paper
Prix de thèse de l’Association Internationale de Management Stratégique 2013
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Sources
• Research program on design regimes (French National Research Agency – ANR)
• Papers:
– Agogué, M., Le Masson, P., et Robinson, D. K. R. (2012). “Orphan Innovation, or
when path-creation goes stale: missing entrepreneurs or missing innovation?”
Technology Analysis & Strategic Management, 24, (6), pp. 603-616.
– Le Masson, P., Weil, B., Hatchuel, A., et Cogez, P. (2012). “Why aren’t they locked in
waiting games? Unlocking rules and the ecology of concepts in the semiconductor
industry. .” Technology Analysis & Strategic Management, 24, (6), pp. 617-630.
– Robinson, D. K. R., Le Masson, P., et Weil, B. (2012). “Waiting Games: innovation
impasses in situations of high uncertainty.” Technology Analysis & Strategic
Management, 24, (6), pp. 543-548.
– Agogué, M., Yström, A., et Le Masson, P. (2013). “Rethinking the Role of
Intermediaries as an architect o f collective exploration and creation fo knowledge in
open innovation.” International Journal of Innovation Management, 17, (2), pp. 24.
– Hooge, S., Kokshagina, O., Le Masson, P., Levillain, K., Weil, B., Fabreguette, V.,
and Popiolek, N. (2014). “Designing generic technologies in Energy Research:
learning from CEA technologies for double unknown management.” European
Academy of Management, Valencia, Spain.
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Designing new energy systems:
beyond decision and optimization,
design theory and methods to manage R&D
and innovation
1. Characterizing the transition challenge: shaping the
unknown
2. A paradigm shift in collective action: from decision-
making to innovative design
3. Consequences: new firms and ecosystems
organizations – cooperative architectures
4. Conclusion: public policies in transition – from
« incentives » policy to « capacity » policy
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Contemporary innovation: from planning and
optimizing to… shaping the unknown
• Stabilized valued, continuousimprovement of performance
• Stabilizedcompetences –technical schools, R-labs,…
• Industrial « filières »
• Value-chain(intégrator, OEM, 1st tiers suppliers, 2nd tiers…)
Aéronautic
Automotive AgronomicNuclear
Household applicances Railways
Electronic
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Contemporary innovation: from planning and
optimizing to… shaping the unknown
• Changing the identityof objects
• Renewing design rules and competences
• New collaborations: alliances, platforms, communities, open innovation, networks…
Vélib’
The house as a power stations
Intel
Architecture Lab
(Gawer et al)
ITRS (International
Technology Roadmap
for Semiconductor ind.)
Lab-on-a-chip
Negawatt & process
Cloud computing, internet of things…
Microfactories Big data
Additive fab
Twizy
Apple Apps,
Android
developers
Local motors, additive fab
Digitalization
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Functional expansion
– a strong phenomena
Iron
Toothbrush
Vacuum cleaner
Bicycle
Freezer
Mobile phone
Refrigerator
GPS nav
El Qaoumi 2016
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Critical issues for expansion
• Fragile giants…
• (Innovation) bubbles – hype
and disappointment
• Limited success of
incubators and start-ups
• Unsuccessful, costly
innovations
• Orphan innovations (Agogué
2012)
• Forever technologies of the
future
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Regime transition? Not only one trajectory…
Regime level: rules,
system, actors
Niche level (entrepren
eurs)
Landscape level
(society)
Generative, interactive model of transition
• Unlocking rules• Collaborating entrepreneurs (college of the unknown)• Ecology of concepts of socio-technical systems
Orphan innovation, “locked” industries
• Locking rules • Competing entrepreneurs • Limited survival – no growth
Evolutionary, substitutive model of transition
• Locking rules • Competing entrepreneurs & incumbents • A weakened system is replaced by a new one
Neither market, nor planning warranty one trajectory…
How can we manage transition? Collectively?
Autonomy of elderly
people,
2-wheeler safety,…
Mobility devices,
semiconductor
tech,…
13Le Masson 2016
Designing new energy systems:
beyond decision and optimization,
design theory and methods to manage R&D
and innovation
1. Characterizing the transition challenge: shaping the
unknown
2. A paradigm shift in collective action: from
decision-making to innovative design
3. Consequences: new firms and ecosystems
organizations – cooperative architectures
4. Conclusion: public policies in transition – from
« incentives » policy to « capacity » policy
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Cognitive obstacles to collective
expansion
• Is it efficient?
A « productivity gap » phenomenon in brainstorming !
