PORTFOLIO BARBARA SOPOLINSKA
CURRICULUM VITAE EDUCATION 09.2015-
Msc in Technology of Architecture, Aalborg University
Performance Aided Design, sustainable design, Zero Energy Buildings, structural and acoustical analysis
02.2014-06.2014
Construction Architecture, Erasmus Exchange Programme, VIA University College in Horsens, Denmark
design, solving details, indoor climate, sustainability, work in group
10.2011-06.2015
Bsc in Architecture and Urban Planning, Warsaw University of Technology
hand drawing and painting classes, model making and sculpture course, Architecture Design Classes, History of Architecture, History of Urban Planning, History of Art, Landscape Architecture, Interior Design, Construction & Building Materials classes, Building Physics
ACHIEVEMENTS
category of Innovation and Architecture for the Sea Jacques Rougerie Foundation International Competition, 2014
2nd prize
WORK EXPERIENCE
My name is Barbara Sopolinska and I am 23 years old architecture student. I graduated from Warsaw University of Technology in June 2015 and currently I am during my Master studies in Technology of Architecture at Aalborg University. I constantly try to develop myself professionaly, through academic studies and individual work. Examples of my work you can see here on my portfolio.
Vesterbro 84 1 tv. 9000 Aalborg, Denmark +4550268895 sopolinska@gmail.com
07.-08.2014
Intern in Michalewicz&Tanski Architects
concepts, 2d drawing, 3d modelling, visualisations,
06.-09.2013
Graphic designer in NS MARKETING, advertising
vector and raster graphics, posters, folders
06.-09.2012
Inventory of The Trinity Church in Warsaw
survey of the XVII century church, plans, sections, elevations, Autocad and hand drawings
SKILLS TECHNICAL Rhinoceros 3D 3ds max + Vray Revit Autocad Archicad Adobe Illustrator Adobe Photoshop Adobe InDesign
LANGUAGES Polish / native speaker English / advanced Danish / beginner Icelandic / beginner
OTHER Drawing and painting skills Model making Problem solving Teamwork Ability to work under pressure
ACADEMIC WORKS
01
HATLEHOL CHURCH
location:
Ålesund, Norway
date:
11.2015 - 01.2015
project designed for:
1 sem MScArch, Aalborg Univesity
in collaboration with:
Irene Ank Jørgensen, Kristian Bue Jensen, Jonas Wittrup Larsen, Aleksandra Przesmycka
This project is based on a competition issued for Hatlehol in Ålesund municipality, located on the western coast of Norway. It should serve as a catalyst for the area to come together as a community. . Through analysis of context and reference projects, it is defined that the design of a church should be executed using Nordic architecture, local materials, traditional architecture and a coherence with the surrounding nature.
Views are cut through the volume to frame surrounding nature.
Other functions are placed and the church is shaped.
Volume of the church room is enlarged to make it stand out.
Cuts are covered to make hallways
Church room gets shaped through PAD and to expose the bell tower.
Roofs are pulled up to create synergy
3
FLOORPLAN LEVEL 0
SECTION AA
PHYSICAL MODEL
SECTION BB
EAST ELEVATION
4
NORTH ELEVATION
CONGREGATION HALL
FRAMING NATURE
CHURCH HALL
5
02
DGNBI 2016 KITCHEN
016
tchen module per e each module e of module is also created h can be used as her is good.
illion was maxicross ventilation m through the vertical shutters ves through the dows located ccording to the ht) pavillion
Energy fo artfiiprovided thanks e roof. Roof is also ct rainwater, ed further develhe pavillion is n’t be enough rain in water tanks
m recycled e. Palletes are d boards and bonate sheets. ayers of sand acteristic for the ide the building friendly for l nature. tes of size 1200 oject are result of
and used in mselves can be onnected into
location: date:
Aalborg Havnefront, 09-16.03 2016
project designed for:
MSc02, Aalborg University individual work
The task was to create temporary kitchen pavillion for DGNBI sports camping in Aalborg. Main principal of shaping temporary kitchen pavillion for was maximizing natural ventilation, enhancing cross ventilation and stack effect. Energy fo artfiicial light and water pumps for taps is provided thanks to the polycrystaline solar cells on the roof. Roof is also shaped to give the possibility to collect rainwater. . The kitchen is mainly constructed from recycled palletes, nailed to the timber structure. Palletes are further clad from inside with plywood boards and from outside with translucent polycarbonate sheets. Cavity created this way is filled with layers of sand and pebbles - mate+ rials that are characteristic for the local fiord. polycarbonate panels
recycled palletes
pebbles / sea sand
plywood
CROSS VENTILATION / STACK EFFECT
back elevation 1:50 SOLAR PANELS POSSIBILITY OF WATER COLLECTION
CROSS VENTILATION VERTICAL SHUTTERS
GAS BOTTLE
scheme
6
opment in this project. Although, as the pavillion is temporary (and perhaps there wouldn’t be enough rain during that time) water is magazined in water tanks under kitchen stands.
