PORTFOLIO Patrycja Pisarek

PORTFOLIO

Patrycja Pisarek

HOTEL | Gdańsk

DIPLOMA PROJECT - Hotel supporting Academic Sports Center

2019 - individual work

Gdansk University of Technology, Poland

SITE ANALYSIS URBAN PLANNING ARCHITECTURE TECHNICAL DESIGN PRESERVATION

Noise protection of the

center

Character of main

planned connections

Outer INTERIOR

as main social and

transit hub

Materplan

Sun oriented

courtyard giving

comfortable conditions

in greenery

Function of designed hotel placed nearby Academic Sports Center of

Gdansk Univeristy of Technology was determined by its location. Possibility

of cooperation with surrounding buildings, serving as main accommodation

for guests arriving for often organised sports events became the main and

practical purpose of hotel existance.

Created concept based on:

• connection of opposite ends of the plot

• design a hybrid object between existing elements of urban tissue

• creating the earthwork slope going under the first floor, creating

COEXISTANCE OF INNER AND OUTER

• softening the slope of escarpment along Zwycięstwa Avenue leading

along the CONNECTION PATH

• the path CURVATURE CONTRASTING with simple, geometrical form

of the building

• COMPOSITIONAL CONNECTION of hotel object with the earthwork

by the net of planted trees which is continuation and expansion of

orthogonal column spacing.

SUN-ORIENTED COURTYARD

CURVED ELEVATION PLANE

BEND OF THE GROUND

PEDESTRIAN PATH ALONG

NET OF TREES - COLUMNS

SIMPLE SHAPE

Southern Elevation

Northern Elevation

Section B - B [conceptual]

First floor plan [conceptual]

Groundfloor plan [technical]

MODULAR STABILITY | Yazd - Iran

SUSTAINABLE HOUSING DISTRICT IN SEISMIC DESIGN

2021 - group work: Patrycja Pisarek, Daniele Domokos

Politecnico di Milano, Italy

MY CONTRIBUTION

- Investigation of existing resident’s typologies and historical development of city, project of residential

buildings with its seismic resistance construction, equal participation in urban concept making.

- [ON BOARDS] All presented graphics


RESIDENTS’ TYPOLOGIES ANALYSIS

Project area is the abandoned, partly green land in the

middle of the YAZD CITY IN IRAN. It is surrounded by

historical city tissue, adjacent to the Dowlatabad Garden.

The main attraction in this historical garden is the world

tallest adobe-made windcatcher, which caused the whole

garden area classified as UNESCO heritage site. The project,

located in the buffor zone, therefore needed to obey

specific rules.

URBAN SURROUNDINGS - Open and permable space development

URBAN SURROUNDINGS - Housing types

Main challenges in the project area:

• respecting rules of the design in the buffor zone for

UNESCO heritage site

• MODULAR residential housing

• accompanying public spaces / public buldings

• contemporary interpretation of IRAN TRADITIONS

• SEISMIC CONSTRUCTION resistance

1965

1985

URBAN SURROUNDINGS - Infrastructure development

2005

2020

Atrial houses Row houses Multi-storey houses

As the place, geographically, culturally and climatically differed

from well known in Europe, the analysis part of the

whole procces was extended for getting acquainted

to the conditions.

Political map of Iran

with Yazd city location

1965

1985

2005

2020

HOUSING - RESIDENTS’ TYPOLOGIES

RESIDENTS’ HOUSING TYPOLOGIES PROPOSAL

TYPES OF

USERS

ONE PERSON HOUSEHOLD

ABOVE 35 Y.O.

YOUNG COUPLE

ABOVE 35 Y.O.

MATURE COUPLE

UNDER 60 Y.O.

ELDERLY COUPLE

ABOVE 60 Y.O.

SINGLE PARENT / COUPLE

WITH CHILDREN

HOUSEHOLD WITH

REPRESENTATIVES OF THE OLDER

GENERATIONS WITH DISABILITY

ONE PERSON HOUSEHOLD

UNDER 35 Y.O.

ONE PERSON / COUPLE

WITH DISABILITY

Functional urban map of

Yazd with site location

HOUSE TYPE

1 - ROOM

3 - ROOMS

2 - ROOMS

3 - ROOMS

4 - ROOMS

4 - ROOMS

STUDIO

1 - ROOM

AREA

43,7 m 2

62,6 m 2

46,9 m 2

62,6 m 2

98,8 m 2

98,8 m 2

31,8 m 2

46,9 m 2

The interdisciplinary process of design contained:

PLAN

Analysis of Persian and Iranian traditions with religious

needs for spaces

N

0 m

1

m

Analysis of history and building typologies in Yazd,

Iran

Researching the needs of neighbourhood for publlic

and residential functions

Housing typologies design

BUILDING TYPE 1

5 m

AXO

VIEW

Urban development plan

Establishment of construction rules for seismic design

according to Eurocode European Standards

Architectural design of public and residential objects

LOCATION

2nd floor 1st floor

0 floor & 2nd floor 1st floor

2nd floor

0 floor

1st floor

0 floor

HOUSE TYPE

1 - ROOM

3 - ROOMS

2 - ROOMS

3 - ROOMS

BUILDINGS TYPE 1 BUILDINGS TYPE 2

AREA

40,3 m 2

88,8 m 2

65,4 m 2

88,2 m 2

PUBLIC BUILDINGS

HOUSING

PARK

urban center

cultural point

kindergarten

commercial center

coworking space

infopoint

commercial center

gym and relax center

urban farming complex

main entrances to cluster

ramps stepping down 1,5m

sloping terrain elevation

leisurery, green environment

gathering spaces

buffored from the main public passage

stepped terrain elevation

sport facilities

close to the main public passage

Express connection for

access to the objects

Housing sloped

wandering path

Schematic section of the CLUSTER INNER COMMUNICATION

Schematic plan of pedestrian connections

Masterplan

HONEY VILLAGE | Rozajny

RURAL ARCHITECTURE AND PLANNING DESIGN STUDIO

2018 - group work: Patrycja Pisarek, Paweł Sokołowski


MY CONTRIBUTION

- Investigation of the village with equal contribution to all analysis and local site interviews, engaged participation

