Milena Fabicka. Architectural Portfolio 2018 by Milena Fabicka

milena fabicka | architectural portfolio

2018 | milena fabicka | architectural portfolio

Contents

01 Northern Masterplan

professional experience

02 Filling Station

professional experience

03 Extremes of Sound

part II diploma project

04 Hotel without windows

academic project

05 Club Stop

competition project

06 Artworks

selected paintings

Contact mobile e-mail address

+ 44 7984773637 milenafabicka@gmail.com 113 Commercial St E1 6BG London

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architectural portfolio | milena fabicka | 2018

Curriculum Vitae Work Experience Pod Architects Ltd Architectural Designer Apr 2016 - Present London, United Kingdom • • •

Northern Masterplan, London, UK Housing Project with 90 apartments, Littlehampton, UK Revitalization of the historic town centre, extension of the Filling Station and Eastgate Shopping Centre, Inverness, Scotland, UK

WHAT Architecture Ltd Architectural Assistant Nov 2015 - Feb 2016 London, United Kingdom • • •

Family house in Peckham, London, UK AirBnb hotel in Shoreditch, London, UK Practice research symposium, Barcelona, ES

CH+ Architects Intern Jun 2012 - Sept 2012 Wroclaw, Poland • •

AllMoney Bank interior design, Gdansk, PL Furniture design

MODUL school of art Tutor Jun 2010 - Sept 2010 Warsaw, Poland •

watercolour painting technique tutor

education Master of Science in Architecture Wroclaw University of Technology March 2014 - July 2015 Wroclaw Poland •

Diploma project nominated for the ‘Diploma of the year Award’ by SARP Wroclaw and ‘BDA-SARP’ International award

Bachelor of Science in Architecture Wroclaw University of Technology Oct 2010 - Jan - 2014 Wroclaw Poland skills CAD and BIM Revit Architecture AutoCAD SketchUP Archicad Vectorworks Graphic Design Photoshop Illustrator InDesign Rendering 3ds Max V-ray for 3ds Max V-ray for SketchUP Enscape for Revit

freelance Graphic Designer Nov 2015 - Present • • • • •

Visual identification for restaurants in London : Suito, Thaisty, La Casita Mexicana, UK Clothing brand Defensor, PL Plumbing company Dutkowscy, PL Photography site Pieskie Fotografie, PL Product graphic design for Egg-Shell amplifiers, PL

Music Critic Nov 2011 - Nov 2015 •

Jazzpress magazine and Jazzarium.pl music portal

languages English German Polish

C1 - fluent B2 - intermediate native

Interests Cinema Art

volunteer at New Horizons IFF volunteer at SLOT art festival

2018 | professional experience | Northern Masterplan

01 Northern Masterplan

Stage: Stage 2, Town Planning Leading team: Paul Shedden, Milena Fabicka, Maria Moschou Team: OPEN optimised environments, Cumming&Co, Nicholas Hare Architects, ORSA Client: Developer and local council LABV Consultants: Waterman Group, Mayer Brown, JLL Elementa Software used: Revit Architecture AutoCAD SketchUP Adobe Creative Suite

The Northern Masterplan project has been selected in the architectural competition in 2017. A multidisciplinary team of architects, consultants and specialists worked closely together in order to propose the best solutions for the 6ha site - currently unused and contaminated. Located just outside London, at the heart of the wider 30 ha regeneration scheme, Northern Masterplan is a crucial part of the whole project. The development creates an exciting mix of uses for the future residents, such as shops, restaurants, offices, hotel with leisure facilities, school and community centre. Proposals have been located in 3 interconnected zones: high-density residential area, lively commercial hub, and quiet community home zone. The aim of the masterplan is to create an integrated development, promote attractive public spaces and clear pedestrian and cycle linkages to the entire neighborhood. The team has challenged building heights policies and proposed innovative housing solutions to maximize density. The project focuses on health, fitness, and well-being forming an extension to the existing health campus and natural reserve.

