Architecture Portfolio by morawczynskaa

Portfolio Architektura Eng. Arch. Agata MorawczyĹ&#x201E;ska

E D U C A T I O N BACHELOR DEGREE POZNAN UNIVERSITY OF TECHMOLOGY, 2019

ERASM US EXCHANGE UNIVERSITY OF STUTTGART, GERMANY Sep. 2017 - Sep. 2018

A RCHITECTURE S TUDENT

GATA

MORAWCZYŃSKA CREATIVE

DETERMINED

RESOURCEFUL

F R ED RY 4 61-717 P OZNAŃ 4 4 0

HIGHSCHOOL

PRIMARY SCHOOL AND JUNIOR HIGH SCHOOL

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DEPARTMENT OF ARCHITECTURE Plac Marii Skłodowskiej-Curie 5 60-965 Poznań since 2015

High School No. III Topolowa 7, 80-980 Gdańsk, Poland 2012 - 2015

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POZNAN UNIVERSITY OF TECHNOLOGY

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E morawczynskaa@gmail.com

L A N G U A G E S

School STO - III Ul. Ludwika Waryńskiego 36, Gdańsk, Poland 2003 - 2012

A C T I V I T I E S Working as HiWi in ILEK

Light and Sustainable Design Institute, Universitat Stuttgart 2018

POLISH N AT I V E

GERMAN BASIC (B2)

Member of Student Government

ENGLISH FLUENT

S PA N I S H BASIC

Member of the Faculty Council

Poznan University of Tech. 2015 - 2017

ARCHITEKTOUR ORGANIZER,

S O F T W A R E S

Workshop, Bytom - 2017

THE DAY OF YOUNG ARCHITECT, AUTOCAD

I L L U S T R AT O R

REVIT

RHINO 6

SKETCHUP

GRASSHOPPER

PHOTOSHOP

COREL

INDESIGN

MICROSOFT OFFICE

Workshop, Warsaw - 2017

HELP WITH ORGANIZING ARCHI-THURSDAYS,

Series of workshops for architecture students, Poznan, 2016

AutoCAD COURSE Basic level - 2015

DRAWING COURSE,

Gdańsk - Wrzeszcz, 2014- 2015

Abstract Drawings Made by : AGATA MORAWCZYŃSKA

Urban Planning Theory Eye-catching lines

Sem. II 2015/2016

DR ENG. ARCH. BARTOSZ KAÅ¹MIERCZAK

Urban Planning Theory Architectural Interior

Sem. II 2015/2016

DR ENG. ARCH. BARTOSZ KAÅ¹MIERCZAK

Urban Planning Theory Urban Leyout

Sem. III 2016/2017

DR ENG. ARCH. BARTOSZ KAÅ¹MIERCZAK

Architectural Design Apartment _ M 05

Sem. II 2015 /2016 DR ENG. ARCH. ADAM SINIECKI

Architectural Design ArtHouse

house for painter and artist

Sem. III 2016 /2017 DR ENG. ARCH. ADAM SINIECKI

Architectural Design Service Facilities

Windsurfing Spot

Sem. IV 2016 /2017 DR ENG. ARCH. SĹ AWOMIR ROSOLSKI ASSACIATE PROF. PP

Service Facilities

Windsurfing Spot

DR ENG. ARCH. SŁAWOMIR ROSOLSKI ASSACIATE PROF. PP

Urban Planing

Sem. V 2017/2018

Stadtquartiere am Fluss - Neckar Re-Loaded II Prof. Dr. Astrid Ley, Prof. Dr. Jan Dieterle, Dr. Sigrid Busch, Dan Teodorovici, Raphael Dietz

TEAM : Martina Laslova

Jonas Schendel Agata MorawczyĹ&#x201E;ska

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Stadtquartiere am Fluss - Neckar Re-Loaded II

