Mikołaj Gomółka architecture portfolio + CV

Page 1

Mikołaj Gomółka

Portfolio


Mikołaj Gomółka

CURRICULUM VITAE tel. +48 602-757-768 mail. mikolaj.jakub.gomolka@gmail.com linkedin. Mikołaj Gomółka instagram. mikolaj-jakub behance. mikolaj-gomolka

EDUCATION 2010-2014 Warsaw University of Technology - Faculty of Architecture /Bachelor/ Honorable mention for Bachelor thesis in competition at Warsaw University of Technology Honorable mention for Bachelor thesis in competition (Association of Polish Architects - SARP) in France 2013 Karlsruhe Institute of Technology /Erasmus exchange program/ 2014-2016 Warsaw University of Technology - Faculty of Architecture /Master/ Ist place in competition for best Master thesis on revitalisation (Institiute of Urban and Regional Developement) 2nd place in competition for best Master thesis in polish-german competition (BDA-SARP) 3rd place for best Master thesis in competition (Association of Polish Urban-planners) Honorable mention in best Master thesis in competition named after Maciej Nowicki (A&B) - XIIIth edition 2015 Technical University Berlin /scholarship program DAAD/

WORK 2019- Own design practice Competitions, scenography, Single-family house in eastern Poland (New object) /conceptual design, construction project/ 2019-2021 Warsaw University - Office for Innovation in Accademic Space Reaserch, publishing, design symulations, analysis, interior design, investment supervision, campuses masterplans, organisation of architecture competitions, graphic design 2018- Warsaw University of Technology - Faculty of Architecture - Institut of Urban Planning /Assistant/ Residential building complex (project), Heritage spaces (seminar+lecture), Local developement plan (project), Rural Settlement (project), Berlin-Warsaw exchange with Technical University Berlin (workshops) 2012-2018 BPBO S.A. /to 2014 Internship, from 2015 Assistent, from 2017 Architect/ 2018 Multi-family residential building in Warsaw (New object) /under construction/ 2018 Polish embassy in Jakarta (Modernisation) /conceptual design/ 2017 Rail cargo terminal in eastern Poland (New object) /conceptual design/ 2016 Polish embassy in Cairo (Conversion) /conceptual design/ 2016 Polish embassy in Addis Abeba (Extension) /conceptual design/ 2016 The seat of the Polish Radio Chamber Orchestra in Poznań (Renovation and extension) /completed/ 2015 Locomotive inspection hall (New object) /conceptual design, construction project/ 2012 Single-family house in Pomerania (New object) /conceptual design, construction project/ 2011-2018 InGremio - conducting graffiti workshops 2011-2012 MFR-MGR /Internship/ 2011 City Sports Square in Warsaw (New object) /conceptual design/

SOFTWARE Adobe InDesign, Illustrator, Photoshop, Autodesk Autocad, Revit, 3ds Max, Archicad, Sketchup, MS Office, V-ray

LANGUAGES Polish /Native/ German /C1/ English /C1/ Italian /A2/ Russian /A2/ French /A1/ Arabic /A1/


TABLE OF CONTENTS

ARCHITECTURE Cognitarium

6

Kindergarten in the orchard

8

Pomeranian house

10

Housing in the Harbor

12

The Graphene Institute

14

Graphene Lab

16

Memorial Chamber

18

Public library

20

URBANISM Postcity

26

Suburban campus

34

RESEARCH Building Retirement

38

Lighthouses

39

University spaces

40

DESIGN Rotated house

44

Scenography

45


Archi


itecture


COGNITARIUM LIBRARY FOR KOSZALIN UNIVERSITY OF TECHNOLOGY 2020 | Competition for public investor | with Michał Sikorski and studio UN1ON

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Ground floor plan

Long section

North-west corner

Winter garden in the entrance hall

Campus overlook

-7-


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21G

2017 | private investor | in office BPBO S.A.