Project in numbers: Site area 6.27 ha Parks and public space 2.00 ha Homes 750 Apartments and Houses Retail 1385 sqm Education 420 pupils 2500 sqm Community 550 sqm Hotel 120 rooms Conferencing and SPA Parking 1750 spaces

The project is a part of an ambitious plan which will create thousands of new homes and jobs, with significantly improved services, transport infrastructure and leisure facilities. ÂŁ1.5 billion will be invested over the period of 15 years in this regeneration programme

2018 | professional experience | Northern Masterplan

TO TOWN CENTRE

M EZ O

H AN OS D PIT BU AL S C ST AM O P PS U

BL IC

TR A

l F TR UTU AN R SP E P O UB RT L IC SCHOOL

AMENITY

Pedestrian links

P-O

H AN OS D PIT D A R L O C P-O AR FF PA R

M D AT R E O R P-O N IT FF Y

TE S

AT E

The aim of the regeneration scheme is to transform 30 hectares of post-industrial land into lively high-quality space with new homes, retail and public amenity. The scheme includes the new road, industrial units, southern residential area and the Northern Masterplan.

Vehicular Links L

NA E RV

O E TR

E RV

EN .C

RE IC BL

PU E AR

Proposed landscape is a great enhancement which brings all the parts of the masterplan together. New public square is a focal point of the whole scheme and it is placed where the main pedestrian link cross. New park, river front and multi use games area are the added value for future residents, where they can actively spend time and relax.

ACCESS ROAD

TIO NA

Steep terrain and major underground services were the two most challenging constraints for the masterplan. Setting out the proposed topography was an essential step to create a masterplan, which is accessible for everyone. New routes for the diverted services opened opportunities for the optimal density of the development.

BLUE ROUTE

TIO NA

Northern Masterplan is the most complex part of the whole project. It has an urban character and itâ&#x20AC;&#x2122;s located between a hospital campus, a football club, and a residential area. The proposals needed to take into the account a large variety of existing and future users and how will they benefit from the scheme. Strong vehicular, pedestrian and cycle linkages between the proposed development and the entire neighborhood were a crucial part of the place-making process.

MUGA

R PA

PUBLIC AMENITY

Public amenity

The tallest PRS residential towers are up to 12 storey tall and create a gateway to the scheme. They are located along the main access road . Buildings step down in height towards the existing terraced housing forming a soft transition between the old and the new. Massing

ne ez o m ho

re ta il

sp i

ta l

ity un m m re co ent c

ca rp

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ad i

Northern Masterplan | professional experience | 2018

pu ic te l ho

school

en i am

PR S

re ta il

os ed

e ar

sp i

ta l

u sq

northern masterplan

MUGA

PRS + retail

PRS

access road

blue route

PRS

southern masterplan

t en em tir s re me ho park

industrial units

2017 | professional experience | Filling Station

02 Filling Station

Stage Stage 4 Team Rachel Patrick Patel Milena Fabicka Enes Osmani Musab Desai

Client Scoop AA LLP as agent for Eastgate Unit Trust

Consultants Fairhurst Hulley & Kirkwood

Project management A A Macfarlane Associates

Software used AutoCAD SketchUP + V-Ray Photoshop

Filling Station | professional experience | 2017

Extension of the Filling Station is located in the Inverness town centre in Scotland and it was granted planning permission in 2017. The setting out of the extension has been arranged in order to provide a functional and efficient internal space whilst at the same time respecting the two listed buildings which it sits between - the Filling Station and the Falconer Building. The new proposal is designed in a high-quality manner using appropriate materials which enhance the character of the surrounding listed buildings.

The extension has been set back at the point where it connects to the buildings to emphasize their importance. In addition the proposal is 1 storey and sits well below the historic buildings, where the top of the parapet to the extension aligns with the top of the stone banding on the Falconer building. It allowed the extension to be more subtle and subservient to its context. The proposal incorporates the existing arches into the interior of the building in order to enhance and preserve them.

