PORTFOLIO by Anna Kolator by Anna Kolator

ANNA KOLATOR architecture portfolio

double HOUSE

single family house in Gdansk for private investors, MAKA STUDIO concept design

July-August 2020

supervisor: arch. Wiktor Kurc

This house design faced a few challenges as the plot had the main access from the south. Therefore, there was a risk of compromising privacy with the idea of a living room with big windows facing the south that appealed to the investors. On top of that, the owners wanted to keep their distance from the neighbours on the west side. My solution was the house split into two parts, so the living and access areas were noticeably divided and not interfering with each other The main living area was located on the east as well as the master bedroom according to the request of the investors.

While working on this concept, I was responsible for developing the idea and form of the building supervised by the owner of the office. I also created the layouts having regard to guidelines and remarks of the investors. The render and schemes seen on the side were prepared by me as well.

ground floor layout 0 1 2 3 4 5m first floor layout 0 1 2 3 4 5m 4 1 m living room 3 5 m garage TERRACE 4 porch 5 boiler room 2 m toilet 8 kitchen 1 1 m hall 3 m pantry 1 5 m bedroom 1 3 hall 1 5 m bedroom 1 5 m leisure room 7 bathroom 1 7 master bedroom 5 wardrobe 1 workplace 8 laundry room 7 m bathroom WIĘKSZE MΛKΛ.STUDIO E: biuro@maka.studio T: 501 537 353 A: Gdynia ul. Kolejowa 6a/1 maka.studio projekt: tytuł: inwestor: numer rysunku data: skala: arch Wiktor Kurc arch Aleksandra Kurc autor: adres: arch Anna Kolator 25/02/2021 22:23:19 KO8a RZUTY Dom jednorodzinny RĘBIECHOWO, ul. Cienista RZUTY 01 Przemysław Marcelina Sorn CZERWIEC 2020 4 1 m living room 3 5 m garage TERRACE 4 porch 5 boiler room 2 m toilet 8 kitchen 1 1 m hall 3 m pantry 1 5 m bedroom 1 3 hall 1 m bedroom 1 5 leisure room 7 bathroom 1 7 master bedroom 5 wardrobe 1 1 workplace 8 laundry room 7 m bathroom WIĘKSZE MΛKΛ.STUDIO E: biuro@maka.studio T: 501 537 353 A: Gdynia ul. Kolejowa 6a/1 www.maka.studio projekt: tytuł: inwestor: numer rysunku data: skala: arch Wiktor Kurc arch Aleksandra Kurc autor: adres: arch Anna Kolator 25/02/2021 22:23:19 KO8a RZUTY Dom jednorodzinny RĘBIECHOWO, ul. Cienista RZUTY 01 Przemysław Marcelina Sorn CZERWIEC 2020

CONCEPT DEVELOPMENT

splitting in two the average house with pitched roof and ridgepole perpendicular to the street shifting the two parts to create two separate blocks aligned with adjacent houses pulling forward the wall and roof outline to ensure more privacy

HOTEL academic

6th-7th semester final project, Gdansk Univeristy of Technology concept design with building phase elements

March - December 2019

supervisor: dr inż. arch. Agnieszka Błażko

The plot is located in the very centre of Gdansk Wrzeszcz. The proximity of the Gdansk University of Technology campus on the south, historic 19th century residential mansions and social terraced houses create a highly defined background.

MANSIONS

- 3-4 high storeys

- mansard roofs, rusty, lost prestige

ABBEG'S COLONY - 2 low storeys

dense terraced residential

CAMPUS

big cubatures - varying forms, flat roofs

Division of the site into six parts corresponding to neighbouring mansions seemed natural according to the existing context. The next step was to place the functions. I decided to accommodate the hotel lobby on the south as it is the main function of the development. The residential part of the hotel was meant to be on the first and second floors. In the next module, the student canteen was located.

Another crucial element is the conference unit located on the ground floor. The last two parts were arranged as a water reservoir and a green square to preserve existing trees. There was also designed a vast underground car park to meet the needs of the whole campus users.

An essential element in the design process was also the Abbeg's Colony. I have decided to incorporate the angled direction of the houses. The northern part designated the south edge of the building, and the southern one - the direction of the path through the squares.

site plan 10 20 30 40 50m 0

GUT

public campus square

CONCEPT DEVELOPMENT

GASTRONOMY HOTEL WATER SQUARE GREENERY SQUARE CONFERENCE UNITS GASTRONOMY HOTEL WATER SQUARE GREENERY SQUARE CONFERENCE UNITS GASTRONOMY HOTEL WATER SQUARE GREENERY SQUARE CONFERENCE UNITS GASTRONOMY HOTEL WATER SQUARE GREENERY SQUARE CONFERENCE UNITS

