3D Print the Atmosphere
Capture environmental data. Generate 3D models.
3D Print many unique objects. Build & Exhibit an Installation.
Reward backers with the fabricated objects.
Support our KICKSTARTER CAMPAIGN
“We can QUANTIFY a local environment using sensors to capture
temperature, humidity, ambient light, noise, levels of carbon monoxide & nitrogen dioxide.
With algorithms, we can combine the data to QUALIFY that environment— is it
happy or sad, uplifting or depressing, bright or somber, fun or grim…?”
In the context of the FABMOBs|ATMOStag project, we measure the temperature, humidity, ambient light, noise, and levels of carbon monoxide and nitrogen dioxide in any local environment using sensors. This data forms a limited, but useful enough representation of a local atmosphere. We then use it to create a digital model and print the atmosphere’s representation.
Using our customized 3D-software and Python, we can algorithmically associate formal transformations to an object based on the synthesis of the atmosphere’s qualities (hot, humid, dense, light…) and quantities (how much) based on its captured data. We can then apply these transformations to shape an object’s formal predisposition.
An atmosphere is the tone or mood of a place, space or work of art that is evoked by our feelings and sensations for this thing. Atmospheres are based on our perceptions, emotions and experiences of something material, but is expressed symbolically, as a painting, a photograph, a text or poem… FABMOBs|ATMOStag wants to reveal the *forms and information* that we cannot ordinarily see: to make the immaterial> material; that which is virtual> physical; that which is digital> concrete.
ATMOStags (ATMOSphere + TAG) tiles are VISUALIZATIONS of a local environment. Using additive manufacturing to fabricate the visualization’s physical representation, a place or event is TAGGED (marked), its atmosphere REVEALED.
It is more than coincidental that the object produced by FABMOBs|ATMOStag, the relief, made use of the illusion that the sculptural material was being raised above the background plane. This illusion supported the sensation of immersion through the strange equilibrium that reliefs projected for over 1000 years in the world of art. With the advent of […]
We use PLA (Polylactic acid), a biodegradable thermoplastic derived from renewable resources, such as corn starch, tapioca roots, starch, or sugarcane. PLA is manufactured in a variety of colors, opacities and textures. But the tiles can also be printed, using outside contractors, using other materials such as metal, ceramics, resins or precious metals…
The value of an ATMOStag_TILE is based on the object’s exhibition: the objects created during this testing process will compose a work of art, an extension of the work that we have been doing for the past 15 years as artists and architects. The public exhibition of this installation brings value to each unique tile […]
FABMOBs|ATMOStag is an extension of the work that we (Jamil Mehdaoui and Brad Kligerman) have been doing for over 15 years as artists and architects. We challenge long held assumptions about architecture, space and technology by building with immaterials—atmospheres, weather, radio waves, digital media—to transform the physical world.
FABMOBs|ATMOStag will transcend its hyper-local focus, its location at Etangs de Ville d’avray, France and become truly global thru the repetition of the production sequence — capture, calculation, reproduction — while fabricating an endless variety of designed objects, never repeating itself by making the same object twice. Every object is unique.
3D Objects Object detail resolution Reproducibility Visual literacy Community Diversity Presence Engagement Feedback Growth Capture Accuracy Sensitivity Material Temperature Strength Color compatibility Software Algorithm diversity Smooth aggregates Render quality Object/model optimization Compatibility with poles 3D printer Sensor Mobility Distribution Network Connection quality Decentralization
By thinking in terms of machines, a project can logically be organized in terms of inputs and outputs. Things like data, interaction and gestures, and digital media are fed into the machine, and a project’s forms are generated as its output. This way of working is known as parametric design. It is a dominant theme […]
The project’s nascent COMMUNITY will be built from the convergence of MAKERs, and from SMART CITIZENS, people already experimenting with technologically mediated, environmental activism : socially networked post-digital natives, global actors who are locally engaged, early adopters, VIPs, the referred and rarified…
Our ultimate goal is to develop FABMOBs into both a robust platform and a sustainable business that builds innovative design solutions and projects in the 3d printing space. This Kickstarter campaign is the cornerstone of that development process. It will serve to directly finance a massive production run to test the sensors, printers, software and networks […]
FABmobs designs and builds 3d-printing platforms — printers, software, network — for companies whose production and distribution depends on mobility and locational services.
We’ve decided on a two-step strategy for the FABMOBs|ATMOStag development: we need to put the FABMOBs platform to the test by capturing, generating and printing a lot of ATMOStag tiles; that’s the goal of this Kickstarter campaign. printing and diffusing a large number of tiles in a short amount of time. To do this, we […]
We’re asking the KICKSTARTER community to help us put the FABMOBs platform to the test by capturing a lot of DATA, generating many MODELS and printing massive amounts of OBJECTS in a controlled amount of time. The intended goal of this test is to reveal the platform’s strengths and weaknesses before its public roll out.
Objective: build an integrated platform of data visualization and generative design by building upon a 3d printer’s inherent potential for expansion, connectivity and mobility. Through the synthesis of hardware, software and mobile networks, fabricate unique, connected objects from physical data. FABMOB (fabrication + mobility) is — a sensor and a transmitter, a prototype and a […]
The nascent FABMOBs community is built from the convergence of two existing ones: from the Maker community, those who are already using 3d printers, and from the Smart Citizens, people already experimenting with technologically mediated, environmental activism.
We want to show YOU how to — listen, see, and hear — the local environment that you and your family occupy, not just by observing that environment, but by being able to fabricate its expression. In exchange for your support, you’ll receive any number of unique rewards that we will fabricate as a part […]
The FABMOBs platform was designed and built to enable your creativity. Current owners of 3D printers can use our sensor instrumentation & printing infrastructure to print unique content that goes way beyond what’s found online on craft or specialized sites. Environmental activists & physical scientists will be able to develop accurate tools for analysis & expression of local atmospheric conditions. Artists and designers will be able to develop their own projects using the hardware/software/sensor platform via our API.
3Dprinting is the transformation of information and data into physical objects through the direct conversion of a digital 3d model into a physical object using some form computer assisted manufacturing, such as extrusion, sintering, curing, printing, complex mold making…
The theory of 4D printing describes making something in one shape that unfolds to become another – in essence, 3D printing with an extra layer of computational power.
FABMOBs (fabrication + mobility) is a platform for 3Dprinting. ATMOStag (atmosphere + tag) is the idea that we can mark or express a location by representing its atmosphere at a given point in space and time. It is a product of the FABMOBs platform.
Jamil Mehdaoui partner
Jamil: “My world is built upon my experience making things. It is my way to stretch the design process. I do interior design, I make and sell craftsman built furniture, and design and fabricating masks and special effects for the theater and opera.”
Brad Kligerman partner
Brad: “My experience is working on large scale projects in the building and aerospace industries: projects where it was necessary to use computers in order to build the things we were designing. I taught myself how to develop software — for architects, by an architect.”
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an association of architects, artists, hackers, curators…