PORTFOLIO
IEŚLIKOWSKA OANNA
2019
ABOUT ME
IEĹšLIKOWSKA OANNA
CO N TA CT joa.cieslikowska@gmail.com
+48 600 23 24 20 Marie Besstraat 6 2614 HK Delft Netherlands
I am a student of the first year of the master course of a rc h i t e c t u re a t T U D e l f t . With the aim of making use of knowledge that I h a v e g a i n e d u p t o n o w, I a m w i l l i n g t o c o n t i n u e m y education by putting it into practice. I would like to learn and work with other people who would help me i n t h e p ro c e s s o f m y f u r t h e r d e v e l o p m e n t . As I a m o p e n t o c r i t i q u e a n d l e a r n i n g a n y o p i n i o n a b o u t m y p ro j e c t s , I a l s o e a g e r l y s h a re m y k n o w l e d g e and work in team. I s t ro n g l y b e l i e v e n e w e x p e r i e n c e s w i l l i n f l u e n c e m y p ro s p e c t s f o r t h e f u t u re a n d w i l l b e c o m e a n e x c e l l e n t o p p o r t u n i t y o n t h e f i r s t s t e p s o f m y c a re e r a s a n a rc h i t e c t .
CURRICULUM VITAE EDU CATI ON 04.09.2018 – present
S O FT WARE S KILLS
MASTER STUDIES ON THE COURSE OF ARCHITECTURE TU Delft, Netherlands
AutoCAD Archicad Photoshop
01.10.2014 – 04.07.2018
BACHELOR DEGREE ON THE COURSE OF ARCHITECTURE AND URBAN PLANNING Warsaw University of Technology, Poland
Illustrator InDesign Flash Professional
28.08.2017 – 01.01.2018
Rhinoceros
SEMESTER ABROAD IN USA (UDM) University of Detroit Mercy, USA
Cinema4D 3dsMax
01.09.2016 – 28.02.2017
01.09.2011 – 30.05.2014
Microsoft Office
SEMESTER ABROAD IN GERMANY OTH Regensburg, Germany
SketchUp Revit
SECONDARY EDUCATION Copernicus Bilingual High School in Warsaw, Poland
EX PERI ENCE 07.2018 07.2017
Architecture studio of Ewa Widera Architecture studio of Maciej Kuryłowicz
07.2016
Construction training at firms Cemex and Peri Construction Training at construction site of WTW/The Tides in Warsaw
01.10.2014 – 30.06.2017
LAN GUAGE S KILLS
Teacher at the architectural freehand drawing school, Warsaw
Polish
native
English
C2
bilingual high school diploma, TOEFL 2018
HO BBIES
German
Spanish
C1
A1
Goethe Zertifikat C1 2017
Dutch
A1
Delftse methode 2018
4
PROJE C TS
01 S C UL PTU R E MU S E UM
6
02 R E S I DE NTI A L BU I L DI NG
12
H AAR LE M , NL
WAR SAW, PL
03 MULTI - FU N CTI O N THE ATE R
22
D E TR O I T, USA
04 S MAL L A I R PO RT
32
KR A M PNI TZ - PO TSD A M , GE
H AND D RAWINGS
38
5
01
S CU LPT U R E M U SE U M 5 MONTHS
LOCALISATIO N
D U RAT I ON
U NIVERSITY
TE R M
HAARLEM, NL DELFT UNIVERSITY OF TECHNOL OGY M ENTORS
GEERT COUMANS PETER KOORSTRA
WINTER TERM 2018/19 YE AR OF S T U D Y
5
The goal of the project for a sculpture museum was to come up with a solution which will fit into the context of the (post-) industrial district of Haarlem, responding to both functional and aesthetical issues. The site is located in a very promising area, right next to the river where ships would transport cargo. This is where the name of the museum comes from - Harbour Museum. The function of the river might be converted and developed into a new network of water transport. Tourists who would like to get to the museum from the railway station could do it by boat! In this way the building turnes into a literal harbour. The concept was based on the reasearch of the site. In order to keep the shape of the existing brick building, the new form of the museum needed to be adapted. To achieve this, two walls have been added in correspondence to the existing ones, by extending them along two parallel lines. This is how the existing shape meets the new blocks - by intersecting each other. The left space in between was meant to be a light wooden construction. It would already start creating the interior space outside of the building - a roof which hangs between the walls where the exterior exhibition would be located connects the outside with the inside. The roof “flows� into the interior of the building turning into a wooden waffle slab over the lobby and the main exhibition space, where the lines of the slab lead the visitor towards the view of the river. The building is meant to be as much flexibe and adaptable as possible. In a few decades it can serve a completely new function, even not as a sculpture museum if it is not needed anymore. Multi-functional use has been added in the design, for example office spaces on the second floor can be rented out and function separately. The building should stay alive as long as possible and serve its users in the most efficient way.
