Architectural portfolio
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Mila Garaeva<br />
P O R T F O L I O<br />
Selected architectural works<br />
2016-2019
2
01<br />
04<br />
07<br />
HEKLA OFFICE TOWER<br />
HUMANHATTAN<br />
THEATRE OF DREAMING<br />
02<br />
05<br />
08<br />
ZHOUSHAN COMPLEX<br />
TIRANA THEATRE<br />
URBAN NODE<br />
03<br />
06<br />
09<br />
LANDSBANKINN<br />
SPACE OF SILENCE<br />
ACADEMIC DRAWINGS<br />
C O N T E N T S<br />
10<br />
URBAN SKETCHES<br />
11<br />
WORKSHOPS<br />
3
01<br />
HEKLA OFFICE TOWER<br />
PARIS-LA DÉFENSE<br />
I joined the Hekla project team at the development stage and worked until<br />
its final submission. I was mainly in charge of image representations such<br />
as exterior views from different perspectives and various interior renderings.<br />
I also contributed a variety of proposals for the ceiling designs, material<br />
selections and color combinations for the main lobby, the bar, the corridors<br />
and the mezzanine, and my suggestions were used for the project.<br />
I developed renders and the interior modelization both in Rhinoceros and<br />
Revit using Enscape for Revit. I worked on this project for three months for<br />
the documentation submission of the constructive stage. I also participated<br />
in all client meetings about the interior design.<br />
## interior design, renderings, facade illumination, project documentation<br />
Ateliers Jean Nouvel / Paris 2018<br />
status: under construction<br />
professional<br />
4
Hekla office tower<br />
professional<br />
5
| Hekla office tower<br />
01. Axonometry of the lobby<br />
CONCEPT PROPOSAL<br />
professional<br />
Located in the Rose de Cherbourg district of La Défense, the Hekla Tower<br />
rises to 51 levels. The body of the building is in the first approach triangular.<br />
The overall envelope of the tower covers an area of approximately 43,000<br />
m². The tower is primarily intended for office use. Common and reception<br />
areas, restaurants and an auditorium are located at levels 0 to 7.<br />
6
| Hekla office tower<br />
02. Lobby interior, seen from the main entrance<br />
03. Bar at the ground level<br />
professional<br />
7
| Hekla office tower<br />
professional<br />
8
| Hekla office tower<br />
04. View of the southwest etrance<br />
professional<br />
9
02<br />
ZHOUSHAN CULTURAL<br />
FINANCIAL COMPLEX<br />
The second project I participated in during my internship was a concept<br />
proposal for an island in China located near Zhoushan. The slim buildings<br />
emerge delicately from the ground, respecting the dramatic environment<br />
of natural habitats, mountains and a river. The project combines cultural,<br />
residential and commercial buildings and a marina. Among my responsibilities<br />
were the 3D modelization of the entire site and its context and the<br />
creation of the 3D printing data. I also developed the complete residential<br />
part. For the entire project, I created the facade designs and conceptual<br />
renders.<br />
## 3D modeling, facade design, diagrams, 3D printing<br />
Ateliers Jean Nouvel / Paris 2018<br />
status: concept proposal<br />
professional<br />
10
| Zhoushan complex<br />
professional<br />
11
professional<br />
12
| Zhoushan complex<br />
professional<br />
01. Master plan<br />
13
03<br />
COMPETITION PROPOSAL<br />
FOR THE NEW LANDSBANKINN<br />
I participated in a competition in Iceland for the headquarters of the national<br />
bank Landsbankinn. It consists of an office building and various facilities<br />
like restaurants, commercial and public spaces. A green strip leads<br />
up the entire building, from the ground to the roof levels, serving as a walkable<br />
path for the public as well as terraces for the workers. I worked on the<br />
physical mass model studies (scale 1:1000), created diagrams explaining<br />
the design proposal (Illustrator & Photoshop) and 3D models of the context<br />
on Rhino.<br />
## 3D modeling, model building, diagrams, image post-production<br />
BIG / Copenhagen 2017<br />
status: competition entry<br />
professional<br />
14
| Landsbankinn<br />
professional<br />
15
| Landsbankinn<br />
01. Master plan<br />
SITE CONCEPT<br />
The building is located on an poignant square, adjacent to the commercial port of Reykjavik and the<br />
Harpa concert hall. By building the platforms, we fulfilled the height conditions of the area and at the<br />
same time created a conversation with Arnarhól and the surroundings.<br />
professional<br />
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| Landsbankinn<br />
DESIGN INTEGRATION<br />
02. Stepping site envelope<br />
03. Accessible roof<br />
04. Public realm<br />