Individual and collective cognitive causes
How to make a square by moving
ONE match?
Cognitive fixation on « square » : Square = geometrical shapeSquare = mathematical operation (2x2)
• Open innovation, co-design, design thinking, brainstorming, fablab…
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A paradigm shift in collective action:
from decision making to design
Suppose that a set
of “ideas” is givenIs there a bias? How
to measure it?
If there is a bias, what
are the causes??
In the 50s : optimization capacity? decision theory.
Today : expansion capacity? design theory
How can one
overcome the bias?
Frequency
Ideas
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« Models of thought » : new design
theories for expansive reasoning
Hatchuel, Le Masson, Reich and
Weil 2011 ICED (reviewers favorite)
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Espace KEspace C
Calibration (thinkable imaginaries)
Restrictive
reasoning
Expansive
reasoning
One example – individual fixation (Agogué
Cassotti et al 2013)
You are a designer – propose as many creative solutions as possible on the following design issues:
Make that an hen’s egg launched from 10m height doesn’t break
REFERENTIAL
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One experiment: the egg’s task
1- There is a bias
2- The bias is
related to
restrictive
reasoning
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The impact of example on
individual creativity
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One example: identify fixations in
biomass enery with C-K theory
Calibration
(thinkable imaginary)
Restrictive reasoning (optimization)
Expansive reasoning
Agogué et al.
2012)
A better valorization of biomass energy
Neither a market
issue, nor a
planning issue..
But cognitive
issue!
Organize to
expand
collectively?
21Le Masson 2016
Designing new energy systems:
beyond decision and optimization,
design theory and methods to manage R&D
and innovation
1. Characterizing the transition challenge: shaping the
unknown
2. A paradigm shift in collective action: from decision-
making to innovative design
3. Consequences: new firms and ecosystems
organizations – cooperative architectures
4. Conclusion: public policies in transition – from
« incentives » policy to « capacity » policy
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From R&D to RID
• New methods,
• New organizations
• New strategies
Thales Innovation hub
I
RD
Renault Innovative Design Lab
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Research
(R)
Innovative design
(I)
Rule based design
(D)
Mission Scientific autonomous
question
Innovation field Customer
specifications
Goals Validated knowledge Design strategies
(plateforms, lineages…)
Project fulfillment
Ressources Laboratories,
competence teams,
universities, literature…
Coordinated
exploration groups and
value management
Project team, tasks
Horizon Depends on the
investigation techniques
Contingent & strategic
(strategic milestones)
Project deadline,
standardized
milestones
Economic
value
Value of the initial
question
Risk and optional
strategies + knowledge
reuse
Project value
From R&D to RID
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Innovative design methods and
processes
• Evaluation criteria
• Tuning breakthrough
• Creative leadership
• Collaborative innovative design
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From R&D to RID
• New methods,
• New organizations
• New strategies
Thales Innovation hub
I
RD
Renault Innovative Design Lab
But the firm
alone can not
overcome all
innovative
design issues
new
ecosystems?
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0
2
4
6
8
10
12
1980-1984 1985-1989 1990-1994 1995-1999 2000-2004 2005-2009
Brevets « chanvre & construction »
FR Patents on Hemp and construction
The firm alone can not overcome all
innovative design issues new ecosystems?
0
20000
40000
60000
80000
100000
120000
1999 2000 2001 2002 2003 2004Obs
2004Calc
2005 2006
Road victims
2RM
Véhicules Légers
Without cooperative architectures:
orphan innovation
Without: only
one path
explored
Hemp for
middle age
houses
restorationAgogué et al.
2012)
Calibration (thinkable imaginary)
Restrictive reasoning
Expansive reasoning
Autonomy of
elderly people
Patents on hemp & construction
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0
2
4
6
8
10
12
1980-1984 1985-1989 1990-1994 1995-1999 2000-2004 2005-2009
Brevets « chanvre & construction »
FR Patents on Hemp and construction
Cooperative architectures
for innovative design
0
20000
40000
60000
80000
100000
120000
1999 2000 2001 2002 2003 2004Obs
2004Calc
2005 2006
Road victims
2RM
Véhicules Légers
Without cooperative architectures:
orphan innovation
With cooperative architecture:
expansion & growth
Without: only
one path
explored
With cooperative
archi: creation of
multiple paths
Hemp for
middle age
houses
restoration
Hemp beton, hemp for roofs, for
walls, hemp coating, multi-
functions (weight, isolation,
hygro-inertia,…); with new
processes ; for bricks,…Agogué et al.
