Jarmo Suominen | 2007 | All Rights Reserved

Transcription

Industrializzazione della
sostenibilità in edilizia.
Sustainable Cities
Customizable communities
Build-up Expo, Fiera Milano Rho, 6-10 febbraio 2007
Progetti sostenibili per città del futuro
Jarmo Suominen
Professor of Mass Customization
Director of Future Home Institute
University of Art and Design, Finland
MIT, Medialab, Cambridge, Usa
MEGATRENDS
Globalization and
digitalization
Local communities
and networks
DISTRIBUTED FUNCTIONS
DISTRIBUTED WORK
To meet the diversifying WORKdemand
and support mobile individual lifestyles
DISTRIBUTED CONSUMING
Ubiquitous
technology
Enabling holistic, branded solutions for
living and housing
Diversification of
lifestyles
DISTRIBUTED HEALTHCARE
Seniorization of
society
Distributed
demand
Modular healthcare products and services
based on user needs, new supply chain
DISTRIBUTED EDUCATION
Providing a co-configurative interface
between consumers and education
networks
DISTRIBUTED SOCIETY
Continuous offering of resources
supporting the life processes of the user
Industry view
customer view
Sustainable city
Enabled by technology
Driven by its users
Service tray
System Architecture
Modular components
User Interface
•
Suitable solution
User Innovation
Mass Customization
- from dynamic design and construction projects
and static end products to
- static design and construction processes and
dynamic end product
- Buildings as service platforms
- Suitable system architecture integrating
sustainable components
- Certified sustainable and modular components and
services
- Interfaces for users, consumers and clients
- enabling Market driven sustainability
Service platform
Modular components
design concepts
Sustainable
Green PaperCity solutions
City concepts defines sustainable solutions for
housing, workplace and commercial
environments of digital age.
Origo consept.01
Multi channel servicepoint
eVillage consept.02
Sustainable urban housing
InnoCampus consept.03
New working environment
Learning Curve consept.04
Education, learning
Mobile Life consept.05
Service solutions
GreenLife consept.06
Leisure services
Living Lab consept.07
Innovation & Research
Promenade consept.08
PPP Business platform
Sustainable city
•DIGITAL COMMUNICATION WILL CHANGE
THE CITIES OF THE 21ST CENTURY
•NEW COMMUNITIES – TYPICAL FEATURES:
-COMBINED LIVING AND WORK
-24/7 URBAN ENVIRONMENTS
-COMMUNALITY AND INTERACTIVITY
•MOBILE TECHNOLOGY , LESS TRAVEL
•MASS CUSTOMIZATION TAKES PLACE OF
STANDARDIZATION, REPETITION AND MASS
PRODUCTION
•SMART, AUTOMATED SYSTEMS CONTROL
VENTILATION, AIR-CONDITIONING, LIGHTING
ETC.
•THE GLOBAL VILLAGE:
DIGITAL COMMUNICATION CONNECTS
URBAN CENTERS TO GLOBAL NETWORKS
Sustainable City
•COMBINE THE VITALITY AND DIVERSITY OF
THE TRADITIONAL CITY SPACES WITH THE
NEEDS OF BUSINESS ENVIRONMENTS
•COMBINE LIVING, WORKING, LIFELONG
LEARNING, PUBLIC AND PRIVATE SERVICES,
CULTURE AND LEISURE
•FUNCTIONAL AND SPATIAL DIVERSITY
•SOCIAL INTERACTION AND ENCOUNTERS
•MULTI-CENTERED URBAN STRUCTURE
•COMBINES ECONOMY WITH ECOLOGY.
•SCALE AND DETAILS RESPOND TO LOCAL
NEEDS
Format
Sustainable City format
Design Drivers
Market demand
Technology enablers
Context in cities
Design concepts
enabling service platforms
supporting system architecture
modular components
User interface
-Design solutions
At planning stage to solve site and market
specific demand and conditions
Sustainable City Format
concept.01
ThetheOrigo
concept.01;
Origo
eCity concept.01 Origo
Concept.01
Green Paper
The Origo is the 24/7 multi channel
access point for eCity services.
It is both the virtual interface trough
internet and wireless applications and
tangible building in the heart of eCity.
Logistical center
MultiChannel interfaces
.
Digital
interfaces
Physical
delivery
Tangible
Jarmo Suominen
Professor
Jarmo| I.2007
Suominen
| All Rights
| All Reserved
Rights
Reserved 2006 UIAH
terminals
e City
concept.02
eVillage
eCity concept.02 eVillage
eVillage concept is a model for building
sustainable and mass customized
apartments.
eVillage is reducing traffic, energy
consumption and materials by integrating
living functions to service and working
environments
Jarmo Suominen
Professor
Jarmo| I.2007
Suominen
| All Rights
| All Reserved
Rights Reserved 2006 UIAH
Concept.02
Green Paper
Concept.03
Green Paper
e City
concept.03
Inno Campus
eCity concept.03 inno Campus
Inno Campus concept will
utilize new technologies and
transfer workplaces to new
working environments where
people socialize, change
information and be productive
within positive work/life
balance.
Jarmo Suominen
Professor
Jarmo| I.2007
Suominen
