Sao Paulo, Jerusalem, Manila, Tromsø, Rio de Janeiro 2015 - 2016 (3 months) Barcelona, Spain 2015 (6 months) Barcelona, Spain
- 2014 (1year 9 months)
Sao Paulo, Brazil
Coblogó Remix Hotel tutor
AA Visiting School; Bezalel Academy of Arts and Design; De La Salle-College of Saint Benilde; Tromsø Academy
Nanhai Art Center
2023-2024
Foshan, China
3D modeling, renders, parametric modeling, roof structure development and optimazation, Facade optimization, auditoriums development of a art center complex in Foshan at SD and DD phase 100% .
Planned as a public cultural complex of aproximately 120000sqm of designed area the Nanhai Art Center is designed to house programs that include an Opera, a Museum, a Muti-purpose hall, stores, and support areas at the first phase and a Sports center at the second phase.
The complex is located between two lakes in Foshan area, a highly developed area in the south of China, with humid, sunny and hot weather, and eventual typhon activity.
The form came locating the closed volumes of the Opera and Museum and utilizing a big roof to connect and create grey spaces on the upper levels. The grey spaces would have visual connection to the surrounding landscape and be protected from the elements by an ETFE membrane.
The roof concept came from a combination between the importance of the roof in traditional Chinese architecture and the concept of waves. It is the element that connects all the programs and which received a lot of attention, from its material, rain elements, photovoltaic panels, and structural optimization.
1
No. 25 Residential
Land of Beilonghu
2022-2024
Zhengzhou, China
Facade optimization, 3D modeling, renders, parametric modeling of a luxury residential condominium in central China at the VMU (prototype) phase and SD phase.
The concept came from the Chinese garden. The buildings with their curved balconies would be as Chinese Pines in between the garden. Being one of the main point of design, the balconies were large, non regular, non symetrical, with heavy elements such as planters with double curvature surfaces that needed to appear luxurious and have easy mantainance.
An initial VMU was created as the proof of concept for the FRP material. It was analysed based on how it’s curvature behaved with water. After the FRP material and other elements, such as glazing gaps, rain drop, water collection, metal structure, etc. were developed, a script was created that would generate all the necessary elements of the hundreds of balconies from a few initial curves and allow the change during the design process.
Other facade elements of the residential buildings were also designed, following the same principles and relations of the balconies.
FRP预埋3mm钢板
40*40*4热镀锌方管
8mmFRP(打钉安装)
详见模型
FRP 8mm with steel core 3mm for the planters and with no horizontal surface with inclination smaller than 2%;
FRP预埋3mm钢板
40*20*4热镀锌方管
8mmFRP(打钉安装)
FRP 8mm assembled with seamless joints and final surface imitating sandstone;
40*20*4热镀锌方管
FRP预埋3mm钢板
8mmFRP(打钉安装)
Aluminum plate imitating sandstone with joints.
32 UNIQUE BALCONY TYPES + 4 UNIQUE PLANTER TYPES
PARAMETRICALLY GENERATED
100*100*4mm热镀锌方管
100*80*150*7mm热镀锌角码
250*250*10mm钢板
60*60*4mm热镀锌方管
M10*50mm螺栓组件
170*170*8mm热镀锌钢板
100*80*150*7mm热镀锌角码 加肋板
M10*100mm螺栓组件
70*70*150*6mm热镀锌角铁
3D modeling, parametric modeling, conceptual development, renders, construction documentation drawings and geometry for execution of a temporary coffee machine flagship and it furniture.
The new coffee machine brand concept was strongly linked with enviromental concerns and a high technological aproach. Following this, the form came from the 5 petals coffee flower. It would be executed by digital fabrication methods. After a research of all the available 3D printing and CNC professionals in Brazil, one company was selected. The initial form was modeled do be 3D printed by a robotic arm. After many adjustments on the form, it was choosen that the components would be a series of gypsum shells layered on CNC cut high density foams, transported to the construction site and layered on top of a CLT structure.
XP Headquarter Complex
2022
São Paulo, Brazil
3D modeling, parametric modeling, conceptual development, renders, construction documentation drawings of buildings and furnitures of a new headquarters for a brokerage company.
After the Covid 19 pandemic, the Brazilian brokerage company XP wanted to build a new headquarter outside the city, focused on less physical workstation and more quality worplace. This new headquarter was built in the countryside and was composed of a complex of office building, sport facilities, recetion, administrative building, parking lots and others.