professional<br />
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| Landsbankinn<br />
professional<br />
05. Master plan<br />
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| Landsbankinn<br />
06. Exterior view, seen from the plaza<br />
07. The rooftop walkway<br />
BANK SLOPES<br />
By raising people up the hills to a roof, a new public space is created for the citizens and a new view<br />
of the city becomes available. Wildlife is beautiful and maintenance-friendly, but it is also possible<br />
to have a simple grass path.<br />
The gardens serve staff in the building but the overall building refers to what can be learned from<br />
the past and can be brought to the future. In the design and form of the buildings, social responsibility<br />
combines with culture and encourages us to think carefully about the built-up space and<br />
the needs of the public.<br />
professional<br />
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| Landsbankinn<br />
professional<br />
20
| Landsbankinn<br />
08. Physical model<br />
Scale 1:200<br />
materials: foam, acrylic glass, painting<br />
professional<br />
21
04<br />
HUMANHATTAN 2050<br />
16th ARCHITECTURE BIENNALE<br />
For three months I worked on the BIG U Humanhattan 2050 project for<br />
the 16th Architecture Biennale in Venice. This project realizes plans for the<br />
fortification of the coastal line of Lower Manhattan to prepare for the climate<br />
changes due to global warming. In addition to the digital boards we<br />
created an ultra-large physical model (1:750) constructed in CNC milled<br />
hardwood and acrylic glass. I was the team leader for this physical model,<br />
managing seven people and reporting directly to the project leader. Among<br />
my responsibilities were: management of the team, realization of the 3D<br />
construction model in Rhino, quality management, laser machine cutting<br />
and robot CNC milling. The main materials used were acrylic glass, film,<br />
frosting spray, plywood, lime wood, color spray, plastic and resin.<br />
## 3D modeling, team managment, model constructing: CNC milling, laser<br />
cutting<br />
BIG / Copenhagen 2018<br />
status: completed<br />
professional<br />
22
| Humanhattan 2050<br />
professional<br />
23
| Humanhattan 2050<br />
CONCEPT PROPOSAL<br />
The Big U is a protective system<br />
that encircles Manhattan, responding<br />
to the needs and concerns<br />
of the island’s diverse communities.<br />
Stretching from West<br />
57th Street south to The Battery<br />
and up to East 42nd Street, the Big<br />
U protects ten continuous miles of<br />
low-lying geography.<br />
The Big U not only shields the city<br />
against floods and storm water; it<br />
provides social and environmental<br />
benefits to the community, and<br />
fosters an improved public realm.<br />
The proposal consists of separate<br />
but coordinated plans for three<br />
contiguous regions of the waterfront<br />
and associated communities.<br />
Each region contains a physically<br />
separate flood-protection zone,<br />
isolated from flooding in the other<br />
zones, but each equally a field for<br />
integrated social and community<br />
planning.<br />
01. Masterplan<br />
professional<br />
02. Top view<br />
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| Humanhattan 2050<br />
03. Physical model / zoom into a designed lanscape<br />
professional<br />
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05<br />
TIRANA NATIONAL THEATRE<br />
ALBANIA<br />
Among my other projects was a design proposal for the national theatre<br />
in Tirana (Albania). The theatre is conceived as two buildings connected by<br />
the main auditorium: one for the audience and one for the performers. Underneath,<br />
the theatre arches up from the ground creating an entrance canopy<br />
for the audience as well as for the performers, while opening a gateway<br />
to the new urban arcade beyond. Above, the roof mirrors the archway,<br />
forming an open-air amphitheatre with a backdrop to the city’s skyline.<br />
In this project I worked on several diagrams on Illustrator, physical model<br />
(scale 1:200), as well as renderings some images on Rhino (V-Ray) and<br />
further postproduction on Photoshop both interiors and exterior images.<br />
## 3D modeling, interior design, model making, 3D printing, diagrams,<br />
image post-production<br />
BIG / Copenhagen 2017<br />
status: competition winner<br />
professional<br />
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| Tirana national theatre<br />
professional<br />
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| Tirana national theatre<br />
01. Functional diagram<br />
