portfolio joao guimaraes
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João Guimarães PORTFOLIOarchitecture
Contents
experimental parametriC objeCt22-23
Holidays House24-25
Campus skoura oasis20-21
Habitat initiative18-19
sillinsel innsbruCk16-17
no border sCHool12-15
square root08-11
portuguese limestones stand06-07
professional training Center refurbisHment04-05
CurriCulum02-03
02
joÃo guimarÃesBirthday: 23.05.1983
Mail: jsguima@gmail.comMobile: +351 932781855
03
CV
eduCationMaster’s degree in ArchitectureISCTE University | Lisbon, PortugalTU Darmstadt | Darmstadt, Germany (exchange program)From 2002 until 2008
Work experienCeFreelancer - Lisbon, PortugalFrom August 2012 to Present
Architect at - Architekturbüro Reinberg - Vienna, AustriaFrom May 2012 to July 2012
Architect at - Gharakhanzadeh Sandbichler Architekten - Vienna, AustriaFrom March 2011 to August 2011
Architect at - Ziegert | Roswag | Seiler Architekten Ingenieure - Berlin, GermanyFrom March 2010 to February 2011
Architect at - Ziegert | Roswag | Seiler Architekten Ingenieure & Aga Khan Foundation - Pemba, MozambiqueFrom November 2009 to February 2010
Intern at - Ventura Valcarce Arquitecto - Barcelona, SpainFrom January 2009 to July 2009
softWare skillsProficiencyAutocad 2D, VectorWorks, Sketchup, Photoshop, Illustrator, InDesign, LightroomBasic KnowledgeAutocad 3D, Archicad
personal skills & CompetenCesPortuguese - NativeEnglish - FluentSpanish - FluentGerman - BasicCreative, problem solver, organized, hardworking, curious, team spirit
professional training Center refurbisHmentarchitecture Competition
author: joão guimarães + nuno piedade
With the goal of refurbishing an existing training center and creating standard models for future training spaces, this project’s strategy is focused more on the need to improve the energy efficiency of the built.Among other improvements, the introduction of new shading solutions and skylights to control and improve the indoor daylight; acoustic baffles in the classrooms ceiling to improve the indoor sound quality and rainwater harvesting and wastewater reuse in toilet systems and for the irrigation of green spaces were also proposed.
Inverno
Verã
o
Exposição solar às 10h
Inverno
Verã
o
Exposição solar às 16h
Inverno
Verã
o
Exposição solar às 10h
Inverno
Verã
o
Exposição solar às 16h
sun exposure natural resources harvesting
04
Inverno
Verã
o
Exposição solar às 10h
Inverno
Verã
o
Exposição solar às 16h
Circulation diagram
05
portuguese limestones standmarmomaCC fair in verona, italy
built: september 2013
Now that the standard in international fairs seems to be the immersion of visitors into invasive technology noise - lights, videos and sound - the strategy for the Portuguese Limestones stand was exactly the opposite: to use simple language and low budget design.Apart from merely being a showroom exhibiting stones only, the stand aspired to tell a story about Portugal and its cultural heritage, transmitting the calmness and grace of Portuguese landscapes through a multisensory experience.
perspective (sketch fase)
(final project) (final project)
06
floorplan (sketch fase)
section a (sketch fase)
section b (sketch fase)
section C (sketch fase)07
square rootklaksvik urban design Competition
Author: João Guimarães + Bojan Balen + Gil Dias + Miguel Magalhães + Pedro Cunha + Tania Balde
In an era of permanent mutation, when local acting intertwines with global thinking, the new “downtown” of Klaksvik represents the neuralgic center from which new thoughts and actions will arise to face the growing challenges facing contemporary society with particular emphasis on the Faroe Islands position in this broader picture, without ever losing its own strong Identity. As growing global networking expand around trade, cultural exchange and interdevelopment become more and more important, the new center of Klaksvik aims to become a referential point where different worlds meet. A cultural hub where strong Faroese identity may reevaluate itself in relation to the Global village of the XXIst century and the centuries to come.From this Viewpoint, the proposed Masterplan provides articulation of a strong identity, both for its inhabitants and foreign visitors, showcasing tradition, local values and culture, while providing room for flexible future development and growth.
08
PROJECT FOOTPRINT APROX. 900M2
30 P.
18 P.
7 P.
+ 4.00
+ 5.00
+ 4.00
+ 6.00
+ 4.00
+ 4.00
+ 3.00
+ 3.00
+ 3.00
+ 3.00
+ 3.00
+ 4.00
+ 4.00
+ 4.00
+ 2.50
+ 3.50
5.5
2.5
2.5
50 lug.