WASSERWERK + GASWERK | ANALYSE

Parkanlagen

Topographie

wichtiger Bestand

Abschirmung

Wasen

Leere

B10

NUTZUNG

ERSCHLIESSUNG

GRÜN

Gastronomie Schule Sport Kirchen Öffentliche Gebäude Industrie Denmalschutz Wohnen

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Industriekulturerbe Nähe Mineralbäder Umliegend viel Wohnen

Soziales Wohnen

Viel Industrie unbenutzte Industrie Brachﬂächen wenig Einkaufsmöglichkeiten

Das Gebiet rund um den Gaskessel ist geprägt von einem industriellen Erscheinungsbild. Das Gaswerk beﬁndet sich seit Ende des 19. Jahrhunderts in Gaisburg. Damals wurde hier Stadtgas aus Kohle gewonnen. Heute wird an diesem Stadtort der EnBW Erdgas umverteilt und gespeichert. Neben dem stadtbildprägendem Gaskessel, gibt es zusätzlich noch einen Gasﬂüssigbehälter, da es hier möglich ist eine größere Menge an Gas zu speichern. Das angrenzende Wasserwerk entstand ebenfalls Ende des 19. Jahrhunderts. Das älteste Gebäude ist das ehemalige Pumpengebäude. Es wurde 1881 ge-

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gute ÖPNV Radweg an beiden Ufer Seiten

laute, große B10 Kaum Querungsmöglichkeit der B10 nur eine öfftl. Straßen durch Gebiet

baut und steht heute neben anderen Häuser des Gebiets unter Ensembleschutz. An der östlichen Seite des Gas- und Wasserwerks ﬂießt der Neckar. Direkt am Ufer verläuft ein Rad- und Fußgängerweg, der mit großen Bäumen gesäumt wird. Der Weg verfügt ansonsten jedoch über wenig Attraktivität aufgrund der B10. Diese wird von vielen Autofahrern benutzt und erschwert den Zugang zum Neckar. An das Gebiet grenzt ferner noch das Kohlekraftwerk, sowie viele Wohnenhäuser mit sozialem Wohnen und die Parkanlage Villa Berg. Das Gelände selbst ist relativ ﬂach, zur Parkanlage hin gibt es jedoch einen kleinen, grünen Anstieg. Momentan versteckt sich die-

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Parkanlagen angrenzend/ nah Begrüntes Neckarufer viel Grün im Gebiet

Grünflächen ungenutzt im Gebiet Grünflächen teilweise ungepflegt Größtenteils nicht zugänglich

ser jedoch noch hinter einer Mauer des EnBW und ist nicht öffentlich zugänglich. An der Nordspitze des Wasserwerks beﬁndet sich das Mineralbad Leuze und auch der Rosensteinpark ist somit fußläuﬁg erreichbar. Eine Verbindung dieser grünen attraktiven Flächen mit dem Neckar ist erstrebenswert. Damit einhergehend ist auch die Aufwertung des Rad- und Fußgängerwegs neben der B10. Der Gebäudebestand im Gebiet bringt eine interessante Mischung mit sich. Es ist sensibel hiermit umzugehen und die Identität zu wahren.

WECHSEL

SI Entwurf Neckar Reloaded II WS 2017/18 Bearbeiter: Milica Durdevic, Tamara Grießbach, Phaea Korycik, Anna Kuzyshyn, Agata Morawczyska, Marco Navarro, Aleksandra Paskaleva

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Lined up like

The most western area of our working territory is the former waterworks. In the past the water of the Neckar was cleaned here through different filter systems and then distributed to a big part of the households in Stuttgart. Today only the distribution of water is handled here. It comes now from Donau, a little bit more far away. So most of the old buildings which housed the filter systems are now not in use anymore. Some of them are in really good condition and worth to keep. Near to the area some some mineralpools can be found, as well as the big Schlosspark, so a lots of people are spending their free time nearby already.