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Ground floor plan

Niniejsze opracowanie jest chronione u o Prawie Autorskim i Prawach Pokrew ( DZ. Ustaw 53/2000 poz. 637 ). Kopiowanie, publikowanie, przerabianie b Autorów obiektu i BPBO Budopol S.A. jest

P. 0. 26 11.29 m²

P. 0. 25 Przyłącza beton szlifowany

Śmietnik beton szlifowany

beton szlifowany

12.19 m²

P. 0. 22 3.12 m²

P. 0. 20 5.09 m² Kuchnia - Odbiór termosów

Kuchnia - zmywalnia beton szlifowany P. 0. 16

WC

4.37 m²

beton szlifowany

P. 0. 18 33.11 m²

P. 0. 23

Kotłownia

8.28 m²

beton szlifowany

P. 0. 13

WC

1.09 m²

beton szlifowany

P. 0. 17 68.20 m²

P. 0. 21 11.02 m²

P. 0. 04

Archiwum

4.85 m²

parkiet przemysłowy

P. 0. 05

WC

4.62 m²

beton szlifowany

P. 0. 03

Pokój wychowawców

17.57 m²

parkiet przemysłowy

Pralnia

P. 0. 24

Kuchnia - rozdzielnia

beton szlifowany

8.69 m²

beton szlifowany

P. 0. 14

WC

1.13 m²

beton szlifowany P. 0. 12

Przedsionek

9.90 m²

beton szlifowany

P. 0. 15

WC

1.11 m²

beton szlifowany

Sala 2.1 parkiet przemysłowy

Sala 2.0 parkiet przemysłowy

Projektant Generalny:

Biuro Projektów Budownictwa Ogóln BUDOPOL SA P. 0. 06

Aneks kuchenny

9.92 m²

beton szlifowany

P. 0. 19 32.15 m²

00-895 Warszawa, ul. Biała 4 tel. (48 22) 653 33 42, faks (48 22) 8 www.bpbo.com.pl, biuro@bpbo.com

Sala 2.2 parkiet przemysłowy

Obiekt: P. 0. 01 27.91 m²

Koncepcja przedszkola i liceum Montessori

Hol parkiet przemysłowy

ul. Tomcia Palucha 25, ul. Bohaterów Warszawy Inwestor: P. 0. 02 25.50 m²

Polski Ośrodek Edukacji Montessori ul. Henryka Pobożnego 1, 90-447 Łódź

Szatnia parkiet przemysłowy P. 0. 07

WC

3.28 m²

beton szlifowany P. 0. 08

Stadium projektu:

1.98 m²

WC

PROJEKT KONCEPCYJNY

beton szlifowany

Branża:

ARCHITEKTURA Projektant branżowy: P. 0. 09 46.31 m²

Biuro Projektów Budownictwa Ogólnego BUDOP 00-895 Warszawa, ul. Biała 4 tel. (48 22) 653 33 42, faks (48 22) 827 78 20

Sala 1.0 parkiet przemysłowy

Projektant:

arch. Daniel Frąc Uprawnienia budowlane w specjalności architektonicznej do projektowania bez ograniczeń numer 24/LOIA/06 Zespół projektowy:

mgr inż. arch. Mikołaj Gomółka mgr inż. arch. Dominik Wroński P. 0. 10 18.40 m²

Sala 1.1 parkiet przemysłowy P. 0. 11 24.48 m²

Sala 1.2 parkiet przemysłowy

Sprawdzający:

arch. Maciej Kowalczyk Uprawnienia budowlane w specjalności architektonicznej do projektowania bez ograniczeń numer MA/061/12, MA-2468 Treść rysunku:

Przedszkole - rzut parteru : Skala

: Data

1 : 100

Rendering of room 2.0

-9-

Data wydania

Nr rysunku:

TP-WZ-


POMERANIAN HOUSE A PASSIVE REGIONAL HOUSE INSPIRED BY THE ARCHITECTURE OF POMERANIA 2013 | private investor | in office BPBO S.A.

Pomerania is the region of Poland localized along the Baltic coast. There are still living fishing

traditions, and local wooden architecture is easy to

meet. The design of a contemporary regional home

interprets the local architecture rather than imitating it. The shape of the house relates to the natural and cultural landscape.

The towering roof interprets the coastal buildings such as harbor cranes, windmills, and fishermen‘s

houses. Wooden facades imitate the skeletons of the boats under construction.

In addition, the object is a passive house, with a heat pump and photovoltaic cells on the roof.