| All Rights
| All Reserved
concept.04 Mobile life
eCit concept.04 mobile Life
Mobile Life is a concept for new
distributed and wireless service
solutions. It contains both physical
and virtual services
complementing each other.
Mobile Life enabling
infrastructure will meet the
demands of mobile and tangible
services.
Jarmo Suominen
Professor
Jarmo| I.2007
Suominen
| All Rights
| All Reserved
Concept.04
Green Paper
Sustainable City realization
Espoo
Pilot in Espoo Finland
Sustainable City realization is enabled
trough
case studies, production models, analysing
metrics, management models and planning
strategies for architects, developers,
planners and cities
Sustainable City realization model includes
Infrastructure planning, energy
managements, sustainable buildings, service
models, business concepts and strategic
consultancy.
eCity Pilot in Espoo Finland
design solutions
Mass customization model uses
stabile mass production methods
to create dynamic and
customizable end products with
the price of mass production.
COMPONENT SHARING MODULARITY
Common module for different structure
COMPONENT SWAPPING
MODULARITY
Common structure for different modules
CUT-TO-FIT MODULARITY
Common modules for adjustable structure
BUS MODULARITY
Common platform for different modules
SECTIONAL MODULARITY
Open interfaces between different
Jarmo Suominen
Professor
Jarmo| I.2007
Suominen
| All Rights
| All Reserved
Red Paper
Mass Customization
MODULAR STRATEGIES
1.COMPONENT SHARING
MODULARITY
Common technology/service module
for different contexts
2.COMPONENT SWAPPING
MODULARITY
Common context for
technology/service modules
3.CUT-TO-FIT MODULARITY
Common technology/service
modules for adjustable platforms
4.BUS MODULARITY
Common platform for
technology/service and context
modules
5.SECTIONAL MODULARITY
Open interfaces between
modules
Jarmo Suominen
Professor
Jarmo| I.2007
Suominen
| All Rights
| All Reserved
InnoCampus Mass Customization conc
MODULAR STRATEGIES
1.COMPONENT SHARING
MODULARITY
Common technology/service module
for different contexts
2.COMPONENT SWAPPING
MODULARITY
Common context for
technology/service modules
Common technology/service
modules for adjustable platforms
4.BUS MODULARITY
Common platform for
modules
Open interfaces between
modules
Jarmo Suominen
Professor
Jarmo| I.2007
Suominen
| All Rights
| All Reserved
InnoCampus Mass Customization conc
MODULAR STRATEGIES
1.COMPONENT SHARING MODULARITY
Common technology/service module for different contexts
2.COMPONENT SWAPPING MODULARITY
Common context for technology/service modules
Common technology/service modules for adjustable platforms
4.BUS MODULARITY
Common platform for technology/service and context modules
Open interfaces between technology/service and context modules
Case Scania
Case Scania
Scania, 25 years with the same concept
Case Scania
Platforms
versions
End productModularization
is a
cruising ship
In the final design phase
ship is being modularized
in a way that makes
possible to build it in
independent places and
use independent
subproviders
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
•
Prefabricated
ready-toModularization
install modular cabin
and bathroom units
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
•
completely
furnished
Modularization
modules savings in
shipyard production
times and costs for
installation in new
buildings and
conversions
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
•
suitable for
semiModularization
modular installation
The floorless modular
cabin concept is known
under the trademark WAS
modular system
(Wetmodule and
Accomodation System).
The design of the cabin
units are customised down
to the smallest details, to
meet the customer's
wishes regarding layout,
interior design and
materials.
Modularization
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
Modularization
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
Modularization
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
Modularization
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
Modularization
•
System integration as well as accurancy is essential
while assembling all together
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
Modularization
•
•
System integration
Accurancy
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
Modularization
•
•
System integration
Accurancy
Case ShipYard
Masa-Yards
Finland
Making of
Carnival Legend
Case United Buildings, Panel One
Case United Buildings, Panel One (the
Factory)
design concepts
Sustainable
Green PaperCity solutions
City concepts defines sustainable solutions for
housing, workplace and commercial
