The document discusses challenges facing cities and the built environment due to population growth, climate change, and resource constraints. It suggests that new design approaches are needed that incorporate principles of nature, including lightness, efficiency, and connectivity. The Master's program described aims to teach generative and parametric design techniques to explore bio-inspired and context-aware designs, with workshops on material systems, algorithmic design, and performative skins. The goal is to establish design rules that shift from objects to relationships to create adaptive, sustainable architectures.
It’s a moral and strategic imperative that humanity gets to space, and does so soon. We have a ticking time bomb on our hands, but we don’t know when the clock is going to run out. In short, we are overdue for an extinction-level event.
As we’ve dug deeper into the Space Startup market over the 6 months since our original Space as a Platform thesis post in mid-2016, we’ve come to a frightening realization.
There are not enough people investing their time nor dollars into the required areas of space to enable us as a species to get there. It’s simply not going to happen, folks.
The urban body is composed of several interconnected layers of dynamic structure, all influencing each other in a non-linear manner. This interaction results in emergent properties, which are not predictable except through a dynamical analysis of the connected whole. This approach therefore links Biourbanism to the Life Sciences
On the Importance of Technology Foresight for the future of energy by Professor Sirkka Heinonen, Finland Futures Research Centre, University of Turku, at Millennium Meet-up
Cours Public 5: L’ANTHROPOCÈNE SERAIT-IL UN URBANOCÈNE? OU COMMENT L’URBANISA...EcoleUrbaineLyon
L’entrée dans l’anthropocène est directement liée à la phase intense d’urbanisation de la planète qui a débuté après la seconde guerre mondiale.
Cette hypothèse reprend celle dite de la « grande accélération » (Steffen), mais en se focalisant sur une part explicative souvent minorée par les études anthropocènes : le rôle effectif de l’urbanisation généralisée et des bouleversements géographiques, économiques, sociaux, culturels et politiques qui l’accompagnent. Il s’agira donc de cerner ce rôle et de l’examiner à toutes les échelles de temps et d’espace.
This public lecture outlines my research into new (green) materials that are environmentally sensitive and have some of the properties of living systems. The development of these materials provokes a re-consideration of our understanding of sustainable architectural practice and expands the available design portfolio beyond alternative energy sources, efficiency and recycling in order to retool architects for the ambitious 'zero carbon' city targets set by the Brussels 2030 Energy Comission
It’s a moral and strategic imperative that humanity gets to space, and does so soon. We have a ticking time bomb on our hands, but we don’t know when the clock is going to run out. In short, we are overdue for an extinction-level event.
As we’ve dug deeper into the Space Startup market over the 6 months since our original Space as a Platform thesis post in mid-2016, we’ve come to a frightening realization.
There are not enough people investing their time nor dollars into the required areas of space to enable us as a species to get there. It’s simply not going to happen, folks.
The urban body is composed of several interconnected layers of dynamic structure, all influencing each other in a non-linear manner. This interaction results in emergent properties, which are not predictable except through a dynamical analysis of the connected whole. This approach therefore links Biourbanism to the Life Sciences
On the Importance of Technology Foresight for the future of energy by Professor Sirkka Heinonen, Finland Futures Research Centre, University of Turku, at Millennium Meet-up
Cours Public 5: L’ANTHROPOCÈNE SERAIT-IL UN URBANOCÈNE? OU COMMENT L’URBANISA...EcoleUrbaineLyon
L’entrée dans l’anthropocène est directement liée à la phase intense d’urbanisation de la planète qui a débuté après la seconde guerre mondiale.
Cette hypothèse reprend celle dite de la « grande accélération » (Steffen), mais en se focalisant sur une part explicative souvent minorée par les études anthropocènes : le rôle effectif de l’urbanisation généralisée et des bouleversements géographiques, économiques, sociaux, culturels et politiques qui l’accompagnent. Il s’agira donc de cerner ce rôle et de l’examiner à toutes les échelles de temps et d’espace.
