Vagabonds
De nombreux projets d’Oxman utilisent des techniques d’impression et de fabrication 3D. Ils incluent le pavillon de la soie, filé par des vers à soie sur un cadre en nylon, 3 Ocean Pavilion, une plate-forme de fabrication à base d’eau qui a construit des structures de chitosane, 4 G3DP, la première imprimante 3D pour verre optiquement clair, et un ensemble de verre produit par elle, 5 et collections de vêtements imprimés en 3D et utilisables dans les défilés haute couture. Voyager vers des destinations au-delà de la planète Terre implique de voyager dans des paysages hostiles et des environnements mortels. La gravité écrasante, l’air ammoniacal, l’obscurité prolongée et les températures qui feraient bouillir le verre ou geleraient le dioxyde de carbone, éliminent presque toute probabilité de visite humaine.

Serendiptichord

The result of a cross-disciplinary investigation spanning fashion, technology, music and dance, the Serendiptichord is a wearable musical instrument that invites the user (or movician) to explore a soundscape through touch and movement. This curious device is housed in a bespoke box and viewed as part of a performance. Unpacked and explored on and around the body, the Serendiptichord only reveals its full potential through the intrepid curiosity of its wearer. Adhering to the body like an extended limb, this instrument is best described as choreophonic prosthetic. Referencing the architectural silhouette of a musical instrument and the soft fabrication of fashion and upholstery, it is designed to entice the movician to explore its surface through touch, physical manipulation and expressive movement. Although this acoustic device can be mastered alone, it also holds subtle openings for group interaction.

Swing Time

SWING TIME est un espace de jeux interactif composé de 20 balançoires en forme d’anneau lumineux. L’installation active un parc temporaire entre le Boston Convention and Exhibition Center et D Street pour créer un espace public expérimental. Fabrication sur mesure à partir de polypropylène soudé, les balançoires sont conçus en trois tailles différentes de sorte que les spectateurs peuvent participer, le but de l’exercice, est de jouer avec SWING TIME à titre individuel ou en groupe.L’éclairage LED au sein de la balançoire est contrôlé par un micro-contrôleur personnalisé, signalisant le niveau d’activité de la balançoire. Un accéléromètre interne mesure les forces d’accélération de l’oscillation. Lorsque les forces sont statiques et les fluctuations ne sont pas utilisés, ils émettent une lumière douce, blanche qui éclaire la zone. Lorsque les balançoires sont en mouvement, le micro-contrôleur allume la lumière du blanc au violet, en créant un effet lumineux coloré.

梁基爵
Digital Hug
File Festival – Hipersonica
The project is in collaboration with Henry Chu, Adrian Yeung, Thomas Ip, Joseph Chan, XEX GRP, and Hamlet Lin. It started from the fabrication of digital hubs but it turned out to make you feel like having an intimate hug, such is the chemistry coming from the new media performance “Digital Hug”. GayBird and his group of “musical frankensteins” developed a series of unconventional custom-made musical instruments and a responsive sound installation, which are played in complement to interactive video-mapping images and animation. Digital Hug emphasizes “new instruments for new music”, with the aim of bringing a unique and performative live electronic music performance to viewers.

Fritté Solaire
Dans cette expérience, la lumière du soleil et le sable sont utilisés comme énergie brute et matériau pour produire des objets en verre à l’aide d’un processus d’impression 3D, qui combine l’énergie naturelle et le matériau avec une technologie de production de haute technologie. Le frittage solaire vise à soulever des questions sur l’avenir de la fabrication et déclenche des rêves de pleine utilisation du potentiel de production de la ressource énergétique la plus efficace au monde – le soleil. Sans apporter de réponses définitives, cette expérience vise à fournir un point de départ pour une nouvelle réflexion.

