portfolio 2014 anna Kravec architect|urban designer
curriculum vitae education lund university|MSc - Sustainable Urban Design Lund, Sweden Chinese university of Hong Kong|summer school Hong Kong Belarusian National Technical University|M.Arch - Architecture Minsk, Belarus gymnasium #19(ecology) Minsk, Belarus (Grades: average 8.9 out of 10)
2012-2014 summer 2013 2007-2012 1996-2007
work experience
anna Kravec architect|urban designer 14, Strawberry Hill SALFORD Manchester M6 6AH, UK
anna.kravec21@gmail.com +447729953929
Architect|STAMA Development Ltd. Architect|karpovich ltd. Architect assistant (part-time)|MinskPromStroi Interior Designer|Freelancer
languages Russian and Belarusian native speaker English|fluent Slovak|basic
IT and professional skills AutoCAD Adobe Creative Suites(Illustrator, Photoshop,In Design) Google SketchUp 3D Rendering (V-Ray, Kerkythea) ecotect analysis Rhinoceros (Basic) Model making Sketching & Drafting Painting
2013-current 2012-2013 2009-2011 2008-2009
content academic projects
mass customization|lund university|Master thesis human-environment integration|lund university|semester project "Kristall" factory reuse|BNTU|thesis project
01 02 03
professional works
oakglade house|stama former hope high school site|stama
development|manchester|uk development|manchester|uk
in lUND|2ND
01 02
competitions PRIZE|lUND|SWEDEN
01
mass customization Lund University - Master Thesis|Lund|2014 Supervisors: Johnny Åstrand alyaksandr khadzyakou
01
academ.
Belarus-Minsk
Belarus still follows the soviet principles of urban planning that resulted in creation of mass constructed monofunctional residential microdistricts with generic architecture and underdeveloped public spaces. Thus this thesis project aims to rethink the soviet concept of mass housing development in order to enhance quality of living in microdistricts and fulfil people’s current demand for more sustainable lifestyle. According to the main idea, “mass” customization of residential neighbourhoods shall take place promoting more diversity and individuality in urban design. Anna Kravec/Academic projects/Mass
Customization
62.0
Housing stock data in Minsk 42.0
43.5
44.9
2009
2030
2008
2015
2007
2014
2006
2013
2005
40.5
2012
2004
39.2
2011
2003
38.0
2010
2002
N
2001
1995
conceptual masterplan
34.8
2000
28.1
33.4
33.7
36.8
32.4
35.8
31.5
31.9
35.1
31.3
1.2
millions of
generic mass
housing??
NO!!! We need a new approach in residential development!
design strategies
Urban centralities to support public life
from mass production...
green network for healthy community
...to mass customization multi storey parkings adaptable for future changes
M
coherent cycling network for better commuting
In order to design customized residential microdistrict, it is important to start with the vision for the area it belong to. It can be seen as a first step toward customization - not to copy and paste identical structures but develop a unique sitespecific strategy that will shape the area and create a basis for detailed design. Anna Kravec/Academic projects/Mass
Customization
climate smart design
toolbox - working with open space
The proposal includes two levels of customization: 1. PARTIAL CUSTOMIZATION demonstrates the design ideas to improve the plan for mass constructed microdistrict. The design proposal mainly improves spatial program of the neighbourhood without changing its physical structure. As a high percentage of housing stock in Belarus is mass constructed districts, “PARTIAL CUSTOMIZATION� will be a pilot project for further regenerations.
N 0
10
20
50m
Anna Kravec/Academic projects/Mass
Customization
more space for pedestrians and bikes support biking
reorganize parking
before
after
space hierarchy community centre
close the courtyards vegetation playground workshops landscape elements bike storages
vibrant community range of activities
diverse courtyards
Anna Kravec/Academic projects/Mass
Customization
microdistrict as a part of the whole
URBAN AXIS
linear park
community square
pedestrian alleys
creates active ground floor and support public life. Also public transport routes are located along it
creates a common public space that unites all community members together
To keep relevance of the alternative proposal, planned population density remains as a constant condition.
provides green attractive environment enhancing health and well being
while connect new and existing landscape elements in a network, they also break the closeness of microdistrict introducing new pedestrian realms
2900 new building configuration
define the space and creates diverse human scale environment
Anna Kravec/Academic projects/Mass
Customization
2. full customization: the proposal shows the alternative design solution for new sustainable neighbourhood where advantages of mass construction are combined with customized design solutions. This proposal tries out a different spatial configuration that aims at creating human scale and more diverse living environment. Due to the lack of new approaches in residential development the project can become a guideline for new construction.