Among many buildings the reception, urban furniture and a multiuse building was designed by myself. This last one was modeled parametricaly in order to function as a landscape building with openings functioning as windows and walls functioning as ceiling which could support an outside landscape. The structure was thought to be made of CLT beams and the dimention was designed together with the structural engineer.
1. Form generation concept; 2. Choosen roof concept with different angles; 3. Parametrization of solution; 4. Initial constructive detailing; 5. Final section and plan of the building; 6-9. Final form of the landscape building.
12 Terra Tower
São
Paulo, Brazil
3D modeling, parametric modeling, conceptual development and facade design of a mixed use tower.
The concept of the tower came from mixing regional architecture with parametric and generative design, in order to create solutions that could be executed at the current level of the construction industry in Brazil, for a mixed-use skyscraper in São Paulo.
After the legislation analysis, a maximum construction volume was set. Balconies were created using a generative algorithm that would locate pre-dimensioned balconies on the façade. This was made in order to create the optimal biggest area of green balconies for the residential floors, for received sunlight. The balconies would sustain local plants and work as a natural cooling ventilation system for the building.
1. Form finding process;
2. Variations of typologies on each floor;
3. Generative algorithm creating balconies based on sun lightining; 4. Parametrization of the shopping area brick wall; 5. Final Renders.
Coblogó
2013-2014
São Paulo, Brazil
3D modeling, parametric modeling, renders, conceptual development, prototype development, construction documentation drawings, project and execution management of a showroom, administration and deposit building of a factory.
The budget was a big limitation, so uncoated materials with maximum possible functions were used.By proximity to a cargo area of trucks from the factory on the west facade of the building, a system of skin facade that would block the unpleasant sound of trucks and the excess of the afternoon sun light was thought. The arrangement of these bricks was made parametrically. By the low budget, a method to dispose the bricks through cardboard guides cut in laser cutters, whose profile was obtained parametrically from the virtual model. These guides were arranged along each row of bricks, supported by a shelf of wood cut on a CNC Router. Later the bricks would be layered by the traditional method by a traditional bricklayer, the cardboard guides would be discarded and the bookshelf would be moved to the side to be made a new section of the wall.
3D Modeling/Prototype developing Construction Documentation:
Mercedes Benz Ubon
2016-2017
Ubon Ratchathani, Thailand
3D modeling, parametric modeling, renders, conceptual development, prototype development, construction documentation drawings, CNC Router cutting files creation, CNC Router operation management, project and execution management of the interior of a Mercedes Benz retail car store.
The main concept for designing the interior space in the Mercedes Benz Ubonrachathani is “to design the negative suspended space without touching any other grounding element.” The dynamic feature is emphasized in the usage of the space so users sense the energetic agility, reflecting the Avant-Garde Mercedes Benz cars.
The main designed element is the ceiling that create the dynamic movement in the space. Populated rib vault structure made with curves cut on the gypsum ceiling and white ‘ribs’ cut by CNC Router from MDF’s and designed parametrically, this ceiling will arouse the feeling of energy and agility of the vast structure. It also hosts the main exists of the air condition system, organize all the lamps, speakers and fire detector systems. All the other rooms were developed with the same concept in mind.
Designed...
735 PIECES
PARAMETRICALLY GENERATED
Ecotopia by SOFTlab NYC
2017 Bangkok, Thailand.
CNC Router cutting files creation, CNC Operation Manager, Execution Manager of the structure designed by SOFTlab NYC for an installation at a Shopping Mall.
The installation was designed with the theme of ecological sustainability based on the products that were going to be displayed in a shopping mall in Bangkok. A tessellation of recycled lasercut pieces designed parametrically, which pieces would be hanged at a CNC Router cut wood structure. My task was to fabricate and coordinate the installation of this structure at night through a 20 days period.
1. Project Analysis/Site Analysis; 2. Digital Fabrication, all the CNC files were generated; 3. Marking Location based on the plan draw by the architects
4. Structure Installation:. The cut pieces were sealed and painted, then transported to the site on groups. After marking the points of the hangers using a laser from the marked points on the floor; 5-6. Final Result.
LOL Hostel
2018
Bangkok, Thailand
3D modeling, parametric modeling, renders, conceptual development, prototype development, construction documentation drawings, CNC Router cutting files creation for one Hostel at the touristic main region of Bangkok.