This public lecture outlines my research into new (green) materials that are environmentally sensitive and have some of the properties of living systems. The development of these materials provokes a re-consideration of our understanding of sustainable architectural practice and expands the available design portfolio beyond alternative energy sources, efficiency and recycling in order to retool architects for the ambitious 'zero carbon' city targets set by the Brussels 2030 Energy Comission
Technobiophilia: soothing our connected minds and easing our wired lives, Bi...Dr Sue Thomas
Published on 20 May 2015
Technobiophilia: soothing our connected minds and easing our wired lives
In her 2013 book Technobiophilia: Nature and Cyberspace, Sue Thomas interrogates the prevalence online of nature-derived metaphors, and comes to a surprising conclusion. The root of this trend, she believes, lies in biophilia, defined by E.O. Wilson as ‘the innate attraction to life and lifelike processes’. Working from the strong thread of biophilia which runs through our online lives, she expands Wilson’s definition to the ‘innate attraction to life and lifelike processes *as they appear in technology*’, a phenomenon she calls ‘technobiophilia’. Attention to technobiophilia and its application to urban design offers a way to make our digital lives integrated, healthy, and mindful. In this talk she outlines the key elements of the concept and shows how, even in an intensely digital culture, the restorative qualities of biophilia can alleviate mental fatigue and enhance our capacity for directed attention, thus soothing our connected minds and easing our wired lives.
Sue's website: https://suethomasnet.wordpress.com
YouTube video of this talk: https://youtu.be/yOrt8zINrnE
8. City Science: Urban Big Data and New Urban SystemsMITEF México
Data-driven analysis of economic
activity, human behavior, mobility
patterns, resource consumption, etc.
in order to inform an evidence-based
process of designing new cities
Conference of Isam Shahrour - Smart City for Energy Transition - Pre-COP22Isam Shahrour
This conference presents the contribution of the concept "Smart City" in the energy transition strategies. It includes 4 parts: presentation of the challenges of the energy transition, the role of the city in the energy transition, the concept of the smart city and how it contributed to the implementation of efficient Energy transition policy and finally the lessons learned from 5 years-experience of large scale demonstrator of the Smart City “SunRise".
Biourbanism focuses on the urban organism, considering it as a hypercomplex system, according to its internal and external dynamics and their mutual interactions.
The urban body is composed of several interconnected layers of dynamic structure, all influencing each other in a non-linear manner. This interaction results in emergent properties, which are not predictable except through a dynamical analysis of the connected whole. This approach therefore links Biourbanism to the Life Sciences, and to Integrated Systems Sciences like Statistical Mechanics, Thermodynamics, Operations Research, and Ecology in an essential manner. The similarity of approaches lies not only in the common methodology, but also in the content of the results (hence the prefix “Bio”), because the city represents the living environment of the human species. Biourbanism recognizes “optimal forms” defined at different scales (from the purely physiological up to the ecological levels) which, through morphogenetic processes, guarantee an optimum of systemic efficiency and for the quality of life of the inhabitants. A design that does not follow these laws produces anti-natural, hostile environments, which do not fit into an individual’s evolution, and thus fail to enhance life in any way.
Biourbanism acts in the real world by applying a participative and helping methodology. It verifies results inter-subjectively (as people express their physical and emotional wellbeing through feedback) as well as objectively (via experimental measures of physiological, social, and economic reactions).
The aim of Biourbanism is to make a scientific contribution towards: (i) the development and implementation of the premises of Deep Ecology (Bateson) on social-environmental grounds; (ii) the identification and actualization of environmental enhancement according to the natural needs of human beings and the ecosystem in which they live; (iii) managing the transition of the fossil fuel economy towards a new organizational model of civilization; and (iv) deepening the organic interaction between cultural and physical factors in urban reality (as, for example, the geometry of social action, fluxes and networks study, etc.).
