The geometry of the widespan enclosure is based on inverted catenary chains.
3
WROCLAW FABRYCZNA
THE MULTIMODAL TRANSPORTATION HUB The aim was to develop an interchange train station in Wroclaw, Poland. WroFab would be the most important point in the planned urban rail network and a focal point for a new district located in a redeveloped industrial area. The project transforms an intersection of two main railroads into a modern multilevel train station. The linearity as a nature of railroad is chosen a base design principle.The tension given bay non perpendicular intersection between railroad lines adds the element of dynamic into the
from.The core of the station is situated alongside the underground line one the gallery, focusing people’s flow along it. Above it the rhythm of an ambitious, expressive structure manifest forces and tensions acting in the arched structure. The game of natural light penetrating the building divides it into the sequence of a logically succeeding spaces to whom each one contributes into the quality of public agenda of the place.
Lesz
Vilnus Riga
a
ic gn
Trze
Le
bn
w gó
ica
Gło
Olsztyn
Trzebnica
Kalingrad
no
Gdańsk
Szczecin Białystok
Bydgoszcz
Minsk Moscow nica
Gorzów Wlkp.
Oleś
Toruń
Poznań Berlin
1. The projected high-speed railway system in Poland with higlighted locatio of the city of Wroclaw in Lower-Silesia district
Warszawa Zielona Góra
Łódz
Wrocław
Drezno
Lublin
Opole
Jelcz
Kielce
Kraków
h
rzyc
Rzeszów
Katowice
Wałb
L’viv
Legenda istniejące linie kolejowe
Wieden Bratyslawa
nieistniejące linie kolejowe
Jelcz
Fig. 2 The Lower-Silesia Railway System
Strzelin
g
Fig .1 The projected HSR system in Poland
Brze
istniejące stacje kolejowe
tka
istniejące stacje kolejowe
Kośice
Sobó
Praga
2.The Lower-Silesia Distirict Railroad system with local connetions that can run for the projected station mared in red.
Fig. 3 The Wroclaw railway system
3. The Wroclaw City Railroad System with the higlighted localisation of the projected station 4.The existing urban tissue in the area close to the station. Former industral zones can be easly spotted. 5.The Railroad system close to station area is a relict of industy
Fig 4. The existing urban tissue on the site
Fig 5. The existing railway system.
Fig. 6 The existing road system.
6. The road system colse to station area is not very well developed and requires major changes.
5
Żmigrów Skokowa
pl. Strzgomski
Osola Wołów
Pęgów
Łosowice Brzeg Dolny
Stałowice* Cmentarz Osob.*
Maślice* Stadion
Popowice Niedzwiedzia*
da
Śro
Śl.
cie
oś
dm
ze
Pr
a
kin
Mię
Gądów Mały* Ostatni Grosz*
ów
oz Mr
ica
śn
Le
i
nik
t Zło
* ko
i nik
r
Że
cz
* * ka
wię
nic
Oleśnica Borowa Oleśnicka Długołeka Mirków Os. Sobieskiego*
so wic
Łany* Dobrzykowiece* Nadolice Chrząstwa Wik.
Huby* Armii Krajowej* Księże Małe*
Rondo Żołnierzy Wyklętych
pl. L.Hirszfelda Krucza Stalowa
Bieńkowiece* Jagodno*
Św.Katarzyna
Iwiny* Smardzów Wr.
Ziębie Wr. Lizawice Oława
Żórawina Węgry Boreczek Warkocz
Legenda
Strzelin
pl. Postańcó Śląskich Świdnica Miasto
The station is to be the main transportation hub and the social, cultural and comercial focal point for the proposed disctrict.