Right: port crane in Gdańsk, XVIIth century

- 10 -


Ground floor plan

First floor plan

Long section

Mezzanine plan

Cross section

South-east corner (wooden model)

- 11 -


HOUSING IN THE HARBOR COMPETITION FOR A HOUSING QUARTER 2018 | Competition for the private investor | in office BPBO S.A.

The building was designed as an eight-story building with local subsidence to seven floors to match the height of the neighboring buildings. A reference to them and the tradition of the Praga apartment buildings is the beveling (cutting) of the western corner. The architecture of the building was inspired by the structures of old Praga. The characteristic elements of this design are permanent facade cladding (ceramic tiles in different colors, bricks), windows with specyfic detail, distributed in an orthogonal grid, and detailed balustrades. Right: aerial view of the district. In the upper right corner - the harbor quay

- 12 -


First floor plan

North-east corner

- 13 -


THE GRAPHENE INSTITUTE INSTITUTE OF ELECTRONIC MATERIALS TECHNOLOGY IN WARSAW 2014 | Bachelor thesis | Warsaw University of Technology - Faculty of Architecture

As part of my bachelor‘s project, I got in touch with the Institute for Electronic Materials Technology. It is one of the significant public institutions in

Poland that researches and produces graphs. The subject of the project was the new headquarters of the institute with research, office, production, and popularization areas.

The primary reference for the spatial arrangement

was the typology of the monasteries. Like modern monks, scientists need calm and concentration to do their scientific work. Another critical factor is

contact with nature and isolation from the outside world.

The spatial arrangement is based on inner courtyards around which various functions are organized. Right: monastery garden for reference

