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City of the Future A Holistic Approach to Understand Urban Complexity — Dominik P.H. Kalisch, PhD

City of the Future - A Holistic Approach to Understand Urban Complexity

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Page 1: City of the Future - A Holistic Approach to Understand Urban Complexity

City of the Future A Holistic Approach to Understand

Urban Complexity

— Dominik P.H. Kalisch, PhD

Page 2: City of the Future - A Holistic Approach to Understand Urban Complexity

Source:A

dam

Col

e, M

aggi

e St

arba

rd /

NPR

, 201

1

Page 3: City of the Future - A Holistic Approach to Understand Urban Complexity

Projected Population Growth of World Cities per Hour

Source: The Design Surgent, 2012

Page 4: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 5: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Innovation

Era

Demand

Page 6: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Clothing

Early Industrialization

Steam Engine Textile Industry

Innovation

Era

Demand

Page 7: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Clothing Transportation

Early Industrialization

Steam Engine Textile Industry

Steel Train

Innovation

Era

Demand

Page 8: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Clothing TransportationMass

Consumption

Early Industrialization Late Industrialization

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

Innovation

Era

Demand

Page 9: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Clothing TransportationIndividual Mobility

Mass Consumption

Early Industrialization Late Industrialization

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Services

Innovation

Era

Demand

Page 10: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Information Technology

Services Globalization

Innovation

Era

Demand

Page 11: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Health Life Quality

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

Demand

Page 12: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Health Life Quality

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

HumanNature

HumanNature

Technology

Services Globalization

Qu

elle

: nac

h L

eo A

. Nefi

od

ow

Innovation

Era

Demand

Page 13: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Qu

elle

: nac

h L

eo A

. Nefi

od

ow

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

DemandHealth

Life Quality

Page 14: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Qu

elle

: nac

h L

eo A

. Nefi

od

ow

Expanded Cities

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

DemandHealth

Life Quality

Page 15: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Qu

elle

: nac

h L

eo A

. Nefi

od

ow

Expanded Cities First Mega Cities

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

DemandHealth

Life Quality

Page 16: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Qu

elle

: nac

h L

eo A

. Nefi

od

ow

Expanded Cities First Mega Cities Factory Settlements

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

DemandHealth

Life Quality

Page 17: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Qu

elle

: nac

h L

eo A

. Nefi

od

ow

Expanded Cities First Mega Cities Factory Settlements Suburban Cities

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

DemandHealth

Life Quality

Page 18: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Qu

elle

: nac

h L

eo A

. Nefi

od

ow

Expanded Cities First Mega Cities Factory Settlements Suburban Cities New York City

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

DemandHealth

Life Quality

Page 19: City of the Future - A Holistic Approach to Understand Urban Complexity

Innovations as Answers for Society’s Demands

1750 205020001950190018501800

Qu

elle

: nac

h L

eo A

. Nefi

od

ow?

Expanded Cities First Mega Cities Factory Settlements Suburban Cities New York City

Clothing TransportationIndividual Mobility

Information & Communication

Mass Consumption

Early Industrialization Late Industrialization Life Sciences

Steam Engine Textile Industry

Steel Train

Electricity Chemistry

CarPetrochemistry

Biotechnology

Green EnergyInformation Technology

Services Globalization

Innovation

Era

DemandHealth

Life Quality

Page 20: City of the Future - A Holistic Approach to Understand Urban Complexity

Revolutionary Changes

Page 21: City of the Future - A Holistic Approach to Understand Urban Complexity

MarketsEnergy Building Mobility Working Information

Product to UserStandardization IndividualCentral Industrialization Linear

Revolutionary Changes

Page 22: City of the Future - A Holistic Approach to Understand Urban Complexity

MarketsEnergy Building Mobility Working Information

Real-timeKnowledge-based Integrated

Product to User

Self sustained

Standardization

Cloud mobility

Individual

Decentralized

Central Industrialization Linear

Revolutionary Changes

Page 23: City of the Future - A Holistic Approach to Understand Urban Complexity

Technology Change

Page 24: City of the Future - A Holistic Approach to Understand Urban Complexity

Technology Change

2005

Source: Luca Bruno, 2005

Page 25: City of the Future - A Holistic Approach to Understand Urban Complexity

Technology Change

2005 2013

Source: Luca Bruno, 2005 Source: Michael Sohn, 2013

Page 26: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 27: City of the Future - A Holistic Approach to Understand Urban Complexity

INVESTMENTneeds in urban infrastructure

$ 300 trillionby 2030Booz & Company 2010

SUSTAINABLEcities as vision

• Maximum livability for all inhabitants

• Sustainable urban systems

• Minimal ecological footprint

INNOVATIONfor the city of tomorrow

• New markets in urban systems

• Identifying upcoming technology

• Conceive new products, systems and business models

Page 28: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 29: City of the Future - A Holistic Approach to Understand Urban Complexity