Bielawa
Jelcz Laskowice
Jelcz Miłoszyce
Zakrzów Kotowice Siechnice
*
ska
rze
łob Ko
Sz
Zakrzów
Psie Pole Kołkoczce* Mirowiec* Kowale Działdowska* Maydlana* e Swojszyce* Wilczycka* Strachocin* Wojnów
łty
Świebodzki
Mikołajów
Nw. Dwór
r bó cho FABRYCZNA* Mu * ska Tar gow ka* no Klecińska* Ro Mińs a* * gaj* w * Ba ska * o rdz w a a ow Tra nieck ka* or wick a* * p Wr. Zachodni ie O jo ym k Ga enz Borezyki* y* zem r Smolec B K a Kr niow zna* * c ska Sadowice Ojc d y łu d Po Me rań Kąty Wr. rk A. St Wojszyce Pa Mietków Świt* Imbramowice Agrestowa* JaworzynaŚl. Partynice* Świebodzice Ciernie Zwycięska* Świebodzice Wałbrzych Szczawienko Klecina Wałbrzych Miasto Bielany Wr. Domasław Wałbrzych Główny Kobierzyce
tnis
Lo
So
Arkady* Wr. Główny
*
ska
iń ec
Czajkowskiego* Browar Piast* Słowiańska* Nadodrze* Szczepin*
w* dó
e
yc
lcz
Gą
Kuźniki
Ma
Pawłowice
tne
Osobowice
Kamieńskiego* Altyrerysjka* Uniwersytet*
Po ś
Pracze
or
Lipa Piotrowska*
Ob
Marszowice*
ica
Pasikurowice
Świniary
Wilkszyn*
gn
Siedlec Trzeb.
Szewce
Księgnice*
pl. Legionów
Brochocin
Zajączków*
Czerna Mała
Le
Trzebnica
Oborniki Śl.
stacje Oława
stacje istniejące
Świt*
stacje projektowne
The projected metropolitan light rail system in Wrocław with the station Wroclaw Fabryczna marked red as the main interchange node
7
LONGITUDINAL SECTION ALONG UNDERGROUND PLATFORMS
UNDERGOUND PLAN LEVEL -1
UNDERGROUND STATION PLAN LEVEL -2
Ground Level, Station Main Hall Short Section
9
Upper Station Plan Perspective View, West Piazza
WROCLAW FABRYCZNA Final project design workflow
The project’s geometry was designed by the parametric model developed in Rhino+Grasshopper. The model allowed generation of various design options. The curvature of the main hall was based on inverted catenary chains due to its well
known structural properties. After the geometry was design it was imported into BIM software (Revit Architecture) which enables efficient detailing and specialistic drawing generation.
11 double curved roofs are tessellated and dynamically relaxed.
for every pair of normals, beam vector is computed
the sum of beam vectors gives a direction of node vector
beams curves extruded along vectors.
are beam
panel’s frame a glass panel
boolean difference is executed between node ciliners and beams
a beam
welded junction
The result of boolean operation is an unique node that joins the beams.
a node
LONGITUDINAL SECTION ALONG UPPER PLATFORMS
WROCLAW FABRYCZNA Form finding experiments
Net Surfaces is created by NURBS curves that represents the shape of a roof The surface is divided on segments and each of them is initialy meshed with topology based one the shape
The script takes edge curves.
Curves are divided into an equal number of parts.
Adjacent points are connected by lines.
Lines are divided by the number equal to F(n)=n+1.
Poins are transformed into mesh vertices
13
The Mesh of the Roof before dynamic relaxation
The Mesh of the Roof after dynamic relaxation Dynamic relaxation is a numerical method which is used form “form- 1_Take the pair of nodes. finding�. The aim is to find a geometry 2_Compute the displacement where all forces are in equilibrium. 3_Update the position of nodes. 4_Return to step 1 until the structure The Script written in Grasshopper is in static equilibrium. inculudes the sum of all the forces between every pair of nodes. It is reached by simulating a pseudo-dynamic process in time, with each iteration based on an update of the geometry. The script follows the alghoritm:
15
Right. The Graphic shows selected frames that document the process of the form’s growth. Final form is a result of 230.00 iterations of a heuristic process that mimics the natural selection. In every iteration a full loop the algorithm was conducted. Geometry of a final form depends on the philosophy of generation and decision encoded in the script. The process can be fully controlled by the designer in order to find solutions for specific spatial problems.
THE GROWTH SKYSCRAPER The aim of the project is to develop a system of a digital growth process which is ruled by the performance oriented factors and implement it into an architectural workflow. In modern world where buildings have to reach much more goals that nearly a few years ago the new tools used to design them have to be developed. Rapidly growing amount of data to process that affect the design force architects to experiment with an implementation of an innovative tools into their workflow.
They could be borrowed from other disciplines like biology or computer science. Factors like insolation, aerodynamic, pedestrian flow, or sustainability plays a key role in form finding. In dense urban environment where every single design decision affects surrounding environment the process of developing a new forms that optimally fits the plot could be extremely difficult. In order to help in these process of iteratively generating and examining the countless number of possible solutions a combination of parametric design and genetic algorithms could be used. A system that threats the design form like a living organism that grows and evolves to match given environmental factors helps architects for the sake of developing much smarter buildings.
