Design by Data Advanced Master

I have been involved in the Design by Data Advanced Master (directed by Francesco Cingolani) as a lecturer investigating with students the meaning and implication of designing “fluid spaces” and guiding them to conduct research for their computational project. I am also heading the “Art, design and knowledge” area of the advanced master.

To me, it has always been important to reflect on the ways in which technologies affect spaces and transform not only production processes but also the ways in which we relate to space and the world around us. As William J. Mitchell wrote in ME++: The cyborg self and the networked city, space has the same characteristics as the onion—“My natural skin is just layer zero of a nested boundary structure.” (Mitchell, 2003: p. 7). Every layer also connects to others and can change properties.

So it is not enough to learn how to use a software or other tool and technology, one also needs to understand which software to use and to which end, and what does it exactly do. And questions of “optimization” should not be the only ones to be taken into account when building for future generations !

I am happy I have joined the conversation with the team at l’Ecole des Ponts, the best engineering school in France, Francesco Cingolani, also co-founder of the Parisian coworking space / makerspace / food lab Volumes (Subscribe to their mailing list!) and Minh Man Nguyen, co-founder of the Woma, co-working and co-making space in Paris.

If you have any question about the advanced master, join us for breakfast March 14, 2017 :-)

Also very useful.. Twitter handle: @byDataDesign


Design innovation star

Unveiling the innovation star that Dk Osseo-Asare from LowDo and I developed to describe the process we take when conducting urban strategic design projects. If you’ve been wondering… the animated GIF file is indeed on its way ;-)


Sentient Cartography – A Method for Research by Design – Part I


This essay follows a series of events that has taken place in an effort to investigate sentient cartography – we use the broad sense of the term cartography, which is the practice of compiling data and visualizing it in some legible form. A contribution by Élise Olmédo to Visions Cartographiques, a blog of the monthly magazine Le Monde Diplomatique, entitled “Cartographie sensible: émotions et imaginaire” (Olmédo, 2011) inspired further reflection on mapping insightfully the intangible and the subjective. It prompted a design workshop organized for the LIFT12 conference held in Geneva, Switzerland, which led to an interview for Les temps modernes, a RTS, the Radio Télévision Suisse, radio program. Later again, second year students at l’ESA, the École Spéciale d’Architecture, explored sensitively the city of Paris in order to understand the impact of digital technologies on architecture and urbanism. This essay is an attempt at understanding what is sentient cartography and what is the aim of it.

The French word “Sensible” is rich with meanings. It is said of instruments that can “measure, record or capture minute phenomena”. The word also designates what can be “perceived by the senses”. A living organism that is “sensible” can “feel, perceive impressions”. Translating the word “sensible” into English was not an easy task, as it could be used, (1), to describe a tool for sensing emotions, (2), to identify a perceivable space or element – a world, an object that is “sensible”, or (3), signal the character of a living organism – that of being able to respond to stimuli. If cartography provides some individuals with the power to represent their world as they envision it, why would we need an adjective to highlight its subjectivity? And which should we consider anyway – emotional, sensory or sentient?

Emotional cartography, as explored by artist, designer and educator Christian Nold, relates to the act of mapping people’s feelings and perceptions “to explore the political, social and cultural implications of visualizing intimate biometric data and emotional experiences using technology” (Nold, 2009). Another project of his, The Sensory Deprivation Map, explores the sensory world of the blindfolded and the deafened. That map was realized by augmenting geo-localized positions with individual observations. In linking motion to emotion, Giuliana Bruno, the film and architecture theorist, gives another take on emotional cartography. Although always a representation, emotional cartography is linked to a process, a displacement, mental and physical, a bodily and imaginary experience. Hence she finds the Carte du Tendre to closely relate to the psychogeographic maps of the Situationists (Bruno, 2002) (Sadler, 1999). Emotional cartography enables us to mentally travel from minute and intimate phenomena to other minute and intimate phenomena.

Beyond representation however, the materiality of the maps can itself trigger various senses, and by that yield to some other understanding or experience of the data explored. A paper map can be held in hands, folded, unfolded, touched, caressed, etc. Historically, embossing contours and Braille text onto the material of a map is a mean by which few of us can read – and imagine – a space. Designers have later experimented with the tangible quality of maps in creating edible or haptic maps, mapping audible landscapes that one can replay or representing smells that one can experience. There are plenty of examples: The artist Kate McLean who created Sensory Maps produced tactile maps of Edinburgh rendering the particularities of a variety of spaces in the city: “Neighborhoods [she writes] have distinct identities, boundaries, often built at different times, for different city expansion projects they have their own textures and ‘feel’”. Élise Olmédo, the author of the article mentioned at the beginning of this essay, used colored pieces of fabric and threads to convey the social and spatial relationship she wanted to highlight. While sound could be incorporated to maps as a means to read them more effectively (Krygier, 1994), it is undeniable that the sense of hearing is also necessary for recalling and locating spaces. This is also the case with the sense of smell. Yet it is probably the most difficult one to represent tangibly. In mapping smells of New York City, illustrator Jason Logan captured familiar odors – especially well known to whom practices the city. One can revisit the scents only virtually, without soliciting olfactory organs. Other designers have gone farther. In an article for The Atlantic, Nicola Twilley, author of the blog Edible Geographies, describes how to make a scratch-and-sniff map – “Scratch ‘N Sniff™ [being] the trade name for a special kind of perfume or scent saturated printing in which the scent is enclosed in minute capsules, which can be broken open by friction.” In an interview conducted by Twilley, urban designer Victoria Henshaw tells us about “the idea of a smellmark [that] obviously comes from the idea of a landmark, and the idea that a distinctive, recurring or constant smell can act as a geographic reference point.” So hearing, touch, smell and taste are just about all the other senses that are missing in the imeageability of a city (Lynch, 1960). Effective sensory maps have qualities that further enhance the total perception of a space. While sensory maps have tangible qualities that digital maps may not have, they nonetheless rely on users’ interactions to activate their narratives. Yet emotional and sensory cartography only render urban experiences. In which way can cartography, in return, influence our experience of the city and the way we shape it?

Digital – Biodigital

A diagram for a class I give at l’ESA on digital architecture based on the teaching of Antoine Picon who writes that digital culture caused architecture to enter a crisis of scale and tectonic and that architecture is seeing a renewal of ornament [1]. The ornament versus cosmetic argument comes from a text by Jeffrey Kipnis [2]. My interest in mobility and ecology leads me to believe that architecture is actually going beyond ornament, and that we have integrated to our digital manipulations molecular scale and structure. This is what constitute biodigital architecture. You see how both are linked. To be continued!

[1] Antoine Picon, Culture numérique et architecture – une introduction (Birkhäuser, 2010)
[2] Jeffrey Kipnis, “The Cunning of Cosmetics,” El Croquis 84 (1997): 22 – 28