2017 | professional experience | Filling Station

Ground floor plan

S I G N A G ES

FILLING STATION

IGNAGE

SIGNAGE

Filling Station elevation

PROPOSED 2MM ALUMINIUM PROPOSED 2MM ALUMINIUM PROPOSED 2MM ALUMINIUM BE TO PARPET TO BE PROFILE TO PARPET PROFILE TO BE TO PARPET TOPROFILE FIXED BACK TO PARAPET FIXED BACK TO PARAPET FIXED BACK TO PARAPET POST POST POST

X2 15MM GYPROC X2 15MM GYPROC X2 15MM GYPROC OR SIMILAR TOFIRELINE OR SIMILAR TO FIRELINE OR SIMILARFIRELINE TO PROPOSED STRUCTUREPROPOSED STRUCTURE PROPOSED STRUCTURE TO ACHIEVE 120MINSTO ACHIEVE 120MINS TO ACHIEVE 120MINS FIRE RATING FIRE RATING FIRE RATING PROPOSED SILICONEPROPOSED SILICONE SEALED STRUCTURAL SEALED STRUCTURAL DOUBLE GLAZING DOUBLE GLAZING PANELS SUPPORTEDPANELS SUPPORTED ON GLAZED FINS WITH ON GLAZED FINS WITH FIXING AT HEAD ANDFIXING AT HEAD AND CILL TO EXISTING CILL TO EXISTING SUBSTRUCTURE SUBSTRUCTURE

PROPOSED SILICONE SEALED STRUCTURAL DOUBLE GLAZING PANELS SUPPORTED ON GLAZED FINS WITH FIXING AT HEAD AND CILL TO EXISTING SUBSTRUCTURE

PROPOSED SILICONEPROPOSED SILICONE SEALED STRUCTURAL SEALED STRUCTURAL DOUBLE GLAZING DOUBLE GLAZING PANELS SUPPORTEDPANELS SUPPORTED ON GLAZED FINS WITH ON GLAZED FINS WITH FIXING AT HEAD ANDFIXING AT HEAD AND CILL TO EXISTING CILL TO EXISTING SUBSTRUCTURE SUBSTRUCTURE

PROPOSED SILICONE SEALED STRUCTURAL DOUBLE GLAZING PANELS SUPPORTED ON GLAZED FINS WITH FIXING AT HEAD AND CILL TO EXISTING SUBSTRUCTURE

RECONSTITUTED STONE RECONSTITUTED STONERECONSTITUTED STONE CAPPING TO PARAPET CAPPING TO PARAPET CAPPING TO PARAPET

DRAINAGE CHANNELDRAINAGE CHANNEL

DRAINAGE CHANNEL

ROOF TO COMPRISE ROOF TO COMPRISE ROOF TO COMPRISE POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD DECK, 100mm THICK PIRDECK, 100mm THICK PIR DECK, 100mm THICK PIR THERMAL INSULATION, THERMAL INSULATION, THERMAL INSULATION, TAPERED INSULATION TAPERED INSULATION TAPERED INSULATION BOARDS CUT TO 1:60BOARDS CUT TO 1:60 BOARDS CUT TO 1:60 FALLS, VAPOUR FALLS, VAPOUR FALLS, VAPOUR CONTROL LAYER AND CONTROL LAYER AND CONTROL LAYER AND SINGLE-PLY SINGLE-PLY SINGLE-PLY WATERPROOFING WATERPROOFING WATERPROOFING MEMBRANE MEMBRANE MEMBRANE WATER FROM ROOF TO WATER FROM ROOF TO WATER FROM ROOF TO CONNECT AND DRAINCONNECT AND DRAIN CONNECT AND DRAIN THROUGH PARAPET TO THROUGH PARAPET TO THROUGH PARAPET TO EXTERNAL RWP EXTERNAL RWP EXTERNAL RWP