6
FORM
S T R U C T U RE AE STH ETIC S
7
01
SCULPTURE MUSEUM
SITE PLAN
8
HAARLEM
SECTIONS
LEVEL 0
LEVEL 1
9
01
SCULPTURE MUSEUM
INTERIOR SPACE VISUALISATION
PHYSICAL MODEL PHOTOS 10
COLUMN DETAIL PHYSICAL MODEL
HAARLEM
PHYSICAL MODEL 11
02
RESID E N T I A L B U I L DI NG 5 MONTHS
LOCALISATIO N
D U RAT I ON
U NIVERSITY
TE R M
WARSAW, PL WARSAW UNIVERSITY OF TECHNOL OGY M ENTOR
DR INŻ. ARCH. EWA WIDERA
SUMMER TERM 2017/18 4 (ENGINEERING DIPLOMA) YE AR OF S T U D Y
The aim of the project is to design a multi-family building that will function well in the urban environment with regard to aesthetical factors. It is to adapt the building to the urban space in the context of the city, culture, society and natural environment. The project consists of the architecture and the construction of the building which is developed in accordance to the existing building regulations. The idea for architectural design is to design a multi-family building as a ”garden in the city”, for its residents to have permanent access to their own piece of land with fresh air. It is located in a very close neighbourhood to the Horse Racing Track Służewiec, which provides wide green space. It played a very important role in the process of designing and the final expression of the building. Apart from that, the neighbourhood is very well communicated with the city centre, what makes it a perfect place to live for working Varsovians. The next step was to create green terraces designed like ”steps” on each level above. They can be accessed from the apartments located in the eastern part of the building. The green terraces are located on four stories; from the third to the sixth and each of them belongs to one apartment. To provide the would-be residents of the designed multi-family building with permanent contact with the nature, the purpose was to open their apartments to the view of the green park surrounding Horse Racing Track. The Track blossoms with intense lush vegetation in the spring and summer time.
12
To achieve it, it seems quite obvious that wide balconies needed to be designed along the whole length of the southern facade on every story, so that every resident could experience the view and the presence of nature from their apartments. The balconies on every second level were slightly rotated sticking out of the rectangular shape of the building. As a result, apartments which do not have access to the green terraces, gained wider balconies in the front. At the same time, they would get more sunlight in the late evening and early morning times.
13
02
MAP ANALYSIS
LOCALISATION
RESIDENTIAL BUILDING
SUN PENETRATION ANALYSIS
The zoning regulations and shading analysis of the neighboring buildings had a very significant influence on the shape of the building. It had to be partly lowered in order to provide required sunlight time for the single-family house on the other plot.