HO
SP
ITAL
Ferry
4.0
4.0
GROSS AREA: 144M2STRUCTURES: 3 X 48M2HEIGHT: 1 FLOOR
+ 2.50
+ 2.50
+ 2.50
+ 2.50
+ 2.00
+ 2.00
+ 3.00
+ 3.00
+ 3.00
+ 4.
00
+ 3.
00
+ 4.00
+ 3.00
+ 5.00
+ 5.00
+ 4.00
+ 3.00
+ 2.50
RESIDENCIAL AND MIXED USESHOUSINGCOMMERCEOFFICES
RETAIL AND BUSINESSSHOPPINGRESTAURANTSBARSOFFICES
SEA FACILITESBOAT BERTHSFACILITIES FOR BOAT OWNERSROWING AND SAILING CLUBS
CULTURELIBRARYMUSIC AND ART SCHOOLART GALLERYCULTURAL HOUSEMULTIHALLSAILING SEA MUSEUMARTIST STUDIOSWORKSHOPSOUTDOOR ART GALLERY
SERVICESBUS TERMINALTOURIST INFO OFFICEADMINISTRATION AND INFO CENTERPUBLIC INSTITUTIONSHOTELCOMMUNITY HOUSE
SQUARESUMMER FESTIVALSAILORS DAYSTREET MARKETPOPULAR FESTIVITIESCARNIVALS
PEDESTRIAN PRIORITYPUBLIC GREENPRIVATE DOMAINPUBLIC ART
PROJECT AREAAPROX. 65.051M2
TOTAL GROSS AREAAPROX. 28.000M2
CAR PARKINGTOTAL 739 UN.PROJECT AREA: 156 UN.STUDY AREA: 313 UN.SPORT FACILITY/OLD CEMETERY: 70 UN.CENTRAL PARK EXTRAS:100 SURFACE AND/OR 100 UNDERGROUND
+ 2.00
+ 3.00
+ 3.00
STUDY AREA
SQUARE 3000M2 EVENT AREA
SUMMER FESTIVALSAILORS DAYCARAVAN RALLY,...
OLD LIBRARY
OUTDOOR ART GALLERY512M2
MULTI HALL1800M2
CULTURE HOUSE2250M2
LIBRARY1500M2
CITY COUNCIL & INFOCENTER2160M2
COMMERCE170M2
BETHESDAPLOT: 1152M2
TOURIST INFOOFFICE 500M2
FØROYA TELE MIXED USE BUILDING1628M2
GROSS AREA: 1628M2PLOT: 407M2HEIGHT: 4 FLOORS
GROSS AREA: 1923M2PLOT: 641M2HEIGHT: 3 FLOORS
GROSS AREA: 420M2PLOT: 210M2
HEIGHT: 2 FLOORS
MIXED USE BUILDINGS
GROSS AREA: 480M2PLOT: 160M2HEIGHT: 3 FLOORS
GROSS AREA: 1584M2PLOT: 4 X 40M2, 6 X 72M2, 1 X 144M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 2475M2PLOT: 825M2HEIGHT: 3 FLOORS
GROSS AREA: 984M2PLOT: 5 X 72M2, 1 X 144M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 72M2PLOT: 3 X 24M2HEIGHT: 1 FLOOR
GROSS AREA: 800M2PLOT: 10 X 56M2HEIGHT: 3 FLOORS
GROSS AREA: 1176M2PLOT: 7 X 72M2, 1 X 144M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 960M2PLOT: 10 X 72M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 1680M2PLOT: 11 X 40M2HEIGHT: 3 FLOORS + ATTIC
LOADING
SAILING ANDROWING CLUBS - 525M2
BUS TERMINALCOFFEES & KIOSKS1150M2
POST OFFICE
POTENTIAL PARKING LOT(SURFACE OR UNDERGROUND)AREA: 2320M2HEIGHT: 1 FLOORPLACES: APROX. 100 P.
