PORTFOLIO Karolina Marciniak otokarolinamarciniak@gmail.com
2019
ADAPTATION OF THE MARKETPLACE IN KUTNO TOWN
2018 INDIVIDUAL PROJECT | BHS THESIS
View from the main street
The aim of the project is an attempt to declutter and set up area located in a very town centre throughout solving vehicular communication and rubbish management. The main goal is creating user-friendly public space, which will be a connection of historic town centre and riverside recreation area. „Manhattan” is a permanent marketplace opened 6 days a week. The advantage of the bazaaris its location in a very centre, between the oldest part of a town and river Ochnia. There are functioning 214 stalls, which are tin lockup shacks. They are set in 8 rows forming 4 roofed passages. The worse and worse technical condition and plentiful of advertisements show the picture of a chaotic and abandoned place. 2
Despite that fact, „Manhattan” is often and willingly visited by residents of Kutno and nearby localities. The marketplace is assisted by the small parking lot dedicated to customers and 2 unlisted carparks. Right next to the marketplace there is an old two storey tenement house with outbuildings and tree storey bank with a parking lot. The topic of the project is creating a new marketplace which will fully satisfy the customersand salesmen needs. To achieve this goal it is prposed to join access roads and isolate the quarter for marketplace functioning. Outbuildings are dedicated to demolition. The quarter will be enclosed from 3 sides. Building alignment has a setoff nature connecting smoothly withdrawn a line of a block of flats with an aligned
View from the park side
line of tenement houses and creating a variable cross-section of the street. Two passages are connecting marketplace with the riverside, the third one is perpendicular to others and it is a main green passage of the bazaar. It divides the buildings of different functions: commercial and office one, restaurant and bicycles rental one and the technical building. The main passage has a row of trees and many benches and flowerpots. The starting point to the designing process was a determination of a module on which the construction, size of stalls and divisions on elevations and floor are based. It allowed designing construction with the ability to enable further changes in arrangement.
Materials used on elevation are Corten steel sheets and dark grey joinery. „Manhattan� was topped with a dynamic form of roofing. The height of the main building is not constant. Locally height is increased or decreased based on module divisions. It allowed referencing with a height of nearby buildings and perfect fit to town context. The crooked line of roofing goes rectilinearly to the straight line of the pergola in the main passage. The main aim of the project is to draw attention to problems of a current marketplace in Kutno town and propose a possible solution.
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Diagrammatic process
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Axonometric function diagram
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First floor
Main elevation
Second floor
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Main green axis view
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Market stalls view
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Second floor terrace view
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SD.1 niego krycia wa 5cm betonowa 10cm 2cm
0,2cm bachy corten 2cm strukcja) 20cm zetowniki
STROPODACH papa termozgrzewalna wierzchpapa termozgrzewalna podkładowarstwa spadkowa - wylewka warstwa rozdzielcza - folia PLED styropian EPS
płyty elewacyjne z
tafle szklane
ceowniki (podkon-
IPE 160
wełna mineralna /
mocowanie tafli szlanych za pomocą okuć do dwuteownika uszczelnione przejście dwuteownika przez obróbkę obróbka blacharska attyki
dwuteownik mocowany do nadproża
zetownik 150 deski kompozytowe 1,2cm legary systemowe 5cm wylewka betonowa 5cm folia PE styropian ekstrudowany 15cm /zetowniki (podkonstrukcja pod ceowniki) hydroizolacja - ekofolia wysokociśnieniowa ceowniki (podkonstrukcja pod ceowniki) 3cm płyty elewacyjne cortenowe 0,2cm
balustrada tarasu z płaskowników
0,2cm 5cm 10cm 2cm 10cm 30cm 2,5cm
wykładzina homogeniczna PVC wylewka betonowa warstwa rozdzielcza - folia PLED styropian akustyczny strop żelbetowy pustka / podkonstrukcja sufitu podwieszanego 2xpłyta GK
obróbka blacharska
mocowanie słupka ściany kurynowej do czoła stropu
mocowanie balustrady do płyty tarasu
rygiel ściany kurtynowej ceownik 60x30 blacha corten dylatacja budynku
0,2cm 2cm 20cm 25cm 1,2cm
płyty elewacyjne z bachy corten ceowniki (podkonstrukcja) wełna mineralna / zetowniki pustak silikatowy tynk cementowo-wapienny
7cm 10cm 10cm 30cm
zacierana wylewka betonowa (wzmacniana zbrojeiem rozproszonym) warstwa rozdzielcza - folia PLED wełna mineralna skalna 2xpapa na lepiku płyta betonowa folia szalunkowa warstwa ubitego żwiru grunt rodzimy
płyty betonowe chodnikowe podsypka cementowo-piaskowa
15cm 25cm
8cm 4cm
folia kubełkowa styropian ekstrudowany XPS 2x papa na lepiku ściana żelbetowa
Terrace axonometric detail
ława fundamentowa 40x60cm
chudy beton
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ACADEMIC CULTURE CENTER IN WARSAW 2018 INDIVIDUAL PROJECT | ACADEMIC
Main view
The project is located in a very heart of the city in a though urban context, between new office buildings and old socialist realism housing estate. It fills the gap in an urban quarter creating the space for students from Warsaw University of Technology. Because of its closure to the subway station, the 12
two first floors are taken back creating the walkway. From outside visitors have access to the entrances to subway and to shops and lobby on the first floor. Each level has a different function. On the second floor, there is a library and room for the exhibition. On the two tiers above there are located auditorium,