Political ecologies of immaterial commoning: data storage, digital waste, and...Juhana Venäläinen
Presented at the Commons Convivium, University of East London, Centre for Social Justice and Change, 29th April 2015. See https://sustainabilityandthecommons.wordpress.com/2015/04/13/3078/
ABSTRACT: Networked commons-based peer production, as in Wikipedia or in open source communities, has occasionally been depicted as a revolutionary socio-economic system with fundamental consequences for the future of capitalism. These conceptions are, however, often prone to neglecting the material boundaries of the economy. In a "digitalist" utopia (Pasquinelli 2008), production is portrayed as a pure symbolic exchange, independent of the physical, biological, financial or socio-cultural conditions for its reproduction. With the current growth in the networking infrastructures, it is becoming more obvious that the so-called immaterial economy is tightly connected to the constraints of the finite planet. In my presentation, I will examine the political ecologies of immaterial commoning by focusing on one of its material boundaries: data storage capacity. By following the events and discourses unfolding from the 2011 Thailand floods that caused an unforeseen shock in the data storage markets, I seek to illuminate some more general interlinkages between the practices of immaterial commoning and its material underpinnings.
A summer residence to understand, discuss and act on the transformation of the present. A combination of theory and practice to foster the transition towards emerging collaborative economies building a more resilient society.
http://commons.camp/
!Home Article Oltre atomi e corpi una post-rifles.docxgertrudebellgrove
!
Home " Article " Oltre atomi e corpi: una post-riflessione su AE 2016 / Beyond atoms and bodies: a
post-reflection on AE 2016
# $ % & '
https://noemalab.eu/ideas/oltre-atomi-e-corpi-una-post-riflessione-su-ae-2016-beyond-atoms-and-bodies-a-post-reflection-on-ae-2016/#
https://noemalab.eu/
https://noemalab.eu/category/ideas/article/
https://twitter.com/noemalab
https://vimeo.com/noemalab
https://www.youtube.com/user/NoemaLab
https://www.facebook.com/NoemaLab/
https://noemalab.eu/feed/
Italiano [English below]
Oltre atomi e corpi: una post-riflessione su AE 2016 /
Beyond atoms and bodies: a post-reflection on AE 2016
Giorgio Cipolletta
A R T I C L E I D E A S R E V I E W S
https://noemalab.eu/category/ideas/article/
https://noemalab.eu/category/ideas/
https://noemalab.eu/category/reviews/
Ars Electronica 2016.
Per una ricerca alchemica radicale del nostro tempo e la perdita di equilibro.
Una post-riflessione oltre gli atomi e i corpi
La rivoluzione digitale ha riconfigurato e decodificato il nostro mondo immerso
tra il bagnato del biologico e il materico dei bit, modificando in maniera radicale la
nostra percezione. Chi sono gli alchimisti del nostro tempo? Con Radical Atoms
and the alchemist of our time, anche questo anno il Festival Ars Electronica a Linz
(8-12 settembre 2016) ha provato a riflettere sul nostro tempo, la società
contemporanea e il rapporto sempre più imprescindibile tra le arti e le scienze.
Attraverso il processo alchemico che l’arte e le scienze crea, si edificano nuovi
territori fluttuanti e ubiqui e soggetti ibridi. L’alchimia non è altro che una sorta di
filosofia, – ci ricorda Marcel Duchamp, – un tipo di pensiero che porta ad un
modo di comprensione. L’alchimia è pratica derivata dalla mescolanza
“consapevole” tra arte e scienza. Pensiamo all’arte robotica, ai droni, alI’Internet
delle cose, ai wereable device, alla bioarte e alla telematica ecc. Dal calcolo
digitale al mondo quantico, dall’ingegneria genetica fino alla biologia sintetica, le
tecnologie aumentano la nostra abilità di manipolare le fondamentali leggi della
natura. Delusioni, desideri, sogni e le speranze dell’essere umano sono tutti
ingredienti necessari affinché nuovi immaginari possano permettere di
sperimentare nuove idee speculative creando dei momenti straordinari. Infinite
sono le domande che sorgono durante queste occasioni di confronto a Linz. Ogni
http://www.aec.at/radicalatoms/de/
anno l’Ars Electronica diviene una piattaforma di dibattitto sul concetto di vita
nell’era dell’ingegneria genetica, sull’intelligenza artificiale che aumenta il nostro
mondo fisico dove persino le informazioni biologiche alterano spesso le forme di
comunicazione e determinano un mondo immerso tra la rivoluzione digitale e
l’evoluzione culturale e sociale.