0.00=8.80 n.p.m. pierwsze piętro 4.20 8.05 drugie piętro dach 11.90 garaż podziemny -4.08 41 660 870 30 960 570 270 990 630 840 840 840 41 1 2 3 4 6 5 7 8 4' 9 10 11 12 394 - 0.59 126 50 374 11 359 1244 314 30 20 328 20 60 420 461 20 272 20 240 20 134 60 385 34 246 254 22 250 89.5 20 333 20 248 20 256 20 270 192 69 319 46 83 325 90 359 15 513.5 20 382.5 20 394 20 202 60 69 319 34 351 34 34 164 210 90 210 176 20 332 20 365 20 400 20 394 60 S6B P1 Sw2 Sw2 Sw2 S1 S4B P8 P7 Sw2 S4B S3 S4C Sw2 Sw2 Sw2 Sw2 Sw2 Sw3A Sw3A P9 P7 P1 P1 P2 P2 P1 P7 P1 Sw3A P2 P8 5.39- 4.28 - 0.855 - 0.14 4.20 0.00 - 4.08 6.1312.49 0.00 2.80 4.20 7.91 0.00 - 4.88 7.71 4.06 - 4.28 - 0.34 3.41 4.06 - 4.28 - 4.88 10.84 3.740.00 - 4.28 - 4.08 4.20 - 2.02 - 2.22 2.08 1.88 5.91 1.38 1.18 - 1.38 - 1.58- 12.65 2.58- 0.14 - 0.34- 6.20 0.00 - 4.08 4.20 3.14 3.14 - 4.28 - 4.88 - 0.14 - 0.34 17.5 28 17 2817.5 17.5 17.5 12 17.5 12 17.5 12 28 2817.5 P2 klapa oddymiająca jednoskrzydłowa otwór w stropie 132x132cm 3.36 P8a P8a P8a P8a P8a P8a P8a 15 90.5 259 90.5 11.90 11.21 11.41 7.56 7.36 20 20 + 3.61 P11 P12 4.20 P1 podnośnik przemysłowy 0.00=8.80 m n.p.m 1.60=10.40 m n.p.m. parter detal A aluminiowym systemem podstawy aluminiową systemową ramką montażową wycieraczka systemowa W4 A B E 3,5% - 0.02 0.15 0.30 0.45 0.58 1.54 1.60 1.40 1.0% 1,0% 1.0% 1.0% 1.5% 3,5% 6% 0.43 0.28 0.13 zadaszenie 150x815cm 0.30 0.22 - 0.02 0.34 0.10 0.10 0.46 0.46 0.22 0.40 1.42 0.94 1.42 1.30 - 0.02 - 0.020.82 0.94 1.18 0.94 0.94 0.70 0.34 1.18 1.06 0.94 0.94 0.70 0.58 0.70 0.35 D2 210 D5 Dz1 Dz1 144 210 windy samochodowe VL 30 D2 Dz2 D2 D1 104 D1 D2 130 260 130 260 130 260 260 260 235 260 130 260 130 260 D2 104 D1 104 D1 D2 D2 D11 D11 D11 114 210 24 29 24 A B C D E A' C' F G H J' J 125.5 21 125.5 306 24 36 24 177 26 308 155 173 206.5 207.5 193.5 205 366 24 263 178 206 246 24 306 24 29 125.5 21 125.5 366 24 366 24 29 191 20 24 176 24 24 378 20.5 164 23.5 35 23.5 24 24 186 20 372.5 35 355 35 355 35 355 355 35 35 355 35 235 35 87 82° 184 225.5 180.5 35 619.5 35 366 24 20 124 118 12 206 12 118 124 20 24 29 105 105 105 319 20 242 12 206 12 242 80 104 135 315 206 129 104 8.5 82° 23.5 23.5 198 318 240.5 35 355 35 520.5 35 235 29 29 448 435 24 29 11 35 570.5 30 20 58 375 35 350 35 813.5 361 373 282.5 35 355 114 658 732.5 114 726 114 66.5 184 24 1753 35 355 363.5 18 369 24 753 810.5 35 805 35 810.5 29 24 366 24 366 24 366 24 1100 372.5 29 29 12 620 82° 98° 172° 268.5 12 137 125 20 105 105 105 100 100 100 246 420 belka BS 300/400 belka BS 300/400 belka BS 300/400 belka BS 300/400 belka BS 300/400 belka BS 300/400 belka BS 300/400 Sw2 Sw6 Sw2 F1 S4A F5 Sw3C Sw2 Sw2 S4A Sw2 Sw3A S3 Sw3C Sw2 Sw3B Sw3A Sw2 Sw2 Sw6 A A - 2.04 0.00 0.00=8.80 m n.p.m 0.00 - 0.02 0.00 - 0.02- 0.02 0.00 0.00 0.00 - 0.02 - 2.04 0.00=8.80 m n.p.m0.00 - 0.02 - 1.36 0.00 0.00 - 0.02 - 0.02 0.00 - 0.02 0.00 - 0.02 - 0.02 - 0.0228 12 17.0 28 28 28 HP 25 25 33.5 12 20 m² 0.03 110.69 m² P8 m² 10.43 P10 m² 0.04 15.36 0.06 m² 5.96 P10 m² P8 m² 47.18 P10 m² 0.11 P10 0.17 m² P10 m² 0.21 0.22 P8 0.24 m² 14.32 P10 0.25 P10 m² 67.13 P8 m² 67.39 P8 m² 66.39 P8 m² 29.93 P10 m² 70.46 P8 m² 81.43 P9 m² 90.04 P8 0.01 0.20 0.20 0.02 m² P10 m² P10 44.5 96 44 HP 25 84 282 12 45 Sw3A 15 sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa sprężona płyta kanałowa HC 200, Pekabex 1 2 3 4 5 6 7 8 9 10 11 12 1' 0.00 słup żelbetowy słup żelbetowy słup żelbetowy słup żelbetowy S4B S3B belka BS 300/400 35x35cm 35x35cm 35x35cm 35x35cm słup żelbetowy słup żelbetowy 35x35cm kabiny sanitarne kabiny sanitarne KABIS LIGHT HPL D2 D2 104 D2 104 210 D2 104 210 D2 210 D2 104 210 D1 210 24 306 m² 0.19 12 158 20 sprężona płyta kanałowa m² 46.77 P10 m² P10 sprężona płyta kanałowa sprężona płyta kanałowa m² 10.23 756 84 52.5 104 126 24 217 120 29 24 147 213.5 35 436 200 39 104 43 12 603 hydrant 25 wnękowy gaśnicą wym. wnęki: 82x72x26cm wys. montażu: 135cm od zaworu wys. montażu: 135cm od zaworu hydrant 25 wnękowy gaśnicą wym. wnęki: 82x72x26cm OPT 2000 OPT 2000 Sw2 S3 Sw3C Sw3C Sw2 Sw6 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 0.00 0.00 1% 14.5 30 722 153 341.5 20 20 445 153 Fw1 ZAPROJEKTOWANO PRZY UŻYCIU WERSJI STUDENCKIEJ PROGRAMU AUTODESK 0.00=8.80 n.p.m. pierwsze piętro 4.20 8.05 drugie piętro dach 11.90 garaż podziemny -4.08 41 660 870 30 960 570 270 990 630 840 840 840 41 1 2 3 4 6 5 7 8 4' 9 10 11 12 394126 50 374 11 359 1244 314 30 20 328 20 60 420 461 20 272 20 240 20 134 60 385 34 246 254 22 250 89.5 20 333 20 248 20 256 20 270 192 69 319 46 83 325 90 359 15 513.5 20 382.5 20 394 20 202 60 69 319 34 351 34 34 164 210 90 210 176 20 332 20 365 20 400 20 394 60 S6B P1 Sw2 Sw2 Sw2 S1 S4B Sw2 S4B S3 S4C Sw2 Sw2 Sw2 Sw2 Sw2 Sw3A Sw3A P1 P1 P2 P2 P1 P1 Sw3A P2 5.39- 4.28 - 0.855 - 0.14 4.20 - 4.08 6.13 2.10 - 2.04 12.49 8.64 2.80 12.43 4.20 7.917.71 4.06 - 4.28 - 0.34 + 3.41 4.06 - 4.2810.84 11.90- 4.28 - 4.08 4.20- 2.22 1.88 5.91 1.38 1.18 - 1.38 - 1.58- 12.65- 0.14 - 0.34- 6.20 - 4.08 4.20 3.14 3.14 - 4.28- 0.14 - 0.34 17.5 28 2817 2817.5 17.5 12 17.5 12 11 17.5 12 2817.5 12 28 17.5 P2 otwór stropie 132x132cm klapa oddymiająca jednoskrzydłowa P3 P8 3.36 P8a P8a P8a P8a P8a 15 90.5 P13 259 90.5 P13 11.90 11.21 11.41 7.36 20 20 + 3.61 P11 4.20 P1 0.00=8.80 m n.p.m 1.60=10.40 m n.p.m. parter 260x120cm, ALUMATEX aluminiowym systemem podstawy wycieraczka systemowa W4 255x120cm, ALUMATEX aluminiową systemową ramką montażową wycieraczka systemowa W4 A B E 3,5% - 0.02 0.30 0.45 0.60 0.58 1.54 1.60 2.00 1.40 1,5% 1,0% 1.0% 1.0% 1.5% 3,5% 6% 0.43 0.28 0.13 1.00 zadaszenie 150x815cm 0.30 0.30 0.22 - 0.02 0.34 0.10 0.10 0.46 0.46 0.22 0.40 1.42 0.94 1.42 - 0.02 - 0.020.94 0.82 1.18 1.06 0.94 0.94 0.82 0.10 1.06 0.94 0.70 0.58 0.70 0.35 D1 104 210 D5 Dz1 0 1 2 Dz1 144 210 windy samochodowe D2 Dz2 D2 D1 D1 D2 130 260 130 260 130 260 260 260 235 260 660 870 990 570 900 990 840 840 840 130 260 130 260 D2 104 D1 D1 D2 D2 D10 D10 D11 114 210 7573 24 29 24 A B C D E A' C' F G H J' J 125.5 21 125.5 306 24 36 24 177 206.5 366 24 263 178 206 246 24 306 24 29 125.5 21 125.5 366 24 366 24 191 20 24 176 24 24 378 20.5 164 35 23.5 372.5 35 355 35 355 35 355 355 35 35 355 35 235 35 87 82° 184 225.5 24 636 183 220 170 35 829.5 35 180.5 35 619.5 35 366 24 20 124 118 206 12 118 124 20 24 29 105 105 105 319 20 242 12 206 242 206 129 104 82° 23.5 23.5 198 318 240.5 35 355 35 144 481 246 87 104 63 12 284 20 24 520.5 35 235 24 29 29 448 435 24 29 11 35 570.5 30 20 58 375 35 35 813.5 361 35 373 50.5 282.5 35 355 267.5 114 658 24 642 169 35 805 35 804.5 35 24 35 355 363.5 18 369 24 753 24 810.5 35 805 35 810.5 29 24 366 24 366 24 366 24 1100 372.5 29 24 24 29 12 620 82° 98° 172° 268.5 12 137 125 20 105 105 105 100 100 100 12 246 420 belka BS 300/400 wykończone płytami StoVentec Glass Sw2 Sw6 Sw2 F1 S4A F5 Sw3C Sw2 Sw2 S4A Sw2 Sw3A Sw2 S3 S3 Sw2 Sw3B Sw3C Sw2 Sw3B Sw3A Sw2 A A 596 943 73 907.5 5053 32 - 2.04 0.00 ± 0.00=8.80 m n.p.m 0.00 - 0.02 0.00 - 0.02 - 0.02 - 0.02 0.00 0.00 - 0.02 - 2.04 0.00=8.80 m n.p.m- 0.020.00 0.00 - 0.02 0.00 - 0.02 0.00 - 0.02 0.00 - 0.02 - 0.02 - 0.0217.5 12 17.0 28 12 17.0 HP 25 25 12 88.5 20 0.03 m² 42.50 P8 m² 10.43 0.04 m² 0.06 P10 m² 5.96 P10 125.12m² P8 m² 47.18 P10 m² 8.67 P10 0.17 m² 2.33 P10 0.21 m² 0.22 P8 0.24 m² 14.32 P10 m² P10 m² 67.13 P8 m² 67.39 P8 m² 66.39 P8 m² 29.93 P10 m² 70.46 P8 m² 81.43 P9 m² 90.04 P8 0.01 0.20 0.20 0.02 m² 2.33 P10 m² 2.33 P10 HP 25 84 282 45 Sw3A 15 sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa sprężona płyta kanałowa sprężona płyta kanałowa HC 200, Pekabex 1 2 3 4 5 6 7 8 9 10 11 12 1' 0.00 słup żelbetowy słup żelbetowy słup żelbetowy S4B S3B belka BS 300/400 35x35cm 35x35cm słup żelbetowy 35x35cm słup żelbetowy 35x35cm słup żelbetowy 35x35cm 35x35cm 35x35cm słup żelbetowy 35x35cm słup żelbetowy słup żelbetowy kabiny sanitarne kabiny sanitarne KABIS LIGHT HPL kabiny sanitarne D2 D2 104 D2 104 210 D2 104 210 D2 210 104 210 D1 210 210 24 306 0.19 158 20 186 24 636 m² 46.77 P10 m² 2.33 P10 sprężona płyta kanałowa 0.18 756 84 52.5 104 126 24 217 120 29 24 147 213.5 35 hydrant 25 wnękowy gaśnicą wym. wnęki: 82x72x26cm wys. montażu: 135cm od zaworu wys. montażu: 135cm od zaworu hydrant 25 wnękowy gaśnicą kurtyna powietrzna kurtyna powietrzna OPT 2000 Sw2 S3 Sw3C Sw2 Sw6 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 EI30 0.00 30 29 722 153 341.5 20 20 445 153 Fw1 ZAPROJEKTOWANO PRZY UŻYCIU WERSJI STUDENCKIEJ PROGRAMU AUTODESK 0 1 2 3 4 5m section A-A 0 1 2 3 4 5m ground floor plan