SYTUACJA
SHADING ANALYSIS
14
SKALA 1:1000
WARSAW
SHAPE VARIATIONS
SITE PLAN
CONCEPT EVOLUTION 15
02
AERIAL PERSPECTIVE
16
RESIDENTIAL BUILDING
WARSAW
ELEVATION NOR TH
ELEVATION SOUTH
ELEVATION WEST
BUILDING AXONOMETRY
ELEVATION EAST 17
02
LEVEL 0
A
B
E
D
C
RESIDENTIAL BUILDING
F
G -0,80
795
2 103
386 150
985
180
5 x 16 x 30 ±0,00
WÓZKOWNIA/ ROWEROWNIA
10 x 17 x 30
gres
518 E
KUCHNIA
gres
13 m2
KUCHNIA
gres
5 m2
PRZEDPOKÓJ
gres
11 m2
90 210 5
gres
9 m2
ŁAZIENKA
m2
gres
5 m2
9
gres
8 m2
PRZEDPOKÓJ
633
17 m2
parkiet
SYPIALNIA
SYPIALNIA
gres
7% 5%
POKÓJ
parkiet
24 m2
parkiet
SYPIALNIA
parkiet
16 m2
parkiet
3%
23 m2
POKÓJ
parkiet
17 m2
parkiet
14 m2
POKÓJ 18 m2
2
90 210 90 210
644
POKÓJ KUCHNIA 10 m2
3
m2 gres
gres
90 210
90 210
90 210
ŁAZIENKA
ŁAZIENKA
55
90 210
90 210
1 586
90
B4
66 m2
CO
KUCHNIA
ŁAZIENKA
5 m2
119
B5
31 m2 210
B3
67 m2
24
90 210
parkiet
96
120 210
90 210
119
19%
90 210
GARDEROBA
4
gres
11 m2
±0,00
A2
57 m2
W
4 m2
gres
KUCHNIA
±0,00
A1
40 m2
55
2
A 5
PRZEDPOKÓJ 5 m2
1 258
344 96
E
parkiet
9 m2
90 210
10 x 17 x 30
120 210
CO
gres
-0,80
10 x 17 x 30
10 x 17 x 30
4
POKÓJ
ŁAZIENKA
5 m2
ŚMIETNIK
±0,00
W
6
- 1,70
18 m2
11 m2
3
896
-0,80
- 1,70
5
181
1 154
871
78
32
6
588
684
180 ±0,00
A
6%
696
1 494
1 065
-0,50
6%
4 325
-0,80
64
597
344
840
644
600
34
5 x 16 x 30
32
240 296
131
400
44
133
556
32
551
24
222
24
232
12
329
24
600
44
12
159 24
252
23
397
36
550
221
584
211
3 532
600
840
597
202
1 172
1
179
795
696
4 355
A
B
A
LEVEL 1
B
33
D
C
600
406
840
138
520
E
D
C
E
4 332
597
150
353
113
F
F
795
137
113
156
113
128
113
G
G
696
170
160
402
584
97
126
187
97
SYPIALNIA 16 m2
+ 1,70
138
344
A
10 m2
gres/parkiet
7 m2
119
90 210
90 210
KUCHNIA
gres
5 m2 ŁAZIENKA
ŁAZIENKA 90
ŁAZIENKA 90
gres
4 m2
90 210
E
ŁAZIENKA
90 210
gres/parkiet
gres
4
gres
90 210
B9
5 m2
PRZEDPOKÓJ
210
gres
5
gres/parkiet
8 m2
PRZEDPOKÓJ
210
m2 gres
gres
90 210
90 210
90 210
635
parkiet
KUCHNIA
SYPIALNIA
gres
5 4 90 210
17 m2
POKÓJ
parkiet
26 m2
parkiet
POKÓJ
parkiet
24 m2
parkiet
POKÓJ
parkiet
14 m2
28 m2
parkiet
3 2
120 210
120 210
120 210
24 m2
SYPIALNIA
1
1
70
120 210
478
90 210
- 7,10
m2
POKÓJ
1
44
222
12
342
24
570
24
222
20
577
24
356
12
402
24
252
24
397
36
550
42
4 176 32 B
E
D
C
F
G
600
840
795
696
B
A
C
600
E
D
C
B
32
D
3 613
840
F
E
597
520
150
696
113
9
120 210
120 210
30
274
344
255
96
90 210
119 4 m2
gres
gres
WC
3 m2
gres
3
55
24
1 323
parkiet
90 210
+ 10,20
2
12
478
POKÓJ 24 m2
SYPIALNIA
parkiet
19 m2
SYPIALNIA
parkiet
11 m2
644
90 210
90 210
parkiet
