ANDRÁS BOTOS
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CONTENTS
garden exhibition pavilion
01
page 04_07
Lauri Viita library
02
page 8_11
canteen in Budaรถrs indutrial park
03
page 12_13
residential home in Piliscsaba
04
page 14_15
rehabilitation of Engomi industrial zone
05
page 16_19
REA urban design competition
06
page 20_23
competition entry for Madรกch square
07
page 24_25
Tallin vision competition
08
page 26_27
responsive facade system
09
page 28_29
cv, other works
10
page 30_33
3
01z
KANGASALA EXHIBITION PAVILION
GARDEN EXHIBITION PAVILION 2013 | Z端lpich, Germany | Public | 50m2 Tampere University of Technology | Guidance: Ari Rahikainen Competition | 3rd Prize
4
01z
KANGASALA EXHIBITION PAVILION The plot of the pavilion lies at a convienient spot, at the intersection of the main routes of the Landesgartenschau Public Private
The main acceses happen from the direction of the gate or the north-south route. Therefore it’s advised to locate the pavilion next to these busy routes
The site lies at the border of the public and private areas. The pavilion is creating a filter from the public to the private, allowing experiences and intimacy at the same time
The pavilion buildings are located near to the more public areas with the more calm and private garden in the back
The layout of the garden is a trasition from urban to rural: Flowers, grass field Small bushes, shrubs Big trees, forest
The pavilion and the garden represents the Finnish nature and architecture: -simplicity -calmness -close connection to nature
The pavilion form sources are two most important aspects of the Finnish architectural scene: The archetypical form of a pitched roof house, and the the forest, which covers more than 90% of the country. The proposal unifies these two special forms, creating a unique experience for the visitors of the garden exhibition in ZĂźlpich. The proposal consists of two building structures: The main pavilion and the secondary building. This structure can be used as the place for the toilets or in case the toilets are not installed, an ourdoor lounge area, covered by textile canopies. The pavilion and the garden represents the Finnish nature and architecture. Its main properties are simplicity, calmness and close connection to nature
5 Siteplan M=1:100
ndation and wooden deck
03
“Pinus sylvestris”
rooftop detail M=1:10
A/4
r2
Stiff box type wooden roof structure made out of two plywood plates
r1 -5cm: compressed soil -3cm: layer of gravel -10cm: understructure of wooden planks, with air flowing through -5cm: wooden plank deck
1,5 00
r2 -1layer of metal roofing plate -1layer of seperating layer -3mm: thick plywood panel -5cm: inside of box structure with air flowing through -3mm thick plywood panel
Upper metal profile coated with moisture insulation
Wall-roof connection detail M=1:10
20mm thick polycarbonate wall panel
+5.3
r1 bottom metal profile with elastic gasket
+2.45
metal connection element
A/3
+0.15
A/4
±0.0
3. Assembly and erection of wooden frames
A/3
4. Fixing of polycarbonate wall elements and roof plates
Floor-wall connection detail M=1:10
5. Fixing canopies, installing furniture and exhibition material
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7
LAURI VIITA LIBRARY
Sta
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Sta Stairs irs
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irs
2013 | Tampere, Finland | Public building | 3000m2 Tampere University of Technology | Professor: Hannu Tikka
Sta Stairs irs
Sta
irs
? ?? Site between lower public and upper residential area
Sorting roomp programme by public-private
Connection loop
Functions arranged on loop according to position
Room programme
Bulding mass adapts to site
8
Inner circulation, outer circulation, entrances, vertical connections
9
The library has a really special urban context. The proposal serves as a connection piece between the busier lower region and the upper residential area. It’s not just a con-necting piece. It’s a journey through different impressions and spaces. It’s the loop. On this journey through the building the visitor moves from the public spaces to the more intimate areas in the middle, arriving at the other end of the building which is a public entrance again. The central element of the building is the courtyard in the middle. It’s an orientation point and empahasises how András Botos important role the nature has in LAuri ViitA LiBrAry PisPALA
András Botos LAuri ViitA LiBrAry PisPALA
05/06 Inner circulation
Outer circulation
06/06
Entrances
Vertical shortcuts
±0,00
Lobby 170m²
+2,70
Multifunctional hall 170m²
Longitudinal section
Northern facade
NOrThEaST faCadE
Director 25m²
Scale= 1:200
±0,00 Office
Shelter 52m²
Negotiation room
57m²
Office 42m²
SECTiON a-a
Storage place
Scale= 1:200
79m²
Lobby 170m²
+2,70
Social ±1,00 Multifunctional hall 170m² facilities
Workroom Workroom
Photocopy
Basic element The basic element is a louvre made out of thin plastic sheets. By twisting the two ends its light transmission can be controlled dynamically. It can react on the ermanent conditions, like sunshine, placing the elements less or more dense.