ZAPROJEKTOWANO PRZY UŻYCIU WERSJI STUDENCKIEJ PROGRAMU AUTODESK ZAPROJEKTOWANO PRZY UŻYCIU WERSJI STUDENCKIEJ PROGRAMU AUTODESK 0 1 2 3 4 5m first floor plan D4 94 D2 D3 94 D1 104 D1 104 210 D2 104 210 D3 94 D4 94 D2 D1 104 O1 (0) 260 O1 (0) 260 O2 65 (0) 260 (0) 260 O2 65 (0) 260 65 (0) 260 210 1 A samochodowej winda hydrauliczna 12 17.5 28 O2 O2 (0) 260 (0) 260 130 (0) 260 65 (0) 260 65 (0) 260 65 (0) 260 104 210 104 210 104 210 D1 104 210 D2 D2 104 D1 104 210 D1 D2 D2 D2 D4 D3 D2 D4 D3 D4 D3 D4 D4 94 D3 94 D3 94 D4 94 D4 210 Dz3 D3 94 O2 65 (0) 260 O2 (0) 260 O1 O1 O1 O1 130 (0) 260 O1 (0) 260 (0) 260 O1 O1 O1 O1 130 (0) 260 65 (0) 260 65 (0) 260 O2 65 (0) 260 O2 4582.5 1611 1612.5 743.5 154 744.5 247 2 3 4 5 6 7 8 9 10 11 12 A B C D E F G H I J' J 1' D1 A' F8 D3 210 104 104 210 D2 D4 D3 308.5 D4 94 D2 104 D4 94 D2 D3 123 197 5 177 88.5 94 114.5 636 327 29 155 24 308 173 51 65 195 130 195 106 65 65 65 170 131 130 210 26 130 260 65 55 177 177 10 24 186 648 24 256 203 24 282 177 202 24 322 10 24 264.5 116.5 177 177 177 12 309 327 82° 177 104 175.5 104 24 155 383 308 7 5 24 28 40 104 243 171 12 88.5 94 114.5 35 355 35 231 27 231.5 35 98° 312 174.5 312 285.5 111 98° 94 20.5 91 89.5 116.5 104 48 75 130 195 65 81 155 130 141 95 65 130 65 71 29 24 636 24 216 24 636 24 26.5 29 285.5 324 312 29 24 366 24 225 20 24 24 636 246 140 86 140 178 482 216 belka BS 300/400 Pekabex S4B S4A S5 S4C S4B S5 S4A Sw3C Sw3C S4B S4C Sw2 Sw3C Sw3C Sw2 Sw3A Sw3C Sw3C Sw3C Sw3A Sw3A Sw3C Sw3C Sw3C Sw3C Sw3C Sw3C Sw5A Sw5A Sw5B A 1642.5 752.5 4.20 2.10 4.20 2.10 2.80 4.20 4.20 17.5 28 12 17.5 28 12 17.5 4.20 4.20 5.10 4.20 5.30 1.06 m² 1.05 P9 HP 25 HP 25 HP 25 4512 1.09 1.10 1.14 P10 m² 1.13 P9 m² 1.12 P10 m² 17.44 P9 1.07 1.08 m² P10 m² 17.44 P9 1.15 1.16 m² P10 m² 17.44 P9 1.19 1.20 m² 4.90 P10 m² 17.13 P9 1.25 1.26 m² 4.90 P10 m² 17.44 P9 1.27 1.28 m² 1.32 P10 m² P9 m² 1.24 P10 m² P9 m² 8.64 m² 1.03 26.35 m² 25.89 P8/P8a m² 1.02 P8 m² 1.36 P10 m² 19.46 P8/P8a 1.38 m² 1.37 P10 1.40 m² 1.39 P10 1.42 m² 1.41 P10 m² 27.79 P9 m² 1.42 5.89 m² 20.87 P9 m² 1.46 5.23 m² 1.50 P8 m² 1.51 2.54 m² 1.49 P8/P8a m² 20.87 P9 m² 1.48 5.23 1.5% 1.5% 1.5% 4% 3% 2% 3% 1% 1% sprężona płyta kanałowa 88.5 94 114.5 88.5 94 114.5 88.5 94 114.5 277 20 88.5 114.5 88.5 94 114.5 88.5 94 114.5 88.5 94 114.5 sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa sprężona płyta kanałowa sprężona płyta kanałowa sprężona płyta kanałowa sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex sprężona płyta kanałowa sprężona płyta kanałowa HC 200, Pekabex HC 200, Pekabex sprężona płyta kanałowa HC 200, Pekabex 48 137.5 58 24 58 137.5 104 157 104 137.5 58 54 325.5 35 355 35 325.5 120.5 104 137.5 58 24 58 137.5 104 147 104 212.5 58 34 Dn1 (0)78 197 139 58 Pekabex Pekabex 196.5 słup żelbetowy słup żelbetowy słup żelbetowy 7582.5 61 264 126 199 126 264 126 199 61 70.5 59.5 264 126 199 61 69 61 199 126 341 126 199 125.5 wym. wnęki: 82x72x26cm wys. montażu: 135cm od zaworu hydrant 25 wnękowy gaśnicą wym. wnęki: 82x72x26cm wys. montażu: 135cm od zaworu wys. montażu: 135cm od zaworu Sw3C S4B S4C Sw3C Sw5B Sw5B Sw3A Sw3C Sw5B Sw3C Sw5B Sw5B Sw5B Sw5B Sw5B Sw3C Sw3C Sw3C Sw2 Sw3C Sw5A Sw3A Sw5B EI30 EI30 EI30 1.5% 1.5% 1.5% 505.5 792 1170 1811 390 780 780 780 390 600 41 EI30 ZAPROJEKTOWANO PRZY UŻYCIU WERSJI STUDENCKIEJ PROGRAMU AUTODESK ZAPROJEKTOWANO PRZY UŻYCIU WERSJI STUDENCKIEJ PROGRAMU AUTODESK development of the ground floor plan (hotel lobby, café, restaurant room) analysis - circulation of different users (hotel guests and students) develpoment of the green roof layout (bee hives and urban farming)