The Hostel is located at Khao San Road in Bangkok, a famous among western tourists. Its owners wanted to re-brand its identity and renovate the physical areas of the hostel to appeal to a more younger audience used to Internet booking hostel services.
The concept of the project consisted in creating a space that would be functional, demand low maintenance, to be durable under to the high flux of people, appeal to a more young audience and needed to be easy to be executed, since the owner itself decided to coordinate the construction. This last aspect played a significant importance to the design, specially of the facade and lobby, that were all designed parametrically and made through digital fabrication process, such as laser cut plasma machines. The construction of those would be made basically by assembling ready made pieces.
Concept Development: 3D Development:
Construction Documentation: Final Result:
Tanavakatsu Restaurant
2017
Bangkok, Thailand
3D modeling, parametric modeling, conceptual development, prototype development, CNC Router cutting files creation, CNC Router operation management, project and execution management of the exterior and interior of a Japanese restaurant.
The restaurant concept came from the influence of Japanese traditional architecture, with it’s materials simplicity.
The volume was generated by extruding to the maximum height from the maximum area possible. The materials were all natural wood, similar to the use of natural materials into the traditional Japanese architecture.
The panels came from the traditional illustrations hanged on walls adorning Japanese interiors. They were parametrically designed, cut by a CNC Router.
Concept Development:
1. Katsushika Hokusai and Katsushika Hokusai; Parametric Modeling:
2. Parametrically interpretation of the art pieces into two levels; Digital Fabrication:
3. Creation of the G-Code;
4. Using a “V-Carve drill, the desired effect was achieved; Final Result
19 Bar Leka by FabLab
Barcelona
2015 Barcelona, Spain
Technical support at the electronic installation and at the digital fabrication of panels and ceiling pieces using a CNC Router and a laser cutter to cut pieces of Plywood and glass for a bar.
Technical support with wiring, welding and installation of sensors, together with others, with the installation of a sound responsive mirror installed at Bar Leka. The mirror had its reflective layer cut by a laser cutter and assemble at the top of LED stripes which would blink at different colors, based on values received by microphones and programed and executed by Pure Data with the operation of the LEDs made using an Arduino.
Project done and executed by FabLab Barcelona (www.fablabbcn.org).
1. Final result of the responsive panel.
2. The ceiling was parametric designed with Grasshopper software, numbered, laser cut at plywood, and assembled at Fablab and then mounted at the bar.
3. Panels were designed using parametric softwares and fabricated by milling plywood and then finishing.
4. All the furniture was designed, fabricated and assembled.
Incheon Restaurant G Tower
Bangkok, Thailand
3D modeling, parametric modeling, renders, conceptual development, prototype development, construction documentation drawings, CNC Router cutting files creation, CNC Router operation management, project and execution management of the interior of a Korean restaurant in a mall.
The restaurant is a Korean restaurant which its main dishes have chicken as ingredients. With this information, most of the project elements were thought to resemble a hen house, being a panel, ceiling or illumination. The main limitation of the project was the existing structure of the place, mainly the extreme low ceiling height together with many air condition ducts at a very low height. The project took advantage of it, covering it partially by wood panels made of laminated MDF, cut by a CNC Router with the necessary identification of each piece.
3D Modeling:
Existing components from the construction site was modeled. The form was created through the use of parametric softwares. 1a. New illumination system installed. 1b. Roof elements covering most of the existing low air conditioning ducts. 1c. Modular Panels created with the Korean language inspiration.
Construction Documentation:
21 Duty Free León
2017
Krabi, Thailand
3D modeling, parametric modeling, conceptual development, prototype development, construction documentation, CNC Router cutting files creation, CNC Router operation management, project and execution management of two Duty Free stores at the international departure area of the Krabi Airport.
The stores were designed to be installed inside the airport international departure area.The design of the stores was intended to be less invasive as possible. Because of this openness the ceiling of the stores were minimized to lamps. Those lamps were designed parametrically and fabricated by digital fabrication tools at Bangkok, transported, assembled and painted in Krabi. The sustaining structure is made of steel, which, among other materials were chose to be the fastest to be installed as possible.
3D Modeling: Digital Fabrication: Construction Documentation: Each piece was engraved with a combination of letters and numbers. Later, lists of pieces and it’s connections and isometric views were delivered to the contractor, so he could assemble the lamps.