Director 25m²
Office
Shelter 52m²
57m²
Office 42m²
Negotiation room
Storage place
NOrThWEST faCadE Scale= 1:200
Variations based on parameters
79m²
Workroom
±1,00
Social facilities
Workroom Photocopy
pare
s Tran
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nt fu nctio
n
SECTiON B-B
Grasshopper definition Scale= 1:200
n Norther
facade
SOuThWEST faCadE
S
Scale= 1:200
±0,00
Lobby 170m²
+2,70
Multifunctional hall 170m²
Photocopy
+2,70
Multifunctional hall 170m²
Director 25m²
Office
Shelter 52m²
Negotiation room
57m²
Office 42m²
Storage place 79m²
Workroom
Social facilities
±1,00 Workroom Photocopy
PlaN - GrOuNd flOOr Scale= 1:200
Reference library 60m²
+7,20
Multimedia place
Researcher rooms +5,90
Reading room 20m²
80m²
Adult library
+8,20
+7,20
Reference library
+10,90
Music collections
Workroom
+11,80
Social facilities
±1,00
170m²
±0,00
WorkroomLobby
R1
dETail
Scale= 1:50 +12,30
Children library
+11,80 +10,90 Music collections
R2
79m²
Storage place
our lives. No matter which direction the visitor goes, it’s an exciting journey. When going through the loop of the building the visitor encounters different spatialities. Sometimes the panora-ma to is more dominating, sometimes the more intimate connection to th inner courtyard. These two orientation points create a strong visual connection to the nature. The body of the building consists of a folded roof which appears to be hovering over the floors creating a trans-parent, yet remarkable apperance. The glass facade is protected by an adaptive shading system, which reacts to the solar conditions and the functionality of the building. The building has two faces. From the bottom it has the dominant character of a public building, reacting to the more busy environment of the bottom area. The upper facade is adapting to the smaller scale of the residential area, not disturbing the views of the surrounding buildings.
Negotiation room
57m²
42m²
Office Office
25m²
52m²
Director
Shelter
03/06
András Botos LAuri ViitA LiBrAry PisPALA
Children library
+12,30
R3
Kitchen
Café and newspaper room +15,50
158m²
60m²
+7,20
Multimedia place
Wall-section
Researcher rooms
Terrace
+5,90
Reading room
András Botos Vertical shortcuts LAuri ViitA LiBrAry PisPALA
20m²
80m²
PlaN - firST flOOr
Adult library
+8,20
Inner circulation
Scale= 1:200
Outer circulation
Entrances
04/06
+11,80
+10,90
Music collections
Kitchen
Café and newspaper room
Children library
+12,30
+15,50
158m²
Terrace
+11,80 +10,90
Music collections
+7,20
Children library
+12,30
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CANTEEN IN BUDAÖRS INDUSTRIAL PARK
2011 | Budaörs, Hungary | Industrial | 1200m2 Budapest University of Technology and Economics | Professor: Szabolcs Helfrich
Design components
Ground floor plan
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1st floor terrace
Main kitchen
The location of the restaurant is the industrial park of Budaörs. The building is seperated into two parts. The area for the consumers is a transparent mass supported by the overhanging cocnrete beams. The other part of the building is for the production of the food. It includes an industrial sized kitchen. The part is designed as a solid mass. An important part of the design process was a solar analysis. The shading structure is a parametrical designed element based on the solar analysis. There was a big emphasis on the usage of prefabricated construction elements. The big challenge was to create a building from these elements that remains architecturally interesting, yet easily producable. RR5 Lábazat M=1:5
R3
1
4
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20
12
1
8
5%
RR6 Attika M=1:5
40/180 horganyzott acél L profil a hőszigetelés kifordulás elleni rögzítése
40/40 előregyártott vasbeton pillér
tüzihorganyzott acél merevítés
fóliabádog, csapadékvíz elleni szigetelés megfogása 1
1
4
3
20
1
8
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gipszkarton előtétfal
UW 75 Acél profil
üvegszáladékos habarccsal vértezett lábazati XPS hőszigetelés