N 0
10
20
50m
Anna Kravec/Academic projects/Mass
Customization
toolbox - working with architecture diverse housing typologies block structure
human scale
built-in parking ground floor parking
support hierarchy
social mix
flexible facade solutions
climate smart architecture underground parking
minimize energy use
save natural resources m 10 m 14
water sensitive design
- responsibility to save natural resources. It is applied in full customization proposal because It requires less investments if applied in new microdistricts
Anna Kravec/Academic projects/Mass
Customization
Anna Kravec/Academic projects/Mass
Customization
human-environment integration Lund University - semester project|Lund|2013 tutors: par gustafsson Delia Moldoveanu
02
academ.
This project focuses on enhancing the importance of human-environment integrity in the rural areas and supporting sustainable development of the region. For this reason, the ecological network is proposed which will link environmental sustainability to economic and social sustainability of landscape.
sweden Helsingborg municipality vege region
Anna Kravec/Academic projects/Human-environment
integration
why rural areas development
85% of rural area in the
is not included?
south of skane Current strategy: -
Knowledge and innovation Culture and experience A coherent labour marked Accessibility and mobility
70%
of monofunctional agricultural land in vege
The main goal of the proposal is to integrate different functions of the landscape with values demanded by users (humans) and area (environment). A new development strategy offers a wide range of land uses and activities in Vege. While it straightens existing ecosystems, at the same time, landscape profitability and resilience to sustainability challenges is increased. spatial strategy
Anna Kravec/Academic projects/Human-environment
integration
Aerial photo
typology of components
alleys
agriculture
forest
outdoor activities
community gardens
orchards
and
allotment
Existing infrastructure
sport
wetland
Existing field pattern
Anna Kravec/Academic projects/Human-environment
integration
development timeline
1
2
3
4
Anna Kravec/Academic projects/Human-environment
integration
proposed Public transportation scheme
80
0m
existing bus route
The idea is to move the existing bus route down to the bigger road and create only a necessary number of bus stops with the walkable distance of 800 meters. This route will mainly serve as a new faster link between Ă„ngelholm and Jonstorp. In addition, the second circular line will be created covering all points of interest within the ecological corridors. A starting point will be located in Rogle village, where a new train station will perform as a distribution place for visitors of Vege.
proposed routes
Anna Kravec/Academic projects/Human-environment
integration
"kristall" factory reuse BNTU - thesis project|Minsk|2012 supervisor: Elena morozova
03
academ.
The main goal of the project is to develop the industrial area into the public place serving needs of the modern community. New buildings and urban functions will appear in order to integrate the area into the city. However, historically valuable buildings which are the part of Minsk architectural heritage will not be demolished but transformed creating a unique atmosphere in cooperation with new contemporary buildings. Belarus-Minsk
Anna Kravec/Academic projects/�Kristall�
factory reuse
district strategy Reconstruction program Objects: with existing function with new function transformed demolished newly built
Pedestrian platform
The challenge of the project is to create a pedestrian connection through the area since the complex must be accessible for pedestrians while at the same time provide routes for service and private transport. The solution is found by division the transport and pedestrian flows into two separated levels. In such a way, the pedestrian platform is created which is not only a cohesive part of the architectural composition but also an important meeting place for citizens.