- 14 -


Sekcja 4

30

Ground floor plan

Sekcja 3

525

525

525

525

525

250

525

525

525

220

525

250

2130

Sekcja 1

525

525

220

525

s1

250

1605

800

220

30

845

220

40

30

2670

Sekcja 2

TRANSFER 41,09 m2

SALA KONFERENCYJNA 80,60 m2

MAGAZYN PRODUKTÓW 21,36 m2

MAGAZYN MATERIAŁÓW 15,62 m2

MAGAZYN SPRZĘTU 15,62 m2

WC / PRYSZNIC 10,52 m2

1

ŚLUZA 10000 / 1000 1,91 m2

STREFA PRZYJĘĆ DOSTAW

s15

235

ŚLUZA / 10000 9,90 m2

1250

320

7,98 m2

1310

235

POMIESZCZENIE SOCJALNE 21,57 m2

ZAPLECZE SALI 12,40 m2

ZAPLECZE SALI 28,09 m2

s16

220

MAGAZYN GAZÓW 21,76 m2

MAGAZYN ODCZYNNIKÓW 21,86 m2

AUDYTORIUM 138,10 m2

PRODUKCJA 190,59 m2

WODA DEJONIZOWANA 21,54 m2

FOYER 83,21 m2

s2

RENTGEN 20,35 m2

896

ŚLUZA TRANSPORTOWA / 10000 9,90 m2

POMIAR C-V 37,46 m2

EKSPOZYCJA 71,48 m2

BADANIE PRÓBEK 75,38 m2

1910

ŚLUZA / 10000 2,45 m2

KORYTARZE 52,97 m2

s14

5090

ŚLUZA 1000 / 100 2,47 m2

ŚLUZA / 10000 2,45 m2

2

PRZEDSIONEK 13,32 m2

HALL 144,28 m2

399

ŚLUZA 1000 / 100 2,47 m2

370

4

ELEKTRONOLITOGRAFIA 19,79 m2

FOTOLITOGRAFIA 16,65 m2

940

140

40

ŚLUZA WSTĘPNA 29,16 m2

POM UTYLIZACJI ODPADÓW 23,36 m2

ŚMIETNIK 23,36 m2

s13 RECEPCJA / INFORMACJA 18,90 m2

CZĘŚĆ CHEMICZNA 40,49 m2

PROCESSING 74,98 m2 PROCES WZROSTU 61,25 m2 940

s12

1440

s11

140

s10

s6 TELEKOM 12,0 m2

PRYSZNIC / PRZEBIERALNIA 14,85 m2

SZAFKI 10,56 m2

SZAFKI 10,56 m2

GABINET DYREKTORA 17,25 m2

PRYSZNIC / PRZEBIERALNIA 14,85 m2

BMS 6,5 m2

235

WC 5,12 m2

WC 6,92 m2

SZATNIA 21,00 m2 425

485

BIBLIOTEKA NAUKOWA / ARCHIWUM 34,09 m2

SERWEROWNIA 27,2 m2

POM. NADZORU 12,0 m2

WC 6,92 m2

ANALIZA 25,50 m2

ANALIZA 25,25 m2

ANALIZA 25,50 m2

GABINET DYREKTORA 17,42 m2

ANALIZA 25,25 m2

s5

SEKRETARIAT 17,25 m2

KORYTARZ 21,94 m2

s8

3

s7

SALA KONFERENCYJNA 78,78 m2

685

155

s9

1045

235

PRZESTRZEŃ WSPÓLNA / ARCHIWUM 119,08 m2

POKÓJ PRACY GOŚCI 34,09 m2

WC 36,81 m2

POM. SOCJALNE 33,25 m2

480

s4 s3

ANALIZA 25,50 m2

ANALIZA 37,39 m2

ANALIZA 25,50 m2

ANALIZA 37,39 m2

420

POKÓJ PRACY GOŚCI 34,09 m2

KSIĘGOWOŚĆ 25,00 m2

ADMINISTRACJA 25,00 m2

153

153

ADMINISTRACJA 25,25 m2

40

505

20

505

20

505

20

505

20

500

30

220

30

500

20

505

20

505

20

500

30

220

30

500

20

505

20

500

30

220

183

POKÓJ PRACY GOŚCI 34,09 m2 POM. PORZĄDKOWE 25,16 m2

845

7910

Diagram of the four neighborhood zones

Diagram of the functional zones of the building

Access zoning scheme

3

e zon iet Qu

2

one dz Lou

1

4 tion Sec

i 4 7 6

5 1 tion Sec

Entrance hall

Office space

- 15 -

2 tion Sec

3 tion Sec


GRAPHENE LAB INSTITUTE OF ELECTRONIC MATERIALS TECHNOLOGY IN WARSAW 2017 | public investor | in office BPBO S.A.

Instytut Technologii Materiałów Elektronicznych - the Institute of Electronic Materials Technology - is a leading institution in Poland that conducts research into the use and manufacture of graphene. After registering a groundbreaking process for producing this material, the demand for new production and research areas increased. The idea of the project was maximum functional flexibility since the dynamics of research do not allow any prediction of future spatial needs. On the other hand, it was crucial to give scientists an integration space by creating inner courtyards around which the office space is concentrated. Right: building structure diagram - concrete prefabricated elements

- 16 -


Ground floor plan

Long section

Axonometric view

- 17 -


MEMORIAL CHAMBER OF WARSAW UPRISING 2014 | Competition for public investor | in collaboration with Dominik Wroński

The general idea - anti-monument Warsaw Uprising is one of the critical moments in Poland‘s history. It was followed by an unbelievably brutal pacification that mainly affected the civilian population of the city. The planned investment is be dedicated to those victims and is located in a historical memorial park next to the war cemetery in Warsaw‘s Wola district. Considering the enormous scale of the crimes against the civilian population of Warsaw, the moral discussion about the purposefulness of the uprising should be abandoned. Therefore the monument should not take a particular position for the viewer but rather represent a place of reflection in contact with nature. The building was integrated into the slope so that it does not cover the park from the street side but rather forms the entrance gate to the park. The memorial wall runs perpendicular to the building along the path and opens directly to the lake. Right: site plan

- 18 -


Memorial wall

Entrance axis

Basement plan

Long section

- 19 -


PUBLIC LIBRARY IN WARSAW DISTRICT PRAGA 2013 | Student project | Under the guidance of Paweł Grodzicki Today is a library not only a book collection, but

also the meeting place. Silence and focus is a cha-

/////Lokalizacja 1/1000 - nowy obiekt strukturalizuje przestrzeń

racteristic feeling present there. What will be the library in thirty, fifty or a hundred of years? Will it

be needed in general? We do not know that for sure. However, we can create conditions which will al-

low the object specificity to change according to the needs. In extreme situation, the specificity can give

way to new functions, which would supplant the traditional idea of a library.