SYPIALNIA
parkiet
12 m2
416
SYPIALNIA 16 m2
parkiet
90 210
644
10 m2
elewacja wschodnia
6 m2
gres
233
5 m2
SYPIALNIA
parkiet
16 m2
parkiet
2
120 210
120 210
gres
3
90 210
120 210
KUCHNIA 10 m2
gres/parkiet
90 210
90 210
90 210 90 210
4 90 210
- 3,60 90 210
2
4
1 507
8 m2
PRALNIA
ŁAZIENKA
ŁAZIENKA
90 210
90 210
90 210
7% 120 210
19%
5
90 210
120 210
3
11
gres/parkiet
90 210
10 x 17,5 x 30
10 x 17,5 x 30
WÓZEK SPRZĄTAJĄCY
9 m2
A 90 210
PRZEDPOKÓJ m2
A15
PRZEDPOKÓJ
gres
90 210
5 4
90 210
90 210
POKÓJ
4 m2
gres
GARDEROBA 6
- 5,30
- 3,60
A 5
A16
171 m2
14 m2
90 210
4 m2
90 210
120 210
90 210 90 210
parkiet
ŁAZIENKA
4 m2
POMIESZCZENIE TELETECHNICZNE
90 210
- 5,30
10 x 17,5 x 30
E
90 210
90 210
6 10 x 17,5 x 30
CO
90 210
ZBIORNIK RETENCYJNY
17 m2
gres
m2 parkiet
159
SYPIALNIA 18 m2
97
PRZYŁĄCZE WODY
14 m2
26 m2
10 m2
parkiet
13 m2
90 210
7%
6
JADALNIA
gres
113 m2
1 588
WĘZEŁ CIEPLNY
715
KUCHNIA
+ 10,20
90 ŁAZIENKA 210
ROZDZIELNIA GŁÓWNA ELEKTRYCZNA
447
10 x 17 x 30
96 138
119 55
2
H
113
193
G
137
13 m2
parkiet
W
1 323
F
113
90 210
3 E
8 m2
SYPIALNIA
5 4
D
157
GARDEROBA
12 m2
GSEducationalVersion
113
+ 8,50
138
344
A
LEVEL -2
137
KOMÓRKA LOKATORSKA
10 x 17 x 30
53
717
352
120
32
6
138
50
407
LEVEL 2
C
1
58
1 GARAŻ -1
219
187
187
265
298 1
265
701 m2
1
44
220
14
342
24
571
23
222
24
235
338
24
356
415
48
2 895 A
B
C
D
E
F
G
H
32
600
840
714 718
597
795
696
53
3 613
GSEducationalVersion
A
18
209
G
F
795
2 896
B
584
4 353
A
B
C
D
177 172
597
H
E
F
152
165
171
204
1
171
701 m2
184
6
A
2
9 m2 gres/parkiet
KUCHNIA m2 gres
SYPIALNIA 16 m2
parkiet
3
65 m2
CO
W
644
KUCHNIA
PRZEDPOKÓJ 8 m2
11 m2
B10
49 m2
90 210
PRZEDPOKÓJ
90 210
gres
KUCHNIA
+ 3,40 B8
92 m2
55
gres
96
5
parkiet
90 210
ŁAZIENKA
5 m2
24
parkiet
5
1 272
90 210
5 m2
90 210
m2
GARAŻ -2
A
A
518
90 210
parkiet
1 474
90 210
97
gres
11 m2
elewacja wschodnia
120 210
POMIESZCZENIE OBSŁUGI TECHNICZNEJ BUDYNKU
4 m2
3
A
32
50
parkiet
9 m2
PRZEDPOKÓJ
7
10 m2
644
90 210
90 210
GARDEROBA
A7
89 m2
11 m2
90 210
90 210
90 210
90 210
90 210
90 210
90 210
90 210
90 210
90 210
90 210
90 210
90 210
11%
10 x 17,5 x 30
19%
A 10 x 17,5 x 30
90 210
SANITARIAT
120 210
2
4 m2
gres
GARDEROBA
6
90 210
10 x 17,5 x 30
SEPARATOR ŚCIEKÓW
+ 3,40
A6
113 m2
90 210
55
ŁAZIENKA ŁAZIENKA
4 m2
17 m2
90 210
9 m2
gres
90 210
- 7,10
A 5
120 210
158 96 140
119 11%
10 x 17,5 x 30
4 m2
90 210
parkiet
193
1 323
1 494
H
SYPIALNIA 18 m2
ZBIORNIK RETENCYJNY
6
10 x 17 x 30
G
10 x 17 x 30
F
SYPIALNIA 17 m2
GARDEROBA
90 210
E
D
C
E
90 210
3 2
4