Assemble process:
22 Mercedes Benz MAR2020
Thailand and Vietnam
Furniture Supplier Certified
2018-2019
Thailand (Bangkok, Surat Thani, Chiang Rai) and Vietnam (Ho Chi Minh, Hanoi).
3D modeling, shop drawing detailing, prototype development, CNC Router cutting files creation, CNC Router operation management, project execution management, team management, client communication, support for the export documentation submission and export management of a series of furnitures for Mercedes Benz Showrooms in Thailand and Vietnam.
The project of the furnitures were made by Mercedes Headquarters in Germany, and sent to main regions of the world to be executed by selected architecture and design companies. Those companies would need to follow the initial plans to the millimeter, also follow the exact material and execute the furniture accordingly.
In order to reach this level of precision, it was necessary to use digital fabrication tools, such as CNC Router and Plasma Cutter machine.
Project Analysis:
1. The plans and sections sent from Mercedes Benz Germany are studied.
3D Modeling:
2. A digital model is created of every single element.
Digital Fabrication:
3. The CNC files are created based on the specifications from Germany of material and thicknessdesirable MDF thickness. They are CNC cut.
Assemble Process:
4. After being cut, they are laminated and manually assembled together with any necessary hardware.
Final Result:
5. The final product is millimmetrically precise to the original plans.
90º
Remix Hotel
2013-2014
São Paulo, Brazil
3D modeling, conceptual development, prototype development, construction documentation drawings, CNC Router operation management, project and execution management of the reform of 171 rooms of a 3-star hotel.
The hotel owners desire was to renovate all the rooms of a 9 years old hotel but possessed a very low budget.
A proposal of only exchanging walls and floors finishes and making the main change in the space by updating the furniture was within the budget limit.
1. The process of fabrication starts with the labeling of each piece of wood. 1a. The label contains all the information that the architect, the CNC Router operator and the woodworkers will need to produce and assemble the furniture.
2. The woodworkers disassemble all the existing furniture of one floor.
3. The parts of the furniture are organized by groups, indicated on the labels.
4. The CNC Router operator starts to execute all the milling archives.
5. The woodworkers make the finishing work.
6. The woodworkers finish the work on the bedrooms.
and BIM modeler
2010-2012, 2022
São Paulo, Brazil
Renders and technical drawings creation of big scale buildings, such as residential, industry, transportation, and commercial offices.
With an experience of more than three years at commercial construction sector, a series of facade studies for high rise buildings in Sao Paulo, Brazil had been developed, together with the detailing of the construction drawings. Those were made using AutoCAD, but in the past year, Revit has been used at a basic level.
2021
São Paulo, Brazil
3D modeling, parametric modeling, conceptual development, prototype development, construction documentation drawings, CNC Router cutting files creation, project and execution management of the interior of a King Size Bed.
The bed was designed to be displayed inside a temporary wooden house built at a stablished architecture and interior design fair in Brazil named Casa Cor. Following the house, which was made using wood as a primary material and cut by CNC Router machine and assembled in place, the bed was thought to be assembled all by slots, with only 8 screws and no glue. The pieces were numerated and after the cutting, the only finishing was sandpaper at the edges. The whole bed was assembled in one day at the place.
1. The finished model displayed all joints and assemble logic; 2. Assemble drawings were created to assist the assemble process; 3. Assembled bed; 4. Detail of the curve cut MDF boards.
Dreamer Bed Saint Gobain Acoustic Foam
2022
3D modeling, parametric modeling, conceptual development, prototype development, fabrication documentation drawings of a high density acoustic foam.
The acoustic lamp was part of a collection of design accoustic pannels. This spe- cific one was supposed to be applied in a ceiling as a simple accoustic element or surrounding a lamp, working as shading device and accoustic element. The biggest chalenge was how to create a form that would be curved and dynamic, but possible to be cut by a hot wire CNC machine that could cut only one face by time, and with the wire perpendicular to that face. The process involved many strategies and physical prototypes until the optimal solution was found.
1. Conceptual planes of cut of the high density acoustic foam; 2. Parametric modeling of the whole set; 3. First correct prototype; 4. Final prototype; 5. Final conceptual render.
São Paulo, Brazil
Bingsu Restaurant Stand
2017
Bangkok, Thailand
3D modeling, parametric modeling, conceptual development, construction documentation drawings of a restaurant stand in a mall.
The restaurant stand is from the brand Bingsu, a Korean brand witch serves primarily desserts and ice creams.