CAVITY VENTILATIONCAVITY VENTILATION

CAVITY VENTILATION

DRAINAGE CHANNELDRAINAGE CHANNEL

DRAINAGE CHANNEL

ROOF TO COMPRISE ROOF TO COMPRISE ROOF TO COMPRISE POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD DECK, 100mm THICK PIR DECK, 100mm THICK PIRDECK, 100mm THICK PIR THERMAL INSULATION, THERMAL INSULATION, THERMAL INSULATION, TAPERED INSULATION TAPERED INSULATION TAPERED INSULATION BOARDS CUT TO 1:60BOARDS CUT TO 1:60 BOARDS CUT TO 1:60 FALLS, VAPOUR FALLS, VAPOUR FALLS, VAPOUR CONTROL LAYER AND CONTROL LAYER AND CONTROL LAYER AND SINGLE-PLY SINGLE-PLY SINGLE-PLY WATERPROOFING WATERPROOFING WATERPROOFING MEMBRANE MEMBRANE MEMBRANE WATER FROM ROOF TO WATER FROM ROOF TO WATER FROM ROOF TO CONNECT AND DRAINCONNECT AND DRAIN CONNECT AND DRAIN THROUGH PARAPET TO THROUGH PARAPET TO THROUGH PARAPET TO X2 15MM GYPROC X2 15MM GYPROC X2 15MM GYPROC FIRELINE OR SIMILARFIRELINE TO OR SIMILAR TOFIRELINE OR SIMILAR TO PROPOSED STRUCTURE PROPOSED STRUCTUREPROPOSED STRUCTURE TO ACHIEVE 120MINSTO ACHIEVE 120MINS TO ACHIEVE 120MINS FIRE RATING FIRE RATING FIRE RATING

JUNCTIONROOF BETWE JUNCTION BETWEENJUNCTION PROPOSED ROOF AND EXISTING WALL BETWEEN PROPOSED AN

12.5MM PLASTERBOARD 12.5MM PLASTERBOARD12.5MM PLASTERBOARD

Filling Station | professional experience | 2017

Section through the arches

PROPOSED 2MM ALUMINIUM PROPOSED 2MM ALUMINIUM PROPOSED 2MM ALUMINIUM PROFILE TO PARPET TO BE TO PARPET TO BE PROFILE TO PARPET TOPROFILE BE FIXED BACK TO PARAPET FIXED BACK TO PARAPET FIXED BACK TO PARAPET POST POST POST

X2 15MM GYPROC X2 15MM GYPROC X2 15MM GYPROC FIRELINE OR SIMILAR TO FIRELINE OR SIMILAR TO FIRELINE OR SIMILAR TO PROPOSED STRUCTURE PROPOSED STRUCTURE PROPOSED STRUCTURE TO ACHIEVE 120MINS TO ACHIEVE 120MINS TO ACHIEVE 120MINS FIRE RATING FIRE RATING FIRE RATING PROPOSED SILICONE PROPOSED SILICONE SEALED STRUCTURAL SEALED STRUCTURAL DOUBLE GLAZING DOUBLE GLAZING PANELS SUPPORTED PANELS SUPPORTED ON GLAZED FINS WITHON GLAZED FINS WITH FIXING AT HEAD AND FIXING AT HEAD AND CILL TO EXISTING CILL TO EXISTING SUBSTRUCTURE SUBSTRUCTURE

PROPOSED SILICONE SEALED STRUCTURAL DOUBLE GLAZING PANELS SUPPORTED ON GLAZED FINS WITH FIXING AT HEAD AND CILL TO EXISTING SUBSTRUCTURE

PROPOSED SILICONE PROPOSED SILICONE SEALED STRUCTURAL SEALED STRUCTURAL DOUBLE GLAZING DOUBLE GLAZING PANELS SUPPORTED PANELS SUPPORTED ON GLAZED FINS WITHON GLAZED FINS WITH FIXING AT HEAD AND FIXING AT HEAD AND CILL TO EXISTING CILL TO EXISTING SUBSTRUCTURE SUBSTRUCTURE

PROPOSED SILICONE SEALED STRUCTURAL DOUBLE GLAZING PANELS SUPPORTED ON GLAZED FINS WITH FIXING AT HEAD AND CILL TO EXISTING SUBSTRUCTURE