POLICE
GROSS AREA: 800M2PLOT: 10 X 56M2HEIGHT: 3 FLOORS
GROSS AREA: 1652M2PLOT: 9 X 40M2, 3 X 20 (AVERAGE)HEIGHT: 3 FLOORS + ATTIC
PRIVATE DOCKS
STUDIOS, WORKSHOPS, BOAT HOUSES, ETC
COMMUNITY HOUSE45M2PLAYGROUND
SAILING SEA MUSEUM500M2
GROSS AREA: 72M2PLOT: 3 X 24M2HEIGHT: 1 FLOOR
GROSS AREA: 96M2PLOT: 4 X 24M2HEIGHT: 1 FLOOR
PLOT: 100M2, HEIGHT: 8 FLOORS
FØROYA BJÓRBREWERY
BOAT RAMP
WATERFRONT PROMENADE
FØROYA BJÓR EXPERIENCEBAR / RESTAURANTSGROSS AREA: 120M2PLOT: 2 X 20M2, 4 X 20M2HEIGHT: 1 FLOOR
CANAL STREET CANAL / FRESHWATER DEPOSIT
MU
SEU
M C
ANAL
SHO
PPIN
G &
STR
OLL
ING
BARS
, ESP
LAN
ADES
, RES
TAU
RAN
TS
BOAT BERTHS & NEW FACILITIES FOR BOAT OWNERS
GROSS AREA: 144M2STRUCTURES: 3 X 48M2HEIGHT: 1 FLOOR
BOAT BERTHS & NEW FACILITIES FOR BOAT OWNERS
20 P.
8 P.
62 P.
5 P.
22 P.
40 P.
42 P.
24 P.
32 P.
32 P.
7 P.
FUTURE NURSERY
82 P.
5 P.
5 P.
7 P.
34 P.
11 P.
22 P.
40 P.
OLD BAY
32 P.
NEW HARBOUR NEIGHBOURHOOD
COVERED AREA130 M2
COMMERCIAL FRONT
HOTEL800M2
+ 3.50
+ 4.00
+ 5.00
+ 6.00
+ 5.00
+ 4.00
+ 3.00
+ 2.00
+ 1.00
+ 2.50
+ 3.
00
+ 5.00
+ 5.00
+ 4.00
5 P.
8 P.
PROJECT FOOTPRINT APROX. 900M2
30 P.
18 P.
7 P.
+ 4.00
+ 5.00
+ 4.00
+ 6.00
+ 4.00
+ 4.00
+ 3.00
+ 3.00
+ 3.00
+ 3.00
+ 3.00
+ 4.00+ 4.0
0
+ 4.00
+ 2.50
+ 3.50
5.5
2.5
2.5
50 lug.
HO
SP
ITAL
Ferry
4.0
4.0
GROSS AREA: 144M2STRUCTURES: 3 X 48M2HEIGHT: 1 FLOOR
+ 2.50
+ 2.50
+ 2.50
+ 2.50
+ 2.00
+ 2.00
+ 3.00
+ 3.00
+ 3.00
+ 4.
00
+ 3.
00
+ 4.00
+ 3.00
+ 5.00
+ 5.00
+ 4.00
+ 3.00
+ 2.50
RESIDENCIAL AND MIXED USESHOUSINGCOMMERCEOFFICES
RETAIL AND BUSINESSSHOPPINGRESTAURANTSBARSOFFICES
SEA FACILITESBOAT BERTHSFACILITIES FOR BOAT OWNERSROWING AND SAILING CLUBS
CULTURELIBRARYMUSIC AND ART SCHOOLART GALLERYCULTURAL HOUSEMULTIHALLSAILING SEA MUSEUMARTIST STUDIOSWORKSHOPSOUTDOOR ART GALLERY
SERVICESBUS TERMINALTOURIST INFO OFFICEADMINISTRATION AND INFO CENTERPUBLIC INSTITUTIONSHOTELCOMMUNITY HOUSE
SQUARESUMMER FESTIVALSAILORS DAYSTREET MARKETPOPULAR FESTIVITIESCARNIVALS
PEDESTRIAN PRIORITYPUBLIC GREENPRIVATE DOMAINPUBLIC ART
PROJECT AREAAPROX. 65.051M2
TOTAL GROSS AREAAPROX. 28.000M2
CAR PARKINGTOTAL 739 UN.PROJECT AREA: 156 UN.STUDY AREA: 313 UN.SPORT FACILITY/OLD CEMETERY: 70 UN.CENTRAL PARK EXTRAS:100 SURFACE AND/OR 100 UNDERGROUND
+ 2.00
+ 3.00
+ 3.00
STUDY AREA
SQUARE 3000M2 EVENT AREA
SUMMER FESTIVALSAILORS DAYCARAVAN RALLY,...