environments of digital age.
Origo consept.01
Multi channel servicepoint
eVillage consept.02
Sustainable urban housing
InnoCampus consept.03
New working environment
Learning Curve consept.04
Education, learning
Mobile Life consept.05
Service solutions
GreenLife consept.06
Leisure services
Living Lab consept.07
Innovation & Research
Promenade consept.08
PPP Business platform
GlashusEtt
Double glazed facades
Summer and winter with a
double glazed facade
The fuel cell
1. Hydrogen and oxygen are
fed to the fuel cell.
2. Electrons are released in
the fuel cell,
generating electricity and
heat.
3. The waste product is
water.
Very low environmental impact
•
•
RED----- Heating
BLUE--- Cooling
Case Katsan Building
Heating and cooling
•
Pipes in slab for cooling
(and heating)
•
Seawater for cooling
•
District heating
Ventilation
•
Low pressure drop
•
Heat recovery
HVAC design
Avluft
Frånluft
Sol Vind GTu
Uteluft
Sjökyla
Tilluft
Bjälklagskyla
Fjärrvärme
Konvektorer
Tappvatten
District heating
Research process
Scenario 1
NUCLEUS
Tradition of
Protectivity
Scenario 2
FIELD
Tradition of
Communality
Dwelling as
protected and
secure private
realm
Scenario
3
CHAIN
Tradition of
Rituality
Dwelling as open
and flexible hub
of activities
Scenario 4
NETWORK
Tradition of
Individuality
Dwelling as
selection of
spaces and
services
supporting a
lifestyle
Dwelling as
mobile
survival kit
Living concepts
Living concepts, expectations versus offerings
(examples)
expectations
offerings
component.1
space,
services,
techologies
component.2
space,
services,
techologies
LOW <> HIGH
Concept 1
Concept 2
standard
massclusive
wellbeing
welbeing
Kitchen as protected and
secure private realm
Kitchen as open and flexible
hub of activities
Concept 3
Concept 4
standard
massclusive
Entertainment
Entertainment
Entertainment space
selection of services
supporting a lifestyle
Entertainment space
Highend solutiones spaces
and surfaces
Applied living concepts
Scenario 5 | Child´s room
Scenario 4 | Bedroom
Growing Space
Balancer
Driver: Personalization
Driver: Pleasure
Scenario 3| Entrance hall
Scenario 6| Living Room
Gateway
My Community
Driver: Living Logistics
Driver: Community
Scenario 1 | Bathroom
Scenario 2| Kitchen
Wellness Station
Workshop
Driver: Basic Needs
Driver: Everyday Situations
Applied living concept, case
entrance hall
Situation 1 | Gateway to Home
Entrance hall as meeting point of flows
- Adaptation zone: entrance hall as interface between outside and
inside (public-private)
- Floor heating; drying of clothes and sports equipment etc.
- Warming and cooling wall surfaces
- Coat rack lighting, closet lighting
- Enabling home delivery of goods, food processes
Situation 2 | Spirit of Home
- New storage solutions
User-oriented home control
Open housing technology
- ”Spirit of Home”: personalized, multichannel home control user interface
- Flexible technical space (space reserve) e.g. above entrance
- Ventilation equipment, water, heating and electricity
installations, and broadband cables etc. easily accessible
-Adjustment of lighting etc. from one point
- Automated doors and electric sockets
- Maintenance services, sharing of services
- Consumption data, following usage
- Possibility for manual control
- Safety and security of the system
Management of situations
- Family synchronization tools
- Indication of situations to others
- Mobile message board
- Connection to services
Concept 3
Gateway
Access to technical
installations from both
outside and inside of
the apartment
Integrated
human interface
for home
automation
control
Enablers
Family e-message
board and task
management platform
Driver
Living Logistics
Context
Entrance Hall
Residents
Family Virtanen
Warming and
cooling wall
surfaces
Management of
goods logistics in
home: delivery,
storage space
etc.
Logistic services in
the immediate
living environment
Open Source in practice
Design Engine, case Viraps
mass fusion |
mass fusion |
mass fusion |
mass fusion |
mass fusion |
mass fusion |
learnings...
Mass Customization menu
Clear Identity
Hamburger Model
Identified brand
Predictable options
Bread
Lettuce
French fries & soda
Cheese
Tomato
Beef
Easy adjustment
Fondue Model
Refining the product
Bread
Lettuce
Cheese
Tomato
Beef
Simultanious interaction
Lasagna Model
Simultanious processes
Independent layers
Layer of pasta
Filling
Layer of pasta
Filling
Layer of pasta
Modular product and service architecture
Modular solutions
•
Service tray
Dynamic end product

Jarmo Suominen | 2007 | All Rights Reserved

Transcription

Similar documents

wohin geht der Weg? Esprit pionnier seelandais – quelles