Piotr Lange cv + portfolio 2009 - 2016
2
personal information
education
major achievments
name Piotr Lange adress Oude Houtlei 11 9000 Gent, Belgium phone +32 485 69 47 05 e-mail langeptr@gmail.com born 05.02.1991 nat. polish status single
KU LEUVEN Sint Lucas Gent International Master of Architecture graduated cum laude 2014 - 2016
Mausoleum - Pantheon of communist regime victims in Warsaw, organized by Polish Association of Architects 2015 - honorable mention, invitation to further negotiations
skills
LUCA Sint Lucas Brussel erasmus exchange 2012 - 2013
polish russian english dutch
native fluent (C1 level) fluent (T0EFL) intermediate (B1 level)
Autocad Archicad Photoshop Illustrator Indesign Sketchup 3dsMax Vray MS Office drawing
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Warsaw University of Technology Master of Architecture 2013 - 2014
Warsaw University of Technology Bachelor of Architecture 2009 - 2013
work experience Szcześniak Denier Architekci 04.2013 - 07.2013 concept designs Projekt Praga 11.2011 - 02.2012 concept designs, technical drawings
"Zaprojektuj wizjÄ™ ognia" fireplace design competition 2014 - honorable mention "Grolsch Bottle Art 2014" design competition 2014 - WINNER "Jedyne takie kino" architectural design competition 2013 - finalist International Russian Language Competition 2009 - finalist
Industrial village p. 18
Waterscape p. 4
Columbarium p. 30
model shot
PLOT D
THE INDUSTRIAL VILLAGE
PIOTR LANGE
Single family house p. 10
Affordable housing p. 22
Foldable table p. 32
Rowhouses2 p. 14
Exposition pavillion p. 26
Varia p. 34
3
Waterscape location Stockholm, Sweden date summer 2016 status master thesis
4
Project done under tutorship of A. Carbonell. Contrary to the common usage of water as an element of infrastructure, I propose to include it into what Leon Krier calls “res publica� - the common thing, meaning the public realm of institutions, welfare and leisure. All around the world investors are very efficient with using water for their economical needs, by creating floating housing, barges with bars and restaurant. I believe that city should be also an active player in using the waterscape for the needs of its inhabitants. It is a case study of incorporating the water into the urban fabric in a meanful way. Project consists of a set of floating strucures serving public functions: kindergarten, market hall, boat taxi terminal and a swimming pool.
5
6
sauna
7 locker room
model 1:2000
8
model 1:500
model 1:50
9
Single family house location Warsaw, Poland date spring 2011 status academical project
10
House designed under the tutorship of M, Miłobędzki and M. Sadowski. This house is designed for typical family of 2+2. It is a modern reinterpretation of Adolf Loos raumplan. All spaces are organized in a spiral aroud the main core, having different size, height and proportions. In addition to that the spiral organization in a natural way defines the privacy of rooms. Starting from low dark hallway one gets into two storey high living room. By passing three steps person gets into the semiopen dining and kitchens. Next step of privacy is clearly defined by staircase: children rooms and library are accesible only for invited. After another stairs lies the master bedroom. Only the very chosen guests can go to the rooftop terrace, which has a magnificent view on the surroundings.
schwartzplan
11
ground floor plan
12
second floor plan
axonometry
13
Row houses² location Antwerpen, Belgium date autumn 2014 status academical project
14
Designed under the tutorship of Bart Van Gassen. This design is a try to redefine the typical belgian suburb made of endless rowhouses, with almost none public space other than narrow streets. But how to combine higher density, good insolation, public spaces and a natural belgian need for an own house? I decided to create a comb of rowhouses, Stacked twice on each other. This gave the opportunity to create a variety of different housetypes, for different family models. Each single house has a sunny view and a private garden. On the ground floor it is a continuation of the living room, on the second level of houses it lies on the rooftop, giving each house even parameters.