RECONSTITUTED STONE RECONSTITUTED STONE RECONSTITUTED STONE CAPPING TO PARAPETCAPPING TO PARAPET CAPPING TO PARAPET

DRAINAGE CHANNEL DRAINAGE CHANNEL

DRAINAGE CHANNEL

ROOF TO COMPRISE ROOF TO COMPRISE ROOF TO COMPRISE POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD DECK, 100mm THICK PIR DECK, 100mm THICK PIRDECK, 100mm THICK PIR THERMAL INSULATION,THERMAL INSULATION, THERMAL INSULATION, TAPERED INSULATIONTAPERED INSULATION TAPERED INSULATION BOARDS CUT TO 1:60 BOARDS CUT TO 1:60 BOARDS CUT TO 1:60 FALLS, VAPOUR FALLS, VAPOUR FALLS, VAPOUR CONTROL LAYER AND CONTROL LAYER AND CONTROL LAYER AND SINGLE-PLY SINGLE-PLY SINGLE-PLY WATERPROOFING WATERPROOFING WATERPROOFING MEMBRANE MEMBRANE MEMBRANE WATER FROM ROOF TO WATER FROM ROOF TOWATER FROM ROOF TO CONNECT AND DRAIN CONNECT AND DRAIN CONNECT AND DRAIN THROUGH PARAPET TO THROUGH PARAPET TOTHROUGH PARAPET TO EXTERNAL RWP EXTERNAL RWP EXTERNAL RWP

CAVITY VENTILATION CAVITY VENTILATION

CAVITY VENTILATION

DRAINAGE CHANNEL DRAINAGE CHANNEL

DRAINAGE CHANNEL

ROOF TO COMPRISE ROOF TO COMPRISE ROOF TO COMPRISE POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD POSI-JOIST; PLYWOOD DECK, 100mm THICK PIR DECK, 100mm THICK PIRDECK, 100mm THICK PIR THERMAL INSULATION,THERMAL INSULATION, THERMAL INSULATION, TAPERED INSULATIONTAPERED INSULATION TAPERED INSULATION BOARDS CUT TO 1:60 BOARDS CUT TO 1:60 BOARDS CUT TO 1:60 FALLS, VAPOUR FALLS, VAPOUR FALLS, VAPOUR CONTROL LAYER AND CONTROL LAYER AND CONTROL LAYER AND SINGLE-PLY SINGLE-PLY SINGLE-PLY WATERPROOFING WATERPROOFING WATERPROOFING MEMBRANE MEMBRANE MEMBRANE WATER FROM ROOF TO WATER FROM ROOF TOWATER FROM ROOF TO CONNECT AND DRAIN CONNECT AND DRAIN CONNECT AND DRAIN THROUGH PARAPET TO THROUGH PARAPET TOTHROUGH PARAPET TO X2 15MM GYPROC X2 15MM GYPROC X2 15MM GYPROC FIRELINE OR SIMILAR TO FIRELINE OR SIMILAR TO FIRELINE OR SIMILAR TO PROPOSED STRUCTURE PROPOSED STRUCTURE PROPOSED STRUCTURE TO ACHIEVE 120MINS TO ACHIEVE 120MINS TO ACHIEVE 120MINS FIRE RATING FIRE RATING FIRE RATING

JUNCTION BET JUNCTION BETWEEN PROPOSED ROOF ANDPROPOSED EXISTING WALL JUNCTION BETWEEN ROO

12.5MM PLASTERBOARD 12.5MM PLASTERBOARD12.5MM PLASTERBOARD

Falconer Building elevation

82.5MM INSULATING CAVITY LINER

15MM PLASTER DABS 15MM PLASTER DABS 15MM PLASTER DABS 100MM BLOCKWORK 100MM BLOCKWORK

100MM BLOCKWORK

100MM INSULATION

50MM CAVITY

100MM BLOCKWORK 100MM BLOCKWORK

2MM ALUMINIUM CILL 2MM ALUMINIUM CILL PROFILE PROFILE

2MM ALUMINIUM CILL PROFILE

STRUCTURAL FIN TO SUPPORT GLAZING. CONCRETE CAPPING BENEATH TO SUPPORT STRUCTURAL GLAZING. REFER TO STRUCTURAL ENGINEERS DETAILS