in synthetical representation and proposal of development changes.

- [ON BOARDS] All hand-drawn presented pictures, analytical tables.


CHARACTERISTICS OF THE MAIN PATTERNS OF VILLAGE HOUSEHOLD DEVELOPMENT

RURAL ARCHITECTURE AND PLANNING is the field

considered as neglected, which is resulting in villages being

NEGLECTED while planning.

The project was about analysing chosen village regarding

its landforms, various landscape forms, characteristics of

visual quality and value, historical spacial development,

urban interior composition, analysis of building forms and

their development. Main aim for us, as architects, was to

look at the village noticing all the SENSITIVE POINTS of

local stability and development, noticing the differences in

the CHARACTER AND HARMONY WITH NATURE, comparing

to the city.

1.

2.

3.

Designing part was ment to promote ZERO-GROWTH development

with uplifting valuable elements of the village.

Design of the event leaflet promoting honey

Drawings of different types of village landscape

FARMLAND LANDSCAPE

FARMLANDS

Arable land

Orchard

SEMI - FOREST LANDSCAPE

LAND TOPOGRAPHY

80 - 90 m. a. s. l.

90 - 100 m. a.s. l.

100 - 110 m. a.s. l.

110 - 120 m. a.s. l.

FUNCTIONAL

PROGRAMME

SURROUNDING

SITUATION

FORM

OF THE PLOT

SCALE

OF THE PLOT

DIVERSITY OF THE

BUILDINGS SCALE

LOCATION OF THE

FARM YARD

GARDEN HIGH GREENERY BUSHES

BUILT - UP LANDSCAPE

GREENERY

1.

Fields

Natural greenery

Bushes

Orchards

Mixed forests

Trees

2.

3.

CATALOG OF CURRENT FORMS OF BUILDINGS AND SPACE DEVELOPMENT

TYPES OF COMPOSITION UNITS

WAYS OF BUILDING LOCATION WAYS OF FENCE LOCATION WAYS OF ENTRY LOCATIONS

WAYS OF FLOWER GARDEN

LOCATION

WAYS OF HIGH GREENERY

LOCATION

WAYS OF FREE-STANDING

ELEMENTS LOCATION

WAYS OF THE DOMINANT

ELEMENT LOCATION

MAIN PRINCIPLE OF COMPOSITION

ALONG THE ROAD TYPE

VILLAGE LINEAR ROAD

SMALL-TOWN ROAD WITH

DENSIFIED BUILDINGS

CONCENTRATION

CROSSROADS SQUARE

ENTRIES TO THE BUILDINGS

COMPOSITION UNITS

VILLA OF BORROMEO VISCONTI | Lainate - Italy

PRESERVATION PLAN OF THE LEMON HOUSE IN VILLA LITTA

2021 - group work: Patrycja Pisarek, Feng Wuzhao, Han Peiwen, Tariq Zuha Jabeen


MY CONTRIBUTION

- Analysis of the Lainate city in urban scale, investigation of material, decay and conservation project for presented elevation of Villa Litta,

equal participation in urban concept making.

- [ON BOARDS] All presented graphics


VILLA VISCONTI BORROMEO ARESE LITTA known simply

as Villa Litta di Lainate is historic villa dating back to the

XVIth century. Nowadays, municipality as the owner needs

to effectively cope with the tresure and its maintainance.

Presented project focuses on one separate building named

LIMONAIA (Lemon House). It consists of historical analysis,

geometrical survey, material and deterioration mapping,

which all result in the design proposal of building and surrounding

PRESERVATION.

Comunes LAINATE - MILANO relation

focus area

City building

spread noted in:

1721

1873

1902

1970

1980

1991

2006

2020

Deterioration mapping | Preservation design actions

Analysis of historical city development

Villa Litta Settlement with focus building location

Material mapping

STRIPED ESTATE | Cedry Wielkie

CONCEPT OF URBAN AND ARCHITECTURAL DEVELOPMENT PLAN

2019 - group work: Patrycja Pisarek, Anna Kolator, Paweł Sokołowski

Students competition - honorable mention

MY CONTRIBUTION

- Analysis of the urban surrounding with history of region, project of residential houses, equal participation in concept making.

- [ON BOARDS] All hand-drawn presented schemas, housing table with content and its cross section.


Competition project included concept for development

of former municipal cooperative area in Cedry

Wielkie with current abandoned state.

Proceeded analysis led us to the final idea for design:

• using CHARACTERISTIC historical building in type of

architecture from this particular polish region - ŻUŁAWY

• following local primary CORNFIELD DIVISION of plots.

It resulted in very CLEAR AND SIMPLE COMPOSITION

of urban development containing compact public buildings

and terraced residential houses.