10 x 17 x 30
CO
W
4
B
5 m2
90 210
parkiet
12 m2
A
POKÓJ
ŁAZIENKA
parkiet
12 m2
SYPIALNIA
5
LEVEL -1
parkiet
6
parkiet
SYPIALNIA
SYPIALNIA 11 m2
344
10 x 17 x 30
GSEducationalVersion
20
120
6
56
32
838
WARSAW
A
B
D
C
E
F
G
LEVEL 3
3 592 32
600
840
597
515
150
353
113
795
137
113
156
113
130
113
160
32
820
16 m2
34
parkiet
POKÓJ
SYPIALNIA
SYPIALNIA parkiet
11 m2
11 m2
24 m2
parkiet
344
+ 5,10
138
344
6
SYPIALNIA
10 x 17 x 30
A
696 169
120
30
6
150
50
400
parkiet
A
SYPIALNIA
GARDEROBA parkiet
ŁAZIENKA
5 m2
gres
B14 B13
72 m2
25
ŁAZIENKA
5 m2
ŁAZIENKA
gres
6 m2
KUCHNIA
PRZEDPOKÓJ
KUCHNIA
gres
6 m2
gres
6 m2
gres
+ 6,80
gres
ŁAZIENKA 90
GABINET
parkiet
11 m2
parkiet
12
21 m2
90 210
parkiet
16 m2
parkiet
KUCHNIA 11 m2
gres
478
POKÓJ
SYPIALNIA
POKÓJ
parkiet
24 m2
26 m2
13 m2
parkiet
2
210
gres
SYPIALNIA
parkiet
13 m2
331
644
POKÓJ
SYPIALNIA
GARDEROBA
3
90 210
90 210
4 m2
10 m2
1 322
90 210
E
1 499
4 m2
CO
W
259
90 210
gres
7 m2
gres
10 m2
gres/parkiet
90 210
97
KUCHNIA
PRZEDPOKÓJ 8 m2
90 210
75 m2
90 210 90
gres
gres
4 m2
584
4 + 6,80
90 210
644
5 m2
90 210
90 210
A12
89 m2
119
4
90 210
90 210
A11
113 m2
PRZEDPOKÓJ
ŁAZIENKA 210
4 m2
ŁAZIENKA
1 588
96
96 119
+ 6,80
90 210
parkiet
m2 parkiet
193
1 321
55
SYPIALNIA 18 m2
5
GARDEROBA
90 210
2
E
90 210
140
4 3
CO
W
120 211
158
10 x 17 x 30
5
10 x 17 x 30
10 x 17 x 30
55
parkiet
12 m2
parkiet
1
38
213
12
352
24
570
24
222
24
573
24
519
12
240
24
331
12
330
44
766
3 583 26
600
840
207
175
175
298
265
265
60
1
766
597
795
696
584
214
4 352
A
B
A
B
E
D
C
D
C
F
E
LEVEL 4
2 914 32
600
GSEducationalVersion
840
404
138
597
522
151
795
887
30
6
34
112
812
111
6
51
812
2 103
G
+ 11,90
POKÓJ 24 m2
344
344
138
10 x 17 x 30
A
parkiet
A
SYPIALNIA parkiet
10 x 17 x 30
120 210
96 120 m2
+ 13,60
90 210
5
90 210
4
A17
84 m2
PRALNIA
90 210
4 m2
gres
90 210 90 210
+ 13,60
644
644
2
90 210
KUCHNIA gres
586
15 m2
3
55
63
ŁAZIENKA
gres
3 m2
161
gres
12
4 m2
90 210
gres
1 588
4 m2
ŁAZIENKA
90 210
ŁAZIENKA
gres
90 210
ŁAZIENKA
4 m2
gres
1 504
90 210
KUCHNIA 12 m2
PRZEDPOKÓJ 6 m2 gres/parkiet
1 324
90 210
119
A18
85
55
1 321
2
97
3
E
90 210
parkiet
138
4
CO
W
SYPIALNIA 19 m2
119
96
5
469
169
11 m2
parkiet
SYPIALNIA
SYPIALNIA 21 m2
15 m2
parkiet
445
POKÓJ 18 m2
SYPIALNIA
parkiet
16 m2
parkiet
1
576
203
499
18
113
30
234
18
21
153
140
50
813
2 101 600
212
180 44 32
178
298
265
265
62
1
813
840
597
795
51
2 914
A
B
A
B
E
D
C
D
C 2 114
32
600
840
597
1 504 138
150
289
610
290
44
12
274
6
32
39
44
110
32
6
49
610
520
44
406
LEVEL 5