sketches and analysis

SPECTRUM

awarded finalist mention published in article on "Architectura&Biznes" website group work for Detroit Waterfront District competition by YAC concept design, December 2020 collaboration: Barbara Kobusińska, Michał Komosiński

The competition brief asked to propose a new high-rise complex for the city of Detroit. The program covered a hotel, residential and commercial units, and a public square for the community. Our main inspiration for the design of the Detroit Waterfront District was sound, the sound spectrum to be precise. It came from two different sources. The first and more obvious one was the resemblance of the spectrum and Detroit’s skyline mirrored in the river. The second rose from our research about the city as Detroit’s history is strongly intertwined with music. It is the place where legendary Motown was born, there was also the setting of the famous movie “8 Mile”. The musical aspect is visible not only in the form of the building but also in the courtyard design where a stage for the local community was arranged. In the commercial area closest to the waterfront, we planned a social music centre offering education for talented Detroit residents and showcasing the history of the city.

The proposed skyscraper consists of dozens of green terraces on every level and a garden floor between the office units. They add aesthetic and functional value but also improve rainwater management, reduce the urban heat island effect and improve air quality. Other sustainable solutions that were incorporated are solar panels facing the south and steel construction.

AXONOMETRIC DIAGRAM - PROGRAM

My role in this project was research and idea development. Then together we were modelling the shape and form of the building. I proposed the openings and terraces resembling sound spectrum. In the final stages of the concept design, I was working on the function distribution and general site plan layout as well as the logo.

CONCEPT DEVELOPMENT

AREA OPENINGS HEIGHTS SOUND SPECTRUM CIRCULATION SUSTAINABILITY

ARLES residence in

house renovation for private investors, ECDM Architectes obtaining the building permit, APD - PRO avant-projet définitif April-June 2021

supervisor: arch. Dominique Marrec

While doing my internship I was assigned to take over the project of restructuration of a 19th-century villa in the historic centre of Arles in the south of France. Previously the building was divided into three separate flats, which were bought by private investors. Their intention was to unify them and create a holiday home for the family with a ground floor for services and an exhibition area.

As the building is located in the historic city centre with a very characteristic and defined architectural character, no alterations were planned on the exterior, except for the necessary maintenance. The main aim of the project was to connect the many spaces of very different characters into a consistent system that functions well together. Thus, the imposing semicircular staircase was incorporated to facilitate convenient moving around between different floors. Another major intervention was to create accessible terraces on every floor, with a small swimming pool on the top. It refers to the local tradition of diverse rooftops and climate conditions.

