This document discusses using systemic design to support sustainable local development. It proposes designing an ecosystem to connect local economic actors and resources through collaborative relationships, shifting from linear to circular economies. Case studies are presented of students applying systemic design approaches like holistic diagnosis and input-output analysis to analyze territories and individual activities. The goal is to optimize resource use and minimize waste by considering relationships between all system components rather than individual parts.
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Role and Importance of Pre-fabrication in Promoting Sustainable Built Enviro...JIT KUMAR GUPTA
Presentation is an attempt to define role and importance of pre-fabrication in creating built environment and its advantages over and above the traditional system of construction in terms of cost, speed, wastage, quality, theft ,safety etc
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Current Situation & Development Framework of Sino-Foreign Eco-CitiesSmartEcoCity (SEC)
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Ch0 introduction to smart city course aust 2015Isam Shahrour
Introduction to the summer course 'Smart City Solution and implementation” at the American University of Science and Technology - Beirut (AUST) - Summer 2015
Construction sector remains crucial for any state and country for its rapid growth and development.. Majority of resources/spending in any nation is used by the construction sector. Creation of large and valuable assets has its genesis in the construction industry. Construction industry remains major consumer of resources and generation of the waste. It is also known to be largest generator of employment and promoter of industrialization. More than 290 industries are said to be involved in providing products which are used by the industry. Considering the critical role and importance of construction industry in the economy, environment and sustainability, considering the large amount of construction being taken up , it is important that construction sector must be made more cost-effective, material-efficient and sustainable. Paper tries to bring out the role and context of construction sector in any economy and also tries to define the need for making it more sustainable. Taking the example of Singapore , paper tries to illustrate how the sector can be made more effective and efficient, Paper also defines the role of continued research and development in the area of new materials and new technologies to make the construction sector both qualitative and sustainable, Paper also defines the context of pre-fabrication and new materials in making construction sector sustainable.
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Ms. Maliha Binte Mohiuddin – Regional Ambassador, YouthMappers Network, Bangladesh
Mr. Yin Shuxi – Lecturer, Center of Disaster Management, Hefei University of Technology, China
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CitySpeak X: Green City. Cool City: Evans Lu - A vision, a policy and a plan ...DesigningHongKong
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Join experts, academics, planners, government officials and landscape architects in a discussion about how to stay cool in our city.
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This lecture presents the concept of the Sustainable Development with its three pillars: environment, economy and society. It presents the application of this concept on the City and the difficulties, which encounter this application.
Towards sustainable industrialization the role of eco-industrial parks in e...Berihu Assefa Gebrehiwot
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2. What motivates Ethiopia's transition to eco-industrial parks (EIPs)
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How the smart city solution could help in urban systems resilience?Isam Shahrour
This conference discusses the urban hazards including natural hazards and how we can combine the resilience approach as well as the smart city solution to cope with the urban hazards challenges
Current Situation & Development Framework of Sino-Foreign Eco-CitiesSmartEcoCity (SEC)
Due to the challenges of climate change, creating eco-cities has gradually become the paramount goal of global urban construction. As the primary region of urban construction in the world, China has a significant impact on sustainable development: 80% of prefecture-level cities have a minimum of one eco-city being considered for construction. Various versions of the eco-city model are being developed in China, all of which seek to impose change at a rapid pace and on a vast scale. An underlying bilateral partnership framework has led to the success of several Sino-Foreign eco-city projects. According to research, the three key components for developing a successful Sino-Foreign eco-city are: an inclusive political framework, a comprehensive organizational and financial structure and robust technical solutions.