schwartzplan
sample unit section
15
16
life between buildings
10 housing modules and kindergarden/commercial base
vast possibilities of creating units (12 to 24 houses possible per blocks) according to needs and possibilities
17
Industrial Village location Gent, Belgium date autumn 2015 status academical project
model shot
18D PLOT
THE INDUSTRIAL VILLAGE
PIOTR LANGE
Designed under the tutorship of Dieter de Vos. The urge of the return of industry in the city grows everyday. At the same time the profile of production changed since it moved to East Asia. It became more diverse, the quantities became smaller. The workshops have to find their places within the cities. Proposed solution can easily accomodate the modern workshops and adjust to their growing (or shrinking) needs by easy transformation in- and from housing. The dense urban layout creates a series of urban piazzas, being a continuation of the urbanity inside the block, maintaining a small scale and a diverse character, depending on the function of surrounding premises.
schwartzplan
19
20
typical production space
sample floor section
21
Affordable housing location Żyrardów, Poland date summer 2014 status bachelor project
22
Housing designed under the tutorship of M. Staniszkis. 22 appartements and 2 thousands m2 of office spaces. Designed as a part of revitalization program in post-industrial city of Żyrardów. It is a opportunity of a better start for people from small cities. Small sized (and therefore cheap) appartements with a good connection to Warsaw are the chance to make people stay in the city and leave their taxes there. Additionally office spaces can bring in offices fleeing from high rents in bigger cities. Small flats can be a start for a young family. They are specially designed to be easily re-arranged to create a new room for new familly member. But in this small room organizing a family meeting will be a problem. For this reasons all inhabitants share a common room in the garden
schwartzplan
fragment of the technical floor plan
23
+ 8.87
4cm 12cm 24cm 1.5cm
+ 8.84
płyta gips-karton
pianka poliuretanowa
29
6
13
9
Szczelina wentylacyjna Wełna mineralna Beton zbrojony Tynk wapienno-gipsowy profil wentylacyjny
31 44
Stolarka okienna aluminiowa systemowa Reynaers CS59
roleta plocienna systemowa
6
12
12
6
+ 4.52
+ 4.34 barierka przykręcana ze stali nierdzewnej lakierowana proszkowo
6
13
9
110
29 31 44
91
1,5cm Panele drewniane 0,5cm Klej do drewna 6cm Szlichta 0,1cm Folia PE 8cm Styropian elastyczny 24cm Strop gestozebrowy Teriva 1.5cm Tynk wapienno-gipsowy
+ 3.46
1cm Terakota 1cm Klej do terakoty 5-7cm Szlichta 0,1cm Izolacja bitumiczna w płynie 5cm Styrodur ekstrudowany 15cm Beton zbrojony 5cm Styrodur ekstrudowany 2cm Pustka powietrzna 0,8cm Płyty włóknocementowe Cembrit 5 5 3
+ 3.43
10
24
15
37
cegła rozbiorkowa
35
+ 3.30
40
8
6 2
+ 3.45
rynnienka ze stali ocynkowanej
3 5 157
+ 3.06
płaskownik ze stali nierdzewnej ukryty w spoinie
126
listwa przypodlogowa drewniana
22
+ 3.10 konsola polkowa ze stali nierdzewnej firmy Halfen
plyta gips-karton
pianka poliuretanowa Stolarka okienna aluminiowa systemowa Reynaers CS59
13
29
6
9
profil wentylacyjny
31 44
roleta plocienna systemowa
24
balcony detail listwa przypodlowa drewniana
2cm Żywica epoksydowa 5cm Szlichta 0,1cm Folia PE 8cm Styropian elastyczny 0,1cm Izolacja bitumiczna w płynie 15cm Beton chudy 10cm Piasek utwardzony Grunt rodzimy
Stolarka okienna aluminiowa systemowa Reynaers CS59 dystans stalowy
0,5cm Folia kubełkowa
IID profil stalowy ze spadkiem obrobka blacharska mocowana mechanicznie
63
+ 14.55