The renovation task was quite challenging as the building had undergone many alterations throughout the years. It was crucial to carefully identify them and assess whether they should be maintained or removed. Since in many rooms there were still present traditional ceramic floor coverings and original doors, the goal was to restore and preserve them as much as possible to maintain the original character of the mansion.

from the side of Place Honoré Clair

My role in this project was preparing the drawings presented on the right side along with the sections, facades, and the photographical representation of the planned changes in the structure. This documentation was required to obtain the construction permit. I also drafted the electrical connections. Moreover, I was working on the interior design of selected rooms on the first floor as well as the exhibition space Les Rencontres d'Arles, an annual photography festival organised in Arles.

13.55 11.56 15.25 13.55 11.56 15.25 14.22 14.22 restauration des appuis de baies restauration des appuis de baies restauration des appuis de baies restauration des fenêtres restauration des fenêtres restauration des fenêtres restauration des volets restauration des volets restauration des volets renforcement fronton restauration pierre d'angle restauration de porte facade

10 20 30 40 50m 0

OVER-TIME archaeological site as palimpsest

3rd semester project, Politecnico di Milano concept design, September-December 2022 supervisor: arch. Fabrizia Berlingieri, PhD collaboration: Alex Rivellini, Miray Melisa Yörük

During the thematic seminar we could choose a site located in Italian region of Calabria and then choose a theme to guide the design process. We have chosen a picturesque archaeological site of ruined Roman villa called "Villa Romana di Larderia" with alluring preserved mosaics. The ruins are located by the Esaro Lake and close to the Farneto woods. Inspired by the superimposition of various layers shaped by both humans and nature we have decided on palimpsest as similarly to such piece on which later writing has been superimposed on earlier text, the location witnessed various eras and each left its mark on the context. The Over-Time design aims to integrate ancient relics with contemporary architecture, enhancing the connection between the archaeological site and the lake. It features an organic ramp for access, guided by the ancient modular grid and the surrounding agricultural fields, suggests a careful consideration of the site's natural features and historical influences, blurring boundaries between interior and exterior spaces. The main building is a translucent volume, interacting with the landscape and serving as an exhibition space for the archaeological relics. Its goal is to create an immersive experience where the landscape becomes an integral part of the museum journey.

Proposed new olive trees field activate the site for agriculture, preserving its original use. Decks over the coastline embrace the lake tides, fostering connectivity and respecting the environment. By proposing decks over the coast line, the lake tides are not seen as a limit but as a characteristic to work with, developing a walking and cycling link between Roggiano Gravina and Località Casello, thus involving also the waterdam in the soft mobility system.

SUPERIMPOSITION OF THE LANDMARKS

My role in this project was developing the concept and its execution together with my groupmates. I was working on the 3D model of our design as well as the 2D drawings, especially the sections and facades. Moreover, I was responsible for preparing the physical model visible on the following page.

Farneto woods 9 cent. first modifications Farneto artificial lake early 2000s Esaro artificial lake 1974 1990 Agricultural fields before cent. BC Current agricultural stripe since 1974 Villa dei Mosaici cent. BC 3 cent. AD SUPERIMPOSITION OF LANDSCAPES THOUGH TIME PALIMPSEST

archaeological site 0

CONCEPT DEVELOPMENT

superimposition of the archaeological site grid and the argicultural grid

main directions

visual promenade

200 400

0 200 400

200 400

+7.70 0.00 -3.00 +3.75 7.00 1 2 3 4 5 6 7 8 9 10 11 12 0 1 2 5 m 0.00 0.00 0.00 0.00 +3.20 +3.20 +3.20 0.00 0.00 +2.70 -3.00 1 0 2 3 4 5m east facade floor plan 1 0 2 3 4 5m longitudinal section 1 0 2 3 4 5m

Floor 2 cm Screed 3 cm Radiant heating system 3 cm Xlam slab | 18 cm Screed 5 cm Finish panel ﬁbercement 0.8 cm Finish panel ﬁbercement 0.8 cm Aluminum cover panels Insulation rockwool 10cm Vapor barrier Xlam slab 10cm Cross Beams HEA 140 Etfe panel Steel frame Substructure 7.5x5 cm Substructure 4.5x3 cm Substructure 4.5x3 cm Wood elements false ceiling 4x2 cm Substructure 4.5x3 cm Wood elements false ceiling 4x2 cm Floor 2 cm Screed 3 cm Radiant heating system 3 cm Screed 10 cm Insulation rockwool 10 cm Xlam 10 cm Plaster layer Insulation rockwool 10 cm Vapor barrier Corrugated board 5 cm Main structure beam IPE 570 Main structure beam IPE 570 Main structure beam IPE 570 570 Main structure beam IPE 570 140 panel frame cm 570 Etfe panel Steel frame Substructure 7.5x5 cm panels 10cm barrier 10cm cm cm cm 140 570 cm cm cm cm cm cm cm cm cm cm cm cm cm cm layer cm barrier cm 570 Cross beams HEA 140 axonometric detail

the

diagram explaining

structure and second skin facade

FREDERIKSSUND maritime centre

second prize in public competition, Sweco Architects Denmark concept design, May 2023

collaboration: Bjørn Mogensen, Alvaro Garcia Sacristan, Tobiasz Obrębski, Pierpaolo Sala and Spektrum Arkitekter

The competiton brief for the Maritime Centre in Frederikssund, a town on Zealand in Denmark, asked for a comprehensive design that would not only meet the needs of the local water sports enthusiasts but also act as a social hub for the resident community. Moreover, the detailed competition brief required two versions, more complex vision project and basic project, either of which would be realised according to the amount of funds collected.

Our team decided to split the program into two linear volumes. The curved building was dedicated to social activities with a gastronomy unit, rooms for social clubs and a possibility to join the ground floor space into a big event space. The straight one with direct connection to the water, was supposed to house mainly storage rooms for sports equipment and changing rooms.

MY CONCEPT STUDIES

I was engaged in development of this competition design from the initial discussions to the delivery deadline. I was working on conceptual sketches and layout planning and then mainly on the Revit model and diagrams such as the one on the next page. I prepared final versions of the floorplans visible on the following page. Moreover, I participated in preparation of the physical model.