View from the harbour

Strongly inspired by the Jorge Luis Borges text -„The library of babel” - I developed the idea of vertical shafts, containing all functions of the buil-

ding. According to the social and culture changes, I decided to make the construction as variable as possible, allowing all cellings to move or to vanish.

One side of the building is used as a book collection. This part will never be replaced by any other function. The more books will be needed, the more flo-

ors will be pulled down. At the end, if books are not

needed anymore, there will be only an empty shaft

- a remaining of the material form of knowledge. Right: location among dense XIX-century quarters of Praga district

- 20 -


Historical inspiration 1 - Milan castle

Structural inspiration 2 - cells

Holes in the facade - different combination of beams possible. Modularity.

One organism containing many separated units

Historical inspiration 2 - London after bombings

Structural inspiration 1 - bamboo

Lack of the roof. Where is the need, there is the function

Different heights of the levels

Schemat zmiany funkcji

Możliwy Possible progress in scenariusz time 2080

2040

2015

Less and less books

Only digital knowledge

Other functions

Library function

Initial allocation of function in shafts

6m

1

Book collection

2

Group work, coworking, small reading rooms

3

Public space, events, exhibition, auditorium

4

Communication, services

- 21 -


Layers of the building

Harbour crane on rails

Glazed roof with solar panels

Prefabricated removable wooden cellings

Wooden removable beams

Reinforced concreet wells

- 22 -


Section

3240 300

900

40

600

Plan of the 2nd floor

- 23 -

450

300

600


Urb


banism


POSTCITY STRATEGIES FOR SHRINKING CITIES ON THE EXAMPLE OF BYTOM 2016-2017 | Master thesis | Warsaw University of Technology - Faculty of Architecture In my master‘s thesis, I dealt with the topic of

center; Use of building materials from demolished

strategic spatial interferences in an exemplary city

city“ landscape in the post-demolition areas -

shrinking cities. The aim of the design was to find

houses as a storage medium; Creation of a „post-

in Poland. I consider urban depopulation to be an

romantic ruins that are overgrown with greenery

urgent problem on the one hand and to be under-

and surround the historic center as a green ring.

explored in Poland on the other.

The densely populated inner city would be enriched

I chose the city Bytom as the location for my

with an urban basilica on the Old Town Square,

activities - one of the fastest shrinking cities in

which serves as a social space for people relocated

Poland.

from the degraded areas. The basilica is made of

As a result of the analysis of the city‘s history

materials that were extracted from the demolition

thesis that consists of several postulates for the

these districts and an identity tool for people who

and current problems, I have presented a design

of houses on the outskirts. It is both a memorial for

municipality: Dependence of the built-up area on the

change their place of habitation.

number of city residents; the resulting relocation of

Below: a schematic diagram of the urban

people from the most degraded regions (also under

the constant influence of mining damage) to the

transformation 1.Ruins 1.Ruinsiningreenery greenery

Pull factors Pull factors

Push factors Push factors

Deconcentrated Deconcentratedcity city

- 26 -

2.Compact 2.Compactcity city


Demographic phases Postulate: village turns into a city

city developes

city shrinks

city shrinks

area grows

area grows

area stays (social, economical and infrastructural problems)

area decreases

Change of a present condition (amorphous and deconcentrated city) Displacement of an urban activity from extremaly degraded (with mining damages) areas into the historical city center, which, being

Degraded city center

Degraded districts Displacement

Spatial transformation Displacing as well inhabitants as elements of their houses, as a medium of historical and material identity. Using old architectural elements as parts of new structures intensifying the inner city.

Effect: city with defined center Realisation of the postulate - as the number of inhabitants shrinks, the area used for urban activity gets smaller and smaller, but also better organised, denser and more livable. As a result, the mainntenance of the infrastructure would be cheaper, and communication less complicated.