1,5mm vastag mechanikai rögzítésű lágyított PVC csapdékvíz elleni szigetelés
homlokzati acél falváz kazetta, lég és párazáró tömítéssel, teljes keresztmetszetében ásványi szálas hőszigeteléssel kitöltve
mosott coulé-kavics szivárgó és tűzgát a falak menté 50cm széles sávban
R6
1%
+0.90
15
1
20
1
kérgesített XPS lábazati szigetelés ragasztva, a vízszigetelés felett mechanikailag rögzítve
vízszintes elrendezésű sávos fémelemz homlokzatburkolat
csapadékvíz elleni szigetelés sávszerű hajlatrögzítése L45/80 fóliabádog profillal
20
1
7
előregyártott vasbeton lábazat
rovarháló
15
hőszigetelés rögzítése kifordulás ellen
2%
+5.65
1%
2%
+4.91
-12cm hűtűházi panel linóleum burkolattal -20cm acélhajbeton -2rtg PE fólia csúsztatóréteg -25cm tömörített zúzottkő ágyazat -tömörített altalaj
0.30
2.20
1.01
víznyelő helye
0.12
0.30
R3
4.95
R4
R4 -20cm előregyártott vasbeton lábazat -1rtg pvc lábazati vízszigetelés -15cm kérgesített XPS lábazati szigetelés ragasztva, a vízszigetelés felett mechanikailag rögzítve
1 11 5
11 1
4
3
20
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1
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habarcságy
1 gipszkarton előtétfal
55
homlokzati acél falváz kazet párazáró tömítéss keresztmetszetében ásván hőszigetelésse
UW 75 Acél profil +0.90
-15cm farkcionált mosott kavics szivárgó és tűzgát hőszigetelés rögzítése kifordulás ellen -1rtg 125g/m2 felülettömegű műanyag fátyol szűrőréteg BOTOS ANDRÁS V08VKY -6cm formahabosított expandált polisztirolhab rovarháló hőszigetelő drénlemez, szivárgó és víztározó réteg kérgesített XPS lábazati szigetelés -20cm lépcsős ütközőhézagú extrudált polisztirol ragasztva, a vízszigetelés felett mechanikailag rögzítve hab hőszigetelés forró levegős hegesztéssel felületfolytonosítva -lejtésbeton -TT feszített vasbeton födémpanel
2012.03.21 1
15
1
előregyártott vasbeton lábazat KONZ.: BAKONYI DÁNIEL 20
vízszintes elrendezé fémelemz homlokza
1
csapadékvíz elleni szigetelés sávsze hajlatrögzítése L45/80 fóliabádog pro
R4
±0.00
20
talajnedvesség elleni lábazati PVC szigetelés
0.10
R1
0.12
R2 ±0.00
40/40 előregyártott vasbeton pillér
-0.15
FBfh 55/45 - 25 vb. gerenda
0.45
0.15 1.36
RR5
RR6 Attika M=1:5
R3
R6
-12,5cm gipszkarton előtétfal -20cm 200/600/0,75 acél falváz kazetta csatlakozásaiban lég-és párazáró tömítéssel ÉPÜLETSZERKEZETTAN 5 Részletek ásványi szálas hőszigetelés kitöltéssel -3cm ásványi szálas előtétszigetelés -4cm homlokzatburkolat tartóváza, közötte légrés -1cm sávos fémlemez homlokzatburkolat, fekvő
2.83
3.55
R3
+0.35 +0.20
-15cm vegetáció és ültetőközeg ±0.00 RR5 -1rtg 125g/m2 felülettömegű műanyag Lábazat fátyol M=1:5 szűrőréteg -6cm formahabosított expandált FBfh polisztirolhab 55/45 - 25 vb. gerenda hőszigetelő drénlemez, szivárgó és víztározó réteg -20cm lépcsős ütközőhézagú extrudált polisztirol hab hőszigetelés forró levegős hegesztéssel TTfv 240/70 födémpanel felületfolytonosítva -lejtésbeton -TT feszített vasbeton födémpanel -0.45
R2
0.35
+5.30
R5
20
0.98
1%
25
RR5
-3mm műgyanta padlóburkolat talajnedvesség elleni lábazati PVC -20cm acélhajbeton szigetelés -2rtg PE fólia csúsztatóréteg -25cm tömörített zúzottkő ágyazat -0.15 -tömörített altalaj
R5
25
+6.63
2
R4
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R1
0.90
7
25
-1.16
-0.45
10
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12
külső oldali lég- és párazárás
1
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13
Wall section
-2.06
ÉPÜLETSZERKEZETTAN 5
Részletek
BOTOS ANDRÁS
TTfv 240/70 födémpanel
FAMILY HOUSE IN PILISCSABA 2010 | Piliscsaba, Hungary | Residential | 130m2 Budapest University of Technology and Economics | Professor: ZoltĂĄn AndrĂŠ
Our task was to design a home for a couple with two children. The building is built up from two 90 degree rotated prisms. The intersection of the two prisms houses the public rooms: the living room, the dining room and the kitchen. The living room features a double height space. The semi open space under the elevated prism allows for outside activities throughout the whole year.