Leisure activities already existing around

Historical and locally context

Slow cycling

Fast cycling

Because of the climate change and the involved laws and restrictions of the german government, there is currently a switchover happening all over the country. So as well in the central area of our territory. For decades most of the space there was used for storing coal for the power plant, which is located next to it and the Neckar. Regarding the goods which layed on the ground so long, all of the earth has to be carried away as special waste. The power station itself will be replaced by a one which works with gas, so a large area and building will offer a lots of possibilities. The Neckar played a big role as well in the past - the coal was brought here by ships.

On the other side of the river, next to the plant of Daimler in Untertürkheim, a small area offers opportunities for us to work with the side arm of the river and to use space on the water directly. A quite unknown area of Stuttgart can be found in the most eastern part of our territory, despite it‘s well connected to the city center. In close proximity to the harbor, a truck stop steals a large, open, valuable space, and disfigures the landscape. Across the street, a construction market and the buildings of Kodak can be found. Before the revolution of digital cameras, films of people all over the country got developed here. Now it houses offices and startup, while there are some workshops in the backyard.

Innovative forms of work need flexible spaces

Harbor a chance for urban traffic

Sharpen the given circumstances and relations to the Neckar

Neckar was necessary in the past

EnBW - new forms of energy

ON A STRING

PEARLS

Reuse of old consructions of waterworks

Agata Morawczynska Martina Laslová Jonas Schendel

Research and education

Industry 4.0 and urban mobility

Every area gets its own specific use

Creating unique spots by context

Master plan 1:5000

Prof. Dr. Astrid Ley I Dr.-Ing. Dan Teodorovici I Dr.-Ing. Arch. Sigrid Busch I Dipl.-Ing. Raphael Dietz

From our first analysis of the areas and taking a look to the history, we came to the idea to create unique places and characters for each of every area. Theoretically people could be attracted to come to every area from time to time. In the first area, the one of the former waterworks, Leisure in form from swimming, hanging out, walking, enjoying the nature, can already be found. So it‘s just logical to strengthen this and plan there uses which complement the existing ones. In our case this a bit of nightlife with bars, and not so common forms of sports. In the middle area, regarding the search for new types of energy (also with the station to get hydrogen just over the street), this is our territory for Research and education. The old coal power plant will be transformed to a museum which could also handle events in a unique location sometimes. Across the river, in the territory of the „Lindenschulviertel“, buildings will be rearranged to get access to the small side arm of the main river. With the plant of Daimler next to it, a small campus for working on the future of transportation could be founded. A little bit more to the west and crossing the river again, the area of the truck stops appears. To get rid of the stinky and noisy trucks, a hill will shelter a garage, in which the trucks, after loading off or on in the harbor, can park. The drivers can rest in a hotel on top of the hill. There will also be other large buildings for industry 4.0 and for getting ready for the future of work. The Obi in the south will be transformed to a DIY-market. In the backyard of the Kodak-buildings, small workshops can grow, and another hill with housing on top ends the area to the southern hill of the valley of the Neckar. From this thoughts, we formed our claim „pearls on a string“. Each area should be a pearl with its own chracteristic, attached not only to the Neckar as string, but also attached to the history of each territories. For public and private transportation we mainly put our emphasis on a fast bike lane. Because the valley of the Neckar gets so dense by going east, the publix transport with the existing U-Bahn should be enough in our point of view. The fast bike lane on the contrary would connect Stuttgart, Wangen, Obertürkheim, Mettingen and Esslingen and grab the bike traffic of a web of smaller bike lanes which feeds the fast bike lane with people of, for example, Untertürkheim and the side valleys.