OLD LIBRARY
OUTDOOR ART GALLERY512M2
MULTI HALL1800M2
CULTURE HOUSE2250M2
LIBRARY1500M2
CITY COUNCIL & INFOCENTER2160M2
COMMERCE170M2
BETHESDAPLOT: 1152M2
TOURIST INFOOFFICE 500M2
FØROYA TELE MIXED USE BUILDING1628M2
GROSS AREA: 1628M2PLOT: 407M2HEIGHT: 4 FLOORS
GROSS AREA: 1923M2PLOT: 641M2HEIGHT: 3 FLOORS
GROSS AREA: 420M2PLOT: 210M2
HEIGHT: 2 FLOORS
MIXED USE BUILDINGS
GROSS AREA: 480M2PLOT: 160M2HEIGHT: 3 FLOORS
GROSS AREA: 1584M2PLOT: 4 X 40M2, 6 X 72M2, 1 X 144M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 2475M2PLOT: 825M2HEIGHT: 3 FLOORS
GROSS AREA: 984M2PLOT: 5 X 72M2, 1 X 144M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 72M2PLOT: 3 X 24M2HEIGHT: 1 FLOOR
GROSS AREA: 800M2PLOT: 10 X 56M2HEIGHT: 3 FLOORS
GROSS AREA: 1176M2PLOT: 7 X 72M2, 1 X 144M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 960M2PLOT: 10 X 72M2HEIGHT: 3 FLOORS + ATTIC
GROSS AREA: 1680M2PLOT: 11 X 40M2HEIGHT: 3 FLOORS + ATTIC
LOADING
SAILING ANDROWING CLUBS - 525M2
BUS TERMINALCOFFEES & KIOSKS1150M2
POST OFFICE
POTENTIAL PARKING LOT(SURFACE OR UNDERGROUND)AREA: 2320M2HEIGHT: 1 FLOORPLACES: APROX. 100 P.
POLICE
GROSS AREA: 800M2PLOT: 10 X 56M2HEIGHT: 3 FLOORS
GROSS AREA: 1652M2PLOT: 9 X 40M2, 3 X 20 (AVERAGE)HEIGHT: 3 FLOORS + ATTIC
PRIVATE DOCKS
STUDIOS, WORKSHOPS, BOAT HOUSES, ETC
COMMUNITY HOUSE45M2PLAYGROUND
SAILING SEA MUSEUM500M2
GROSS AREA: 72M2PLOT: 3 X 24M2HEIGHT: 1 FLOOR
GROSS AREA: 96M2PLOT: 4 X 24M2HEIGHT: 1 FLOOR
PLOT: 100M2, HEIGHT: 8 FLOORS
FØROYA BJÓRBREWERY
BOAT RAMP
WATERFRONT PROMENADE
FØROYA BJÓR EXPERIENCEBAR / RESTAURANTSGROSS AREA: 120M2PLOT: 2 X 20M2, 4 X 20M2HEIGHT: 1 FLOOR
CANAL STREET CANAL / FRESHWATER DEPOSIT
MU
SEU
M C
ANAL
SHO
PPIN
G &
STR
OLL
ING
BARS
, ESP
LAN
ADES
, RES
TAU
RAN
TS
BOAT BERTHS & NEW FACILITIES FOR BOAT OWNERS
GROSS AREA: 144M2STRUCTURES: 3 X 48M2HEIGHT: 1 FLOOR
BOAT BERTHS & NEW FACILITIES FOR BOAT OWNERS
20 P.
8 P.
62 P.
5 P.
22 P.
40 P.
42 P.
24 P.
32 P.
32 P.
7 P.
FUTURE NURSERY
82 P.
5 P.
5 P.
7 P.
34 P.
11 P.
22 P.
40 P.
OLD BAY
32 P.
NEW HARBOUR NEIGHBOURHOOD
COVERED AREA130 M2
COMMERCIAL FRONT
HOTEL800M2
+ 3.50
+ 4.00
+ 5.00
+ 6.00
+ 5.00
+ 4.00
+ 3.00
+ 2.00
+ 1.00
+ 2.50
+ 3.
00
+ 5.00
+ 5.00
+ 4.00
5 P.
8 P.
5min = 400m
5min = 1500m
09
4m4m
8m
4m
3 floors 2 floors
3 floors 3 floors
15m12m
15m 15m
10m 8m
10m 10m
6m 4m4m 2m
8m 8m18m 10m
festivals
square shaping water device
block system
plot systemLimits on allowed occupation
outdoor performances markets and fairs Working days
10
11
no border sCHoolschool 4 burma design Competition - Honourable mention
author: joão guimarães + miguel magalhães
Collaborative, community-based construction is considered to be the key. Through simple methods for untrained laborers and the use of local inexpensive materials the project seeks to demonstrate to the community how enhanced traditional building techniques provide real possibility for future building development: low cost, low tech construction that they can build by themselves, using their own resources. A simple bamboo construction system was devised through a lightweight bamboo frame and extensive onsite prefabrication of modular components, all to be assembled in place and fitted together by traditional knot technology.