INSPIRATION FOR BUILDINGS FORMS AND RELATIONS

between them were arcaded homesteads and Dutch

homesteads stages of expansion hisotrically common in

these geographical areas. For needs of the project,

they evolved into CONTEMPORARY FORMS

presented on hand drawn schemes below.

Masterplan

Diagrams of concept

development

Perspective of the

project area from the

bird’s eye view

POSSIBLE DEVELOPMENT VARIATIONS OF HOUSING BUILDINGS

THE SECOND NATURE | Castelseprio

BIOPHILIA AND GREEN DESIGN FOR ARCHAEOLOGICAL HERITAGE PARK

2021 - group work: Patrycja Pisarek, Jia Liao, Lei Zuo, Mengya Wu, Zhifeng Li


MY CONTRIBUTION

- Analysis of the climatic characteristics of region, investigation for sustainable solutions, design of temporary shelter for archaeologists

and tourists, equal participation in concept making.

- [ON BOARDS] Masterplan of the site with terrain cross section, SWOT analysis.


CASTELSEPRIO was the site of a Roman fort in antiquity,

and a significant Lombard town in the early Middle Ages,

before being destroyed and abandoned in 1287. Today it is

preserved as an ARCHAEOLOGICAL PARK, added in 2011

to UNESCO World Heritage List.

LESS THAN 10 min

10 min - 30 min

30 min - 60 min

MORE THAN 60 min

TIME DURING THE DAY

MOMENT IN THE DAY WHEN THE ACTIVITY IS PROBABLE

MOMENT IN THE DAY WHEN THE ACTIVITY IS POSSIBLE

HISTORICAL PATH

Main challanges of the project were to design a space:

• ATTRACTIVE FOR TOURIST

• FUNCTIONAL FOR ARCHAEOLOGISTS seasonally coming

there for excavations.

Both aims should be covered by the most important:

SUSTAINABLE DEVELOPAMENT

• minimal impact - basing on the functions and circulation

analysis where adding elements were limited to reasonably

needed

• rain garden important for the landslide character, reducing

the surface runoff, creating conditions for new life

development

• solar energy pannels combined with the lightining which

also benefit in self-sufficient system not disturbing the

archaeological area with underground instalations

• permable boundaries alowing the natural ecosysytem to

thrive and reducing the impact on the environment.

Organic form as main principle of composition is extracted

from the surrounding dense forest. It also keeps project

boiphilic and nature oriented.

HISTORICAL PATH

STRENGTHS

area important for heritage of the region and country

green area important for local and regional biosystem

WEAKNESSES

high temperature conditions in summer season

strong winds requiring high resistance objects

no facilities reducing extreme weather conditions

ground surface not absorbing water

difficulty of disabled movement

OPPORTUNITIES

rainwater possible to gather and reuse

area attracting archaeologists and enthusiasts

strong winds enabling gathering energy

TOURIST

RESIDENT

FUNCTION ANALYSIS | Time Compatibility

ENTRY

CONSULT

PARK

PHOTOS

GASTRONOMY

SALE

LEISURE

WANDER

ARCHAEOLOGICAL

WORK

CLEANING

MAINTAINING

SUPPORT

EXIT

ENTRANCE

AND INFORMATION

ARCHAEOLOGICAL

EXCAVATIONS AREA

EXPOSITION

BUILDING

MONASTERO

DI TORBA

THREATS

heavy rains disturbing excavation process

steep landslide

badly-maintained facilities

MANAGER

ARCHAEOLOGIST

FUNCTIONS ANALYSIS | Circulation - Activities and Users Relationship

LEISURE AND ENTERTAINMENT AREAS

JOIN TO ENJOY | Gdańsk

LAND USE AND DEVELOPMENT PLAN

OF DISTRICT CENTER

2019 - group work: Patrycja Pisarek, Anna Kolator, Kerstin Malcher, Paweł Sokołowski


MY CONTRIBUTION

- Vast analysis of the district’s characteristic, local investigation for residents’ needs, interview with

local activists, equal participation in strategy and concept making.

- [ON BOARDS] Hand-drawn schemas, land-use and environmental values maps.


The design challenge was creation of the most efficient

and needed in current moment masterplan for very divided

district in Gdańsk City, in order to make it more liveable

for present and future inhabitants. Going through many

analyzes (among them: inventarisation; emotional impressions;

land use and development of functions; communication

and public spaces; problems and values of environment,

landscape and history), needs of the area appeared.

LAND USE AND

DEVELOPMENT

ANALYSIS

ANALYSIS OF HISTORICAL

AND DEVELOPMENT

VALUES AND

PROBLEMS

LAND USE AND DEVELOPMENT

PLAN OF THE DISTRICT

Presented CONCLUSION CONCEPT based on:

• human-scale solutions

• better pedestrian and bicycle connections

• communal functions

• cultural and social hub as the integrational connection

of all three parts divided characterologically

• hub location varied from seaside touristic occupation

• green paths present along main connection axes

Main concept scheme

of connection space

between the districts

of different characters

ANALYSIS OF

ENVIRONMENTAL

VALUES AND

PROBLEMS

VISION OF THE

DEVELOPMENT

OF DISTRICT

FISHERMAN

VILLAGE

SEASIDE

PARKS

Symbolic representation

of central cultural

hub connections

with accompanying

greenery

COMMUNITY

GARDENS

LOWER

WRZESZCZ

CULTURAL AND SOCIAL

DISTRICT CENTER

-intergation of residents

ZASPA

LOWER

WRZESZCZ

PRESERVING:

- community gardens

CREATING:

- common spaces

- pedestrian-friendly

main walking paths

NEW SERVICES:

- library & art workshop

- kindergarden

- elderly residents

community center

- museum of Wrzeszcz

CAPITALISTIC MANIFESTO | Hamburg

BILLHORNER BRÜCKEN ISLAND

2018 - group work: Patrycja Pisarek, Leonardo Soria Hernandez, Shuaizhong Wang, Torkild Helland Kleppe

BISS Baltic International Summer School

MY CONTRIBUTION

- Analysis of the city characteristic and urban strategy, local investigation and interview with focus site users,

engaged participation in manifesting discussions and concept making.

- [ON BOARDS] Maps of masterplan, physical model of ‘black future’.


Münzplatz

Versma nkai

Münzweg

Behörde für Inneres und Sport

Högerda m

Rosena l e

Gerda-Gmelin-Platz

B akena l e

Kirchenpauerkai

Finanzamt

Versma nstraße

Münzplatz

Landesbetrieb Großmarkt

Repsoldstraße

Versma nkai

Münzweg

Li peltstraße


Högerda m

Gretchen-Wohlwill-Platz

Rosena l e

Gerda-Gmelin-Platz

B akena l e

Kirchenpauerkai

Finanzamt

Am Mi telkanal

Versma nstraße


Liselotte-von-Rantzau-Platz

Li peltstraße


Schumacherwerder

Am Mi telkanal


Am Holthusenkai

Albertstraße

Pa sierzettel

Tu nelstraße

Vera-Bri tain-Ufer

Am Holthusenkai

Albertstraße

Pa sierze tel

Lucy-Borchardt-Straße

Tu nelstraße

Zoll

Sieldeich

Sieldeich

S-Bahn

S-Bahn

Grone Bildungszentrum Hamburg

Landesbetrieb Straßen, Brücken und Gewässer

Nagelsweg

Amsinckstraße

Kirchenpauerstraße

Prielstraße

Sachsenfeld

Vera-Bri tain-Ufer


Zoll

Sieldeich

Amerigo-Vespucci-Platz

Ve deler Elbdeich

Sieldeich

S-Bahn

S-Bahn



Prielstraße

Sachsenfeld

B akenkai

S-Bahn


Ve deler Elbdeich

Gotenstraße

Zoll

Schwabenplatz

S-Bahn

Münzplatz

Gotenstraße

Zoll

Schwabenplatz

Zoll

Peutestraße


Versma nkai

Frankenstraße

Zoll

Peutestraße

Münzweg

Frankenstraße

Sachsenstraße

Sachsenstraße

Zweibrückenstraße

Zoll

Rosena l e

Gerda-Gmelin-Platz

B akena l e

Zoll

Hauptzollamt

Hauptzollamt

Finanzamt

Medizinische Akademie Hamburg


Bundesamt für Migration und Flüchlinge


Grüner Deich

Süderstraße

Einsiedeldeich

Münzplatz

Süderstraße

Amsinckstraße


Versma nkai

Stoltenpark

Münzweg


Grüner Deich

Högerda m


Gerda-Gmelin-Platz

B akenallee

Stoltenpark

Rosena l e

Kirchenpauerkai

Grüner Deich

Finanzamt

Hardenstraße

Stoltenpark

Versma nstraße

St.-Johannes-Kapelle



Staatliche Handelsschule mit Wirtschaftsgymnasium Wendenstraße

Stoltenpark

Gemeindehaus

Bundesmonopolverwaltung für Branntwein

Li peltstraße



Stadtreinigung


Gemeindehaus

Am Mi telkanal

Bu lerdeich


Elbpark Entenwerder

Stresowstraße


Bi lhorner Kanalstraße

Pa sierze tel

Stadtreinigung

Marckma nstraße

Salzma nstraße

Feuerwehr

Landesbetrieb Verkehr

Bullerdeich

Brackda m

St.-Ehrich-Kirche

Elbpark Entenwerder

Basedowstraße

Bu lerdeich

Albertstraße

Pa sierze tel


Tunnelstraße


Zoll


Sieldeich

Bi lwerder Steinda m

Fritz-Köhne-Schule

Schule Marckmannstraße

St.-Thomas-Kirche

Behörde für Gesundheit und Verbraucherschutz

Sportanlage

S-Bahn

Gemeindehaus

S-Bahn

Feuerwehr

Sportanlage

Entenwerder Stieg

Entenwerder

Zoll


Süderstraße

Bi lstraße

St.-Ehrich-Kirche




Sieldeich

Ha mer Deich

Basedowstraße

S-Bahn

S-Bahn

Prielstraße

Bu lerdeich

Museum

Sachsenfeld

Bi lhorner Deich

S-Bahn

S-Bahn

Vierländer Da m


Ve deler Elbdeich

Sportanlage

Fritz-Köhne-Schule


St.-Thomas-Kirche

Zoll

Schwabenplatz

S-Bahn


Sportanlage

Gotenstraße

Klinik

Gemeindehaus

Zoll

Schwabenplatz

Luisenweg

Trauns Park

Großma nstraße

Sportanlage

Entenwerder

Zoll

Süderstraße

Ha mer Deich

Marckma nstraße

Billstraße

Sportanlage

Zoll

Peutestraße