Terrace view
foyer and supportive rooms. Two last storeys are dedicated strictly to students and their social and academic activity. They are connected with each other with traces and stairs creating a unique outside space isolated from hustle and bustle of the city. A 4th floor is a place where club and canteen are loca-
ted. On the 5th floor, there are classrooms and spaces to work. The main characteristic of the building is a copper ribbon framing the glass facades. The setting of the copper blades highlights the quarter’s corner and the main entrance to the building. 13
Diagrammatic process
Axonometric function diagram
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Ground floor
Second floor
Fourth floor
First floor
Third floor
Fifth floor
Short section
Long section
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Main staircase view
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Model 1:200
Model 1:200
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DZIAĹ DOWO BREWERY
2017 INDIVIDUAL PROJECT | ACADEMIC
Main view
The design is a proposal for adaptation abandoned old military barracks and attempt to bring life to the old brick walls by converting it into a brewery. The general idea is to create a path on which people could see the process of producing beer from the very begging like harvesting hoops and ending with tasting the final effects. The front decaying wall is replaced by a curtain wall preserving the arrangement of the former wooden structure. 18
This wall and the glass roof allows sunlight to come into the main open space of the building. Visiting the brewery starts from indoor hoops poles, then through the staircase visitors can see the exhibition showing the history of this building. Two parts of the building are connected with the footbridges viewing the hoops and the tasting area in the middle part of the first floor. The last storey is dedicated to administration and offices.
Function diagram
Exhibition route diagram
Sunlight oppenings diagram
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Ground floor
First floor
Second floor
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Short section
Long section
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Indoor hoops view
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Footbridges and exhibition view
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GREEN GATE TO ZIELONKA 2016 INDIVIDUAL PROJECT | ACADEMIC
Main view
Diagrammatic process
The Green Gate to Zielonka is a design established in a very specific context. The localisation of the building is the levee between two water basins formed at the place of former clay pit. Design replicated the shoreline creating the path going through the whole building. Visitors walking on that 24
track are able to see the panorama of the whole park and have access to the deck going along with the whole longitude of the complex. All rooms with different functions are located along the path and are grouped in two solids. Those two parts are connected with each other with aisle viewing
Floorplan
to sides of the levee. The building has two main functions, recreational and cultural one. In the first part, there are located exhibition space, cafe, water equipment rental and administrative rooms. Conference room and exhibition space are based in second part.
Used materials refer to the local nature trying not to stand out from the surrounding.
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HOUSING ESTATE SOUTHERN URLYCHÓW, WARSAW 2017 GROUP PROJECT (Weronika Giedrojć, Maria Jabłońska) | AKADEMIC
Function diagram
Approaching the design process it was crucial to create new housing estate which is fully functional and resident friendly. The aim of the project was to propose complex of residential buildings and supportive ones in the place of the former industrial plant. General idea standing behind it is to establish a local centre with main public square and school from which varied functions are spreading. On the west side, there is located line park isolating estate 26
from hustle produced by planned expressway. It is continued along the borders as an Avenue with trees. What is the most characteristic is the irregular pentagonal grid creating the streets and borders of smaller housing units. Major vehicular transport is handled by 3 circuits. Mine part of the design has the most developed commercial character. Major shopping passage starts from the square in the centre and continues till the end of the establishment.
Estate master plan
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PAVILION - ANALYSIS OF STRETCHED STRUCTURES
2018 TEAM PROJECT (Maksym Bal, Julita Banaszak, Anna Bukowska, Rafał Białozor, Adrianna Rajch, Olga Rosińska) | WORKSHOP
Analysis of stretched structure
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Pavilion
Pavilion
The aim of the project was to check the correctness of analysis of the stretched layer, the study of the manufacturing process and create a non-traditional way of holding the record of assembly of the kinematic structure. Using Rhino and Grasshopper the external layer on the wooden framework was modelled. With Kangaroo2 the physical simulation of elastic fabric was conducted in order to test its reaction depending on concentrated forces. The perforation of the framework was made parametrically with the individual
Pavilion’s framework
mathematic algorithm. Holes in the structure was designed to shrink down the weight of construction and make it more transparent. The variable density of lycra layer shows the pattern underneath. With the RFEM programme, the static analysis of construction was carried out and next with RhinoCAM and RhinoNest all elements were prepared for manufacture process. 29
THANK YOU FOR YOUR TIME !
Karolina Marciniak otokarolinamarciniak@gmail.com