12
13
Cold season wind deflection
rainwater harvesting overhanging climate protection Compost
Hot season breeze flooding and moisture defense
14
15
16
Located on a peninsula, the buildings complex try to be in harmony with the surrounding constructions and nature, being arranged in a staggered line from high to low density. Its porous structure allows a greater visual permeability while providing protected outdoor spaces.To ensure the diversity of typologies, these were mixed and juxtaposed, maintaining however the same structural grid throughout the building, thus allowing greater efficiency in construction.The bedrooms and living area are all facing the quiet courtyard and riverside while the access area, kitchen and dining room work as a buffer zone facing the busy street adjacent to the channel.
sillinsel innsbruCkarchitecture competition
author: gharakhanzadeh sandbichler architektenpersonal Contribute: Concept and design, model, visualisations
17
floorplan variations
groundplan
south-east elevation
building 3
section C
18
The Aga Khan Foundation Mozambique’s Habitat Initiative seeks to preserve and enhance the local architectural tradition, in which renewable resources like earth and bamboo are used to provide natural temperature and humidity regulation. The project’s goal is to improve upon existing building methods in order to extend building lifespan, thus addressing the challenge of providing rural communities with high-quality habitats. In the first phase of the project, eleven multipurpose learning centres were built to showcase the new construction methods. To facilitate the implementation and dissemination of these techniques, a total of forty local apprentices were trained in ecological building methods. As models of low-cost, high-quality, sustainable construction, the learning centres were designed to inspire others to imitate the new style. The project’s ongoing second phase seeks to use the same local materials and improved construction methods in the development of a similarly easy-to-replicate residential building style.
Habitat initiative, mozambiqueauthor: zrs berlinpersonal contribute: design, site supervision and coordination
19
20 m
6m
20
The goal of this project is to renovate the primary school École Zaouia, in the Skoura oasis. The future school campus will be developed in different phases extending itself to the surrounding lots and occupying them with different functions. The mixture of developed parcels and oasis gardens stresses the concept of learning with and in the oasis.The new school consists of eleven classes and administrative facilities at the main entrance. The L-shaped buildings for the classes are organized in order to create clusters between them, resulting in small patios that give the possibility for smaller activities. At the same time the clusters are linked with larger patios for main open air activities. The L-shape of the classrooms allows a flexible use of the interior, by creating a small space which can be used as a storage or a class extension.
With the possibility of seismic risks in the area of Skoura and being the new school built with earth, special attention was given to earthquakes safety requirements in the construction. These concerns are solved with detached buildings, one storey height and symmetrical structures.
For the summer, shading devices and deep window frames in the buildings are used to avoid the solar rays. Moreover, the use of rammed earth walls to ensure high thermal mass will keep the cool air inside. For the winter, the building warming up is done by solar gains through the windows and by using geothermal energy.
Campus skoura oasis, moroCCoauthor: zrs berlinpersonal contribute: Concept and design
Gebäudeklima
Sommer Winter
max. 38˚ C 24˚ C
N
654 7 8
9
3
2
10
11
1
14
15
min. 15˚ C
min. 5˚ C
N
18˚ C2
10
1
12
654 7 8
9
3
11
13
Gebäudeklima
Sommer Winter
max. 38˚ C 24˚ C
N
654 7 8
9
3
2
10
11
1
14
15
min. 15˚ C
min. 5˚ C
N
18˚ C2
10
1
12
654 7 8
9
3
11
13
21
Climate control
summer
Winter
sectional view aa
sectional view bb
school Campus ground plan
Der Messestand WellPappWelle repräsentiert den Fach-bereich Architektur der TU Darmstadt.
Materialinnovation, digitale Planung und kundenindividu-elle CNC Fertigung sind die relevanten Parameter.
Wellpappe als kostengünstiges, rezyklierbares Material ist konzeptbestimmend. Der innovative räumliche Einsatz überrascht und entwickelt einen eigenen optischen Reiz.
Der Messestand integriert innerhalb seiner Topographie die Funktionen Kommunikation, Sitzen und Ausstellung. Ein Set von Regeln definiert die unterschiedliche Ausbildung der Form.