The underlying heuristic process for form finding was divided into stages. Each stage was given a name and a specific task to perform. The process includes a real time connection between several software platforms and performing multiple data operations in them.
THE GENERATOR Written in Java including Processing libraries, this script is a heart of the system. It controls the growth of the form, iteratively adding and testing voxels within predefined project boundaries. Whether the form fits into given environment is decided based on data from EcoTect. The script learns from its mistakes - if bad voxels are generated they are removed permanently from the matrix so they cannot be used any more.
The Generator script: 1_generates an initial form based on predefined parameters, 2_adds voxels and asks Ecotect for the overshadow and insolation data in each iteration, 3_removes bad (causing overshadowing) voxels permanently from the form and growth continues
17
CITY CONTEXT A 3D model that represents real spatial conditions and the surroundings of a specific plot that is being checked. 1_Potentially overshadowed buildings 2_Space of possible solutions for a new skyscraper 3_Existing buildings that affect the insolation of a new skyscraper
1_Coordinates of active voxels that are to be tested are transmitted form Generator through the OSC protocol into Grasshopper script as a single data string.
2_String is exploded into a list of coordinates of individual voxels. They are used to draw rectangles that represent levels of current form.
THE SOLUTION MATRIX The space within the boundaries of the project is divided into a matrix of voxels. It stores the information of current state of each voxel, saves its address (x,y,z coordinates) and state: used- voxels accepted in form potential - not yet tested culled removed from matrix
3_Rectangles are extruded, joined, meshed and merged with the exterior environment. A resulting 3D model is sent through a Geco plugin to Ecotect software.
4_Ecotect environmental data is being computed and sent back into Grasshopper via Geco plugin
5_Envinromental data is merged into a single string and send to Generator via OSC protocol
project team: Marcin Kosicki Parametric Pavilion Project The goal ofPiotr the Halczuk project was to develop a temporary shelter structure in ais public St. Matthias Square located space. The aim in aNadodrze which was to propose form thatDistrict demonstrates the cutting is the inpart of the city design. of edges technologies architectural The plot Wroclaw, Poland. The squarea is situated on St. Matthias square, focal point of an and sourrounded buidlings are typical XIX century residential quarter. The piazza is mosty form the XIX century. surrounded mainly by old tenement houses as well as blocks build after WWII. The idea was to obtain a tension between old historical buildings and futuristic forms of a new design that introduce new aesthetic into an area where the spirit of XIX century middleclass can still be felt.
19
The St. Matthias’ Summer Pavilon The goal of the project was to develop a coneptual project for a temporary shelter structure in a public space.The aim was to propose a form that demonstrates the cutting edges technologies in architectural design. The site is situated on St. Matthias square, a focal point of an typical residential quarter established in the XIX century. The piazza is surrounded mainly by old tenement houses as well as blocks build after WWII. The idea was to design the pavilon that produces a tension between old historical buildings and futuristic forms of a new design that introduce new aesthetic quality into the area where the spirit of XIX century middle-class can still be felt.
Above. The mesh that is a discret representation of the geometry of the roof was designed by generative process that was based on a heuristic alghorthm, written in Processing, which includes dynamic relaxation and self optymalization. of topological connections between nodes.
The Curvature of a surface was formed through influence of a three attractors. Force of any from attractors was described by mathematical function of distance with tow variable.
Random location on surface is picked and if there is enough space around point is added. After a certain treshold nodes and connetions are established while points start to push away as well as attract
Points are added, the mesh is dynamically relaxed and the process continues until the mesh topology reachs the equilibrium.
21
Bimetalic panles convert a temperature change into mechanical displacement enablig all states form fully closed to fully open due to current envinroment codition
The insolation test performed in Autodesk Ecotect. It shows diffrent levels of solar energy intakes due to sourroundig context. Above graphic shows how those differences should be reflected in panels’ state.
23 STRUCTURE The Roof structure is based on a mesh that tessellate the initial surface. The Mesh conatins 143 nodes, 221 faces and 364 edges. The nodes are designed as two rings that holds the beams. Every node is diffrent and joins the unique combination of beams. The assembly is possible due to the custom made computer algorithm that numerate every element and creates tn assembly scheme.
DIGITAL FABRICATION It is a process that joins design with the construction / production through the use of 3D modeling software based on the files used by 3 axis CNC milling machine. Struructure elements are designed in Rhino+Grasshopper.