24 10 x 17 x 30
395
395
344
+ 15,30
parkiet
438
138
344
A
SYPIALNIA 11 m2
A
24
96 78
12
265
36
47
24
739
1 323 48
1 508 600
1 515 644 225
192
265
193 294
1
44
44
44
48
265
44 32
174
87 675
12 358
475
parkiet
745
157
44
415
12 44
353
675
JADALNIA
44
415
gres
18 m2
44
12
44
24
12
169 12
12 m2
294
parkiet
294
294
11 m2
2
+ 17,00
parkiet
KUCHNIA
90 210
12
587
1
294
15 m2
3
gres
SYPIALNIA
parkiet
4
44
POKÓJ DZIENNY
12
109
12
644
44
298
90 210
SYPIALNIA 14 m2
597
71
90 210
12
WC
2 m2
24
24 PRZEDPOKÓJ 291 7 m2 gres/parkiet
306
12 120
+ 17,00
A19
135 m2
44
90 210
12
206
189
60 gres
129
4 m2 12
120 210
12 29 gres
12
PRALNIA
3 m2
12
522
218
1 588
ŁAZIENKA
gres
178
218
97
4 m2
44
162
90 210
168
12
12
12
90 210
84
396
ŁAZIENKA
189
90 210 90 210
170
119 55
1 323
44
5
90 210
2
parkiet
138
4 3
12
SYPIALNIA 19 m2
12
96
5
577
169
10 x 17 x 30
GSEducationalVersion
610 610
840
597
49
2 118
A
B
C
D
19
02
RESIDENTIAL BUILDING
DETAIL TERRACE SECTION S1
P1
S2
S1
P7
P1 P3
S5
SECTION
S2
20
WARSAW
INTERIOR
21
03
MULTI - F O R M THEAT E R LOCALISATIO N
DETROIT, MICHIGAN, USA U NIVERSITY
UNIVERSITY OF DETROIT MERCY M ENTOR
TE R M
WINTER TERM 2017/18 PR IZE
1ST PRIZE IN VERTICAL STUDIO DESIGN COMPETITION 2017
PROF. STEVEN VOGEL 4 MONTH S DU RATION
YE A R OF S T U D Y
4
The site of the theater that I designed is in Detroit, Michigan, United States. It is to be multifunction - multi-form theater serving various purposes, so called ”Black Box Theater”, where experimental arts are being performed. In such a solution I intednd to locate the scene in the centre of the performance space, and the audience around. The performance room can accomodate up to 150 viewers. The theater is to fulfil comunity purposes as well. In the place of the already existing season market, I designed a green in front of the building’s entance. The aim is to maintain the bonds of the local community that would get an opportunity to trade thair hanmade goods and agricultural products. A part of the market and the theater are connected by a cafe, which would stay open independently from the opening hours of the theater. Thanks to this, the light from the inside passes to the outside, illuminationg the elevation at night. It works the opposite way during the daytime, when sunlight passes inside and creates an interesting play of shadows in the interior. Facade can be also illuminated electrically - with LED diods which enable colorful light combinations, also displaying information of the coming performance.