Phantom Geometry
“We are developing a system of moving streaming information through space, in the form of light, to generate material form. This system is a full-scale, generative fabrication process that is innately non-linear, is interruptible and corruptible at any time, and does not rely on periodic flattening to 2D. Light is the medium for data in our system. There resident data can be drawn through physical space, at full scale, to generate a photographic artifact, or to instantiate material form through the selective polymerization of proximal photo-responsive resin. This thesis, then, begins to investigate a design paradigm centered on the material reification of light. That paradigm questions the supremacy of the digital model, and the static flattening and stacking logics inherent to typical fabrication workflows. It is part of a conversation about representation, about the role of the designer, and about the way we make.”

Up Sticks
‘Up-Sticks’ is an informal turn of phrase dating back to at least the 19th Century to express leaving your home in haste. It is thought to originate from the rough cut, unseasoned timber frame architecture of the Scottish croft designed for temporary occupation. These sticks from which the croft was partly fabricated were of great value and were taken and reused when the household moved on. Up-Sticks is an expressive timber structure that twists and curves using only spruce wood planks and beech wood dowels. No glue or nails were used to hold the planks in space; it is the hygroscopic behaviour of the dowels, which shrink and swell according to their moisture content, and their computationally defined position that lock all planks into position. Up-Sticks was assembled from large elements all prefabricated in the Robotic Fabrication Laboratory at ETH Zurich, the largest of its kind in the world.

bow chair
designed by Zaha Hadid Architects, Ross Lovegrove and Daniel Widrig

Fiberbots
FIBERBOTS is a digital fabrication platform fusing cooperative robotic manufacturing with abilities to generate highly sophisticated material architectures. The platform can enable design and digital fabrication of large-scale structures with high spatial resolution leveraging mobile fabrication nodes, or robotic ‘agents’, designed to tune the material make-up of the structure being constructed on the fly as informed by their environment.

Printed Paper Actuator
“Printed Paper Actuator is the project that achieves a low cost, reversible and electrical actuation and sensing method. This method that requires simple and easy fabrication steps enables our paper actuator to achieve different types of motion and even various electrical sensing abilities: touch sensing, slider, and self-bending-angle detection. We introduce a software tool that assists the design, simulation, and printing toolpath generation.” Morphing Matter Lab

A(g)ntense gallery installation
ATLV is a computational design firm based in los angeles, california. Founded by satoru sugihara, the studio pushes the boundaries of practice and research in contemporary architecture and spatial design. Through integration of technological innovations, design problems can be approached with many different perspectives. Using tailored software tools, ATLV is able to employ algorithms alongside electronic hardware and robotics to seek broader ideas of design, fabrication, and process.

Microfluidic Origami for Reconfigurable Pneumatic/Hydraulic (MORPH)
Looking to create a robot smaller than a centimeter that might someday perform precision surgery or help destroy tumors, researchers from Harvard University’s Wyss Institute and School of Engineering and Applied Sciences (SEAS), and Boston University looked to nature for inspiration, and developed a novel microfabrication technique to construct it. Their tiny robot looks like a rubbery, transparent spider — and in fact, the team modeled the form after Australia’s famously colorful and captivating peacock spider.

Cloud Light III
“Kinetic sculpture resides at the intersection of artistic inspiration and mechanical complexity. The making of one of my pieces relies on creative expression, metal fabrication, and a slow design process in equal parts. It aims to alter one’s experience of time and space when witnessed. It also needs to weather winds of 90 mph and still move in a one mile per hour breeze and do so for hundreds of years.” Anthony Howe

android apparatus
Hillary Predko: Design + Textiles + Fabrication
Lindy Wilkins: Design + Code / electronics
Vanita Butrsingkorn: Performer @ Design Exchange, photos
Coco Freddie: Model @ Electro Threads
Miranda Tempest: Performer @ Android TO
My initial artwork didn’t feel like wearables as we conceptualize them now, but slowly my work morphed into artistic concoctions of cybernetic beings. I have an undergrad in computation arts, and a masters in digital media, so that definitely laid the groundwork for my explorations in this field.