Entertainment and leisure

U-Bahn

Stadtquartiere am Fluss - Neckar Re-Loaded II

Pearls on a string

Agata Morawczynska Martina Laslovรก Jonas Schendel

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Perspective

Section former truck stop

Section floating homes

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tin g

ing

elt

eri

Aerial view

Prof. Dr. Astrid Ley I Dr.-Ing. Dan Teodorovici I Dr.-Ing. Arch. Sigrid Busch I Dipl.-Ing. Raphael Dietz

Design, Form Finding ILEK Lab 1244

Sem. V 2017/2018

Light and Sustainable Designs Institute Research Program

Dipl. Eng. Architektin und Stadtplanerin Irina Auernhammer, Dr.-Eng. Nicu Toader

Troposkein In the context of the seminar, we studied and evaluate the potentials of design within a grid of small adaptive shells. We considered form finding processes, adjustments, and its load-bearing capacities. The main material used in our study is paper and ultimately wood. We chose it because of its hygroscopic properties. In the beginning of our study we folded or cut paper to produce simple geometry. Those had the ability to deform either under pressure or by absorbing water.

TEAM :

Yiwen Yang Alan Soares Lena Obländer Agata Morawczynska

Design, Form Finding ILEK Lab 1244

Light and Sustainable Dedign Institute Research Program

Architectural Design Adaptive Skins of Tomorrow Dr. -Eng. Walter Haase, M. Sc. Sophia Leistner, M.Eng. Markus Nitzlader

Sem. VI 2017/2018

Adaptive Skins of Tomorrow The selected project is an adaptive facade for the 27-meter-high tower inspired with a hexa-flexagon structure and automated dynamic elements.

The system contains: stainless steel supporting frame, solar panels - respond dynamically (and automatically) to the angle of the sun, thermal panels - heating or cooling interior of the building, transparent panels - providing natural light to the inside, actuators - electromotors responsible for rotation of the panels till 180 degreewith with the ability to allow natural light and ventilation into the building,

Adaptive Skins of Tomorrow

Modeling and Simulation Adaptive Skins of Tomorrow

Sem. VI 2017/2018

Climate Simulation Study of Adaptive Facade by Agata Morawczyńska (Matrikelnummer 3363906)

1. INTRODUCTION

‘’Adaptive facades are building envelopes that can adjust to changing climatic conditions on an hourly, daily, seasonal, or annual basis. Here the word “adaptive” means the capacity to react or profit from outside climatic conditions to meet productivity and more essentially to successfully meet the inhabitant’s comfort and well-being.’’

The selected project is an adaptive facade for the 27-meter-high twin tower inspired with a hexa-flexagon structure and automated dynamic elements. The system contains: - stainless steel supporting frame, - solar panels - respond dynamically (and automatically) to the angle of the sun, -thermal panels - heating or cooling interior of the building, - transparent panels - providing natural light to the inside, - an actuator— electromotors responsible for rotation of the panels till 180 degreewith with the ability to allow natural light and ventilation into the building, 1.1. MODELLING - FORM FINDING Thanks to Rhino and Grasshopper software I was able to model and checking which shape and what dimension elements should have, how they can be connected and fixed. Only on that level I was able to see many inaccuracies which I couldn’t notice without 3D model.

INSPIRATION - origami element ’’HexaFlexagon’’ - element with 4 different surface

NO POSSIBILITY TO CLOSE THE FACADE

FINAL DESIGN

THERMAL BRIDGES - MISMATCH OF THE ELEMENTS

Modeling and Simulation

Sem. VI 2017/2018

1.2 STRUCTURE ANALYSYS The next step is the structure analysis of the current, given construction by using Karamba. Unfortunately we didn’t get much information about the building on which we are supposed to design facade. I knew where it will be situated, that the columns will be made with steel, the blankets and the facade connection will be build with wood. So I decided to simplify as much as possible the construction and see how it’s behaving to feel it advantages and disadvantages.