Hammer Deich

Bu lenhuser Damm

Klgv. 113

Museum

Zoll

Zoll

Museum

S-Bahn

Vierländer Da m

Kreuzbr ok

Ha mer Deich

Sportanlage

Sportanlage

Hauptzollamt

Hauptzollamt

Klinik

Trauns Park





Süderstraße

Marckma nstraße

Sportanlage

Amsinckstraße

Einsiedeldeich

Bullenhuser Da m

Klgv. 113

Stoltenpark

Grüner Deich

Museum

Sportanlage

Stoltenpark

Stoltenpark



Stoltenpark

Gemeindehaus



Stadtreinigung


Gemeindehaus

Bu lerdeich


Elbpark Entenwerder

Stadtreinigung

Feuerwehr


St.-Ehrich-Kirche

Elbpark Entenwerder

Bu lerdeich

Fritz-Köhne-Schule


St.-Thomas-Kirche


Sportanlage

Gemeindehaus

Feuerwehr

Sportanlage

Entenwerder


Süderstraße

Bi lstraße

St.-Ehrich-Kirche

Ha mer Deich

Museum

S-Bahn

Vierländer Damm

Sportanlage

Fritz-Köhne-Schule


St.-Thomas-Kirche


Sportanlage

Klinik

Gemeindehaus

Trauns Park

Sportanlage

Marckma nstraße

Entenwerder

Süderstraße

Bi lstraße

Sportanlage

Bu lenhuser Damm

Klgv. 113

Museum

Museum

S-Bahn

Vierländer Damm

Sportanlage

Sportanlage

Klinik

Trauns Park

Sportanlage

Bu lenhuser Damm

Klgv. 113

Museum

Sportanlage

Billhafen-Lösc

Billhorner Mühlen

Repsoldstraße

Ha merbrookstraße

Victoriakai-Ufer

Billhafen-Löschplatz

Au schläger Weg

Luisenweg

Heidenkampsweg

Kreuzbr ok

Woltmanstraße

So ninstraße

Vera-Bri tain-Ufer

Au schläger Weg

Hammer Deich

Borstelmannsweg

Heinrich-Grone-Stieg

Marckmannstraße

Ha merbr okstraße

Vera-Bri tain-Ufer

Ha mer Deich

Sachsenkamp

Brackda m

Victoriakai-Ufer

Heidenkampsweg

Woltmanstraße

Sonninstraße

Nagelsweg


Amsinckstraße

Sachsenkamp


Grüner Deich

Friesenstraße

Amsinckstraße

Friesenstraße

Anton-Rée-Weg

Michelsenweg

Anton-Rée-Weg

Salzmannstraße

Michelsenweg

Bei der Grünen Brücke

Au schläger Bi ldeich

Au schläger Billdeich


Ausschläger Bi ldeich


Borstelma nsweg


Großma nstraße

Ausschläger Billdeich

Billhorner Brückenstraße

Hardenstraße

Brandshofer Deich

Brandshofer Deich

Bi lhorner Deich

Schumacherwerder

Kirchenpauerstraße

B akenkai

B akenwerder Straße

Zweibrückenstraße


Zweibrückenstraße

Zweibrückenstraße

Bi lhafen-Löschplatz


Bi lhorner Brückenstraße


Hardenstraße

Bi lhorner Mühlenweg

Bi lwerder Neuer Deich



Marckma nstraßeRothenburgsorter Marktplatz


Stresowstraße

Stresowstraße

Bi lhorner Röhrenda m

Marckma nstraße

Stresowstraße

Stresowstraße

Bi lhorner Röhrenda m

Stresowstraße

Lindleystraße

Köhnestraße

Lindleystraße

Köhnestraße

Thiedingreihe

Thiedingreihe

Billhorner Brückenstraße

Hardenstraße

Billhorner Mühlenweg

Au schläger Elbdeich

Ve deler Brückenstraße

Entenwerder Straße

Dessauer Straße

Dessauer Straße

Dresdener Ufer

Am Moldauhafen

Dresdener Ufer

Rampenstraße

Am Moldauhafen

Am Bahnda m

Rampenstraße

Am Bahnda m

Ve deler Marktplatz

Ve deler Marktplatz

Masterplan with urban context




Veddeler Marktplatz

Ve deler Marktplatz

Georgswerder Da m

Georgswerder Da m

Einsiedeldeich

Oberwerder Da m

Oberwerder Da m

Entenwerder Straße

Entenwerder Stieg

Kaltehofe-Hauptdeich

Kaltehofe-Hinterdeich





Conceptual plan of the manifesto platform

Billhorner Mühlenweg

Physical model of the MAXIMUM INCOME manifesto

Woltmanstraße

Repsoldstraße

Presented project was created as a result of international,

INTERDISCIPLINARY workshop combining strengths of

architects, urban planners, engineers and artists. Designing

challange was multiband road junction, which similarly to

the Mordor emptiness sourrounded grassy square remaining

in the middle with the building transformed into office

and workshops of architectural studio. The group task was

to create scenario of actions happening in the terrain. This

is our hisotry:

Högerdamm

Woltmanstraße

Repsoldstraße

Li peltstraße

So ninstraße

Am Mi telkanal

Vera-Brittain-Ufer

So ninstraße

Albertstraße

Vera-Bri tain-Ufer

Nagelsweg

Amsinckstraße

Vera-Bri tain-Ufer

Nagelsweg

Hammerbrookstraße

Sachsenkamp

Sachsenfeld

Vera-Bri tain-Ufer


Ha merbr okstraße

Sachsenkamp


Gotenstraße

Frankenstraße

Frankenstraße

Sachsenstraße

Sachsenstraße

Grüner Deich

Heidenkampsweg

Süderstraße

Heidenkampsweg

Friesenstraße

Victoriakai-Ufer

Grüner Deich

Victoriakai-Ufer


Ausschläger Weg

Salzma nstraße

Bullerdeich

Brackda m

Au schläger Weg


Anton-Rée-Weg

Salzma nstraße

Michelsenweg

Brackdamm

Basedowstraße

Bullerdeich

Bi lwerder Steindamm

Luisenweg

Ha mer Deich

Hammer Deich

Kreuzbr ok

Hammer Deich

Borstelma nsweg

Luisenweg

Hammer Deich

Kreuzbr ok

Hammer Deich

Borstelma nsweg

Conceptual section through the existing - buried building


Amsinckstraße

Basedowstraße

Anton-Rée-Weg

When investors and entrepreneurs show interest in Billhorner

Bückenstrasse, then emerges the

Grüner Deich

Friesenstraße

Amsinckstraße

Michelsenweg


Großmannstraße

Großma nstraße

Au schläger Billdeich


Ausschläger Bi ldeich

ULTIMATE CAPITALIST IDEA

Versmannstraße




Brandshofer Deich

• covering the entire junction with sediments and reinforced

concrete to provide the developer an uninterrupted

new site

• pushing the profits to the extreme - every square meter

is efficiently utilized

• economic interests overrule all architectural principles

and human scale is obliterated

• through a bureaucratic loophole the architecture is

allowed to sprout: transforming an existing building in

to a historical archive

• people inside are exposed to the original site

Kirchenpauerkai

Am Holthusenkai

Schumacherwerder

Kirchenpauerstraße

Am Holthusenkai


Kirchenpauerstraße


B akenkai

B akenkai


Zweibrückenstraße


Zweibrückenstraße

Zweibrückenstraße

Zweibrückenstraße

Brandshofer Deich





Hardenstraße

Hardenstraße



Stresowstraße

Stresowstraße

Billhorner Röhrendamm




Marckma nstraße

Stresowstraße

Stresowstraße

Stresowstraße

Bi lhorner Röhrendamm




Lindleystraße

Köhnestraße

Marckmannstraße

Stresowstraße

Lindleystraße

Bi lhorner Deich

Köhnestraße

Thiedingreihe

Bi lhorner Deich


Marckma nstraße

Thiedingreihe

Schumacherwerder

• finally CAPITALISM STANDS IN IT’S TRUE FORM - an

Ouboro is eating its own tail

Dresdener Ufer

Am Moldauhafen

Rampenstraße

Am Bahnda m

Prielstraße

Ve deler Elbdeich

Veddeler Marktplatz




Ve deler Marktplatz

Georgswerder Damm

Einsiedeldeich

Entenwerder Straße

Entenwerder Stieg

Conceptual diagrams drawings

Entenwerder Straße

Entenwerder Stieg


De sauer Straße

Am Moldauhafen

Rampenstraße

Am Bahndamm

Sieldeich

Oberwerder Da m



Ve deler Marktplatz

Dresdener Ufer

Tunnelstraße

Veddeler Brückenstraße

Ve deler Marktplatz

Peutestraße

Georgswerder Damm

werder Damm

Kaltehofe-Haup

interdeich

WATER CROSS | Milan - Italy

URBAN AND ARCHITECTURAL DESIGN FOR POSTINDUSTRIAL AREA

2022 - individual work



Project WATER-CROSS is located in the abandoned, degreded

area, attached to the main Ringroad encircling Milan

city. The challange was to COMBINE DISCIPLINES of

urban planning, architecture and technical design to lead

the project from the beginning to the end.

Main strategy points in the design process:

SECTION S1 scale 1:20

EASTERN ELEVATION VIEW scale 1:20

GSEducationalVersion

3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2

Building cross - section 1:20

SEcTION 10 Worksheet 1:10





3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







±0.00

+3.00

+6.00

-1.00

S1

S2

S4

S5

W1

W2

S5

detail 3

detail 4

S2

S5

W2

detail 4

detail 3

detail 2





3

±0.00

+3.00

+6.00

+12.05

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2





3

Aluminium cap flashing

Polystyrene batt 50mm

Fastening screw

Wooden batten 40x50mm

Plywood pine board 15mm

Structure for the wooden

cladding mounting

Two layers of bituminous

paper for water insulation

Soft mineral wool batt 100mm

Hard mineral wool cant strip

Pressing tiles for damage

prevention

Steel rod reinforcement for

slab and beam connection

Thermal-insulating connector

Stainless steel wall tie

Balcony vertical railing panel

Horizontal balcony railing

structure

detail 4

Door structural base support

Elastic sealant

Galvanized steel drainage

grate

Wooden baseboard

IGLU foundation air outlet

IGLU foundation formwork

Reinforced concrete

foundation wall 25cm

Bituminous hard insulation

layer

Reinforced concrete

foundation footing 40x60cm

Aluminium separation profile

Waterproof adhesive layer

detail 3

Insulation startinc coverling

aluminium strip

Aluminium finishing mulion

Cover curtain mechanism

Reinforced concrete beam

hidden in the slab depth


Wooden baseboard




Flexible polystyrene joint

40mm

Cement plaster

1,5 cm

W1

Porous ceramic blocks

25 cm

Soft mineral wool batt insulation

15 cm

Vapour barrier

Air space with brick tie structure

3 cm

Brick wall

12,5 cm

External brick cladding wall

W2

External wood cladding wall

Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier

Air space with wood tie structure

1,5 cm

Wood cladding

1 cm

S1

Slab on the ground

Oak floor plank finish

1,5 cm


Lightweight concrete layer with floor heating system on stabilizing reinforced net