Green areas with ruins

„Compact city” Recreation, food production

- 27 -


The strategy of „reverse“ development of the city

Postulated operations as parts of urban transformation: Main settlements

City center

Degraded parts to be displaced

Displacement direction

2

1

Natural green belt

Green belts around the settlements

Greening the desolated districts

1

Masterplan of the Karb district

2

Masterplan of the Old Town

Obszar Karbia Budynki do zachowania Budynki do częściowej rozbiórki (i przekształcenia w ogród)

1

Budynki do wyburzenia Domknięcie zielonego pierścienia wokół Śródmieścia

Osada wokół kościoła pw. Dobrego Pasterza Działający przemysł

6

Kopalnia Bobrek-Centrum

7

Działający przemysł

8

Zachowane pierzeje ulicy Konstytucji

3

5 4 1

8

7 6 Centralny obszar Śródmieścia

k

Działające zakłady przemysłowe

5

obre

3 4

2

Budynki istniejące

aB

Ekologiczna kolonia pionierska

Proponowany zakres uzupełnień tkanki śródmiejskiej

lnic

Ogrody społecznościowe (opracowane dalej)

Dzie

1 2

1

- 28 -

Projekt zabudowy Rynku i przywrócenia przedwojennej pierzei (opracowany dalej)


Abandoned industry

Barrel vaults from chimneys

Mining settlements

Demolition brick

Concrete plates

Pre-fabricated concrete blocks

Recycling of building materials

Revitalisation of the Old Town Market Square Viewing axis of new object

Smaller square with the cathedral Bigger square with the fountain

New Urban Basilica

Viewing axis of new object

- 29 -


Taras ogólnodostępny

Ground floor plan

B

- 30 -

B

Przestrzeń zapleczowa

Taras ogólnodostępny

WC

WC

Przestrzeń zapleczowa

Schody na antresolę z biurami pracowników

Sala wielofunkcyjna

Schody na antresolę z biurami pracowników

Przestrzeń zapleczowa

WC

Winda

Phase III

Schody na antresolę z biurami pracowników

Przestrzeń instalacyjna

Sala wielofunkcyjna

WC

Winda

Zaplecze Sanitarne

Winda

Okno z antresoli

Schody na antresolę z biurami pracowników

Przedsionek

Cross section

Przestrzeń zapleczowa

Pomieszczenie zapleczowe

Pomieszczenie zapleczowe

Phase II

Przestrzeń instalacyjna

WC

WC

Pawilon informacyjny

Phase I

A

A

Ujęcie wody

WC

B

Zaplecze Sanitarne

Urban Basilica

Strategy of developement Phase IV

Rampa prowadząca do sali

Long section

Okno z antresoli

Przestrzeń instalacyjna Przestrzeń instalacyjna

First floor plan

Rampa prowadząca do sali

B


Post-urban landscape

Strategy of developement Phase I (present state)

Phase II

Phase III

Phase IV

Long section

Ground floor plan

A

A Część sadownicza

Część ogrodnicza

ulica Krańcowa

- 31 -


- 32 Demolition brick

Mining settlements

Concrete plates

Pre-fabricated concrete blocks

The city market in the arcade

Barrel vaults from chimneys

Abandoned industry

Barrel vaults from chimneys

Abandoned industry

Demolition brick

Mining settlements

Multifunctional room on the first floor of the urban basilica


Social Media

- 33 -

Barrel vaults from chimneys

Abandoned industry

Public roof terrace


SUBURBAN CAMPUS THE NEW CENTER OF THE MICHAŁOWICE COMMUNE WITH A KINDERGARTEN PROJECT 2019 | Competition for public investor | With Michał Sikorski The subject of the competition was the design of

a new center in the Michałowice municipality near Warsaw. In addition to the existing town hall

and the police station, a school, a kindergarten, a community center,

a medical clinic, shops,

and sports fields would be built on the site. The

primary design assumption is to create two quarters

- one large and one small. The first is a compact complex of service and educational buildings (the

so-called educational campus). The second quarter

is a kindergarten whose functional and spatial

arrangement is formally related to the educational campus, while the space in the middle acts as a multi-purpose auditorium.

The project aims to prove that urbanity and

closeness to nature do not have to be opposite to

each other and that the diversity of buildings does

not mean spatial chaos. The project shows that living in a small town can be more modern and

comfortable than living in a big city. We designed an

urban layout as the future city center - Michalowice could thus become a garden city.