Spacestream
The project uses generative computational strategies to generate series of special stream paths within 3D space frame, giving it structural stiffness and aesthetic values. The generative algorithm is based on use of multi-agent systems, shortest path calculation, lattice stigmergy and structural analysis. The goal is to create continuously thickened bundle paths within the fuzzy 3D space frame structure, where the bundles double as camouflage and reinforcement for the joints/seams between the welded components, allowing for fabrication of large scale structures, mediating between the discreet components and continuous system.Space Stream is a student project which aims to explore influence of rule-based design systems on low-tech fabrication technique of welding. The research concentrates on wireframe structures, which are strengthened through subdivision of basic geometrical units and bundling and reinforcing of the main structural strands. The custom software used for this project is centered on Dijkstra’s shortest path algorithm in combination with agent-based modeling techniques.

Sussex St Wind Tower
KINK STUDIO is an architectural model making and object fabrication studio located in Sydney. We have produced work for some of Australia’s leading architects, developers, artists and designers. Our workshop is equipt with the latest digital fabrication tools and we have experience in using a wide range of materials and fabrication techniques.

London Woman SS 2020
London born designer Richard Quinn established his eponymous label in 2016, upon graduating the Fashion MA at Central Saint Martins. Specialising in womenswear and textiles, his collections are bold and emotive creating a forward thinking unafraid vision. Richard creates garments with attention to innovative fabrications, focusing on his ability to combine unique handcrafted skill, with a refined high fashion sensibility.

London born designer Richard Quinn established his eponymous label in 2016, upon graduating the Fashion MA at Central Saint Martins. Specialising in womenswear and textiles, his collections are bold and emotive creating a forward thinking unafraid vision. Richard creates garments with attention to innovative fabrications, focusing on his ability to combine unique handcrafted skill, with a refined high fashion sensibility.

理查德·杜邦
리처드 듀퐁
Manipulating 3-D scans of his own body on the computer, Mr. Dupont then marries digital fabrication methods like rapid prototyping and computer numerically controlled milling with traditional plaster casting and other laborious hand work to make figures that can appear both archaic and futuristic. One of his standing nudes, similar in posture to the Kouros statues from ancient Greece, appears to melt into ripples when viewed on one axis, suggesting the psychic experience of man in the modern world.

2000 Cliparts

Oliver Laric’s work seeks to parse the productive potential of the copy, the bootleg, and the remix, and examine their role in the formation of both historic and contemporary image cultures. This process is intimately tied to his intuitive, idiosyncratic brand of scholarship, which he presents through an ongoing series of fugue-like expository videos (Versions, 2009—present), and further elaborates through his appropriated object works, videos, and sculptures, all of which are densely conceptually layered and often make use of recondite, technologically sophisticated methods of fabrication. Straddling the liminal spaces between the past and the present, the authentic and the inauthentic, the original and its subsequent reflections and reconfigurations, Laric’s work collapses categories and blurs boundaries in a manner that calls into question their very existence.

My Gallerist Made Me Do It
Ed Young is the bad boy of SA art, the agent provocateur, the iconoclast, the master of subversion. His instincts are to epater la bourgeoisie, defy political correctness and flout cant, shibboleths and taboos, thus exposing the conservatism of art lovers of every age and generation. The cult of his own personality and fabrication of a personal mythology involves lengthy bouts of narcissistic exhibitionism and self-exposure.

데이비드 맥 크라켄
ديفيد مكراكين
דוד מק’ראקן
デビッド・マクラッケン
Дэвид Мак-Кракен

Walking to the Mainland
David McCracken began sculpting in his teens, mostly figurative work carved in wood. Returning to Auckland in his early twenties he worked in a variety of jobs including boat building and construction and gained skills using fibre and later steel fabrication and welding. He became involved in performing arts and in a short time was working full time in the production of sets and props.