7 cm

Polystyrene batts

8 cm

Waterproof insulation layer

Lightweight concrete slab as overlayer of IGLU foundation formwork

5 cm min


35 cm

Lightweight concrete poured supporting slab

12 cm

Compacted substrate

15 cm

Native soil level

S2

Internal slab in dry area


1,5 cm



7 cm

Polystyrene batts

8 cm

Lightweight concrete poured slab as overlayer of ACKERMAN slab structure

6 cm

ACKERMAN airbrick structure

15 cm

Cement plaster

1,5 cm

S3

Roof slab with access


6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier

Soft mineral wool insulation batt

15 cm

Hard mineral wool insulation batt

8 cm

Bituminous paper water insulation - 2 layers

Tiles for damage prevention

1,5 cm

S6

Roof precast slab

Vapour barrier


15 cm


Lightweight concrete sloping layer

5 cm min

S5

Roof precast balcony slab

Precast reinforced balcony slab with perforated elements

18 cm

Bituminous paper water insulation


4 cm min

Adjusting Paving support pedestal

Paving deck support net

2 cm

Paving composite slab laid on support

2 cm

S4

Outdoor paving on the ground

Bedding gravel substrate

30 cm

Finishing concrete plates

5 cm

Native soil level

Compacted substrate

8 cm




3



Fastening screw




cladding mounting






prevention







structure

Steel balcony railing

groundidng element

Precast-slab cavity for water

drainage

Steel screwing system for

stable railing mounting

Precast reinforced concrete

balcony slab

Void in the bottom part of

slab preventing water leakage

detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm







3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm







3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm







3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm







3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






DETAIL 4 scale 1:10

DETAIL 3 scale 1:10

DETAIL 2 scale 1:10

DETAIL 1 scale 1:10

3

+3.00

+6.00

+12.05

12.60

+9.00

S2

S2

S3

S5

S5

S6

W1

W2

W2

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2





3

+3.00

+6.00

+12.05

12.60

+9.00

S2

S2

S3

S5

S5

S6

W1

W2

W2

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2





3

+3.00

+6.00

+12.05

12.60

+9.00

S2

S2

S3

S5

S5

S6

W1

W2

W2

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2





3

+3.00

+6.00

+12.05

12.60

+9.00

S2

S2

S3

S5

S5

S6

W1

W2

W2

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2





3

±0.00

+3.00

+6.00

+12.05

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2






±0.00

+3.00

+6.00

-1.00

S1

S2

S4

S5

W1

S5

detail 3

detail 4

S2

S5

W2

detail 4

detail 3





3

+3.00

+6.00

+12.05

12.60

+9.00

S2

S2

S3

S5

S5

S6

W2

W2

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2




3



Fastening screw




cladding mounting






prevention






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm


3



Fastening screw




cladding mounting






prevention






Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm


5 cm min

S4



30 cm


5 cm

Compacted substrate

8 cm



3



Fastening screw




cladding mounting






prevention






Elastic sealant


grate

Wooden baseboard



Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm


5 cm min

S4




3



Fastening screw




cladding mounting






prevention






Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer



detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm


5 cm min

S4



5 cm



3



Fastening screw




cladding mounting






prevention






Elastic sealant


grate

Wooden baseboard





detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm


5 cm min



3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






3



Fastening screw




cladding mounting






prevention







structure


groundidng element


drainage




balcony slab



detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3


aluminium strip






Wooden baseboard





40mm

Cement plaster

1,5 cm

W1


25 cm


15 cm

Vapour barrier


3 cm

Brick wall

12,5 cm


W2


Cement plaster

1,5 cm


25 cm


15 cm

Vapour barrier


1,5 cm

Wood cladding

1 cm

S1

Slab on the ground


1,5 cm



7 cm

Polystyrene batts

8 cm



5 cm min


35 cm


12 cm

Compacted substrate

15 cm

Native soil level

S2



1,5 cm



7 cm

Polystyrene batts

8 cm


6 cm


15 cm

Cement plaster

1,5 cm

S3



6 cm


15 cm

Cement plaster

1,5 cm

Vapour barrier


15 cm


8 cm



1,5 cm

S6

Roof precast slab


18 cm

Vapour barrier


15 cm



5 cm min


5 cm min

S5



18 cm



4 cm min



2 cm


2 cm

S4



30 cm


5 cm

Native soil level

Compacted substrate

8 cm






DETAIL 4 scale 1:10

DETAIL 3 scale 1:10

DETAIL 2 scale 1:10

DETAIL 1 scale 1:10

SECTION S1 scale 1:20

EASTERN ELEVATION VIEW scale 1:20


3

±0.00

+3.00

+6.00

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12.60

+9.00

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S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