ASSEMBLY SCHEME The graphic shows the correct assebmly scheme for nodes, wings, beams and panels.
25
Name: ECC Scultpure Project: 2014 Relistaion: 2015 Location: Wrocław, Poland Office: Pracowania Projektowa Myczkowscy; Wroclaw, Poland Architecture: Tomasz Myczkowski Structure: Romuald Tarczewski Concept design: Marcin Kosicki, Piotr Halczuk, Karolina Cykowska Computational Design Marcin Kosicki, Piotr Halczuk
Axonometric view: 1_Plywood panel 2_Steel pipe 117x6,5x3500 mm 3_Node, A-part, steel 4_Node, Ring, steel 5_ Node, Rib, steel
THE ECC SCULPTURE The aim was to design a sculpture in public park that belongs to the politics of the city of Wroclaw elected European Culture Capital in 2016. The idea was to take the logo of Wroclaw ECC designed by Jerzy Osiennika and transform it into tree dimensional object. The letter W was multiplied rotated and scaled to obtain dynamic and fascinating 3dimentional Form. In original logo the top of the W letter holds a small, horizontal bar that symbolise Polish flag that refers to historic logo of Solidarity Movement . Due to its symbolic meaning the right position of the flag was maintained on the each side of the sculpture To achieve that the bar athropy towards the cenetr of the sculpture and arise on the second side toward the end. The W panels rotate toward the axis which is structural core of the whole object. In order to join plywood W panels to steel pipe series of parmetric joints were created.
North & East Facade 1_Pipe, steel 2_W-Panel, plywood 3_Bed plates, steel 4_Joints , steel pipe 5_Core, steel pipe
27 W2
W4
W12 W10
W11
All geoemtrical elemets were generated based on the model. Files sent to manufacturer were also generate by the parametric model.
W6 W17
6
W1
W15
W7
W8
W9
section B, detail
W1 W0
W14
W20
W13 W21
W22
W26
W23 W19
W29 W27
W24 W30
W18
W25
W28
Plywood panels were cut out by the use of CNC laser cutter and assembled due to the specyfication devloped by the authors
W3
W5
The custom made parametric model was deveoped by Marcin Kosicki and Piotr Halczuk in Rhino+Grasshopper.
Section B detail: 1_Plywood W panel 2_Steel pipe 117x6,5x3500 mm 3_Central steel node 4_Ribs, steel 5_ Fillet welding
Projects conduted by LabDigiFab: Digital Fabrication 3D Printing, Processing & generative algorithms, Advanced Parametric Design Course Summer Parametric Pavilion BEST Summer School Wroclaw: Modern Architecture - parametric design tutor Epiphany or Evil - Parametric and Generative Architecture Exhibition 2012 Parametric Design Wrokshop, Code of Space Course Advances in Architectural Geometry, London cluster leader Shapes of Logic - International Additive computational architecture conference
LABORATORY OF DIGITAL FABRICATION
LabDigiFab
Is an organization cofounded by Marcin Kosicki in 2011. Our mentor is Przemek Jaworski, who worked for Foster+Parners in Specialist Modelig Group for several years. The organistion is focused on emergent technologies in contemporary architecture. It was created as a student research facility that groups people with keen interests in computer science, architecture, civil engineering and sustainability design. Its pimary goal is to help with a transfer of a knowledge between members and to popularize the computational design in Poland. Its portfolio contains several team projects, exibitions, and workshops.
29
31
Parametric Pavilion -Wroclaw, Poland Jawor Design Studio and LabDigiFab 2013 Be Inspired Award Finalist - Innovation in Generative Design
Generation of the pavilion’s mesh. Custom made code in Processing (Java)
Final form sketch. Generative Components
The project was developed by university students in Wroclaw, Poland clousterd around LabDigiFab grop. A Parametric Pavilion was designed as a prototype that could be actually built. The goal was to create a structure that could be used for sun and rain protection, and that could be built with available technology for CNC cutting and woodworking. The students worked under the guidance of Jawor Design Studio and LabDigiFab, and used MicroStation to generate three B-spline surfaces to form the
geometry of the pavilion. GenerativeComponents was used to further refine the geometry. Because of the shape of the B-spline surface, the generated beams were all unique. Identification tags were placed on all items to aid in the efficient and proper construction of the pavilion. This reduced material consumption and resulted in cost and time saving. The generative design approach was used as an academic exercise to find the optimal geometry for a functional pavilion.