Mittels parametrischer 3d Software wird der Messestand computergestützt modelliert. Die digitalen Daten gehen nahtlos in die Produktion. Die 324 unterschiedlichen Bau-elemente werden durch CNC-Wasserstrahltechnologie hergestellt. Die Fügung der Segmente erfolgt durch lineare Verspannung.
WellPappWelle experimenteller Messestand 3248012
Raumkonzept Struktur Experimente Digitale Planung CNC-Produktion Details
Kommunikation
Lounge
Chillout
Ausstellung
32
Der Messestand ist repräsentatives Ausstellungs-
objekt für den Fachbereich Architektur der TU
Darmstadt auf der Hobit vom 29.-31.01.2008 im
Kongresszentrum Darmstadt.
Der Stellplatz ist durch zwei schräg stehende
raumhohe Stützen definiert. Die Standgröße
wird mit 4,50 m x 3,00 m festgelegt. Die Höhe
des Raumes mit 3,20 m lässt keinen allumschlie-
ßenden Stand zu. Somit muss der Entwurf des
bisherigen Standes auf die Begebenheiten vor
Ort angepasst und modifiziert werden.
Anstelle des umlaufenden Rahmens entsteht eine
Landschaft, in der die benötigten Funktionen aus
dem Boden herausmodelliert werden. Die Land-
schaft umschließt die Stützen und integriert sie in
die Gesamtfigur des Messestands.
Ausstellungsort
33
32
Der Messestand ist repräsentatives Ausstellungs-
objekt für den Fachbereich Architektur der TU
Darmstadt auf der Hobit vom 29.-31.01.2008 im
Kongresszentrum Darmstadt.
Der Stellplatz ist durch zwei schräg stehende
raumhohe Stützen definiert. Die Standgröße
wird mit 4,50 m x 3,00 m festgelegt. Die Höhe
des Raumes mit 3,20 m lässt keinen allumschlie-
ßenden Stand zu. Somit muss der Entwurf des
bisherigen Standes auf die Begebenheiten vor
Ort angepasst und modifiziert werden.
Anstelle des umlaufenden Rahmens entsteht eine
Landschaft, in der die benötigten Funktionen aus
dem Boden herausmodelliert werden. Die Land-
schaft umschließt die Stützen und integriert sie in
die Gesamtfigur des Messestands.
Ausstellungsort
33
22
experimental parametriC objeCtUniversity group project - 5th year
In the context of an exhibition of several faculties to be held on the city of Darmstadt, the faculty of architecture developed a workshop to create and build its own exhibition structure.The result is a layer structure made of cardboard that has slight changes between each layer and creates an organic form that allows various possibilities through its surface, which can vary from a seat to the use of bookcase.
Communication
Lounge
Chillout
Exhibition
Der Messestand WellPappWelle repräsentiert den Fach-bereich Architektur der TU Darmstadt.
Materialinnovation, digitale Planung und kundenindividu-elle CNC Fertigung sind die relevanten Parameter.
Wellpappe als kostengünstiges, rezyklierbares Material ist konzeptbestimmend. Der innovative räumliche Einsatz überrascht und entwickelt einen eigenen optischen Reiz.
Der Messestand integriert innerhalb seiner Topographie die Funktionen Kommunikation, Sitzen und Ausstellung. Ein Set von Regeln definiert die unterschiedliche Ausbildung der Form.
Mittels parametrischer 3d Software wird der Messestand computergestützt modelliert. Die digitalen Daten gehen nahtlos in die Produktion. Die 324 unterschiedlichen Bau-elemente werden durch CNC-Wasserstrahltechnologie hergestellt. Die Fügung der Segmente erfolgt durch lineare Verspannung.
WellPappWelle experimenteller Messestand 3248012
Raumkonzept Struktur Experimente Digitale Planung CNC-Produktion Details
Kommunikation
Lounge
Chillout
Ausstellung
23
24
It was requested a holidays house for a writer located on a hill near the ocean.The result is a house composed by a main volume that contains the social area and by cubic volumes attached containing the private area. These second ones, through the space between them, control the view from social space to the outside.The main idea behind this project is the sculptural punctuation of the landscape through the building.
Holidays HouseUniversity project - 2nd year
25
12
4 5 67
893
Main floor Cover floor
section
1 living room2 dinning room3 kitchen4 office5 courtyard6 main room7 kids/visits room8 bath room9 storage
jsguima@gmail.com
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