3

±0.00

+3.00

+6.00

+12.05

-1.00

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2







±0.00

+3.00

+6.00

-1.00

S1

S2

S4

S5

W1

W2

S5

detail 3

detail 4

S2

S5

W2

detail 4

detail 3

detail 2





3

±0.00

+3.00

+6.00

+12.05

12.60

+9.00

S1

S2

S2

S3

S4

S5

S5

S6

W1

W2

W2

S5

detail 3

detail 2

detail 4

detail 1

S2

S5

W2

3

detail 1

detail 4

detail 3

detail 2





3



Fastening screw




cladding mounting






prevention







structure

detail 4


Elastic sealant


grate

Wooden baseboard



Reinforced concrete



layer

Reinforced concrete




detail 3

Insulation

GRANDE PARCO FORLANINI | Milan

PARK GATEWAY STRATEGY CONCEPT & FOCUS AREA

2021 - group work: Patrycja Pisarek, Prajith Pradeep Kumar


MY CONTRIBUTION

- Vast analysis of the urban characteristic, local investigation, equal, engaged participation in strategy

and concept making.

- [ON BOARDS] All presented graphics.


CONCEPT - BARRIER FREE SPACE

CONCEPT MAP - STRATEGY PER EACH DIVIDED AREA

The project was located in the city of Milan, covering the

area named Grande Parco Forlanini (GPF). Design challenge

was to propose the gateway strategy in the process of

three stages:

1

Connecting all zones for continuous transition

ZONE 1

gateway as funnel

ZONE 2

gateway as diffused network

ZONE 3

gateway as funnel

ZONE 4

gateway as diffused network

1. GATEWAY CONCEPT

understanding the needs and providing services for

exemplary users

2. GATEWAY SYSTEM APPLIED TO GPF

defining the strategical actions and directions for park

development

3. FOCUS AREA STRATEGY

choosing the focus area to deepen the plan of strategy

timeline regarding the time of infrastructural changes

planned by Municipality of Milan

2

Connecting zones with similar functions

One most important characteristic of the area is

FRAGMENTATION into smaller areas operating almost

independently due to the LACK OF CONNECTIONS. Main

aims were to create a continuous flow in the park, connected

with communication and activities.

utilities

river

highway touchpoint express gate

vehicular path mobility hub comfort space

Main achievements of the designed system:

• connecting all the separate areas to perform as one

complex gateway from city center (West) to Idroscalo

(East)

• prividing easy and quick way of transition between

zones, which perform same dominant functions:

Z1 - Z3 and Z2 - Z4

• locating largest attracting actions on the western end,

where the new metro stations are planned

• focusing on the western end to solve the most important

part - ENTRANCE TO THE GATEWAY

3

Main mobility nodes in zone 1 and 3 giving the possibility to

attract new park users

zone border pedestrian path park management popup space

Western end of the park as one

of the main GPF Gateways

Focusing on connection need, the slogan for development

was established:

BARRIER - FREE attraction

towards east

THIS IS THE CONNECTION THAT MAKES

THE PARK “GRANDE”

4

Final transformation of actions into a Gateway project

Benefit from the new

metro line

CONNECTIONS creation

Boosting life into

existing spaces

Focus on CASHINAS’ VALUE

park utilities main inflow park scenarios

connection for continuity

connection of functions

Focus area concept map

TIMELINE OF DEVELOPMENT STRATEGY

2021

2022 2023

2024 2025 2026

finishing of

the metro line

southern connection

released

opening of the

eastern connection

opening of the

western connection

2021 2022 - 2024 2025 - 2026

M

OTHER ACTIVITIES

WORKSHOPS ACTIVITY

= DEVELOPMENT OF GROUPWORK SKILLS

= FUELING PASSION WITH NEW CHALLENGES

PHYSICAL MODEL PRACTICE

= SUPPORT FOR DESIGN PROCESS

= EFFECTIVE PRESENTATION OF THE PROJECT

ŚCIEŻKA WRAŻEŃ - elementy kompozycji miasta

HAND DRAWING PRACTICE

= TRIGGERNG CREATIVITY

= FAST COMMUNICATION

IN THE GROUP

Pojedynczy, wysoki budynek stojący w dużym oddaleniu od

Szeroka ulica łąkowa została optycznie zwężona poprzez

Wąska ulica Chłodna, obudowana i zacieniona kamienicami

Wychodząc na otwartą przestrzeń z ciesnej ulicy doświadczamy

Na niezagospodarowanym terenie dominują nieuporządkowane

1 innych skupia na sobie uwagę i przyciąga wzrok. 2 przedzielenie jej dwiema alejami drzew separującymi jej funkcje.. 3 ukazuje otwarcie krajobrazowe na jasną i przestronną zieleń. 4 jeszcze pewnych elementów ograniczenia widoku np płotu. 5 formy zieleni, zza których przebijają się pobliskie zabudowania. 6

Powstające nowe budynki mieszkalne swą linią zabudowy

dopasowują się do linii brzegu rzeki i towarzyszącej jej zieleni.

8

1

7

Za okalającą obszar rzeką widoczne są małe domki wśród

zieleni tworzące wspólnie widok o niemal wiejskim uroku.

8

Budynek otoczony parkingami o małym udziale zieleni, w oddali

widać zielone tereny dodające koloru obserwowanemu wnętrzu.

GRAPHICAL REPRESENTATION

= REPRESENTATION OF THE PROJECT FINAL DESIGN

= EFFECTIVE CONCEPT SIGNALLING

PORTFOLIO Patrycja Pisarek

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