The concept of the form came from an ice sculpture, which is related with the brand ice-creams. An ‘ice cave’ sensation came from a sharp edged and complex geometry made from triangular MDF pieces all glued together, and white painted with many layers of acrylic white paint.
Incheon Restaurant Stand
2016
Bangkok, Thailand
3D modeling, parametric modeling, conceptual development, prototype development, construction documentation drawings, CNC Router cutting files creation, CNC Router operation management, project and execution management of the interior of a Korean restaurant stand in a mall.
The panel was made of laminated MDF, which was cut by a CNC Router all ready with the necessary identification of the pieces, sandpapered and impermeable.
1. Final approved geometry which was planarized for the woodworkers team; 2. Construction process; 3. Final form finished.
The detail showing the logo of the brand on the panel was later painted red, which, together with the wood laminated wood, gave an aspect of simplicity and coziness.
1. Nesting of the pieces to be cut by CNC Router; 2. Each piece had an unique number tag.
3. Separation of each piece by height with its tags number visible were printed;
4. Final result of the Restaurant designed parametrically and fabricated by Digital Fabrication;
Picasso Robotic Light Painting
2014
Barcelona, Spain
Programed KUKA robotic arm to execute movements reinterpreting the light painting executed by Pablo Picasso and photographed by Gjon Mili in south of France 1949. At this reinterpretation, a light was attached to the end of a robotic arm, which was programed using a Grasshopper 3D pluggin called KUKA PRC.
Project done together with Michelle Tseng and Jayant Khanuja.
1. Original light painting executed by Pablo Picasso and photographed by Gjon Mili in south of France 1949.
2. The robotic arm used to create the art piece.
3. First exercise made, which the photography was overexposed.
4. Final result of the exercise.
Dasian Restaurant
2022
São Paulo, Brazil
3D modeling, parametric modeling, prototype development, fabrication documentation drawings, instalation and construction documentation drawings, CNC Router cutting files creation of a ceiling sculpture of a restaurant located at the lobby of a building.
The high end asian restaurant Dasian was planned to be oppened at the same day as the high rise in which is located. Being in the lobby of the building, a strong visual identity, 3D printed decorations and a ceiling element was proposed.
This ceiling element needed to have its material light and to be fast to be installed, since the building was still being constructed.
The choosen solution became a Aluminium composed dragon. It was cut by a CNC Router, curved, painted and moved assembled to site.
1. The restaurant visual identity was served as a conceptual initial form;
2. The conceptual form would be similar shapes curved in different diameters;
3. The first prototype was cut in order to see the stiffness;
4. The existing infrastructure was taken in consideration;
5. The dragon was laid in a way to avoid AC exits and a metal substructure was designed to hang under the ducts; 6. Final model; 7. Construction drawings; 8. Final form after instalation.
Responsive Models Workshop
2017
Manila, Philippines
Main tutor at the Responsive Models Workshop from May 3 to May 16, 2017, at the De La Salle-College of Saint Benilde School of Design and Arts, Manila, Philippines, in which faculty members where taught by Orion Campos, during a two weeks workshop, the basics on electronics and digital fabrication to create a responsive object.
At the first week, daily classes of Arduino, Rhinoceros 3D, Grasshopper 3D, Firefly, and digital fabrication took place. Organized by themes and teaching from the very beginning electronic concepts, the classes created a base for the participants to develop their own projects during the second week. At this second phase, the participants were divided into groups of 3 to 4 individuals, and assisted daily by the main tutor, each group developed a responsive working object using primarily tools and softwares taught at the first week.
Conceptual development, organization, creation of classes and main tutoring by Orion Campos.
Conceptual development by Associate Dean Maria Cynthia Funk.
Organization and assistant tutoring by Patrick Sunico.
Kinetic Structures Workshop
2018
Jerusalem, Israel
Main tutor at the Kinetic Structures Workshop, from January 7th to January 14th, 2018, at Bezalel Academy of Arts and Design, Department of Architecture, Jerusalem, Israel, in which 4th and 5th year students of Architecture where taught by Orion Campos, during a one week workshop, the basics on electronics and Arduino to create interactive models.
At the first two days, classes of basic Electronic, Arduino, Grasshopper 3D and Firefly took place. Teaching from the very beginning electronic concepts, the classes created a base for the participants to develop their own projects during the remain of the week.
At the second phase, the participants informed about their projects they were developing at school and the tutors guided them to possible outputs they could aim. They were divided into four groups with two projects per group. The division was made based on technical similarities among them.