OUTSIDE KITCHEN DGI- GAMES AALBORG 2016
The kitchen is mainly constructed from recycled palletes, nailed to the timber structure. Palletes are further clad from inside with plywood boards and In my project I decided to createpolycarbonate 1 kitchen module from outside with translucent sheets.per approximately 100 -this 150 tents, where eachofmodule Cavity created way is filled with layers sand and pebbles materials that are characteristic for the consists of 4 cooking stands (example of module local Use ofsite these material provide thecreated building location onfiord. included plan). There is also thermal mass, stability of structure, is friendly for dining space and a small terrace which can be used as environment and also represents local nature. a diningPalletes spaceused as well whenare the weather is in project europalletes of good. size 1200 x 800 mm, and dimensions of the project are result of using thisof module. Main principal shaping kitchen pavillion was maxi-
8850 4800
3600
2000
mizing natural ventilation, enhancing cross ventilation Pavillion elements can to be the remounted and used the in and stack effect. Air goes room through another place, as well as palletes themselves can be main opening, which is covered with vertical shutters reused again. Pavillions also can be connected into so it’s size can be controlled , and leaves through the bigger ones. chimney above kitchen stands or windows located higher on the other side of kitchen. According to the local wind direction (as well as sunlight) pavillion entrance is facing south - east.
POLICRYSTALINE SOLAR PANELS
2000
8200
Kitchen is equipped with gas bottles. Energy fo artfiicial light and water pumps for taps is provided thanks to the polycrystaline solar cells on the roof. Roof is also shaped to give the possibility to collect rainwater, however its filtering system would need further development in this project. Although, as the pavillion is temporary (and perhaps there wouldn’t be enough rain during that time) water is magazined in water tanks under kitchen stands.
FLOORPLAN
8850
The kitchen is mainly constructed from recycled palletes, nailed to the timber structure. Palletes are further clad from inside with plywood boards and from outside with translucent polycarbonate sheets. Cavity created this way is filled with layers of sand and pebbles - materials that are characteristic for the local fiord. Use of these material provide the building thermal mass, stability of structure, is friendly for environment and also represents local nature. Palletes used in project are europalletes of size 1200 x 800 mm, and dimensions of the project are result of using this module.
floorplan 1:50
3600
2000
4800
PLYWOOD
8200
Pavillion elements can be remounted and used in another place, as well as palletes themselves can be reused again. Pavillions also can be connected into bigger ones.
SIDE ELEVATION
side elevation 1:50
+
2000
polycarbonate panels
recycled palletes
pebbles / sea sand
plywood
CROSS VENTILATION / STACK EFFECT
floorplan 1:50
BACK ELEVATION
FRONT ELEVATION
back elevation 1:50 SOLAR PANELS POSSIBILITY OF WATER COLLECTION
4,30
CROSS VENTILATION
3,20
2,40
2,55
VERTICAL SHUTTERS
GAS BOTTLE
side elevation 1:50 0,15
SECTION
+
0,00
polycarbonate panels
section 1:50
7
CROSS VENTILATION / STACK EFFECT
POLYCARBONATE PANELS
recycled palletes
REUSED PALLETES
pebbles / sea sand scheme
PEBBLES/ SAND
plywood
PLYWOOD
03
MULTISTORY HOUSING
location: Sady Zoliborskie, Warsaw date: project designed for:
11.2013-01.2014 4th semester, Warsaw University individual work
The complex of building located in Warsaw district Zoliborz, surrounded by post-communism prefabricated concrete blocks. Aim of the project was to create the cozy enclave of relatively low buildings. Buildings are shaped to provide in each apartament the maximum of daylight and to create external common spaces. During creating the apartament layout important was keeping separate open day zone and more private night zone, in the same time creating flexible storage spaces.Materials used on elevation are yellow brick, wood and perforate copper panels that are covering the staircases.
8
TYPES OF APARTMENTS
INTERIOR
SITE CROSS SECTION
SITE LONGTITUDE SECTION
FLOORPLAN
9
04
MODEL SHOP INTERIOR
location: Wilcza Street, Warsaw, Poland date: project designed for:
03.-05.2014 interior desing, 4th semester, Warsaw University Iindividual project
Model shop interior made for Interior Design classes. The main idea was to remove existing floor between ground floor and basement and to create instead vertical structure made out of cardboard boxes. The structure has both exhibition and storage function.