Gloves
Laura Splan’s work examines the material manifestations of our cultural ambivalence towards the human body. Her conceptually based projects employ a range of traditional and new media techniques. She often uses found objects and appropriated sources to explore socially constructed perceptions of order and disorder. Much of her work is inspired by experimentation with materials and processes including blood, cosmetic facial peel and digital fabrication.

From design to fabrication, creating modern style is the essence of Asher Levine. In the studio, Asher invents new fabrication techniques that enhance the industry’s understanding of fashion, which has gained a cult following amongst musicians, celebrities, and innovators.more…

格雷格·林恩
גרג לין
グレッグ·リン
그렉 린
Грег Линн
GREG LYNN a été un innovateur dans la redéfinition du support de conception avec la technologie numérique et a été le pionnier de la fabrication et de la fabrication de formes fonctionnelles et ergonomiques complexes à l’aide de machines CNC (Computer Numerically Controlled). Les bâtiments, les projets, les publications, les enseignements et les écrits associés à son bureau ont eu une influence sur l’acceptation et l’utilisation de matériaux et de technologies de pointe pour la conception et la fabrication. Alors que les opportunités de conception s’étendent aujourd’hui à de multiples échelles et supports, son studio Greg Lynn FORM continue de définir la pointe du design dans une variété de domaines. Son travail fait partie des collections permanentes des plus importants musées de design et d’architecture au monde, notamment le CCA, la SFMoMA, l’ICA Chicago et le MoMA.

Transient Materialization
Created by Shih-Yuan Wang, Yu-Ting Sheng, Dr. Alex Barchiesi and Vyacheslav Kryvosheya with guidance from Prof. Jeffrey Huang at the Media and Design Laboratory LDM, EPFL / SINLAB, Transient Materialization explores the relationship between digital and material-based digital fabrication through n-hedron structure composed mainly of soap foam that is blown, through a mixture of air and helium, into a foam structure.The project questions structure’s materiality and examines its physical performance and ephemeral characteristics. In the first phase of the project the team achieved a programmable foam structure and presented various configurations of dynamic and transformable foam structures. The fabrication interacts with the algorithm, which involves a mixture of air and helium (controlled by pneumatic valves) and additive chemical substances and thickening agents.The aim of the project is to take architecture beyond the creation of static forms and into the design of dynamic, transformable and ephemeral material experimental processes.

bionic research pavilion

The Institute for Computational Design (ICD) and the Institute of Building Structures and Structural Design (ITKE) of the University of Stuttgart have constructed another bionic research pavilion. The project is part of a successful series of research pavilions which showcase the potential of novel design, simulation and fabrication processes in architecture. The project was planned and constructed within one and a half years by students and researchers within a multi-disciplinary team of architects, engineers and biologists.
The focus of the project is a parallel bottom-up design strategy for the biomimetic investigation of natural fiber composite shells and the development of novel robotic fabrication methods for fiber reinforced polymer structures. The aim was the development of a winding technique for modular, double layered fiber composite structures, which reduces the required formwork to a minimum while maintaining a large degree of geometric freedom. Therefore, functional principles of natural lightweight structures were analyzed and abstracted in cooperation with the University of Tübingen and the Karlsruhe Institute of Technology. Through the development of a custom robotic fabrication method, these principles were transferred into a modular prototype pavilion.

理查德·杜邦
리처드 듀퐁

Manipulant des scans 3D de son propre corps sur l’ordinateur, M. Dupont marie ensuite des méthodes de fabrication numérique comme le prototypage rapide et le fraisage à commande numérique par ordinateur avec le moulage en plâtre traditionnel et d’autres travaux manuels laborieux pour créer des figures qui peuvent paraître à la fois archaïques et futuristes. L’un de ses nus debout, similaire dans sa posture aux statues Kouros de la Grèce antique, semble se fondre en ondulations lorsqu’il est vu sur un axe, suggérant l’expérience psychique de l’homme dans le monde moderne.