Urban System

Page 30: City of the Future - A Holistic Approach to Understand Urban Complexity

Urban System

Urban Sub-Systems

Page 31: City of the Future - A Holistic Approach to Understand Urban Complexity

Urban System

Impact factors

Urban Sub-Systems

Page 32: City of the Future - A Holistic Approach to Understand Urban Complexity

Urban System

Impact factors

Urban Sub-Systems

Key Factors for Sustainable Cities

Key factor 1

Page 33: City of the Future - A Holistic Approach to Understand Urban Complexity

Urban System

Impact factors

Urban Sub-Systems

Key Factors for Sustainable Cities

Key factor 1

Key factor 2

Page 34: City of the Future - A Holistic Approach to Understand Urban Complexity

Services

Security

Government

HealthEducation

Information and CommunicationTechnology

Urban Production

Nourishment

Environment andClimate

Transport and Logistics

Energy & Resource Infrastructure

Buildings

Mobility and Transportation

City Structure

Page 35: City of the Future - A Holistic Approach to Understand Urban Complexity

Services

Security

Government

HealthEducation

Information and CommunicationTechnology

Urban Production

Nourishment

Environment andClimate

Transport and Logistics

Energy & Resource Infrastructure

Buildings

Mobility and Transportation

City Structure

Page 36: City of the Future - A Holistic Approach to Understand Urban Complexity

Services

Security

Government

HealthEducation

Information and CommunicationTechnology

Urban Production

Nourishment

Environment andClimate

Transport and Logistics

Energy & Resource Infrastructure

Buildings

Mobility and Transportation

City Structure

Human and Lifestyle

Page 37: City of the Future - A Holistic Approach to Understand Urban Complexity

by

Page 38: City of the Future - A Holistic Approach to Understand Urban Complexity

Founding members of m:ci

Page 39: City of the Future - A Holistic Approach to Understand Urban Complexity

New members of m:ci

Page 40: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 41: City of the Future - A Holistic Approach to Understand Urban Complexity

New York

Page 42: City of the Future - A Holistic Approach to Understand Urban Complexity

New YorkBerlin

Page 43: City of the Future - A Holistic Approach to Understand Urban Complexity

New York Tokyo

Berlin

Page 44: City of the Future - A Holistic Approach to Understand Urban Complexity

New York Tokyo

BerlinCopenhagen

Page 45: City of the Future - A Holistic Approach to Understand Urban Complexity

New York Tokyo

BerlinCopenhagen Freiburg

Page 46: City of the Future - A Holistic Approach to Understand Urban Complexity

New York Tokyo

BerlinCopenhagen Freiburg

Singapore

Page 47: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 48: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 49: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors

Page 50: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

#1

#2

#n

#3

Page 51: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

#1

#2

#n

Field research

#3

Page 52: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

#1

#2

#n

Field research

#3

Evaluation ofInterfaces

Page 53: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

#1

#2

#n

Field research

#3

Evaluation ofInterfaces

Page 54: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

#1

#2

#n

Field research

#3

Evaluation ofInterfaces

Methods

Statistical Analysis

Page 55: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods

#1

#2

#n

Statistical Analysis

Field research

#3

Page 56: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods

#1

#2

#n

Social Network Analysis

Statistical Analysis

Field research

#3

Page 57: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods

#1

#2

#n

Social Network Analysis

Objective Hermeneutic

Statistical Analysis

Field research

#3

Page 58: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods Fields of Application

#1

#2

#n

Social Network Analysis

Objective Hermeneutic

Statistical Analysis

Field of Application x

Field of Application y

Field of Application z

Field research

#3

Page 59: City of the Future - A Holistic Approach to Understand Urban Complexity

ICT

Water

Transport

Buildings

Resilience

Energy

Incentives

Regulations

Education

Urban Planning

Image

R&D Tactics

Business Tactics

Organization Structure

Strategic Planning

Page 60: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods Fields of Application

#1

#2

#n

Social Network Analysis

Objective Hermeneutic

Statistical Analysis

Field of Application x

Field of Application y

Field of Application z

Field research

#3

Page 61: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods Fields of Application

#1

#2

#n

Social Network Analysis

Objective Hermeneutic

Statistical Analysis

Field of Application x

Field of Application y

Field of Application z

Field research

Outcome

#3

Page 62: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods Fields of Application