Ch0 introduction to smart city course aust 2015Isam Shahrour
Introduction to the summer course 'Smart City Solution and implementation” at the American University of Science and Technology - Beirut (AUST) - Summer 2015
Construction sector remains crucial for any state and country for its rapid growth and development.. Majority of resources/spending in any nation is used by the construction sector. Creation of large and valuable assets has its genesis in the construction industry. Construction industry remains major consumer of resources and generation of the waste. It is also known to be largest generator of employment and promoter of industrialization. More than 290 industries are said to be involved in providing products which are used by the industry. Considering the critical role and importance of construction industry in the economy, environment and sustainability, considering the large amount of construction being taken up , it is important that construction sector must be made more cost-effective, material-efficient and sustainable. Paper tries to bring out the role and context of construction sector in any economy and also tries to define the need for making it more sustainable. Taking the example of Singapore , paper tries to illustrate how the sector can be made more effective and efficient, Paper also defines the role of continued research and development in the area of new materials and new technologies to make the construction sector both qualitative and sustainable, Paper also defines the context of pre-fabrication and new materials in making construction sector sustainable.
The Challenges and the Opportunities in the Urban Planning PreparednessESD UNU-IAS
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Presented by:
Mr. La Ode Mansyur – Ministry Marine and Fisheries, UPT, Makassar Coastal and Marine Resource Management Center (BPSPL), Indonesia
Ms. Maliha Binte Mohiuddin – Regional Ambassador, YouthMappers Network, Bangladesh
Mr. Yin Shuxi – Lecturer, Center of Disaster Management, Hefei University of Technology, China
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Sustainable Urban Development requires not only the concept of sustainability, but also combines with the Eco-city principle, SUD will require balancing the Social, Environmental, Economic, Urban design and governance.
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City Speak X: A Green City, A Cool City
Speaker: Evans P L Iu
A vision, a policy and a plan for landscaping the City
Hong Kong is surrounded by so much water and has so many green mountains, so does it really need more urban open space? How do we respond to the threats of global warming and air pollution? What is the meaning of “the urban heat island effect”? What is an “air ventilation assessment”? What value doesthe community place on open space? Is the demand for recreation and sport changing? Do we need a landscape vision and master plan? Is “green infrastructure” becoming more important than roads and railway lines in securing a sustainable built environment in Hong Kong?
Join experts, academics, planners, government officials and landscape architects in a discussion about how to stay cool in our city.
Designing Hong Kong is a not-for-profit organisation focused on sustainable urban planning. See: www.designinghongkong.com
Chapter 2: Sustainable City, Smart City Summer course, AUST, 2015Isam Shahrour
This lecture presents the concept of the Sustainable Development with its three pillars: environment, economy and society. It presents the application of this concept on the City and the difficulties, which encounter this application.
Towards sustainable industrialization the role of eco-industrial parks in e...Berihu Assefa Gebrehiwot
My presentation is structured as follows:
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2. What motivates Ethiopia's transition to eco-industrial parks (EIPs)
3. Where does Ethiopia stand now in terms of its implementation of EIPs?
4. Capturing the full benefits of EIPs – next steps?
Cities as Arenas of Low-Carbon Transition? Analysing the Cases of Graz and Fr...URBACT
Presentation delivered by Harald Rohracher (Professor, Dept. of Thematic Studies – Technology and Social Change, Linköping University, Sweden) for URBACT Training for Elected Representatives on Integrated and Sustainable Urban Development.
Seminar 3 (2-4 December 2013, Brussels, Belgium): Sustainability and change. How can cities tackle the challenges of climate change and assess their progress? And how to intervene in complex energy transitions while improving a city's quality of life?
Read more: http://urbact.eu/en/news-and-events/urbact-events/training-for-elected-representatives/
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Have you ever wondered how search works while visiting an e-commerce site, internal website, or searching through other types of online resources? Look no further than this informative session on the ways that taxonomies help end-users navigate the internet! Hear from taxonomists and other information professionals who have first-hand experience creating and working with taxonomies that aid in navigation, search, and discovery across a range of disciplines.