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23
03
LIGHT PENETRATION ON JUNE 21
MULTI-FORM THEATER
SITE PLAN
LIGHT PENETRATION ON DECEMBER 21
BUBBLE DIAGRAM STORAGE GARDEN + MARKET
COFFEE SHOP
THEATER
STAFF ROOMS
STORAGE GARDEN + MARKET
The diagram shows the connection of functions provided in the design. Market and Theater play the key role in the whole complex. Cafe becomes a buffor between them.
FIRST FLOOR CONCEPT / BUBLE PLAN
COFFEE SHOP
THEATER
STAFF ROOMS
FIRST FLOOR CONCEPT / BUBLE PLAN
SHADING ANALYSIS LIGHT PENETRATION ON DECEMBER 21
LIGHT PENETRATION ON JUNE 21
LIGHT PENETRATION ON DECEMBER 21
STORAGE GARDEN + MARKET
24
COFFEE SHOP
THEATER
STAFF ROOMS
AERIAL PERSPECTIVE
DETROIT
LOBBY PERSPECTIVE 25
03
FIRST FL OO R
S ECTI ON 26
MULTI-FORM THEATER
DETROIT
SECOND FLOOR
SOUTH ELEVATION
SOUTH ELEVATION
EAST ELEVATION
ELEVATIONS 27
03
MULTI-FORM THEATER
STRUCTURAL PLANS
DETAIL
STRUCTURE PERSPECTIVE
28
DETROIT
M E CH A NI CAL SYSTEMS
H VA C SYSTEM PLAN
ZONE A
ZONE B
ZONE C
FAN ROOM INTAKE/EXHAUST
29
03
MULTI-FORM THEATER
LIGHT ING D IAG RAMS - S E CT I O NS
INTERIOR - LIGHTING SECTION C-C
INTERIOR - LIGHTING SECTION B-B
LIGHTING SECTION A-A
LIGHT ING P L AN - FIRS T F L O O R B
C
A
C
A B
30
PENDANT LIGHT
LIGHT FIXT URES
30
SPOT LIGHT
WALL LIGHT
GENERAL LIGHTING
RECESSED DOWNLIGHT
INDIRECT LIGHTING
BOLLARD
FLOOR LIGHT
UPFLOOR
DETROIT
FACADE DETAIL
LED ILLUMINATED FACADE
E XA M PLE S O F I LLUMIN ATION
31
04
S M ALL A I R PORT LOCALISATIO N
D UR AT I ON
KRAMPNITZ - POSTDAM
5 MONTHS
U NIVERSITY
TE R M
OTH REGENSBURG
WINTER TERM 2016/17
M ENTORS
YE A R OF S T U D Y
PROF. PETER SCHECK
3
Krampnitz is a place abandoned and forgotten by man. The spirit of history brings special mood there. Airport which is to be designed there should correspond with the surroundings and at the same time be an atractive place for the passengers and aircraftpassionate people. That was the main reason why the building has been designed so that it consists of two separate functions. Once the visitors enter the airport, they are given a breathtaking view of the landscape outside, as the lobby is open with a wide window wall. Passengers can head left, to the check-in boxes. Then they should go downstairs, to the waiting room with numerous airlines offices where also flight ticket are sold. After they get their passports checked, the passengers can go outside to the airport grounds and get on their plane. I intended to give the airport a light, clear design in this historical context. This is why the main building is covered with a white membrane formed in a dynamic shape. From the functional point of view, it provides shading of the terminal from the south side, and forms a hangar for the aircrafts which stand next to the building.
32
33
2.
1.
ANALYSE DES KONZEPTS
04
SMALL AIRPORT
2.
1.
A NALYS IS OF T HE ID E A
3.