AXONOMETRY OF THE VISON PROJECT

CONCEPT DEVELOPMENT

location of the building connections no backside transparency waterfront unifying roof

exploded axonometries of both buildings

Bådhus 8,7 m 5,2 m 2,5 m 0,5 m Depotrum klubudstyr robåde Tørrerum rekvisit opbevaring Værksted inkl. depot *Depotrum selvorganiserede brugere Inrigger robåde 2x8 stykker Sejlhal *Opbevaring kajakker, selvorganiserede Opbevaring kajakker, foreninger *Opbevaring for nye blå aktiviteter *Opbevaring SUP og kystlivredning, selvorganiseret/nye brugere 95 m² *Sauna Opbevaring SUP, foreninger Depot ungdomsskole 47 m² Vaskerum *Omklædning m. bad 47 m² Omklædning SUP 2x10 stykker Windsurf-sejl 10 stykker Havkajakker 10x4 stykker Turkajakker Havkajakker 10x4 stykker Turkajakker UDENDØRS OMKLÆDNINGSZONE KLARGØRING BÅDE Opbevaring følgebåd Opbevaring kanoer 15000 slibe- og lakeringszone dehumidifier Årer: 30 4-meters årer Robåde: stk. inrigger Øvrigt: 60 veste 20 SUP-boards 10 windsurf-sejl. 6 stk. stor-kanoer (10 mandskanoer) max to lag veste, pagajer og supplerende udstyr stk. RIB op under loft Basic project Vision project 40 turkajakker 50 havkajakker 40 turkajakker 50 havkajakker 300 m² Bådhal robåde 90 m² Depotrum klubudstyr 15 m² Træner rekvisit opbevaring 25 m² Værksted inkl. depot 30 m² Tørrerum 90 m² *Depotrum selvorganiserede brugere 15 m² *Sauna 10 m² Teknikrum 25 m² *Omklædning m. bad 25 m² *Omklædning m. bad 25 m² Omklædning m. bad 25 m² Omklædning m. bad 10 m² Rengøringsrum 40 m² Køkken ink. depot 40 m² *Ungeområde 20 m² Klubbaser 20 m² Klubbaser 100 m² Cafe/fælleszone 100 m² Opvarmet multihal 10 m² Vaskerum 25 m² Foyer 30 m² Fælleskontor havnefoged og foreninger 25 m² Værksted/depot havnefoged 60 m² *Træning 30 m² Garderobe og toiletter 100 m² Sejlhal 60 m² Opbevaring følgebåd 100 m² Opbevaring kanoer 40 m² Depot til ungdomsskole 70 m² Opbevaring kajakker, foreninger 70 m² *Opbevaring kajakker, selvorganiserede 20 m² Opbevaring SUP, foreninger 100 m² *Opbevaring SUP og kystlivredning, selvorganiseret/nye brugere 60 m² *Opbevaring for nye blå aktiviteter 150 m² Frostfri multihal Projektstade Basisprojekt Visionsprojekt analysis of the program requirements ogGarderobe toiletter m² Værksted/depot havnefoged Cafe/fælleszone 82 Opvarmet multihal 108 Frostfri multihal 175m² Køkken 43 m² Fælleskontor havnefoged og foreninger Rengøringsrum 11 Foyer 30 slibe- og lakeringszone Teknikrum 12 m² Affald Udendørscafeområde Solterasse Lockers Skylleplads *Ungeområde m² Klubbaser 20 *Træning Cafe/fælleszone m² Klubbaser 2 0 4 6 8 10m curved building: ground floor plan 2 0 4 6 8 10m curved building: mezzanine floor plan 2 0 4 6 8 10m long building: floor plan

CROSS-GENERATIONAL COMMUNITY CENTRE

final master thesis project, Politecnico di Milano

research based concept design

November 2023 - April 2024

supervisors: prof. Paolo Scrivano, Ph.D. Szymon Mateusz Ruszczewski

The issues of urban shrinkage, population ageing, and consecutive lack of social cohesion are present not only in big cities but also in small and medium-sized towns, even though there is less research on the latter. My master thesis discussed these phenomena taking as a case study the town of Elbląg located in northern Poland, in which these problems occur at a moderate scale. Goals of the study are to learn from other similar cases in Europe and to introduce a suitable research and design approach based on the scale and extent of these issues in Elbląg. Existing research suggests aiming to achieve equilibrium on a smaller scale and creating urban centres that offer favourable living conditions for all inhabitants, with a focus on senior residents, rather than promoting unsustainable regrowth. Consequently, this dissertation posed a hypothesis that a public facility, inspired by the recent history of the town, empowering the local community and engaging different generations through mutual learning and craft-related activities is a beneficial and coherent initiative aligned with the existing policies. The proposed design of such a building is influenced by the Open Form Theory in architecture developed by a couple of Polish modern architects Zofia and Oskar Hansen, since one of its core principles is embracing the users’ initiative and interaction through flexibility and adaptability to changing circumstances. Further analysis of architectural projects in the spirit of the Open Form Theory, and the activity of Oskar Hansen in Elbląg both argue for the applicability of this method in the context of contemporary Elbląg. As a result, a set of guidelines was prepared to direct the development of an architectural project of the craft community centre, while the presented conceptual design proposes a possible functional, aesthetic, and spatial answer to the challenges mentioned and initiates a further discussion on other potential solutions.

social bonds in a shrinking town

re-weaving

bus stop bus stop bus stop existing limitations design extending access existing functions design determining form border service and retail service and retail pedestrian crossing added pedestrian crossing residential building alignment walking paths walking paths public park existing trees unregulated parking proposed parking CONCEPT

EXPLANATION

relation to the building context based on aesthetic contradiction

division between servicing and serviced zone expressed through the differentiation of forms

RESEARCH BASED GUIDELINES

permeation and fluid transition between the interior and the exterior

simplicity in expression and incorporation of graphical interventions

flexibility of the space and fluidity of the functions

minimalistic but effective approach to keep the design realistic

interaction with the users who can directly influence the space

full accessibility and inclusivity for everyone

RESEARCH

TOWN SHRINKAGE

The first part of the research was focused on the issue of urban shrinkage that is and will be affecting many cities and town all around the world. I have started with definition of the issue of shrinkage and sketching out the context beginning at the global scale, through Eastern European background to more local causes and consequences related to small and middle-sized urban centres. Then, I presented the situation of the case study of Elbląg through the statistical data regarding demographics, birth and migration rates, unemployment, percentage of different age groups in the population and more. The presented data suggested that there is a growing elderly population as consequence of depopulation and ageing of the society. Consequently, I have researched and compared various policies and strategies successfully applied in urban centres affected by shrinkage that may turn out beneficial for Elbląg. This research resulted in proposing design directions such as activating the elderly and reconnecting the generations through art and craft.

changes in Elbląg's population since 1945

RESEARCH

WORKSHOPS

OPEN FORM

The second part of the research discussed the Open Form Theory and its application in the design process of the community centre. It is an approach developed by Zofia and Oskar Hansen in 1950s that prioritises the users and invites them to active participation, discussion, and even artistic experiment within the architecture. It is based on changing the hierarchy between the architect and the user as it claims that the built environment should be the background exposing the art of events of everyday life.

Moreover, I have highlighted the connections Oskar Hansen had with Elbląg such as his significant activity in artistic events taking place there. Then, I have studied designs that incorporated Open Form principles both by Hansens and other architects and formulated five main principles to use while designing the master thesis project.