14
Ground floor and first floor plan 15
REHABILITATION OF ENGOMI INDUSTRIAL ZONE
08
OURHOOD SCALE
2012 | Nicosia, Cyprus | Urban design | ~40.000m2 University of Nicosia | Professor: Paris Philippou
GES
Synergy of university buildings
Network of green areas
Pedestrian network and acceses
on of the site. ace between ither unused these edges by the public
The task was to make a proposal for the former industrial zone of Engomi in Nicosia. Once a blooming industrial area today many of the buildings are vacant and the area is not appealing. By carefully analysing the area and creating case studies I decided to make subtle improvements in the area, that could act as a catalyst for whole Engomi. First I created general studies focussing on the whole neigbhbourhood in relationship with the entire city; showing in which areas the inteventions should change is the extension are improvement of this something.This Before and after scenarios showed the areas. The created area was shaped by the potentials and factorsopportunities. defined in the urban scale: networks, connections of green spaces, (See in the middle)
Current public edges
08
ONTROLLING POROSITY OF EDGE
08
THE NEIGHBOURHOOD SCALE Porous
STRATEGIES
olidroads for cars and trucks dividing the area in many parts. erated bySthe ad network by sperating the routes for the industrial usage (moving the goods, trucks) the public usage (pedestrians, bycicles) 3.RIBBON OFandPUBLIC ous area is created for the public, allowing pedestrian usage in the area
DETAIL
Unifying the public areas solved may things. Still there is the problem that the edge of the streets is very indefinite and not defined. I propose a new system what I called ribbon of public. It controls the public edge and is a multi functional structure. It’s an addition to the existing fabric of buildings with the aim to keep as much as possible from the current situation (to retain the unique industrial chracter) but still giving new life and character to the area.
solid-less porous
CONTROLLING THE EDGE
porous-transparent
The method of conversion is the following: Each property owner has to donate the bottom 10m of the property for public use. This way the loops that serve the buildings can be CONTROLLING POROSITY OF EDGEcreated, thus allowing the new seperated acceses.
Porous Solid
16
Before - After 17
Section B-B
Section C-C
Then I zoomed in to our area, the industrial zone of Engomi. To keep the intevention clear I formed 3 major strategiws to reshape the area: 1. Extending the public edges: This was shaped by the urban scale analysis, and replaced most of the vehicle network with a pedestrian zone 2. Seperating the public and industrial network: by creating loops serving the industrial usage I preserved most of the area for the pedestrians 3. Ribbon of public: The indefinite edges of the area were unified by this system. It creates new spaces and functions while retaining the charming industrial character of the area. One of its main function is also to control the porosity of the public edges thus allowing different spatial experiences.