Anna Kravec/Academic projects/�Kristall�
factory reuse
Dynamic form of the roof
The inspiration for conversion of several industrial buildings originated primarily from the name of the factory. A new roof rises and falls into peaks and valleys creating a light geometry - like naturally growing crystals. This dynamic movement brings a new character into historical atmosphere of the place but fits varied range of both old and new building types within the complex.
functions
Anna Kravec/Academic projects/�Kristall�
factory reuse
The load-bearing structure of the new storey in the shopping centre is represented by punched beams and steel columns. This type of construction has not only a high bearing capability but also a strong aesthetic quality.
Anna Kravec/Academic projects/�Kristall�
factory reuse
ground floor plan In order to provide natural light inside the building, tubular daylighting system was installed along the three passages. Such a system helps to improve illumination consistency and energy efficiency which are important factors in sustainable design.
Anna Kravec/Academic projects/�Kristall�
factory reuse
first floor plan
second floor plan
Anna Kravec/Academic projects/�Kristall�
factory reuse
oakglade house stama development|Manchester|2014 concept|renders|technical drawings status - under construction
01
prof.
Oakglade House is a residential development of 51 new apartments converted from the former office building. It offers a variety of units: studio apartments, 1-2-3 bedroom apartments as well as penthouses on the top of the roof. The plan is to keep the concrete load-bearing structure but to propose new layout within it. The alterations are also made in the facade to meet the residential requirements and provide high standard of living.
UK-manchester
Anna Kravec/Professional works/Oakglade
house
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
site plan
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT existing basement smoke and ventilation shutters to be retained
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
existing facade
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
proposed facade Anna Kravec/Professional works/Oakglade
house
PRODUCED BY AN AUTODESK EDUCATIONAL PRODU CED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCEDPRODUCT BY AN AUTODESK EDUCATIONAL PRODUCED PRODUCT BY AN AUTODESK EDUCATIONAL PRODUCT
typical floor PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
9th
10th
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
house
ground floor PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
floor
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Anna Kravec/Professional works/Oakglade
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
after
basement
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
before
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
floor
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
external wall
PRODUCED BY AN AUTODESK EDUCATIONAL
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Fire safety plan
·Entrance corridors and stairs within flats 30 minutes fire resistance, with min FD20S doors ·Flat entrance doors FD30S, self-closing and with smoke seals ·Compartmentation walls between flats and from flats to common areas 60 minutes fire resistance ·Fire-fighting stair and lift enclosure 120 minutes fire resistance ·Doors into stairway FD60S ·Lift doors 30 minutes fire resistance ·Compartmentation floors and all other elements of structure (columns, beams and structure that contributes to overall stability) 90 minutes fire resistance ·Protected shafts / services risers 90 minutes fire resistance to be achieved with blockwork or shaftwall when a stud construction is used ·Places of special fire hazard (e.g.boiler room) 60 minutes fire protection ·Entrance door to basement stair 60 minutes fire protection.
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
compartmentation wall between flats
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
external wall with window
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
compartmentation wall between rooms PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Anna Kravec/Professional works/Oakglade
house
Former hope high school site stama development|Manchester|2014 concept|renders|masterplan status - concept
02
prof.
The project proposes a modern eco housing development as a part of Salford regeneration program. Building typology is developed according to the original task and site specific characteristics. It includes: 12 Detached houses 8 Semi-detached houses 67 Terrace houses 25 Apartments
UK-manchester
Anna Kravec/Professional works/Former
Hope High School Site
Due to the location and morphology of the site, it becomes a part of the city green network that connects surrounding parks together.