Matija voulait créer des vêtements qui s’inspiraient de types historiques sans s’appuyer sur des techniques de construction traditionnelles. Il s’est consciemment abstenu de tricoter, de coudre ou d’adhérer pour développer un système expérimental de fabrication: les scans 3D du corps sont manipulés à l’aide d’un logiciel de modélisation, transposés en motifs découpés au laser 2D, puis rationalisés à travers des scripts en formes qui peuvent être imbriquées comme un puzzle. pièces. L’objet résultant est un polyèdre complexe sans aucune couture. Plus important encore, le processus qui le crée est une variation entièrement originale du tissage avec des possibilités illimitées pour un design novateur et une nouvelle construction. En associant manuellement des centaines de pièces uniques découpées au laser à un savoir-faire techno-couture, il rend tangible une pensée ambitieuse et intégrée. L’œuvre de Matija esthétise la curiosité en s’efforçant constamment d’authentifier la possibilité d’une véritable innovation dans la mode contemporaine.

Matija wanted to create garments that drew upon historical types without relying on traditional techniques of construction. He consciously abstained from knitting, sewing, or adhesion to develop an experimental system of fabrication: 3D scans of the body are manipulated using modelling software, transposed into 2D laser-cut patterns, and then rationalised through scripts into shapes that can be interlocked like puzzle pieces. The resultant object is a complex polyhedron without any seams. More significantly, the process that creates it is an entirely original variation of weaving with unlimited possibilities for novel design and new construction. Manually interlocking hundreds of unique laser-cut pieces with techno-couture craftsmanship, he makes ambitious and integrated thought tangible. Matija’s work aestheticises curiosity by striving constantly to authenticate the possibility of genuine innovation in contemporary fashion.

MID AND PLAYMODES
radial and blaus
‘radial’ and ‘blaus’ are two interactive lighting installations, both a result of the collaboration between catalonia-based digital research collectives MID (media interactive design) and playmodes. ‘blaus’ introduces the abstract realm of three dimensional geometry through the mediums of audio and illumination – this could manifest as a cube or a blossoming flower, a grid or a jellyfish, a mutant framework of reflecting lights which submerge the audience into a multi-faceted universe, driven by hidden forces of the architecture. ‘blaus’ is an immersive space where audio-visual elements relate
intimately to impact on the visitor. the process led the designers to build most of the software and hardware elements themselves, by means of algorithm design, digital fabrication techniques and craft handwork. on the hardware side, the use of open source technologies, such as arduino, allowed us to create a flexible electronic system easily addressable by opensound – control data. ‘duration open source software by
james george was used in order to independently control, compose, and play a full score for the laser diodes, servomotors, lights and music.on the sound design side, all music and sound effects are made through the use of audio programming environments such as predate and reactor.
custom digital instruments are made in order to exactly match the resonant frequency of the space and its harmonics.
‘blaus’ is an immersive space where audio-visual elements relate intimately to impact on the visitor.

Selfdestructing Porcelain Net
Installation de deux sculptures en mouvement. Le grand filet est fait à la main en porcelaine enroulée. Le plus petit est en faïence enroulée. Le processus de fabrication des filets est très compliqué. Il est réalisé en une seule pièce en plusieurs étapes dans le four.
Je voulais faire des sculptures où le son de l’argile était utilisé dans l’installation. J’aime aussi l’idée de faire des sculptures difficiles et chronophages à réaliser, c’est-à-dire se briser en morceaux. Comme la vie.
.

digital fabrication

jump cushion

Le coussin était l’une des nombreuses « structures événementielles » gonflables conçues comme des interventions sculpturales provocantes dans l’environnement urbain quotidien. Placé dans une rue d’Amsterdam, où il bloquait la circulation, ce gigantesque oreiller moelleux offrait à la fois un spectacle ludique et une incitation à la participation des spectateurs. Une telle œuvre d’art ne concerne pas tant la fabrication d’un objet que la mise en forme d’un événement et d’une « situation d’opportunité » publique.