Section D-D
Section E-E
Residential building with double height flats
Residential building with inner yard public functions on ground floor
supermarket underneath
Café taking public space when open (otherwise pedestrian zone)
Lowered street level for ground level pedestrian flow
Community centre with meeting point underneath
Fereos
New shopfront for factory building
Existing factory
Section A-A
shops
Coca Cola factory
18
DETAILS Section E-E
THE BUILDING SCALE
Aim:
MULTIFUNCTIONAL RESIDENTIAL BUILDING
DETAILS
11
creating a diverse residential environment
Keeping structure
Solution:
Two masses with flats
-different flats with different sizes -suitable from one person up to families of four -creating social interaction between different generations
Removing shell
E
PASSAGEHOUSE WITH SHOPS Residential building with double height flats
supermarket underneath
Global effect:
shopsRoof: Garden for flats
N W
Coca Cola factory
E S Ideal orientation for sunshading Ground floor: supermarket
Green garden in the middle of the city
Rooms for shops or craftmanships size: 25-150m2 Circulation for customers
D
Section D-D
Section E-E
RETRACTABLE CAFE BUILDING
D
A
C THE BUILDING SCALE
DETAILS
REUSE OF WAREHOUSE FOR MULTI FUNCTIONAL CENTER Residential building with double height flats
supermarket underneath
E
B
RESIDENTIAL HOME
C
MULTIFUNCTIONAL RESIDENTIAL BUILDING
shops
Aim:
creating a diverse resid
Coca Cola factory
Solution: Section C
Two masses with flats
A
E
Bconcert
-different flats with diff optimal form for sunshading -suitable from one pers -creating social interact
Section A-A
KEE
P
Roof: Garden for flats
N W
Section B-B
E
Problem:
-new urban layout doesn’t allow for much intim
S marketplace Ideal orientation for sunshading
D Lowered street level for ground level pedestrian flow
Café taking public space when open (otherwise pedestrian zone)
RETRACTABLE CAFE BUILDING
Solution:
COMMUNITY CENTER
-creating inner courtyard for flats -each flat has a small terrace
Ground floor: supermarket
Keeping structure
Flats (size=around50m2)
D
Removing shell
exhibition
Community centre with meeting point underneath
A
New shopfront for factory building
C
Existing factory
Section D-D
LIGHTHOUSE FOR AREA
Inner courtyard
interventions on a building scale
Ground floor: public function
B
C SectionLEVEL C-C UPPER
A
B
Section A-A
REUSE OF WAREHOUSE FOR MULTI FUNCTIONAL CENTER
Section B-B
-community centre: -individual rooms for group activities -gathering place for communal meetings -infobox for developments
GROUND LEVEL RESIDENTIAL HOME
-meeting point for people -ideal for sitting down, talking
19 concert
COMMUNITY CENTER L f p
REA URBAN DESIGN COMPETITION 2012 | Budapest, Hungary | Urban design | ~70.000m2 Budapest University of Technology | Teamwork w/ Rebeka Monory | Guidance: Melinda Benk枚, Julianna Szab贸 Competition 1st place (hungarian round) 2nd place (international round)
Main map of interventions with other aspects below
20
REA is an international urbanistic competition, held every 2 years. This year’s theme was the sustainable development of historic downtown areas. Our development area was an urban block in the eight district of the Hungarian capital, Budapest. This area is considered one of the poorest areas with many social problems and high crime rates. Our proposal morphed from the analysis of the urban context. We first made our first concept by creating a SWOT analysis, then we made first proposals how this edge of the city can be conncected back to the vivid areas of the city. Our main concept consisted of three elements: 1. Link: strengthening the current linking points and directions making the possibility to create social links 2. Filter filtering from the private to the public from the urban to the building scale 3. Gate opening up the block, meanwhile improving security of the area
w
Understanding the urban context
Sections and facades of the development 21
Birds-eye view from area
An area of the work consisted of interventions at the building scale. Our aim was to redefine the traditional courtyard-style houses of Budapest by analysing the advantages and disadvantages and using these to create a renewal of the concept. By differentiating two types of courtyards (green courtyard and community courtyard) we encouraged social interactions while retaing the privacy of the inhabitants. We also rhabilitated two of the oldest buildings of the area by converting them into a student housing and an incubator house. 22
Incubator house
Student housing
-
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MADﾃ，H SQUARE COMPETITION ENTRY 2012 | Budapest, Hungary | Landscape design | ~6000m2 Competition | Teamwork with Rebeka Monory
The competition was about revitalizing Madﾃ｡ch sqaure, which is located in the center of Budapest. We wanted to achieve change of usage by emphasising on the pedestrian flow. Our proposal should act as a filter, defining the ways of moving, while letting in more and more green areas while moving inside. The basic elements of this filter are the various types of street furniture, all based on the same module 60x60cm module.