L’Ars Electronica si pone quindi nuove sfide per comprendere inedite frontiere e il
compito dell’artista è quello di amalgamare il mondo disincarnato dei dati digitali
co ...
Technobiophilia: soothing our connected minds and easing our wired lives, Bi...Dr Sue Thomas
Published on 20 May 2015
Technobiophilia: soothing our connected minds and easing our wired lives
In her 2013 book Technobiophilia: Nature and Cyberspace, Sue Thomas interrogates the prevalence online of nature-derived metaphors, and comes to a surprising conclusion. The root of this trend, she believes, lies in biophilia, defined by E.O. Wilson as ‘the innate attraction to life and lifelike processes’. Working from the strong thread of biophilia which runs through our online lives, she expands Wilson’s definition to the ‘innate attraction to life and lifelike processes *as they appear in technology*’, a phenomenon she calls ‘technobiophilia’. Attention to technobiophilia and its application to urban design offers a way to make our digital lives integrated, healthy, and mindful. In this talk she outlines the key elements of the concept and shows how, even in an intensely digital culture, the restorative qualities of biophilia can alleviate mental fatigue and enhance our capacity for directed attention, thus soothing our connected minds and easing our wired lives.
Sue's website: https://suethomasnet.wordpress.com
YouTube video of this talk: https://youtu.be/yOrt8zINrnE
8. City Science: Urban Big Data and New Urban SystemsMITEF México
Data-driven analysis of economic
activity, human behavior, mobility
patterns, resource consumption, etc.
in order to inform an evidence-based
process of designing new cities
Conference of Isam Shahrour - Smart City for Energy Transition - Pre-COP22Isam Shahrour
This conference presents the contribution of the concept "Smart City" in the energy transition strategies. It includes 4 parts: presentation of the challenges of the energy transition, the role of the city in the energy transition, the concept of the smart city and how it contributed to the implementation of efficient Energy transition policy and finally the lessons learned from 5 years-experience of large scale demonstrator of the Smart City “SunRise".
Biourbanism focuses on the urban organism, considering it as a hypercomplex system, according to its internal and external dynamics and their mutual interactions.
The urban body is composed of several interconnected layers of dynamic structure, all influencing each other in a non-linear manner. This interaction results in emergent properties, which are not predictable except through a dynamical analysis of the connected whole. This approach therefore links Biourbanism to the Life Sciences, and to Integrated Systems Sciences like Statistical Mechanics, Thermodynamics, Operations Research, and Ecology in an essential manner. The similarity of approaches lies not only in the common methodology, but also in the content of the results (hence the prefix “Bio”), because the city represents the living environment of the human species. Biourbanism recognizes “optimal forms” defined at different scales (from the purely physiological up to the ecological levels) which, through morphogenetic processes, guarantee an optimum of systemic efficiency and for the quality of life of the inhabitants. A design that does not follow these laws produces anti-natural, hostile environments, which do not fit into an individual’s evolution, and thus fail to enhance life in any way.
Biourbanism acts in the real world by applying a participative and helping methodology. It verifies results inter-subjectively (as people express their physical and emotional wellbeing through feedback) as well as objectively (via experimental measures of physiological, social, and economic reactions).
The aim of Biourbanism is to make a scientific contribution towards: (i) the development and implementation of the premises of Deep Ecology (Bateson) on social-environmental grounds; (ii) the identification and actualization of environmental enhancement according to the natural needs of human beings and the ecosystem in which they live; (iii) managing the transition of the fossil fuel economy towards a new organizational model of civilization; and (iv) deepening the organic interaction between cultural and physical factors in urban reality (as, for example, the geometry of social action, fluxes and networks study, etc.).