2012)
Calibration (thinkable imaginary)
Restrictive reasoning
Expansive reasoning
Autonomy of
elderly people
Patents on hemp & construction
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Cooperative architecture
to address Moore’s law: ITRS
• Involve the whole industry every 4 months
• Free map of all the « unknown », needed technologies: open agenda of innovations!
• « We are not picking winners or losers » - NOT planning a single path NOT
decision, but cooperation for expansion
193nm
193nm immersion with water
193nm immersion water193nm immersion other fluidsEUV
EUV193nm, other fluids, other lensesImprint, ML2
32
EUVinnov 193nm immersionImprint, ML2
22
Innovative technology,
innov EUV, imprint, ML216
65
45
ITRS, International
Technology
Roadmap for
Semiconductors
Example photolithography
cooperative, expansive reasoning
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• Larger set of concepts, increase defixation
• Improved methods at the archi level
• Improve innovative design capacities inside companies
• Limit false expectations
• Better risk management at the ecosystem level
• Open to new partners
The logic of cooperative
architecture for innovative design
Variety of forms: « pôles », NGOs, professional associations,
(some) research labs, schools, universities,…
Cooperation of
innovative
designers
(firms, labs,
users,…) to
expand
« common
unknown »
30Le Masson 2016
Designing new energy systems:
beyond decision and optimization,
design theory and methods to manage R&D
and innovation
1. Characterizing the transition challenge: shaping the
unknown
2. A paradigm shift in collective action: from decision-
making to innovative design
3. Consequences: new firms and ecosystems
organizations – cooperative architectures
4. Conclusion: public policies for system design–
from « incentives » policy to « capacity » policy
31Le Masson 2016
Public policies for system design– from
« incentives » policy to « capacity » policy
• Issue: collective venture into the unknown
• Optimization & planning: fixation, low hanging
fruits, no knowledge regeneration, orphan
innovation
• Incentives ? risks: reinforce fixation,
speculative bubbles
• Capacity building policy ? education,
« innovation quality » reports, design referential
at ecosystem level
32Le Masson 2016
Designing new energy systems:
beyond decision and optimization,
design theory and methods to manage R&D and innovation
5th European Energy Forum
session 2: RDI choices and
consequences on the organization
Pascal LE M ASSON Prof. MINES ParisTech, Chair of Design Theory and Methods for Innovation
Head of the Center of Management Science – i3 UMR CNRS 9217
MINES ParisTech – PSL Research University
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Optimization…
and its risks
Innovative
design
Incentives
policy?
Capacity
policy?
Reasoning Decision-
optimization
fixation
Expansion Fixation ++ Education
Organization R&D no
regeneration
RID Only delay
collapse?
« Innovation
quality » norms
Governance Asset mgt « low
hanging fruits »
Growth Perverse
incentives
Innovation report
Ecosystem Value chain
orphan innov, self-
destruction
Cooperative
architecture
Speculative
bubbles
Design
referentials
Characterizing the capacities
needed for transition
What kind of public
policy for innovative
design?
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Risks of an « incentive » public policy
Optimization…
and its risks
Innovative
design
Incentives
policy?
Capacity
policy?
Reasoning Decision-
optimization
fixation
Expansion Fixation ++ Education
Organization R&D no
regeneration
RID Only delay
collapse?
« Innovation
quality » norms
Governance Asset mgt « low
hanging fruits »
Growth Perverse
incentives
Innovation report
Ecosystem Value chain
orphan innov, self-
destruction
Cooperative
architecture
Speculative
bubbles
Design
referentials
« Incentive » public policy: support to entrepreneurs, to research,…
Not adapted to innovative design and transition
And even risky
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L’enjeu de politiques
« capacitaires »
• jkk Optimization…
and its risks
Innovative
design
Incentives
policy?
Capacity
policy?
Reasoning Decision-
optimization
fixation
Expansion Fixation ++ Education
Organization R&D no
regeneration
RID Only delay
collapse?
« Innovation
quality » norms
Governance Asset mgt « low
hanging fruits »
Growth Perverse
incentives
Innovation report
Ecosystem Value chain
orphan innov, self-
destruction
Cooperative
architecture
Speculative
bubbles
Design
referentials
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Cumul Fer à repasser Cumul Aspirateur Cumul Congélateur Cumul Réfrigérateur
Cumul Brosse à dents Cumul Bicycle Cumul téléphone mobile Cumul GPS
Problématisation Méthodologie Résultats
R2: La transformation des biens de consommation est permanente
Limites & perspectives