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About the Speaker
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Diogo Sousa, Engineering Manager @ Canonical
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María Carolina Martínez - eCommerce Day Colombia 2024
Systemic design for territorial development: ecosystem to support autopoietic local economies
1. Chiara Battistoni, Silvia Barbero
Department of Architecture and Design
Politecnico di Torino
Turin, Italy
SYSTEMIC DESIGN FOR TERRITORIAL DEVELOPMENT:
ECOSYSTEM TO SUPPORT
AUTOPOIETIC LOCAL ECONOMIES
RSD7 Conference, 24-26 October 2018, Turin
Department of
ARCHITECTURE AND DESIGN
TRACK 4: TERRITORIAL METABOLISM AND FLOURISHING ECONOMIES
2. This research
wants to demonstrates the
need and importance of:
LOW-CARBON
SYSTEM
IC
DESIGN
DESIGN
ENTREPRENEURSHIP
ENVIRONM
ENTAL
SUSTAINABILITY
ZERO WASTE SOCIETY
SUSTAINABLE local DEVELOPMENT
- systemic design projects for the
manufacturing sectors;
- their implementation;
- SDecosystem to obtain a
sustainable local development
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
3. Preliminary research
It wants to demonstrates the
need and importance of:
LOW-CARBON
SYSTEM
IC
DESIGN
DESIGN
ENTREPRENEURSHIP
ENVIRONM
ENTAL
SUSTAINABILITY
ZERO WASTE SOCIETY
SUSTAINABLE local DEVELOPMENT
- systemic design projects for the
manufacturing sectors;
- their implementation;
- SD to obtain a sustainable local
development
design an
ECOSYSTEM TO SUPPORT
AUTOPOIETIC LOCAL ECONOMIES
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
4. from past analysis of
different territories (geographical areas)
and economic and productive realities
STATE-OF-THE-ART territory
Val di Susa
Torino (35km)
Francia
(20km)
Sestriere
Pragelato
Perosa Argentina
Pomaretto
Fenestrelle
Usseux
Roure
Pinasca
Inverso Pinasca
Villar Perosa
Porte
San Germano
San Pietro
Val Lemina
Pinerolo
VALGIOIE
COAZZE
GIAVENO
SusaValley
ChisoneValley
2°BeltofTorino
RIVI
ÈRE LA BARGUELONNE
R
IVIÈRELASÈRE
RIVIÈRE
LA
G
IM
ONE
RI
VIÈRE LA
SÉOUN
E
RIVI
ÈRE
LE TE
SC
OU
RIVIÈRE LE LEMBOULA
S
RUIS
SEAU
LE
LAMBON
RIVI
ÈR
E
LALÈRE
RUISSEA
U
L'AYRO
U
X
RIV
IÈ
RE
LA
LUPTE
RIV IÈRE LE TA
RN
RIVIÈRE L'AVEY
RO
N
RIVIÈR
E L'AVEYRON
E
-
-
Valence d’Agen
Beaumont de
Lomagne Verdun sur
Garonne
Moissac
Montauban
Caussade
Caylon
*
Montech
Castelsarrasin
ALTITUDE (m)
< 100
100-200
200-300
300-400
>400
ALTITUDE MAX:
505 m
ALTITUDE MIN:
47 M
LA GARONNE
LETARN L’AVEYRON
plateauargilocalcaire(Causses)
canal du midi
quercy
historicregion LOT
AQUITAINE
GERS
HAUTE-
GARONNE
AVEYRON
bay of Biskay
Zelaia
Eguen
Aulesti
Munitibar
Bolibar
Markina-xemiein
Erribera
Ondarroa
Erbera/San Andres
Ispaster-elexalde
Lekeitio
Lea
Artibai
Avigliana
Chivasso
Volvera
Poirino
Moncalieri
TORINO
Collegno
Ciriè
1° Urban Belt
1° cintura
2° Urban Belt
2° cintura
Macugnaga
Ceppo Morelli
Bannio Anzino
Vanzone-San Carlo
Mergozzo
OrnavassoAnzola di Ossola
Premosello-Chiovenda
Vogogna
Pieve Vergonte
Piedimulera
Calasca-Castiglione
Lago
Maggiore
Zermatt
(Svizzera)
Pallanzeno
TORINO
PIANALTO
DI POIRINO
FEUDO DEI
NOVE MERLI
DORSALE
DEI LAGHI PO
F
N
all these graphic
representations are made
by authors or by students
in ‘Systemic Design’