X2 15MM GYPROC X2 15MM GYPROC X2 15MM GYPROC FIRELINE OR SIMILAR TO FIRELINE OR SIMILAR TO FIRELINE OR SIMILAR TO ACHIEVE 120MINS FIREACHIEVE 120MINS FIRE ACHIEVE 120MINS FIRE RATING RATING RATING

WALL BASE TO WALL BASE TO WALL BASE TO COMPRISE OF 50MM COMPRISE OF 50MM COMPRISE OF 50MM STONE PANEL, 25MM STONE PANEL, 25MM STONE PANEL, 25MM CAVITY, 75MM CELOTEX CAVITY, 75MM CELOTEXCAVITY, 75MM CELOTEX FR5000 INSULATION OR FR5000 INSULATION ORFR5000 INSULATION OR SIMILAR, CONCRETE SIMILAR, CONCRETE SIMILAR, CONCRETE CAPPING AND CAPPING AND CAPPING AND BLOCKWORK AND DPM. BLOCKWORK AND DPM.BLOCKWORK AND DPM. INTERNAL LEAF TO INTERNAL LEAF TO INTERNAL LEAF TO COMPRISE OF 100MM COMPRISE OF 100MM COMPRISE OF 100MM CELOTEX FR5000 CELOTEX FR5000 CELOTEX FR5000 INSULATION OR SIMILAR INSULATION OR SIMILARINSULATION OR SIMILAR WITH 12.5MM INTERNAL WITH 12.5MM INTERNALWITH 12.5MM INTERNAL FINISH. FINISH. FINISH.

EXTERNAL GLAZED WALL EXTERNAL GLAZED WALL EXTERNAL GLAZED WALL

EXTERNAL CAVITY WALL EXTERNAL CAVITY WALL EXTERNAL CAVITY WALL

50MM CAVITY

100MM BLOCKWORK 100MM BLOCKWORK

100MM BLOCKWORK

50MM CAVITY FILLED 50MM CAVITY FILLED WITH INSULATION WITH INSULATION

50MM CAVITY FILLED WITH INSULATION

100MM BLOCKWORK 100MM BLOCKWORK

ROOF TO COMPRISE POSI-JOIST; ROOF TO COP DECK, 100mm THICK PIR THERMAL DECK, 100mm INSULATION, TAPEREDINSULATION, INSULATION 100MM BLOCKWORK CUT TO 1:60 FALLS, VAPOUR CUT TOCONT 1:60 AND SINGLE-PLY WATERPROOFING AND SINGLE MEMBRANE MEMBRANE

100MM BLOCKWORK

CEMENT RENDER TO CEMENT RENDER TO CEMENT RENDER TO MATCH FINISH ON MATCH FINISH ON MATCH FINISH ON ADJACENT FALCONERADJACENT FALCONER ADJACENT FALCONER BUILDING BUILDING BUILDING

CAVITY VENTILATION CAVITY VENTILATION CAVITY VENTILATION (CV) TO VOID BELOW (CV) TO VOID BELOW (CV) TO VOID BELOW BEAM AND BLOCK BEAM AND BLOCK BEAM AND BLOCK FLOOR PROVIDED BY FLOOR PROVIDED BY FLOOR PROVIDED BY TELESCOPIC CAVITY TELESCOPIC CAVITY TELESCOPIC CAVITY VENTILATION. CROSS VENTILATION. CROSS VENTILATION. CROSS AIR FLOW PROVIDED AIR FLOW PROVIDED AIR FLOW PROVIDED WITH VENTILATION WITH VENTILATION WITH VENTILATION CONTAINED WITHIN CONTAINED WITHIN CONTAINED WITHIN ADJACENT CAVITY ADJACENT CAVITY ADJACENT CAVITY WALL WITH VENTILATOR WALL WITH VENTILATOR WALL WITH VENTILATOR PLACED AT PARAPET PLACED AT PARAPET PLACED AT PARAPET LEVEL LEVEL LEVEL