Final form with elements prepared for digital fabrication. Generative Components
TOKYO REPLY CENTER The aim of the project is to develop a new leisure center placed in Tokyo’s downtown. The place has to fit with the lifestyle of “otaku” -people who have a keen interest in manga, anime, and video games. The Tokyo Reply Center (TRC) brings a new concept of the leisure activity, a building with numerous private media rooms, where groups of friends can go and use whole gamma of a digital entertainment in a private, comfortable environment. The localization in Akihabara district, well known meeting point for otaku people around the world and near one of and most important transport nodes in Tokyo gives an excellent opportunity for erecting ambitious and outstanding project.
Chuo Dori
Otaku culture is very complex and has numerous subtypes. Despite the inner division the whole phenomena could be easy distinguished in modern culture. This fact was a base for an initial design. Each
Akihabara
Akihabara Stat ion
Imperial Palace
TOKYO
Chuo
Dori
TRC
AKIHABARA STATION
TOKYO, JAPAN
karaoke room could be interpreted as an reflection of a different subtype of manga. They are connected by the circulation system and covered by the semitransparent skin that bounds them together as well as single them out from outside world.
STUDENT COMPETITON DESIGN TEAM: Marcin Kosicki Yan Li Dorota Waszak Katarzyna Nowak
33
RETHINKING MAJORCA SEAFRONT
Student competiton. project team: 2011 Marta Pakowska Iga Peruga Marcin Kosicki Mateusz Olczyk
The Coast of Mallorca used to be clearly divided into two zones: beach and the boulevard. These isolation caused difficulties in the use od land, and a distance between beach and the zone of restaurants and pubs resulted reducing of the attractiveness and the extinction area after dark. We had decided obliterate the visible boundary by creating mebrane pavilions whic include catering facilities, pubs and stalls. In to poins of the beach piers with boats dock were designed and in the center the main pier was jointed with amphitheatre. The amphitheatre with the pier will attract by untypical form during the day and lighting at night
35
THE CENTRE OF AUDIO-VISUAL TECHNOLOGIES
Project:The poject of rebuilding and renovation of a buildng of Wroclaw Movie Company (WFF) for Center of Audio-Visual Technologies (CeTA). Employer: 5D Design Offce Position: Assistant of Senior Architect Responsibilites: property condition survey concept design, preparation of specialistic drawings, contact with subcontractors.
Idea: Transformation of a hundred-year-old buidling into a modern movie school. The work involeved intervention into exisitng historical buidling layout as well as designing specialistic work envinroment with high quality sound propeties.
37
THE CENTRE OF AUDIO-VISUAL TECHNOLOGIES DETAIL DRAWINGS
Obudowa sufitu z p³yt gk wg odrêbnego opracowania ( Projekt budowalny dachu)
1 x Typowy profil [
310 270
310
35
Profil UA mocowany min co 50 cm do isnitej¹ cego [ 200 na 2 ko³kach wstrzeliwanych HILLTI lub innych o tych smamych lub lepszych parametrach
20
31
26
10
+8,04
20 16
Profil UA mocowany min co 50 cm do isnitej¹ cego [ 200 na 2 ko³kach wstrzeliwanych HILLTI lub innych o tych smamych lub lepszych parametrach
1 x Typowy profil [ 147
Profil UA mocowany min co 50 cm do isnitej¹ cego [ 200 na 2 ko³kach wstrzeliwanych HILLTI lub innych o tych smamych lub lepszych parametrach
270 212
60
1 x Typowy profil [
348 270
348 34
220
263
ist. œciana murowana gr. 64cm do wyburzenia wraz ze stolarka na zaznaczonym fragmencie rzutu
348
w zaznaczonej czêœci Hali "B"
12 17 5
107
88
20
41
26
30
+3,94
26
Prestented sections are part of the documentation that design all the changes that are Zamkniêcie przest. nad sufitem podwieszanymto z p³yt na stela¿u be made in historica building gk wg projektu wykonawczego including a deployment of soundproof panels in the main ist. œciana murowana move studio hall. gr. 12cm do wyburzenia
10
Profil UA mocowany min co 50 cm do isnitej¹ cego [ 200 na 2 ko³kach wstrzeliwanych HILLTI lub innych o tych smamych lub lepszych parametrach
20 16
280
291
As a part of project team I prepared detailed design Pomost stalowywhith included working drawing zgodnie z proj. wykonawczym as well as detailed drawing. Wyburzenie pod drzwi patrz rzut i przekrój zgdnie z proj. wykonawczym