Anna Kravec/Professional works/Former
Hope High School Site
INlund Hållbarhetshus competition|lund|2013 shared 2nd prize concept|diagrams|renders
01
compet. Team leader: Anna Kravec
Team: Suzanna Rubino Felix Kruger Gisli Rafn Gudmundsson Young Ill Kim
sweden-LUND
City of Lund, Lund University, Ideon AB, Akademiska Hus AB and Lunds Energi are planning to create a center in the city of Lund. The building, which will be located at Ideontorget will symbolize the new Lund – innovation and future-oriented – and will serve as a visitors’ centre, an arena for sustainable urban development and a testbed for broad collaboration between research, the innovation sector, industry, the public sector and the residents of Lund. Anna Kravec/Competitions/IN
Lund
Borders New tramline
Slow Car ways Shared connections for pedestrians and cyclists Square functions Open multifunctional space
Square and context plan
Circulation free linear spaces
Flowering tree garden Exhibition, test bed and energy production spaces
programmatic plan Traffic diagram
Pedestrians Bicycle lane Tramline Pedestrian Square
Anna Kravec/Competitions/IN
Lund
Secondary Entrance Secondary Entrance accessibility Entrance
Ground floor plan D01
C01
B02
B01
Facilities
C02 Secondary Entrance
Meeting room
of
Meeting multispace Meeting room Meeting room room Main Entrance
Multiroom A02
Floor
Café
A03 Facilities
Meeting
Lecture
Possibilities of dividing the space with mobile panels
Piezeoelectric elements
+ −
Human energy concept Energy overall concept
Give energy to the building
Multiroom Multiroom Multiroom
Energy
Outdoor workout gym generator
Outdoor workout gym generator
+ −
Outdoor Human body heatworkout systemgym generatoroutdoor gym generator
Meeting and Lecture
Facilities + −
Facilities
A01
W W
Café Café Café
Human body heat system
Facilities
Meeting
W
Facilities
Small workshops Facilities
Meeting Meeting
Mobile sound - absorbing panels Exhibition
+ −
Human body heat system
Lecture
meetings and lectures Lecture
Meeting and Lecture
Generating floor Generating floor
human body heat system
Lecture
Steps
Meeting and Lecture Facilities Meeting and Lecture
First floor plan
Facilities
D02
E01
W
W
Facilities W W
W
W
W Small workshops W
A04
Lund
Exhibition Exhibition exhibition Exhibition
Floor
Piezeoelectric eleme Piezeoelectric elements Steps
+ −
+ −
Floor
Energy overall concept
Energy overall concept Piezeoelectric elements Give energy to the building
− Give+ energy to the building
floor generator
Energy overall concept Give energy to the building
workshopsW
Facilities
Anna Kravec/Competitions/IN
Generating floor
Small workshops Facilities Small workshops Facilities
Mobile sound - absorbing panels Mobile sound - absorbing panels Mobile sound - absorbing panels
Step
Floor
Energy
To awaken the importanceEnergyof energy,IN LUND will possess a leading system in term of human energy production, transforming the building into a fantastic generator. Due to the visualised process of producing and consuming energy, people can learn sustainability themselves in terms of energy. To realise this concept ‘INLund’ contains three technologies of energy generating and heating as following. Energy
Traditions
shape
new
old
Traditional gable roof
Te c h n olo gie s
in
Shape is adapted for placing solar spots
InLund - a combination of traditions and latest technologies
i
INnovative Integrative
Innovative
Informative
in
INtegrative Integrative
Innovative
i
Informative
Papercrete eenery
in
Innovative
i
INformative
Informative
While the traditional gable roof of the building is an inspiration from the past, technical building equipment, applied materials, façade design and many other features show a new sustainable innovative side of Lund. As a result, the Hüllbarhetshus reflects a complete identity of new Lund incorporating previous and future achievements. Anna Kravec/Competitions/IN
Lund
modular units and its assembly
Timber column
M
To cos sem is p sem is c exc con
3 Energt Generating Floor
The faรงade space between the wooden frames will be filled with different kind of innovative sustainable materials, such as bio facade, papercrete, cork, wood and etc. They can be literally tested in real conditions and serve as informative show room for visitors at the same time. Moreover, the samples of materials can be continuously replaced creating a dynamic patchwork faรงade.
pre con opt
MO Hempcrete Insulation
in
Envelope Frame
Interactive facade
testbed facade Pair Glass
Thi bilit can on
RE
If it ma diff
SP
Integrative
Wood Corc
Papercrete Greenery
Anna Kravec/Competitions/ INtime Lundand future nsportable modular units for build on
Innovative
Testbed Panel S. 1/100
Detail illustration of modular units and its assemblity
Supporter
As out LU peo can and tha stre
In s as a
Anna Kravec/Competitions/IN
Lund
thank you!