Conceptual development, organization, creation of classes and main tutoring by Orion Campos.
Organization and assistant tutoring by Ran Shabtay and Natanel Elfassy
30 Interactive Constructions
AA Visiting School
2022
São Paulo, Brazil
Assistant tutor at Belas Artes University, together with other tutors, but major Kristof Crolla and Garvin Goepel, where students produced a bamboo structure bending and joining them, with the help of aumengted reality googles, designed parametrically (https://saopaulo.aaschool.ac.uk/aavssp-2022-interactiveconstructions/).
The Architectural Association Visiting School São Paulo collaborate with the Belas Artes University in workshop which had bamboo structures as the main theme. For the initial days, Bamboo structures were modeled using Grasshopper 3D and Karamba and Kangaroo plugins. A final form was choosen and it construction started. The bamboo poles were cut and bend in shape with the help of augmented reality tools and softwares, such as Fologram. They heled the participants to fixate the bamboo poles in the desired position.
Fablab Barcelona Assistant Tutor
2015 Barcelona, Spain
Assisting the students of the Institute for Advanced Architecture of Catalonia
- IaaC at their classes projects when using the facilities of Fablab Barcelona, including teaching and coordinating the lab of 3D printers; fixing files and generating geometries to the 3D printers; tutoring them to generate geometries using Grasshopper; and tutoring at the automation of projects using Arduino.
The complete tasks include:
• Coordination of the 3D printers lab, 3D printers Lab operation and maintenance of the 3D printers (including three BCN3D - a RepRap based, a FormOne, and a ZCorp);
• Grasshopper definition development for the projects at the Fablab;
• Assisting the students of the Institute at their classes projects when using the facilities of Fablab Barcelona, including teaching; fixing files and generating geometries to the 3D Printers Lab; tutoring them to generate geometries using Grasshopper; and tutoring at the automation of projects using Arduino.
Infrastructure “Padrão FIFA”
AA Visiting School
2014
Tutor at the AA Visiting School Rio, from April 15 to April 24 2014, at the Studio X – Rio de Janeiro, Brazil, together with other tutors, but major Theodore Sarantoglou Lalis e Dora Sweijd (Lassa Architects)
The Architectural Association Visiting School Rio de Janeiro collaborate with the Centro Carioca de Design with the support of Columbia University Studio X to investigate new possibilities for the urban infrastructure surrounding World Cup Stadiums. Nation-wide, there has been significant investment to build and renovate stadiums for the 2014 World Cup in order to meet the required standard FIFA regulations (‘Padrão FIFA’). At the same time, there has been a large public demand for equal investment into transport systems, public space, and public programs such as hospitals and schools. The Visiting School tap into the momentum of this movement, and promoted a series of interventions within and around the World Cup structures, proposing new public programs and standards for their legacy.
Polar Parametric Workshop
2015
Tromsø, Norway
Main tutor at a one day workshop in the beautiful city of Tromsø, Norway, at the Tromsø Academy of Landscape and Territorial Studies, together with Hsiang Hsiang, also a tutor.
The main objective of the workshop was to initiate the landscape architecture master students in the use of parametric softwares and the parametric methodology, demonstrating how parametric softwares as Grasshopper 3D and Elk could be used to make easier the design of a landscape project, or even be the main point of the project and guide all decisions.
Rio de Janeiro, Brazil
Sensitive Shelters Workshop
Tutor at the Abrigos Sensíveis (Sensitive Shelters) Workshop, from June 24 to July 01 2014, at the Federal University of Rio de Janeiro (UFRJ), Rio de Janeiro, Brazil, together with other tutors, where students divided among five groups oriented by the tutors produced interactive projects using electronics and robotics, together with digital fabrication tools and parametric softwares (http://www.fau.ufrj.br/lamo3d/abrigossensiveis/).
Group 1: Created a self collapsible shelter that by rotating the top gear wheal, would open for the user to enter.
Group 2: By investigating the working logic of real origamis and with parametric softwares in order to simulate its movement, creating an interactive wall.
Group 3: Taking inspiration from carnivorous plants, the idea was to create an shelter which was made by doors that would rotate and open by proximity.
Group 4: After testing many patterns laser cut with the laser cutter, in order to create a flexible stripes and developing 3D printed joins.
Group 5: After creating a scale model that would activate and made a tensegrity structure to collapse or rise was later constructed the objective at real scale.