1. adaptability and transformability

2. division for the servicing and the serviced

3. fluid relation of interior and exterior

4. receptiveness to the subject

5. graphical architectural expression

Finally, I have argued why I think that the Open Form Theory is still valid and relevant and not only can but should be incorporated in contemporary design practice. I claimed that these principles are simply guidelines of good architectural practice and since they are relevant in modern context just as much as they were sixty years ago.

shrinkage

Open

seniors youthcraf tsmen loca l res i dents consumption participation initiative empowerment ateliers work-shops canteen ﬁber storage comfortable seats sewing storage pottery studio ceramic furnace (diam. 77cm, potter’s wheels (51x36,5x23cm) tables with countertops sink (water connection) electronics repair soldering iron oscillosope and multimeter 3D printer tables with antistatic mats woodwork band saw (65x77x150cm) drill press bench grinder bench vice edge miling machine carpentry tables storage good lighting conditions easels • sink (water connection) jewellerymaking storage tables

DESIGN

function

Form form

CRAFT ATELIERS

layout 1: only workshop layout 1:workshop/ retail layout 3: only retail separation of the servicing and serviced spaces users and activities examples of division into classroms serviced servicing spaces where the classes and meetings take place entrance and storage area serviced servicing three classrooms molo wood softwalll flexible room divider serviced servicing three classrooms five classrooms seven classrooms serv ced servicing three classrooms five classrooms seven classrooms serviced servicing three classrooms five classrooms seven classrooms fully glazed sunlight access window display modular curtain wall structural walls with murals 2050 2023 1999 1975 1945 1989 “liberation” of the city by Soviet Army population: 22 179 obtaining voivodeship status fall of communism administrative reform: losing voivodeship status today population: 113 912 forecast population: 87 694

roof 400 ground ﬂoor 0

CRAFTATELIERS

ﬂexible area 284 m electronics repair atelier 17 m2 wood and metalwork atelier 25 m ﬁber arts atelier 11 m jewellery making atelier 11 m hall 63 m potery atelier 18 m sewing atelier 18 m2 painting atelier 14 m2 men’s toilet 16 m women’s toilet 17 m reception entrance area 147 m2 workshop 30 m2 workshop 15 m2 shop 15 m workshop 15 m shop 15 m workshop 15 m2 shop 15 m shop 30 m shop 30 m cloakroom 16 m staff break room 16 m2 accessible toilet 5 m baby changing room 6 m ceramic furnace 12 m kitchen 22 m2 storage 4 m scullery 8 m canteen 140 m2 accessible toilet 6 m bathroom 4 m changing 4 m corridor 6 m waste 4 m order return pickup B A B A ±0,00=4,50

WORKSHOPS CANTEEN roof 400 ground ﬂoor 0 roof 400 ground ﬂoor 0 0 2 4 6 8 10m ground floor plan 0 2 4 6 8 10m sections A-A and B-B

GRAPHIC work

COLIVING STATIONNEMENT LOGEMENT COMMERCES ESPACES PARTAGES

physical MODELS

office building: interchangeable facade, scale 1:20, Sweco Architects office building: interior section, scale 1:20, Sweco Architects office building: facade element, scal 1:1 Sweco Architects model for the architectural design studio, scale 1:200, Politecnico di Milano model for the preservation studio, scale 1:50, Politecnico di Milano

my final engineering project - hotel: reinforced concrete and prefabricated slabs

multi-family residential building: prefabricated concrete elements

building DETAILS

building element cards for more sustainable construction choices

Leve 10050 D L4 LAB 9878 43 39 965 15 10 22 2 55 85 22 BRIC WALL CONSTRUCTION: P fabr ated ete le nt Sp - 150m h=3000mm w=va ableAi vity - 11U-value: .14 W/ m K - ,d 55 d ZINC WALL CONSTRUCTION P fabricated ete el tst=150mm, h=3000mm, w=var bleFibe bo - 9mZi heinzink hief - 25R 30 FLOO CONSTRUCTION - WOODFo ub it b ie - 2m Cast te et - 55 - m, Th tec - 6mHo ab - 20mRE 60 A -s1,d0 55 d Holl deck pæ 220 -0,36 W/ mK 85mm Thermote to laye 6mm Cast on site oncrete 20MPa 55mm Fo ubst te ith po b ie 2m As Nature White 22mm 2. et pansio In ct Cembri Windstoppe Basi 9m Stainles self d illing and hread Zi Rheinzink h iz cladding 0,7mm 3000mm zi anel 2x25x25m Rhei in th sl Perforated sheetmetal stainles stee 4mm Inter-locking morta 220mm Embedde on od 350mm 10 Reinforcemen stee bars p zink/brick external wall and deck element Site -12 Leve 1050 12 L1 LAB 88 30 95 55 22 70 40 20 20 22 55 85 10 35 0 55 As Nature White - 22mm poCast te ete - 55 - Ø2 m, /c Th - 6m - 85m -Polyst XP - 350 Co ed55 d FOUNDATION WALL CONSTRUCTION Re fo ed et st te - 15 /200Inne leaf concrete Sp æncon - 150mmOute af et Sp - 70 U- lu .15 W/ K RE 120 A2 -s1,d VIA Built Environmen & Enginee ring PROJECT: SUBJECT: DRAW N BY SCALE: CLASS: DATE As indicated Hav Detailwa An Kolat 11/21/ 18 K01_ H5_ EX_N21 AH41-A1 Campus Horsens K01_ H5_ EX_N21 scale 1:500 -0,36 W/ mK 85 Thermote to laye 6mm Cast site et 20MPa 55 Foam ubstrate with vapour barie 2mm xp si movement 10mm 13x83m stainl st l, istu br Rado membrane floor on the ground and sandwich wall A 45 25 20 8070 BRIC WALL CONSTRUCTION: Prefab te te le nt Sph=3000 able - 240m tyBr cks - 108m U- lu .14 W/ K R 60 A -s1,d Neoprene aulk ng Tr pl glazed luminium w ndow s VELFAC ENERGY 200 W ood en w ndow si mounted on glue Re nf ced br ck ntel Fiber cement boards Fiber cement boards Fixing crew Fixing Neop lk ng Br ck xter or w ndows Expande Polystyr stainles stee 4mm stainl 4 window and external brick wall GWP/År: 2,12 kg CO2 / m2/ år GWP/Total: 105,85 kg CO2 / m2 CLT dæk 23004 parketgulv 15mm parketgulv 15mm brandgips 2 lag brandgips 2 lag varmefordelingsplader varmefordelingsplader isover trinlydsplade 50mm isover trinlydsplade 50mm gulvgips 25mm gulvgips 25mm CLT dæk 200-240mm CLT dæk 200-240mm spånplade 22mm spånplade 22mm gulvvarmeslanger gulvvarmeslanger 22031 Lejlighedsskillevægge træskellet GWP/År: 0,54 kg CO2 / m2/ år GWP/Total: 27,13 kg CO2 / m2 gips 2x12,5mm gips 2x12,5mm isolering 95mm KL.34 ribber 45x95mm C/C 600mm gips 2x12,5mm gips 2x12,5mm isolering 95mm KL.34 isolering 95mm KL.34 ribber 45x95mm C/C 600mm ribber 45x95mm C/C 600mm ribber 45x95mm C/C 600mm isolering 95mm KL.34 puds GWP/År: 1,84 kg CO2 / m2/ år GWP/Total: 91,79 kg CO2 / m2 Linjefundament 20001 beton linjefundament 250x1100mm beton linjefundament 250x1100mm drænlag drænlag sandpude sandpude lecaterm lecaterm lecablok lecablok puds Alukonstruktion GWP/År: 2,83 kg CO2 / m2/ år GWP/Total: 141,64 kg CO2 / m2 21046 aluprofil 172mm C/C 600mm isolering 200mm dampspærre aluminium 2mm stålprofil 95mm C/C 600mm gips 2x12,5mm isolering 95mm dampspærre aluminium 2mm aluprofil 172mm C/C 600mm stålprofil 95mm C/C 600mm isolering 95mm gips 2x12,5mm skalmur hulrum binder aluminiumsplade 2mm teglsten binder teglsten hulrum aluminiumsplade 2mm isolering 200mm

Hello! My name is Anna. I am 26-year Architecture graduate from Poland.