1.3 CASE STUDY - CLIMATIC CONDITIONS IN STUTTGART Which variable influences can the adaptive facade react to and why? To answer on that question first we need to know what are the main factors on which ours facade can be exposed. The building is located in Stuttgart on the Campus in Vaihingen. Using environmental plugins for Grasshopper called Ladybug and Honeybee I decided to precisely analyze climate and define the threats and positive sides coming from that localization. 1.3 A. Graphs - Temperature, Humidity and Wind conditions

DRY BULB TEMPERATURE (°C) - HOURLY

WIND SPEEN (m/s)

RELATIVE HUMIDITY (%)

Modeling and Simulation

Sem. VI 2017/2018

Temperature in Stuttgart Stuttgart’s climate is mild with an average annual temperature of about 10 °C in the basin of the city. The month of July is the hottest month with an average temperature of 18.8 °C, while temperature in January averages only 1.3 °C. Stuttgart’s centre has about 150 days above freezing. The coldest months: January and February - record low : -25.5 °C ( in January) The warmest months June to Augus - record high : +37.7 °C (in August) Relative Humidity in Stuttgart The average annual relative humidity is 71.6% and average monthly relative humidity ranges from 63% in May to 80% in December. Wind conditions in Stuttgart In Stuttgart climate we can observe light and not strong wind. Mostly in the western direction.

1.3 B. Solar radiation in Stuttgart Analysis Solar Radiation in Comfort during the solstices

SPRING SOLSTICE

SUMMER SOLSTICE

Sunlight Hours Analysis

AUTUMN SOLSTICE

WINTER SOLSTICE

Modeling and Simulation

Sem. VI 2017/2018

Radiation Rose for the Tower

ON THAT ELEVATIONS I SHOULD PUT THE PREDOMINATE AMOUNT OF SOLAR PANELS

1.3 B. CONCLUSIONS: During the process of design I pick the proper materials able to protect interior of the building from temperature difference (the amplitude of the temperatures is equal 63.2 °C). — designed adaptive panels has different functions and some of them are additionally isolated with thin layer of vacuum. Based on the weather conditions in Stuttgart I define 3 types of the most suitable panels: -TRANSPARENT PANEL (made out of Plexiglass) - responsible for daylight access to the interior, - THERMAL PANEL (with phase changing material layer) - with black and white side responsible for heating and cooling the interior, - SOLAR PANEL ( made out of photovoltaic glass) - responsible for generating energy and reducing costs, Regarding to wind conditions in Stuttgart the wind speed is not too strong but the seals surrounding the panels are exposed to loads created by the gust of wind and should be well protected. That’s why instead of using as in the beginning I though about UPVC gasket seal 2 cm I decided to use magnetic seal for better closing the panels. In Stuttgart the sun shines only less than 60 hours in December, it shines more than 230 hours in July. The annual amount of global radiation is about 400 kJ/cm2. That’s why I decided to apply solar panels in my design.

Modeling and Simulation

Sem. VI 2017/2018

1.4 FACADE SIMULATION During that part I wanted to check how much natural light is able to go thought the facade in the different position of the elements. It have influence on the electric interior lightening which I will need to apply. 1.4 A Simplifying process - 3 main positions (Panels are rotating around the axes till 180 째

1) 0째 of rotation

2) 60째 of rotation

3) 90째 of rotation

1.4 B. View Through a Facade - Analysis SIMULATION FOR ONE FLOOR

1.5 EFFECT OF THE ANALYSIS

SIMULATION FOR ONE ROAD

Architectural Design of Workplaces - Kid’s Factory M ENG. ARCH. Xia Wei

Sem. VII 2018/2019

TEAM :

Kamila Ogrodzka Maciej Misztal Agata Morawczyńska

Kidâ&#x20AC;&#x2122;s Factory

Bachelor Thesis Project

Sem. VII 2018 /2019

Office Building on Kolejowa Street in PoznaÅ&#x201E; THESIS ADVISOR: DR ENG. ARCH. ADAM NADOLNY

Office Building on Kolejowa Street in PoznaĹ&#x201E;

Office Building on Kolejowa Street in Poznań Model in the scale 1 : 100

ZDJĘCIA MAKIETY

SKLALA 1 : 100

Agata MorawczyĹ&#x201E;ska morawczynskaa@gmail.com agata.morawczynska@student.put.poznan.pl + 4 8

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