Right: diagram of the division of the area into two environments - the quarter of the adults (Urban Block) and the quarter of the kids (kindergarten)

- 34 -


WKD

- 35 Axonometry WKD

P

P

P

PRZEDSZKOLE

4. Separate location of the kindergarten WKD

WKD

5. Two urban units WKD

6. The reserve of land in between (playgrounds) WKD WKD

WKD WKD

P

P RATUSZ

CENTRUM

2. Square in front of the station and car park WKD

3. „Adults“ quarter WKD

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Masterplan


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BUILDING RETIREMENT ADAPTATION OF HISTORICAL SUBSTANCE - A METHOD OF PRESERVING THE IDENTITY OF DEGRADED AREAS 2020 | Article at the conference in Nysa regarding revitalization In Poland, demolition is the most common solution

for abandoned buildings or infrastructure elements, even if there are no specific investment plans in the region.

While such decisions are usually explained for

safety reasons, sometimes only a few structural

elements need to be changed or replaced to allow further existence of the structure.

As part of my work, I am looking for urban and

architectural solutions. A certain amount of the architectural substance of valuable objects can be preserved, but which are not suitable for further use

- 38 -

in their current function. As part of my research, I use examples of reference

solutions in Europe (Poland, Germany, Italy)

and my own concept of urban and architectural transformation from Bytom as one of the fastest depopulated Polish cities.


LIGHTHOUSES GEOMETRIC FORMS IN THE LANDSCAPE 2021 | Scientific article for the quarterly „Przestrzeń i Forma“ Many studies of urban and architectural composition

natural landscape. The project aims to study the

of the observer. Lighthouses are a perfect example

However, the open landscape and the location of

geometric forms and the natural landscape. The

they have enormous meaning and one important

deal with development in urbanized areas.

geometric building shapes have not been adequately researched. This issue is part of my planned more extensive research on the spatial composition of architectural forms and their relationship to the

relationship between the spatial arrangement of

study suggests a set of principles that designers can

apply when placing buildings in an open landscape. The research will deal with the perception of space

(in motion and at rest) and individual impressions

- 39 -

of geometric shapes in the landscape. In addition, characteristic - they are all located on one line (the

Baltic Sea coast). This creates additional potential

in the form of the possibility of creating a thematic tourist route in the future.


UNIVERSITY SPACES TRENDS, VISIONS, DESIGN STANDARDS 2018-2020 | Warsaw University - Office for Innovation in Accademic Space

The publication comprehensively deals with the design of various university spaces (didactic, research,

office,

social)

and

the

associated

challenges. It analyzes the most critical trends in architecture and urban planning and presents specific solutions worldwide. One of the chapters is devoted to the individual conditions and urban planning of the University of Warsaw. The chapters on spatial design standards were caused by the experience of the Office for Innovation in Academic Space at the University of Warsaw. Right: book cover

- 40 -


Comparison of office typologies in university facilities

Układ swobo (faculty hub) Biura prywatne

Układ zatokowy Układ korytarzowy otwarty

Administracja/ pom. pomocnicz

Biura prywatne

Biura prywatne

Przestrzenie współpracy Przestrzenie skupienia

Administracja/ pom. pomocnicze

Administracja/ pom. pomocnicze Przestrzenie współpracy

Przestrzenie współpracy

Przestrzenie skupienia

Przestrzenie skupienia

Comparison of the development phases of the Ochota UW campus 1939

50

100

200m

Planowany układ ulic Tereny przeznaczone dla UW Planowane budynki UW TECHNOLOGIA CHEMICZNA

a ck yte ers iw Un Al.

10

ZAKŁAD

50

100

200m

P o l e M o k o t o wPATOLOGII skie

ul. Żw irk

i i W igu

Pozostałe budynki Tereny zielone (dotychczas.) Zieleń projektowana

2018 Budynki UW Tereny przeznaczone dla UW Planowane budynki UW

ry

CHEMIA

KLINIKA CHIRURG.

ul. Banacha

KLINIKA GINEKOLOG.

iej Curie Planowana Aleja Skłodowsk

nie ul. Planowane przedłuże

REZERWA

ODDZIAŁ ZAKAŹNY

INST. TERAPEUT.