points of interest
connections forming shapes
furniture as filtering mechanism
final design 24
bicycle stand
public library
closable pavilion
Modular furniture design based on a 60x60 cm module foldable seating
vertical garden
fountain
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TALLIN VISION COMPETITION 2013 | Tallin, Estonia | Housing vision | 3000m2 Competition
26
Section and energy management
Vaike-Oismae. A radical statement of its time. It has everything what modernism could offered at its offspring. Yet this area has the same problems, as thousands of other living blocks from the communist era. The more and more frightening conditions of the buildings, the outdated building technology which results in expensive heating bills and constant wall-to-wall “communication” with the neighbors. Aging, poverty and plenty of other social problems. And let’s not forget about the fact that these areas are far from attractive. Grey, dull, uninspiring, boring. The opposite of what we call a dream home.
This proposal doesn’t go the easy way. Replacing all the old buildings with new modern ones is in todays´ economy is a waste of money and resources. Instead it reuses the available building components and transforms them into a modern living unit. But the new area is not just a rehabilitation of the former. It’s a totally unique and exciting experience. It’s something the whole world will talk about. It’ll give back Vaike-Oismae something it always tried to achieve: an extraordinary vision
Parking, water, building masses
The 3 phases of rehabilitating the buildings 27
RESPONSIVE FACADE SYSTEM 2012 | University of Nicosia | Workshop | Facade element Teamwork
The final physical model Grasshopper definition
28
This was a 5 day workshop held at the University of Nicosia. We explored the possibilities of connecting the parametric design plugin Grasshopper with Arduino robots. With the help of this our group created a facade system, which reacts to the light conditions, and changes its light transmission value. Besides building a working 3d model in Rhino, we also created a mockup of the facade, which was controlled by Arduino robots. Light sensor were also installed in the mockup facade.
Rendering of possible facade
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OTHER WORKS DRAWINGS | PHOTOS | MODELS SKETCHES | MOVIES | DIGITAL ART
MOVEMENTS IN THE FOREST
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ANDRÁS BOTOS STUDIES 2013 Tampere University of Tehcnology Architecture department in Finland(erasmus semester) 2012 University of Nicosia Architectural Department in Cyprus(foreign semester) 2012 Specialization in architectural design 2009- Architectural engineering studies at the Budapest University of Technology and Economics in Hungary (5 years) 2009 Hungarian and German graduation 2001-2009 Thomas Mann Gymnasium - German School of Budapest High School
PROFESSIONAL EXPERIENCE 2010 Internship at the” Vadász és társai” design studio in Budapest, Hungary (2 weeks) 2010, 2011 Internship at “A-quadrat Hölter und Schneiders” design studio in Hamburg, Germany (4 weeks) 2012 Internship at Sporaarchitects design studio in Budapest, Hungary (4 weeks) 2012 Parametric Design workshop
COMPUTER SKILLS Google shetchup Archicad Photoshop Illustrator Indesign 3ds Max Vray Rhino Grasshopper
Lumion Autocad Revit Kerkythea Office Corel VideoStudio 32
COMPETITIONS 2013 2013 2012 2012 2012 2012 2012 2011 2011 2011
Tallin vision competition Exhibition pavilion for municipality of Kangasala 3rd place Madách square renewal in Budapest (teamwork) REA international workshop (teamwork) 1st place REA Urban design competition International round (teamwork) 2nd place REA Urban design competition Hungarian round (teamwork) 1st place Architecture pavilion competition by “Architecton” magazine (individual work) Faculty competition “Droid” (teamwork) 2nd place National student competition “Water and City” in Budapest (individual work) 2nd place “Itt fogunk lakni” (“This is where we will live”) competition (teamwork)
EXHIBITION, PUBLICATIONS 2013 2012 2011
Digital Design in Sustainable Urbanism (co-author of booklet and exhibition) “Built environment in the eye of the photographer” photo exhibition “Water and City” comptition exhibition in Vienna and Budapest
LANGUAGE SKILLS
1035 Budapest Kerék utca 26 Hungary www.andrasbotos.tumblr.com btsndrs@gmail.com
Hungarian native English German Spanish
HOBBIES photography, travelling, tennis, running, reading, movies, skiing, 33
THANK YOU FOR READING!
Andrรกs Botos 2013