Political ecologies of immaterial commoning: data storage, digital waste, and...Juhana Venäläinen
Presented at the Commons Convivium, University of East London, Centre for Social Justice and Change, 29th April 2015. See https://sustainabilityandthecommons.wordpress.com/2015/04/13/3078/
ABSTRACT: Networked commons-based peer production, as in Wikipedia or in open source communities, has occasionally been depicted as a revolutionary socio-economic system with fundamental consequences for the future of capitalism. These conceptions are, however, often prone to neglecting the material boundaries of the economy. In a "digitalist" utopia (Pasquinelli 2008), production is portrayed as a pure symbolic exchange, independent of the physical, biological, financial or socio-cultural conditions for its reproduction. With the current growth in the networking infrastructures, it is becoming more obvious that the so-called immaterial economy is tightly connected to the constraints of the finite planet. In my presentation, I will examine the political ecologies of immaterial commoning by focusing on one of its material boundaries: data storage capacity. By following the events and discourses unfolding from the 2011 Thailand floods that caused an unforeseen shock in the data storage markets, I seek to illuminate some more general interlinkages between the practices of immaterial commoning and its material underpinnings.
A summer residence to understand, discuss and act on the transformation of the present. A combination of theory and practice to foster the transition towards emerging collaborative economies building a more resilient society.
http://commons.camp/
!Home Article Oltre atomi e corpi una post-rifles.docxgertrudebellgrove
!
Home " Article " Oltre atomi e corpi: una post-riflessione su AE 2016 / Beyond atoms and bodies: a
post-reflection on AE 2016
# $ % & '
https://noemalab.eu/ideas/oltre-atomi-e-corpi-una-post-riflessione-su-ae-2016-beyond-atoms-and-bodies-a-post-reflection-on-ae-2016/#
https://noemalab.eu/
https://noemalab.eu/category/ideas/article/
https://twitter.com/noemalab
https://vimeo.com/noemalab
https://www.youtube.com/user/NoemaLab
https://www.facebook.com/NoemaLab/
https://noemalab.eu/feed/
Italiano [English below]
Oltre atomi e corpi: una post-riflessione su AE 2016 /
Beyond atoms and bodies: a post-reflection on AE 2016
Giorgio Cipolletta
A R T I C L E I D E A S R E V I E W S
https://noemalab.eu/category/ideas/article/
https://noemalab.eu/category/ideas/
https://noemalab.eu/category/reviews/
Ars Electronica 2016.
Per una ricerca alchemica radicale del nostro tempo e la perdita di equilibro.
Una post-riflessione oltre gli atomi e i corpi
La rivoluzione digitale ha riconfigurato e decodificato il nostro mondo immerso
tra il bagnato del biologico e il materico dei bit, modificando in maniera radicale la
nostra percezione. Chi sono gli alchimisti del nostro tempo? Con Radical Atoms
and the alchemist of our time, anche questo anno il Festival Ars Electronica a Linz
(8-12 settembre 2016) ha provato a riflettere sul nostro tempo, la società
contemporanea e il rapporto sempre più imprescindibile tra le arti e le scienze.
Attraverso il processo alchemico che l’arte e le scienze crea, si edificano nuovi
territori fluttuanti e ubiqui e soggetti ibridi. L’alchimia non è altro che una sorta di
filosofia, – ci ricorda Marcel Duchamp, – un tipo di pensiero che porta ad un
modo di comprensione. L’alchimia è pratica derivata dalla mescolanza
“consapevole” tra arte e scienza. Pensiamo all’arte robotica, ai droni, alI’Internet
delle cose, ai wereable device, alla bioarte e alla telematica ecc. Dal calcolo
digitale al mondo quantico, dall’ingegneria genetica fino alla biologia sintetica, le
tecnologie aumentano la nostra abilità di manipolare le fondamentali leggi della
natura. Delusioni, desideri, sogni e le speranze dell’essere umano sono tutti
ingredienti necessari affinché nuovi immaginari possano permettere di
sperimentare nuove idee speculative creando dei momenti straordinari. Infinite
sono le domande che sorgono durante queste occasioni di confronto a Linz. Ogni
http://www.aec.at/radicalatoms/de/
anno l’Ars Electronica diviene una piattaforma di dibattitto sul concetto di vita
nell’era dell’ingegneria genetica, sull’intelligenza artificiale che aumenta il nostro
mondo fisico dove persino le informazioni biologiche alterano spesso le forme di
comunicazione e determinano un mondo immerso tra la rivoluzione digitale e
l’evoluzione culturale e sociale.