10
SECTION AA
FLOORPLAN
SECTION BB 11
COMPETITIONS
05
THE CLOUD CHARGER
2nd prize in Sea Category, Jacques Rougerie Competition 2014 location: date:
drought areas 11.2015 - 01.2015
project designed for:
Jacques Rougerie Competition, Sea Category 2014
in collaboration with:
Marta Szczepanska, Daria Wojciechowska
Our design is a mobile response to the problem of drought. Seas and oceans constitutes 97.5% of the water on Earth., while humanity needs fresh water to produce food. The idea is simple: to desalinate water on the sea and send it remotely over drylands. It would consist of two major elements – offshore crew-operated desalination plants as “docking stations” and a group of drones plugging in to the plants and absorbing fresh water. Stations in our design are using energy of marine currents, so they are freely drifting in regions that currents occur, while also being close to areas affected by droughts.
dry areas
currents
stations range
13
Reverse Osmosis Process A high pressure pump is used to increase the pressure of salty water and force it across the semi-permeable membrane, leaving almost all (around 95% to 99%) of dissolved salts behind in the reject stream. The more concentrated the feed water, the more pressure is required to overcome the osmotic pressure. Desalinated water is pumped into the upper tank.
helicopter landing zone
living area
technical room work & navigation area
charging station
communication area
living area
storage area
THE
desalinated water
THE DOCKING DOCKING STATION walking paths
section salty water
STATION
accumulators turbines
Ocean water flows inside of the station through the whale baleen filtering system
ballast
helicopter landing zone
the tank The drones are charged and filled up with water from the main tank.
charging station
25
0
cross-section SECTION
50 m
the drones are ready to set off and fly onto drought affected areas.
plan level 0
FLYING
Drones are defined as an aircraft without a pilot. In our design their tracs are controlled form navigation base in desalination station. They are using rotaries of around 8 meters diameter.
WATERING
Water is transported in special tank with sprinklers system, which is activating above cultivation areas.
living area
technical room work & navigation area
communication area
living area
storage area desalinated water
salty water
THEDRONESDRONES THE REMOTE CLOUDS CLOUDS REMOTE
walking paths
accumulators turbines
helicopter landing zone
CHARGING & MAITENANCE
Drone start its work at a base station. It includes loading water and charging with energy that station is harnessing from marine currents. The platform that connects drones with the station allows easy maitenance.
ballast
charging station
LANDING
0
25
During flight hovercraft system is hidden in a special panel. As a drone is getting close to the water, the hovercraft opens and the drone is able to land and float on a surface of water.
50 m
plan level 0
FLOORPLAN LEVEL 0 14
UNDERWATER VIEW
DRONES AT WORK
15
06
PUBLIC TOILET IN GDYNIA
location: Gdynia waterfront, Poland date:
11.2015 - 01.2015
project designed for:
Kolo Competition 2014
in collaboration with:
Agnieszka Ros
Project inspired by modernism character of architecture of Gdynia. Main features of this style are light colours , rounded corners and simplicity of design. Its principals are functionalism and aesthetics. Industrial atmosphere of nearby shipyard also affected the project. Another criteria was location on the beach boulevard.A terrace on the roof gives an opportunity to admire views on the sea, shipyard and the developing city.
16
FLOORPLAN
SECTION AA
ELEVATION
17
07
HOUSE IN THE WOODS
location: date:
Jozefow, Poland 11-12.2013
project designed for:
Builder Magazine student competition 2013
in collaboration with:
Daria Wojciechowska
Main idea was to create heart of the house - center of the family life created on the round plan. From our exp erience in almost every house such a natural center is the kitchen. In outr design the kitchen is opened on day zone spaces, while around the center we created storage spaces. Day zone is divided into 3 parts : work space, cozy fireplace and small tv room. Entrance to the house is hidden between stone-slate. ‘curtains’
18
SECTION AA
LEVEL 0
SECTION BB
LEVEL +1
19
LIVING ROOM
KITCHEN
20
08
SPECTACLE OF SENSES
Ă˜ya Festival, Oslo, Norway location: date:
02.2014
project designed for:
120 hours challenge
in collaboration with:
Agnieszka Ros Krzysztof Jakubow
Project created for 120 hours competition 2014. The subject of the competition was different approach to sustainability. The task was to create a kind of installation - meeting point at Ă˜ya Festival, that would aware people of the sustainability issue.
Main idea of sustainability is that a man can naeve be considered as a single being
Even if alone, he is alwas connected with reality
21
We want to create shelter that can isolate while stimulating the connection
In that way man can sense and recon true identity of this connection
22
THANK YOU!