INTERNAL CAVITY WALL INTERNAL CAVITY WALLINTERNAL CAVITY WALL

JUNCTION BET JUNCTION BETWEEN PROPOSED ROOF ANDPROPOSED EXISTING WALL JUNCTION BETWEEN ROO

2016 | academic project | Extremes of Sound

03 Extremes of sound

Author: Milena Fabicka Tutor: Roman Rutkowski Awards: ‘Diploma of the year award’ nomination, Wroclaw, Poland ‘BDA-SARP award’ nomination, Germany Publications: ARCH magazine, Poland Presentation: Museum of Architecture Wroclaw, Poland

„Extremes of sound” project concerns the sound issues in architecture and urbanism. Its purpose is to draw attention to the important role of sound in the perception of space. The subject of architectural study is a complex of eight pavilions with dimensions of 10 m x 10 m x 8 m, each of which relates to one sound phenomenon. Pavilions are placed on the existing rail tracks and can change their position thanks to a driving mechanism. They can form a variety of urban compositions with specific acoustic properties. Pavilions have the following features: 1 - anechoic chamber, 2 - cafe, 3 - restaurant, 4 - bar, 5 - club, 6 - museum of sound, 7 - stage, 8 - cognitive pavilion.

The project is located in Wroclaw City Harbor – an attractive area in the city center, which is in a poor condition and needs revitalization. The project contains a proposal of urban scale harbor cultivation and architectural study of its part, which includes the southern spit. In its center, there is a wide pedestrian route leading to the pavilions. Equipment necessary to the needs of open public space is located in the central part of the route, on its longitudinal axis. In addition, the waterfront is developed for recreation purposes.