BASEN

ka

2005

University Building, Malmö

Glogera

GMACH CHEMII

ul. Pasteura

Diener & Diener

(do l ikwi

2006

2012-2021

ul Wydziały Filologiczne UW .

Gr

ój

pom. biurowe i dydaktyczne pow. komunikacyjna aktywizujaca niekomercyjna pow. komunikacyjna nieaktywizujaca pow.komunikacyjna aktywizujaca komercyjna

OMA

FORT ec

ka

100

200m

Budynki UW Pozostałe budynki Tereny zielone

Planowane budynki UW Planowane główne przestrzenie publiczne kampusu Kampus i jego obszar oddziaływania

Pole Mokotowskie

ul. Żw irk

i i W igu

ry

)

AKADEMIK AKADEMIK

“WYSPA” WYDZIAŁ PSYCHOLOGII

Świątynia Opatrzności Bożej

FORUM KRAJOBRAZOWE

CENTRUM SPORTU

GMACH GŁÓWNY

ul. Pasteura

XDGA Faculty of Economics Kuryłowicz & Associates Ghent University

50

Forum (”Pole Chwały”)

dacji

ul. Banacha

KLINIKA WEWN.

KLINIKA WEWN.

Planowana ul. Miecznikowa

BUDYNKI ADMINISTRACYJNE

ul. Wawelska

HALA SPORTOWA

10

go dzkie Piłsu

ul. Wawelska

KLINIKA NEUROLOG.

HYGIENA

jec

ry

Józefa ałka Marsz Aleja wana Plano

Stadion

. G ró

i i W igu

IA OG OL AT OM ST

KLINIKA OKULIST.

ul

Budynki na terenie UW Planowane obiekty poza UW

P o lPlanowany e M o k oukład t o wulics k i e

ul. Żw irk

ul. Banacha

10

2019-BIPA

1939

ul. Wawelska

1928 FIZYKA Istniejące budynki Tereny zielone (dotychczas.) Zieleń projektowana

WYDZ. GEOLOGII

1922

Budynek „B” Centrum Nanotechnologii, Politechnika Gdańska

pom.aktywizujące (komercyjne) pom. aktywizujace specjalne i czytelnie

5

10

20

50

100

aule wydarzeniowe

ul. Pasteura

pom. techniczne

Ecole Centrale Paris Saclay

2017

ul

. GGrafton ró jec ka

2019

Institut Mines- Telecom at Paris Saclay Sou Fujimoto

Ecole Politechnique Learning Centre

2020

Piętro 4 Piętro 2 Piętro 1 Parter

- 41 -

Poziom -1

Poziom -1

Parter

Piętro 1

Piętro 2

Piętro 3

Comparison of projections of university facilities

Piętro 3

Piętro 4

2015


Des


sign


ROTATED HOUSE INSTALLATION FROM EUROPALLETS AND FOUND ITEMS 2010 | Przetwory Festival | Cooperation with Basurama Collective The design festival “Przetwory” was organized

In 2010 I worked with the Basurama group from

from 2005 to 2014 in Warsaw. The main aim was

Madrid. The joint project consisted of building

to promote creative recycling. For three days,

hexagonal structures from euro pallets, filled with

dozens of artists gathered in one place, processed

various functions. Some of them turned into swings,

unnecessary items, and sold them at a craft market.

and others into rotating houses.

- 44 -

Each side of such house corresponded to a different

activity and time of day: a place at the desk, a place to sleep, a place to hang a swing, and a place to

organize parties. The installation was named the best project of the festival by an international jury in the competition.


SCENOGRAPHY ADVERTISING OF THE COMPUTER GAME RAINBOW SIX: QUARANTINE 2020 | Papaya Films The

advertising

for

computer

games

was

The model showed a town from a western-movie

commissioned by Ubisoft. The scene was supposed

style, post-apocalyptic setting after an alien

to show a boy playing with figures of soldiers on a

invasion. At a certain point in time, the soldiers‘

6x4 meter model.

figures were supposed to move by themselves using

- 45 -

stop-motion animations. The set was made in a mixed technique on a scale of 1: 6. 3D printing and LED lighting have been used on a large scale.



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