course at Politecnico di
Torino in varoius years
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
5. Holistic Diagnosis (geography, economy, demography, culture, ..)
STATE-OF-THE-ART territory
example of Holistic Diagnosis made by students in ‘Systemic Design’ course at Politecnico di Torino in a.y. 2015/2016
just published in Battistoni, C., Barbero S. (2017). Systemic Design, from the content to the structure of education:
new educational model. In: 12th EAD Conference - Sapienza University of Rome (IT), 12-14 April 2017
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
6. competitive relation
with other companies
products are buyed and sold
internationally
LINEAR ECONOMY
STATE-OF-THE-ART territory
Box by AliWijaya from the Noun Project
Gear by ImageCatalog from the Noun Project
Gears by SELicon from the Noun Project
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
7. competitive relation
with other companies
waste remains
on the territory
products are buyed and sold
internationally
LINEAR ECONOMY
STATE-OF-THE-ART territory
Box by AliWijaya from the Noun Project
Landfill by Yu luck from the Noun Project
Outfall by Luis Prado from the Noun Project
Gear by ImageCatalog from the Noun Project
Gears by SELicon from the Noun Project
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
8. STATE-OF-THE-ART territory
if we analyze their current production model
with input-output analysis (energy and matter flow)
with quantitative and qualitative approach
Box by AliWijaya from the Noun Project
Landfill by Yu luck from the Noun Project
Outfall by Luis Prado from the Noun Project
Gear by ImageCatalog from the Noun Project
Gears by SELicon from the Noun Project
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
9. STATE-OF-THE-ART - single activity analysis
example of local activity made by students in ‘Systemic Design’ course at Politecnico di Torino in a.y. 2015/2016
just published in Battistoni, C., Barbero S. (2017). Systemic Design, from the content to the structure of education:
new educational model. In: 12th EAD Conference - Sapienza University of Rome (IT), 12-14 April 2017
example of local activity made by students in ‘Systemic Design’ course at Politecnico di Torino in a.y. 2015/2016
just published in Battistoni, C., Barbero S. (2017). Systemic Design, from the content to the structure of education:
new educational model. In: 12th EAD Conference - Sapienza University of Rome (IT), 12-14 April 2017
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
10. STATE-OF-THE-ART - single activity analysis
INPUT OUTPUT
example of local activity made by students in ‘Systemic Design’ course at Politecnico di Torino in a.y. 2015/2016
just published in Battistoni, C., Barbero S. (2017). Systemic Design, from the content to the structure of education:
new educational model. In: 12th EAD Conference - Sapienza University of Rome (IT), 12-14 April 2017
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
11. STATE-OF-THE-ART - single activity analysis
example of local activity made by students in ‘Systemic Design’ course at Politecnico di Torino in a.y. 2015/2016
just published in Battistoni, C., Barbero S. (2017). Systemic Design, from the content to the structure of education:
new educational model. In: 12th EAD Conference - Sapienza University of Rome (IT), 12-14 April 2017
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
12. STATE-OF-THE-ART - single activity analysis
example of local activity made by students in ‘Systemic Design’ course at Politecnico di Torino in a.y. 2015/2016
just published in Battistoni, C., Barbero S. (2017). Systemic Design, from the content to the structure of education:
new educational model. In: 12th EAD Conference - Sapienza University of Rome (IT), 12-14 April 2017
exploitation of
natural resources energivorous
problems....
waste production
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
13. climate change
pollution
soil depauperation
fertility loss
....
limited natural
resource
temperature
increasing
....
....