402
ist. konstr. antresoli do renowacji ( czyszczenie i malowanie ) w ca³ej Hali "B"
Zamkniêcie przestrzeni nad otworem dzwiowym z p³yt gk na stela¿u zgodnie z proj. wykonawczym
402
2 x Typowy profil [
Projektowany s³up stalowy wg projektu wykonawczego 64
SP6
10
0,00
39
THE NEW DIDACTIC BUILDING FOR THE REGIONAL SPECIALIST HOSPITAL IN WALBRZYCH Archutecture: MCW STUDIO - Jędzrej Jankowiak Structure: Biuro Doradztwa Usługowego Budownictwa - Jacek Kramnik Assistant Structural Engineer: Marcin Kosicki Project: 2010-2011 Realisation: Firtst Phase 2012Phase: Building permit design Responsibities: structural design, structural drawings, The aim was created detailed design project that would allow the building permit for the New Didactic Building for The Regional Specialist Hospital in Walbrzych. Marcin Kosicki worked as a assistant of structural engineer and qa responsible for detailing the concept project and filling it with structural details under the supervision of qualified structural engineer. The technology used for the project included prefabricated concrete columns and slab elements. Section BB. Section through the theater hall.
POLAND WALBRZYCH
41
First flor plann, Distribution of prefabricated building slabs
Section AA. Buildit permit stage
Foundation plan. Buildit permit stage
TENMENT HOUSE BACHELOR IN ARCHITECTURE GRADUATION PROJECT
PROJECT DETAILS type: residential- tenment house localisation: Klodzko, Poland design year: 2012 SOFTWARE: Revit Architecture AutoCad SUMMARY The aim o of project was to design a multi-family house in the historical town center. The plot is located in Klodzko, a small medival city in SilesiaPoland. The history of the plot goes back to XIII century. The project was an aswer to the question of how to build modern archtiecture in extreamly traditional and conservative envinroment. Plan was organised aroud a staircase which was a core of the strucutre. At the ground level there was comercial area that could be used by a pub or a restaurant. The main archtitectural element was a bay sitauted at the corner of the buidling which could be spotted from both ends of the main street.
43
THE ENTRANCE IN ART PAVILION
45
Krasnoyarsk, Russia
47 Why in Siberia? The competition for the best outdoor architectural installation was aimed to young architects. Judyta Cichocka realizing her study exchange in Irkutsk was appointed to muster design team. In this way international design team from Wrocław University of Technology and Irkutsk State Technical University was build up. The design phase started in April 2014 in Irkutsk and ended in June 2014 in Wrocław.
Idea The aim of the project was to grab the attention of people passing by and direct them to the place of the festival. The budget for the installation was relatively low, so that we decided to build the pavilion from thin wood laths. Distributing all laths on 3000x1500mm, 6,5 mm thin birch plywood sheets, we had almost no losses of material. The final project was on L-shape plan with two separate series of laths. The gemetry of the first ws based on a grid that was projected on a surface created on the basis of catenary chains. The second layer was additional and not necessary
for the stability of the whole construction, but it nicely complemented structure with systems of laths based on the Bezier curve gradient . Competition The completion was held in two stages. At the first stage, the jury (Begyshev A. Zykov E. Kovalevsky C. Kozak A.) on 18th of June 2014 chose from all proposals five, which were built during the Festival “ARCHITECTURE OF EASTERN SIBERIA 2014” around Krasnoyarsk Museum Center. The second stage of competition took place after construction of all five installations.
THE ENTRANCE IN ART PAVILION
49
lathes prepared for digital fabrication on a CNC laser cutter
Project details: 2nd place in the competion for outdoor architectural installations at Festival “Architecture of Eastern Siberia 2014″ design team: Judyta Cichocka, ЕвгенийМоскаленко, ЕкатеринаМатель, АннаМартынова, Piotr Halczuk, Marcin Kosicki construction team: ДенисоваЕлизавета, ЛовчагинаЕкатерина, ЛипкинаАнастасия, МательЕкатерина, МоскаленкоЕвгений Construction: 25-29 June 2014 location: square near to the Krasnoyarsk Museum Center – of Modern Art; Красноярскиймузейныйцентр. Площадь Мира, 1, Красноярск, Россия 660097