#1

#2

#n

Social Network Analysis

Objective Hermeneutic

Statistical Analysis

Field of Application x

Field of Application y

Field of Application z

Field research

Outcome

Technology

Processes

Structures

#3

Page 63: City of the Future - A Holistic Approach to Understand Urban Complexity

Sectors Practice Examples

Analysis ofImpact factors

Evaluation ofInterfaces

Methods Fields of Application

#1

#2

#n

Social Network Analysis

Objective Hermeneutic

Statistical Analysis

Field of Application x

Field of Application y

Field of Application z

Field research

Outcome

Technology

Processes

Structures

Concepts

#3

Page 64: City of the Future - A Holistic Approach to Understand Urban Complexity

ICT

Water

Transport

Buildings

Resilience

Energy

Incentives

Regulations

Education Urban Planning

Image

R&D Tactics

Business Tactics

Organization Structure

Strategic Planning

City System

Page 65: City of the Future - A Holistic Approach to Understand Urban Complexity

New York CityLong-Term Thinking

for Resilience

Singapore Green Efficiency Labfor Asia

TokyoPPP for Sustainable

Development

FreiburgSmall GreenBottom-Up City

Copenhagen Livability and

Green Growth

BerlinThe InnovativeGerman Capital

Page 66: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 67: City of the Future - A Holistic Approach to Understand Urban Complexity

Indirect Impact

Dir

ect

Impa

ct

y

x

Page 68: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 69: City of the Future - A Holistic Approach to Understand Urban Complexity

?What is Smart

Page 70: City of the Future - A Holistic Approach to Understand Urban Complexity

Which strategy makes the park safer?

Source:einmalumdieecke.blogspot.com, 2012 Source:Hustvedt, 2014

Page 71: City of the Future - A Holistic Approach to Understand Urban Complexity

How to fight crime? Source:Andreas Solardo, 2014

Page 72: City of the Future - A Holistic Approach to Understand Urban Complexity

Where to plant a tree?

Source:K

leen

and

Gre

en, 2

014

Page 73: City of the Future - A Holistic Approach to Understand Urban Complexity

New York Tokyo

BerlinCopenhagen Freiburg

Singapore

Page 74: City of the Future - A Holistic Approach to Understand Urban Complexity

New York Tokyo

Berlin

Page 75: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 76: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

Page 77: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

Page 78: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

Page 79: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

New York CityLong-Term Thinking

for Resilience

Page 80: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

New York CityLong-Term Thinking

for Resilience

Page 81: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

New York CityLong-Term Thinking

for Resilience

Page 82: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

New York CityLong-Term Thinking

for Resilience

TokyoPPP for Sustainable

Development

Page 83: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

New York CityLong-Term Thinking

for Resilience

TokyoPPP for Sustainable

Development

Page 84: City of the Future - A Holistic Approach to Understand Urban Complexity

BerlinThe InnovativeGerman Capital

New York CityLong-Term Thinking

for Resilience

TokyoPPP for Sustainable

Development

Page 85: City of the Future - A Holistic Approach to Understand Urban Complexity
Page 86: City of the Future - A Holistic Approach to Understand Urban Complexity

What do all projects have in common?

Page 87: City of the Future - A Holistic Approach to Understand Urban Complexity

What do all projects have in common?

✓ Using data and ICT to serve the citizens

Page 88: City of the Future - A Holistic Approach to Understand Urban Complexity

What do all projects have in common?

✓ Using data and ICT to serve the citizens

✓ Building bridges to overcome gaps

Page 89: City of the Future - A Holistic Approach to Understand Urban Complexity

What do all projects have in common?

✓ Using data and ICT to serve the citizens

✓ Building bridges to overcome gaps

✓ Using predictive analytics to makebetter decisions

Page 90: City of the Future - A Holistic Approach to Understand Urban Complexity

”“The city of the futurewill be based on evidence,

not on assumptions.

Page 91: City of the Future - A Holistic Approach to Understand Urban Complexity

2002 2004 2007 2008 2009 2010 2011 20142012

Sociology, Education, PoliticsUniversity of Düsseldorf

Dr. Eng.Bauhaus-University Weimar

Dipl. Social Sciences (M. Sc.)University of Düsseldorf

Research AssociateDZA

Research AssociateIMIBE

Research FellowBauhaus-University Weimar

Head of Health and Infection ReportingState Office Brandenburg

Research ScientistFraunhofer Institute for Industrial Engineering IAO

Visiting Research FellowNorthwestern University

Dominik P.H. KalischSocial Scientist

[email protected]

Dr.-Eng.

http://www.kalisch.biz

2015

Visiting Assistant ProfessorSchool of BusinessTrinity University

Visiting Assistant ProfessorShidler College of BusinessUniversity of Hawai’i at Manoa

Dipl. Social Education (M. Ed)University of Essen