....
waste management
STATE-OF-THE-ART
current major environmental problems
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
14. The design discipline with its methodology and approaches
can represent a solution for the valorisation
of the material culture of a specific territory
(De Giorgi, 2008; Catania, 2011)
image retrieved from: De Giorgi (2017), design e território: reflexões e experiências do piemonte (itália) image retrieved from: https://www.ibs.it/design-territorio-sostenibilita-ricerca-innovazione-libro-vari/e/9788856841145
Catania, A. (2011). Design, territorio e sostenibilità: ricerca e innovazione per la valorizzazione delle risorse locali. Milano; Angeli.
STATE-OF-THE-ART territory
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
15. IF
we look at
their production model
and the territory where they are located
with
a systemic approach
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
16. shifting the attention from the single actors
to
the relationships that can be created among them,
is possible to obtain different results,
as the theory of system suggests:
“the whole is GREATER than the sum of its parts”
(Aristotle)
or better
“the whole is OTHER than the sum of its parts”
from Gestalt
(Koffka)
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
17. systemic thinking applied to
- the project (design process)
- manufacturing sector (production process)
SYSTEMIC DESIGN
The borders of the traditional design discipline are enlarged
by the Systemic Design (SD) (Bistagnino, 2011) which produce
a step forward the eco-design
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
18. 5 principal guide-lines:
output>input
relationships
autopoiesis
act locally
man at the center
SYSTEMIC DESIGN
output become input as
happen in nature
between the five natural
kingdoms
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
model production process
goal: zero emissions
environmental, social and
economic sustainability
(Bistagnino, 2011)
19. methodology:
SYSTEMIC DESIGN principles
2.
3.4.
5.
1.
analysis of possible results
implementation
6.
analysis of outcomes
and feedbacks
from problem
to opportunities
Systemic project
Holistic Diagnosis
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
20. From problems to opportunities
TURNING POINT
Box by AliWijaya from the Noun Project
Landfill by Yu luck from the Noun Project
Outfall by Luis Prado from the Noun Project
Gear by ImageCatalog from the Noun Project
Gears by SELicon from the Noun Project
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
21. APPLICATION single activity
open living ecosystem
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
example of local activity made by students in ‘Systemic Design’ course at Politecnico di Torino in a.y. 2015/2016
just published in Battistoni, C., Barbero S. (2017). Systemic Design, from the content to the structure of education:
new educational model. In: 12th EAD Conference - Sapienza University of Rome (IT), 12-14 April 2017
22. relationship with local activities
output-->input
less use of energy and water
change of core business, improving and increasing
the incomes
zero waste
.........
.........
new opportunities
APPLICATION single activity
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
23. autopoietic process
new relations
new activities
APPLICATION single activity
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
25. problems in implementation phase
com
plexity
paradigm
shift
financing
differentcom
petences
qualityandnotquantity
lackofresearch
andsim
ilarcases
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
beforeenvironm
ent-oriented
than
profit-oriented
32. ECO-
SD
ENGINEERING
SPATIAL PLANNING
DESIGN
BIOLOGY
COMPUTER SCIENCE
GENERATIVE
SCIENCE
ECONOMY
POLICY MAKING
BUSINESS
ENTREPRENEURSHIP
SYSTEMIC DESIGN
GEOGRAPHY
NATURAL SCIENCE
ARCHITECTURE
Its goal is to foster the reproduction of
productive processes acting as an
OPEN living SYSTEM
research
center
Designer as a
mediator
between
the different disciplines
(Celaschi, 2008)
RESULTS ECOSYSTEM SD project
ECO-SD
INCUBATOR
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
34. ONGOIN (AND FUTURE) STUDIES
individuation of
contexts of application
analysis on case of ecosystems
already presents with similar goals
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN
35. silvia.barbero@polito.it
SILVIA BARBERO, Associate professor
chiara.battistoni@polito.it
CHIARA BATTISTONI, PhD student
thank you for your attention
RSD7 - Systemic design for territorial development: ecosystem to support autopoietic local economies - Battistoni, Barbero Department of
ARCHITECTURE AND DESIGN