+ 14.52 + 14.48
10
2%
kotwa fasadowa firmy Halfen ze stali nierdzewnej ukryta w spoinie
12
4
15
12
40
12
46
5cm 5cm 0,1cm 2cm 0,1cm 24-20cm 0,5cm 28cm
Warstwa roślinności Substrat Warstwa wegetacyjna Geowloknina Drenaz Geowloknina Styrodur ekstrudowany ze spadkiem Papa bitumiczna termozgrzewalna Beton zbrojony
5
Warstwa roślinności 5cm Substrat 5cm Warstwa wegetacyjna 0,1cm Geowłóknina 2cm Drenaż 0,1cm Geowłóknina 30cm Styrodur ekstrudowany ze sp 0.5cm Papa bitumiczna termozgrze 24cm Strop gęstożebrowy Teriva 2cm Tynk gipsowo-wapienny
+ 14.17
9
64
24
+ 13.82
+ 9.71
28
+ 13.54 + 13.42
+ 9.31
tynk zlicowany z katownikiem aluminiowym 15x15mm
+ 13.36
profil wentylacyjny
64
konsola regulowana ze stali nierdzewnej firmy Halfen
13
24
12cm Cegła rozbiórkowa hydrofobizowana mocowana na kotwy systemowe stalowe firmy Halfen 4cm Szczelina wentylacyjna 12cm Wełna mineralna 15cm Beton zbrojony 0.2cm Papa bitumiczna termozgrzewalna x2 12cm Wełna mineralna 0.2cm Folia paroizolacyjna
85
12
55
pianka poliuretanowa Stolarka okienna aluminiowa systemowa Reynaers CS59
roleta plocienna systemowa
12
10
6
22
46
attic detail
4 50
Stolarka okienna aluminiowa systemowa Reynaers CS59
pianka montazowa poliuretanowa klin drewniany spadkowy
4
+ 11.31
24 5%
parapet drewniany klejony + 11.39
+ 11.34
5
parapet ze stali ocynkowanej
+ 9.05
25
Exposition Pavillion location Brussels, Belgium date summer 2016 status academic project collaboration M. Molnar
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Designed under the tutorship of Dieter de Vos and Erik Geerts. The task of the project was to design and detail a small scale pavillion in the Brussels Jubelpark. The target was to achieve full feasibility in all terms: construction, detailing, acoustic and light qualities. Our pavillion consists of two parts: glazed entrance zone, which also contains all vertical communication, and the main concrete exhibition space with double height atrium. All building is covered with concrete waffle ceiling with skylights punched through. To acheive better acoustic performance the formwork anchoring holes are used as sound traps. The building as a whole is based on a 90cm grid to ensure even divisions on the concrete inside and outside.
A
B
+ 9,610
C
E
F
G
E
+ 9,610
2%
+ 9,535
D
20%
+ 9,450
+ 9,400
+ 9,610
R
+ 9,470
R
+ 9,150
+ 8,800
+ 8,800
Gravel Geotextile Bitum x2 water insulation later EPS PE moisture barier Screet inclination layer Reinforced concrete structure
+ 8,800
+ 8,200
+ 8,000
+ 8,000
Detail B
+ 7,400
2x 10 cm 5 - 25 cm 20 - 80 cm
F1
+ 7,400
Detail C
Detail A
5 - 20 cm
Detail D
Wooden blocks Thermoactive glue Concrete screet PE foil EPS Reinforced concrete Vibrated sand
5cm 5cm 5cm 24cm 25cm
+ 6,365
F2 Wooden blocks Thermoactive glue Concrete screet PE foil EPS Reinforced concrete
+ 5,100
6cm 5cm 5cm 24cm
F2 F3
schwartzplan
+ 4,000
Steel plate Concrete screet PE foil EPS Reinforced concrete
+ 3,840
+ 3,600 + 3,195
+ 3,150
Polished concrete floor PE foil EPS Reinforced concrete
+ 2,000
F3
+ 0,025
5cm 24cm
F4
Detail E
2%
1cm 9cm
Detail F
5cm 24cm
F1
± 0,000
- 0,020
10cm
± 0,000
± 0,000
- 0,160
- 0,020
- 0,160 - 0,160
- 0,500
Detail G
- 0,760
- 1,058
- 1,000 - 1,400 - 1,760
- 1,760
- 1,500
F4 Detail H
- 2,960 - 3,060
- 3,060
- 3,060
- 3,460
- 3,460 - 3,460
- 3,660
- 3,660
- 3,760
- 4,300
- 4,700
- 4,900
A
B
C
D
E
F
G
E
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technical section of the building SECTION A-A' 1:25
PIOTR LANGE, MATYAS MOLNAR
A Finishing metalwork profile Steel C-profile
A'
+ 9,610
A
Steel L 40x40 profile Schuko FW-50-SG system transom + 9,535