L’Ars Electronica si pone quindi nuove sfide per comprendere inedite frontiere e il
compito dell’artista è quello di amalgamare il mondo disincarnato dei dati digitali
co ...
Alejandro Aravena, Quinta Monroy / Elemental, ma0/emmeazero, Playsacpe, Ecosistema Urbano, Ecoboulevard, Association Aurore + Yes We Camp + Plateau Urbain, Les Grands Voisins, Austrian Pavilion at 15 Biennale di Venezia,
Curated by Elke Delugan-Meissl, Places for
People, Caramel Architekten, EOOS, Social Forniture, Rural studio
In between Classicism and Romanticism, The industrial revolution and the industrial city, The critique to the industrial city, the Picturesque Beauty and the Nature of Gothic, John Ruskin and William Morris, Camillo Sitte and Ebenezer Howard. The Garbatella neighborhood in Rome. Innocenzo Sabattini and the Istituto Case Popolari.
Urban Retrofit: a proposal from Inarch Master of Sustainable ArchitectureMarialuisa Palumbo
La presentazione racconta la strategia proposta dal Master INARCH in Architetture Sostenibili per realizzare una operazione di recupero energetico, architettonico e di qualità urbana a scala di quartiere e mostra la metodologia del lavoro del Master attraverso una sequenza di immagini tratte dal lavoro di tesi del gruppo di Valentina Coccia, Michela Pirro e Gemma Renella, della XIX edizione del Master.
Appunti per un metabolismo urbano a ciclo (quasi) chiusoMarialuisa Palumbo
Città, matabolismo urbano e gestione dei rifiuti. Legislazione europea e italiana rifiuti. Roma verso rifiuti zero. Incenerire conviene? Le conseguenze sanitarie di discariche e inceneritori.
Deconstruction and Deconstructivism. The new “architectural dictionary” of the twenty-first century
and the fragmentation of the architectural discourse
14. Urban Millennium
“Sometime in the next year, a woman will give birth in
the Lagos slum of Ajegunle... The exact event is
unimportant and it will pass entirely unnoticed.
Nonetheless it will constitute a watershed in human
history, comparable to the Neolithic or Industrial
revolutions. For the first time the urban population of
the earth will outnumber the rural.”
Mike Davis, Planet of Slums, 2006
38. - Theory
- Mapping
- Parametric and Generative Design Lab:
Rhinoceros + Grasshopper
- Scripting: Galapagos+Phython
- Parametric Modeling : Revit
- Rendering: 3D Studio MAX
- Animations: Photoshop+Premiere+After Effects
- Video Communication
- Digital Fabrication
Workshops:
1. Material system & generative design: FROM CONTEXT
NEUTRAL TO CONTEXT-AWARE DESIGN
2. Algorithmic design & bio-morphologies lab:
EXPLORING BIO_MIMICRY
3. Performative Skin lab: FORM FOLLOWS ENERGY FLOWS
41. “Traditional CAD products create lines, arcs,
circles and a great variety of geometrical
objects... A new generation of parametric
design systems establishes models defined by
a collection of constrained relationship between
objects...
The design shifts from drawing surfaces to
setting up rules of interdependency
-genotypes- leading to potential differentiation
-phenotypes-.”
Marco Vannucci_ Adams Kara Taylor
86. - Theory
- Environmental Design Principles
- CFD Computational Fluid Dynamics > Ecotect +
ENVImet + WinAir
- Design of Photovoltaic Systems
- Sustainable Water Management
- Passive systems for energy efficiency
- Active Systems for Energy Efficiency and
Production
- LCA Life Cycle Assessment
- Innovation in Building Technology and Construction
- Natural and Artificial Lighting
- Parametric Modeling > Revit
- Economic Evaluation
- Design Studio
87. “By aesthetic, I mean responsive to the
pattern which connects”
Gregory Bateson, Mind and Nature, 1979