1 2

5 6

3 4

7 8

2016 | academic project | Extremes of Sound

barrier II

1 acoustic barrier I

2 acoustic barrier II

3 closed barrier

4 opened barrier

3 closed barrier

4 opened barrier

5 two closed barriers

6 alternate system I

Acoustic barrier

barrier

5 two closed barriers

Acoustic enclosure

6 alternate system I

Two acoustic enclosures

7 alternate system II

8 unconstrained

1 Club. Sound column

Anechoic chamber. Absolute silence

system I

7 alternate system II

8 unconstrained

Cafe. Sound in isolated environments

Museum of sound. String forest ďż˝

ďż˝

ained

Extremes of Sound | academic project | 2016

twoclosed closedbarriers barriers 66 alternate alternatesystem systemI I 55two

alternatesystem systemIIII 77alternate Alternate system

unconstrained 88 unconstrained Alternate system II

Unconstrained

2 ďż˝

Restaurant. Cloud of sounds

Bar. Reverberation

ďż˝

Stage. Resonance

Cognitive pavilion. Eavesdropping

2016 | academic project | Extremes of Sound

detail of the driving mechanism

land development

Site plan

beto e e tow o bu owa asa k us wa asek

a ostoja

u a elast a o e le e u a elast a

belka bujakowa

a kolejowa u a

kotwa stalowa

u a u a ka al sk

Undercarriage detail

j a

ka stalowa

Extremes of Sound | academic project | 2016 1

110

1920

475

2Ê430

17 40

140

120

3000

570

325

18 x 17,5 27

klapa w pod odze toaleta dla niepe nosprawnych 5,5 m2

237

240

skrzynka z przy czem wodno kanalizacyjnym

354

bar 152,2 m2

353

ma azyn 11,5 m2

120

143

250

18 x 17,5 27

lod—wka

blat roboczy

lod—wka

blat roboczy

kostkarka

lod—wka

kasa 3

pojemnik na l—d

kasa 1

145

1Ê008 200 860

strefa wej ciowa 41,0 m2

1Ê205

lod—wka 130

zmywarka

lod—wka

suszarka na naczynia

ma azyn 7,5 m2

285

239

kasa 2

125 143

540

110

329

34 8

355

240

225

podno nik hydrauliczny w konstrukcji samono nej

puszka elektryczna

210

klapa w pod odze

182

p yty odbijaj ce d wi k

114

106

stela stalowy

110

8% 253

325

140 570

110

350

180

17 40

toaleta dla pracownik—w 2,5 m2

umywalka 2,5 m2

wiatro ap 9,5 m2

170

141

240

600

2Ê026

1920

87 180

1Ê326

Reverberation bar. Plan

317 475

264

160

134

112

236

pavillion no. 4 ground flor plan

344

571

Reverberation bar. Section

244

798 3Ê003

320 1Ê920

802

244

478

251

17 4

pavillion no. 4 section A-A

2015 | academic project | Hotel without windows

04 Hotel without windows

Author: Milena Fabicka Tutor: Roman Rutkowski Review Panel: Antoni Domicz Agnieszka Chrzanowska Software used: Archicad Photoshop Illustrator

The most important and basic function of a hotel is a possibility of an overnight stay. A hotel-room is a fundamental unit of the building. Even though it is an equivalent of a home for a short stay, still it can follow slightly different rules of design. The main idea of the project is to create various types of rooms with an unusual type of lighting, dimensions and arrangement - something people can not experience on a daily basis. The area where the project is located is not very attractive, thus the interior has to be an attraction itself and provide unique experiences for the guests. There are six types of rooms. The light gets inside through the ceiling, balcony or floor but there are no traditional windows. Rooms are long and narrow or square and regular, one or two storey, with or without balcony and so on. The rooms are arranged on a square outline with entrances facing a big atrium. Every floor is different and depends on the floor below. The final form of the building was an effect of both design thought and a level of randomness. The building was part of a wider concept comprising of no. 16 buildings, each 40x40x25m in size.

Hotel without windows | academic project | 2016

2015 | academic project | Hotel without windows

Z Y

level +1

level +2

level +3 Z

Z Y

level +5

level +4

level +6

Hotel without windows | academic project | 2016

‘I love this crazy idea of not having windows but still having daylight in the building. The way rooms are arranged is very complex - I’m not sure if even I would be able to design something like this’ - Antoni Domicz, Architect

24.taras 120 m2

stojaki na rowery

1.administracja 17.kawiarnia/bar

ochrona

23.klatka ewak. II

16.magazyn

hotspot 19.recepcja

15a. 15.pom.soc.

18.wspólna przestrz 1a.

14.wiatr

roga ewakuacyjna

40 m 24 m

20.hall/lobby/komunikacja

13.restauracja

12.bufet

2.sala konf. I

21.windy

3.sala konf. II

9a.zmyw.

22.klatka ewakuacyjna II 6.toalety ogólnodost

10.magazyn

5.sala konf. IV

6c.

9.kuchnia

6a.

6b.

8.pom. socjalne 7.wiatr stojaki na rowery

zjazd do parkingu

8a.

4.sala konf. III

11.lodówka

20 m 36 m

2018 | competition project | CLUB STOP

05 Club Stop

Team: Milena Fabicka, Maria Moschou Awards: Finalist Publications: Alternative designs for Clubs. The book Organised by: Non-architectural competitions

Public infrastructure made fun. Ever feel like dancing your Monday blues away? Could you deal with stress and routine by clubbing daily? YES - at a Club Stop near you! Why not incorporate clubbing into the basic aspect of city life - public transport? An alternative bus stop where you can boost endorphins, actively spend the wait, and improve your productivity. You can create energy by dancing and earn credits for commute or music events - just tap your contactless card on the scanner. The dance floor will transform your kinetic energy to electricity, which powers the city.

Not travelling? Donâ&#x20AC;&#x2122;t worry! You can still use the Club Stop any time, day or night. It operates 24/7 and the time span of your visit can be as short as 15 minutes, or as long as a few hours. Every Club Stop streams DJ sets, live music performances, and festival broadcasts from around the world, bringing the music closer to people. It is fitted with various textures, smells, visuals, and vibrations to be fully accessible for everyone - as the public infrastructure should be. Letâ&#x20AC;&#x2122;s bust some moves!

2018 | competition project | CLUB STOP

CLUB STOP | competition project | 2018

06 Artworks

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