I strongly believe that a good design should not only be beautiful but also functional, affordable, and particularly sustainable. To better understand methots of project organisation I have also studied Management as I enjoy acquiring new skills and broadening my knowledge. I learn the most while working with other people and getting to know their point of view. Thus, I have decided to expand my experience and do my master's abroad. Moreover, I have international working experience in Copenhagen and Paris.

I get really involved in any topic I find interesting (and I must admit I am curious about almost everything). I enjoy crafting, especially knitting, and yoga practice in my free time.

SKILLS responsibile organised attentive to detail creativite efficient team member communicative flexibile

SOFTWARE drafting AutoCad modelling Rhino+Grasshopper / Sketchup BIM Revit rendering Enscape / Lumion / Twinmotion graphics Photoshop / Illustrator / Indesign / Corel physical modelling LightBurn / Rayjet Manager

3D printing UltiMaker Cura others Metashape / Microsoft Office

LANGUAGES

Polish native English C1, advanced (IELTS 8.0) French B1, intermediate German A1, basic

ANNA KOLATOR curriculum vitae

01/2023 - 12/2023

EXPERIENCE

Sweco Architects, Copenhagen, Denmark: intern and student worker

• contributing to conceptual and competition projects, managing model workshop (planning, time estimating and preparing physical models and 3D printing for various clients) and introducing and mentoring new interns to the work environment

04/2021 - 07/2021

ECDM Architectes, Paris, France: architectural intern

• architectural survey, renovation project of a XVII century mansion, concept and building phase design drawings development, graphical work and preparing architectural drawings

05/2020 - 09/2020

MAKA STUDIO, Gdansk, Poland: junior architect

• architectural survey, concept and building phase design, coordination and contact with three subcontractors, clients and the city office

04/2018 - 01/2020

students' scientific association Hulaj Urban Squad, GUT, Poland: research on innnovative means of transport in the city

• more than five events coorganisation and supervision, urban mobility infrastructure study, research, contact with sponsors

07/2018

ITO Design, Gdansk, Poland: architectural intern

• architectural survey, building phase design, graphic work

EDUCATION

09/2021 - 04/2024

Politecnico di Milano, Italy: Architecture and Urban Design, MArch graduated with final grade 110/110

09/2020 - 04/2021

European Business School, Paris, France: International Business Management (Erasmus+)

08/2018 - 01/2019

VIA University College, Horsens, Denmark: Architecture Technology and Construction Management (Erasmus+)

10/2017 - 03/2021

Gdansk University of Technology, Poland: Bachelor in Management

10/2016 - 01/2020

Gdansk University of Technology, Poland: Architecture engineering studies, Rector Scholarship for the students with the highest average grade graduated with distinction

ACHIEVEMENTS

02/2021

Finalist mention "Detroit Waterfront District competition by YAC", publication in "Architektura&Biznes", group work

01/2020

Second prize "The Rhythm of Light - house based on Bauhaus principles", individual work

06/2019

Honourable mention "Development of former farmer collective in Cedry Wielkie", group work

09/2018

Second prize according to external judge panel during the evaluation of projects in VIA University College, Horsens, group work

I hereby give consent for my personal data included in my application to be processed for the purposes of the recruitment process under the European Parliament's and Council of the European Union Regulation on the Protection of Natural Persons as of 27 April 2016, with regard to the processing of personal data and on the free movement of such data, and repealing Directive 95/46/EC

REFERENCE letters

Paris on Jully 24, 2021

Lettre de recommandation

Sir or Madam,

Anna Kolator worked in our architectural firm as a project assistant intern for a period from April 19 to July 30, 2021.

Anna has worked on several assignments in different s phases of study. First of all, she realized a study in order to obtain an administrative authorization for the transformation of a private hotel in Arles. She designed all the graphic pieces and structured the file. Then she worked within a project team on a competition of urbanism and housing in Marseille. In the framework of this competition, she worked on the mass plan and the urban schemes. Finally Anna realized the sales plans of a reside ntial operation of 120 housings in StJacques de la Lande

His time at the agency allowed us to appreciate his professional abilities and his sense of teamwork.

Finally, her benevolence and her open-mindedness suggest a bright future as an architect, so we recommend this young architect.

Please accept, Gentlemen, the expression of my best regards.

Emmanuel Combarel

Gdańsk University of Technology

11/12 Narutowicza Street

Gdańsk, Poland

dziekan-arch@pg.edu.pl

+48 (58) 347 23 15

To Whom it May Concern:

Gdansk, 20.01.2021

I strongly recommend Anna Kolator as a candidate for Architecture Master Program student in Your School.

My name is Agnieszka Błażko and I am a Doctor of Architecture Engineering in Department of Residential Architecture, Faculty of Architecture, Gdansk University of Technology. I have encountered many architecture students in my academic career. Anna Kolator is definitely one that positively stands out.

I have been supervisor professor of Anna’s final project on which she had been working for two semesters in 2019. The design process was extremely complex – starting from concept idea to final technical drawings and details. During that year I had a chance to get to know both Anna’s personality traits and also her approach to work and design.

From the beginning she was focused on creating the best concept design possible. She was open to my comments and remarks but also ready to stand up for and justify her ideas. I have noted that she is very diligent and scrupulous. She has great work organisation skills and therefore she had no problems meeting the deadlines while developing the project in a thoughtful and methodical way.

I was also part of the committee on her final engineering exam covering all knowledge gained during her studies. She answered all questions correctly and got the highest grade possible, which proves her dedication and genuine interest in every aspect of Architecture.

Anna is a creative, passionate and talented person. She is extremely ambitious while still maintaining a positive attitude. It was a pleasure to work with her and I think she will be a great addition to Your school.

Sincerely, Agnieszka Błażko, PhD Architecture

Department of Residential Architecture, Faculty of Architecture

Gdansk University of Technology ablazko@pg.edu.pl

Anna Kolator • Gdańsk, Poland • May 2024