4.
ANALYSE DES KONZEPTS 3.
2.
1. 3.
4.
4.
5.
3.
4. 5.
5.
6.
6.
5.6.
6.
LAGEPLAN
MAÃ&#x;STAB 1:5000
ZUF AHR T
ZUF AHR T
LOCALI SAT IO N 34
KRAMPNITZ
SCHNITT B - B
MAßSTAB 1:200
SECTION B - B
GRUNDRISS
ERDGESCHOSS
MAßSTAB 1:200
FI R ST FLOOR PLAN
GRUNDRISS
STOCKWERK - 1
MAßSTAB 1:200
FLOOR - 1 35
04
SMALL AIRPORT
SITE P LAN MEMBRANE
STAHLSÄULE
STAHLABZIEHER
FUNDAMENTE AUS BETON
VERTIEFUNGSBEREICH - SÄULE
DE TAIL 36
MAßSTAB 1:50
SCHNITT A - A
MAßSTAB 1:200
SECTION A- A
KRAMPNITZ
PH Y SICAL MODEL
37
HAND DRAW IN G S
SUB JEC T
TH E AL H AMB RA PA L A C E IN GR A N A D A C IT Y, SPA IN W HEN
2 01 3
38
39
P E NCIL
SUB JEC T
SUBJECT
A NCIEN T L I B R ARY O F C E L S U S , T U R K E Y
TRA DITION A L WIN DMIL L , TH E N ETH ERL ANDS
W HEN
WH EN
2 01 3
2013
40
SU B JE C T
BEYLER B E YI PAL AC E IN IS TA N B U L , T U R K E Y W HE N
20 13 41
WATERCO L O U R
SUBJECT
H A RB OU R, GOTH EN B U RG, N OR WAY WH EN
2014
SUB JEC T
SUBJECT
WOOD E N CRANE I N GD A N S K , P OL A N D
STREET IN H AVA N A , CU B A
W HEN
WH EN
2 01 4
2013
42
S UB JEC T
TRAD I T IO N AL W OO D E N H O U S E S I N CH E R B O U R G, FR ANCE WH EN
20 13 43
INK
S UB JEC T
B A S ILICA DI S ANTA M A R IA M A GGIOR E IN BER G AMO , I TALY W HEN
20 13 44
SUBJECT
GOL DEN GATE IN GDA N SK, POL A N D WH EN
2014
S U B JE C T
SUBJECT
ST. MA RY’S B AS I LI CA IN GD A N S K , P O L A N D
TH E TOWN H A L L IN GDA N SK, POL A N D
WHEN
WH EN
201 4
2014 45
46
R E F E R E NC E LETTERS
SCHOOL OF ARCHITECTURE
DATE:
March 8, 2019
TO:
Whom It May Concern
RE:
Reference for Joanna Cieslikowska
I am very pleased to recommend Joanna Cieslikowska to you and your organization. Joanna was a Polish exchange student at the School of Architecture in the Fall of AY 2017-18. During that semester, I was her design studio instructor in ARCH 4100: Integrated Design Studio. This studio focused on the integration of building systems such as structure, mechanical, electrical, interiors and building envelop into the overall design of the building. The project was a 12,000-square foot multi-form or “black box” experimental theater. She was the top student in the class because of her hard work, outstanding design and graphic abilities and her ability to research building systems and their application to the design process. She could conceptually and creatively design and at the same time be proficient in understanding and applying the more technical aspects of a building. In our school’s upper level studio competition, she was voted by the entire faculty as having the most outstanding project over all other studio students. I have taught many students over four decades of teaching and she would rank with the very best of them. Given these facts, it is without hesitation that I can recommend Joanna. If I were still hiring in my architectural practice, I would have no issue with hiring her, whatsoever. Respectfully,
Stephen Vogel, FAIA Distinguished Professor of Architecture and Former Dean AIA National Richard Upjohn and Louise Blanchard Bethune Fell
4001 W. McNichols Road Detroit, Michigan 48221-3038 313-231-7616 www.udmercy.edu
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