44.2-16-44.2 glazing
metal screw
+ 9,400
2000
325 7
7
218
50
30 34
136
358 300
218
60
50
7
13 32
200
automatic ventilation
7
800
IPN-300
IPN 300 Steel Beam
240
180
hidden gutter Sylicone infill Bent aluminum profile
+ 8,800
500
19 136
150
150
130
180
32 30
93
300
13
460
890
-0.01
+-0.00
200
250
581
100
2200
600
100
320
31
150
34
concrete 500x500x5 plates
wooden 60x60x6 block
600
Gravel Geotextile 1mm Bitum water insulation later 4mm EPS 2x 100 mm PE moisture barier 1mm Screet inclination layer 50 - 280 mm Reinforced concrete structure
800
102
+ 8,000
cast-in ventilation duct
steel 10mm plates 5mm elastic joint
°
87 + 7,400
28
170 34
136
150
150
130
300
130 900
150
212 362
62 962
attic detail
entrance door detail
60
60
Stiffening rib
Steel leading profile
360
Textile Shading System
model 1:20
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Columbarium location Warsaw, Poland date spring 2015 status honorable mention collaboration M. Sidorowicz, I. Borkowicz
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The columbarium conmemorates the victims of post-war stalinist regime in Poland. We had to solve a complicated task of creating monument both for private, intimate visits and big official events. The space is divided into two parts: big flat square with an obelisk on one end and the mausoleum on the other. It is the public space in the broad meaning of the words. On the other hand the concentric enclosed columbarium cuts off from the surroundings to leave visitors just by himself with the dead. The ritual of passage from the world is emphasized by the change of materials of the floor and the sound it makes (from stone to gravel) and by the 4m tall and deep, almost overscaled wooden portal.
plan and section
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Foldable table location Re-sort Bar, Warsaw, Poland date summer 2014 status contest winner
Concept designed for Grolsch Bottle Art 2014 competition. After being qualified to final prototype was built, resulting in winning the contest. Table was designed to be easily foldable and storable. For this reason it does not have any mechanical connections and rigidness is provided by connecting perpendicular elements: one table plate with engraved “Grolsch� logo and two leg elements made of 1,5 cm thick plywood. After dissasebling table is only 60 x 60 x 4,5 cm and therefore can be easily hidden for example behind a closet.
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table assembly
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Varia During my travels around Europe I capture my impressions from the cityscapes and architecture through the drawing and painting. These particular drawings I made between 2012 and 2015 and come from Portugal, Czech Republic and Poland Apart from taking part in architectural contests I develop graphic designs, logos and posters for private comissions and contests
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Logo w wymiarze optymalnym
L
Logo w wymiarze minimalnym (przy skalowaniu nalezy wykorzystac wariant bez podpisu)
Logo cz-b w wymiarze optymalnym
Lo
Galeria Sztuki / The Gallery of Art pl. Katedralny 1 59-220 Legnica e-mail: silver@silver.legnica.pl www.silver.legnica.pl ; www.galeria.legnica.pl
GRANICE 24. Międzynarodowy Konkurs Sztuki Złotniczej GRANICE 24th Legnica International Jewellery Competition BORDERS 30.04. – 28.06.2015
Logo cz-b w wymiarze minimalnym (przy skalowa w dół nalezy wykorzystac wariant bez podpisu)
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Thank you. lange.ptr@gmail.com