02. Pinch<br />
03. Plaza lift 04. Rooftop venue<br />
CONCEPT PROPOSAL<br />
More than simply a flexible performance<br />
space, it is also a flexible performance<br />
building envelope. With<br />
open venues, one sheltered and one<br />
with a rooftop view, and enclosed<br />
venues that look out towards the city<br />
the theatre is both stage and actor in<br />
the city of Tirana.<br />
The overall form can be optimized to<br />
the program requirements of the theatre,<br />
creating public plazas that face<br />
the ministry of the interior as well as<br />
the new mixed use development. Lifting<br />
at the building’s center-point, access<br />
is provided through the site,<br />
where visitors can enjoy covered<br />
public space and music venues at<br />
street-level. A final pinch in the form<br />
creates a sloped rooftop venue that<br />
reflects the auditorium ceiling below,<br />
and offers an outdoor public space for<br />
the community.<br />
professional<br />
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| Tirana national theatre<br />
05. Rooftop view<br />
06. Rooftop cafe<br />
professional<br />
29
06<br />
SPACE OF SILENCE.<br />
A CREMATORIUM COMPLEX<br />
This is my bachelor thesis project at Studio Tiarch of Kazan State University<br />
in Russia. I proposed a crematorium complex for my hometown Kazan.<br />
It includes not only the crematorium itself but also a memorial park,<br />
a columbarium, contemplation pavilions and a public park. The idea is not<br />
to separate the aspect of death from society, but to make it an accepted,<br />
respected part of the journey of life.<br />
To this means, the complex also makes an urban gesture: via the extensive<br />
park, it becomes part of the city. It attaches to other green parts of the city<br />
and forms a continuous strip of urban greenery.<br />
Thesis project 2016<br />
Kazan State University of Architecture<br />
Studio TIARCH<br />
academic<br />
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| Space of silence<br />
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| Space of silence<br />
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Ecological issues of<br />
cemeteries<br />
Attitude towards<br />
the burial process<br />
Shortage of burial spots<br />
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| Space of silence<br />
PROBLEM ANALYSIS<br />
Birth and death are natural<br />
stages in the life of<br />
every human being. But<br />
the emotional aspects of<br />
these two events are significantly<br />
different. The<br />
birth of a human is associated<br />
with excitement<br />
and optimism. Thoughts<br />
about death are usually<br />
scary and unpleasant.<br />
People die every day,<br />
and architecture cannot<br />
change this. But architecture<br />
can influence the<br />
perceptions and emotions<br />
connected with<br />
death of a relative. This is<br />
the function for the new<br />
crematorium complex.<br />
01. Sketches of the city<br />
and the current issues<br />
Cultural aspects<br />
of the burial process<br />
The question of<br />
animal cemeteries<br />
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| Space of silence<br />
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| Space of silence<br />
02. Conceptual drawing<br />
of the cremtorium space<br />
academic<br />
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| Space of silence<br />
SPACE OF BALANCE<br />
A possible path towards emotional<br />
recovery from the trauma of loss is offered<br />
by different zones within the park, which<br />
reflect the stages in life. For instance,<br />
inception and infancy are active and<br />
thrilling stages of life. They are symbolized<br />
by a lively zone in the form of a courtyard<br />
offering opportunities for play.<br />
SPACE OF INTERACTION<br />
Old age and death are somewhat tranquil<br />
emotional conditions. They are reflected by a<br />
space of meditation which allows the visitor<br />
to be undisturbed for personal thoughts.<br />
A visit of this park offers the opportunity<br />
to think about the different phases of life,<br />
memorize certain moments.<br />
SPATIAL FOREST<br />
This idea is organized around several space<br />
principles. The first is that the main spaces,<br />
two funeral halls are linked by a public space<br />
for visitors. This quiet public space serves as<br />
a waiting zone during the cremation. A circle<br />
in the middle of the foyer offers family and<br />
friends the opportunity for meditation.<br />
SPACE OF RENEWAL<br />
The main idea of the meditation space<br />
is that the perception of nature helps in<br />
reflection about life. Relatives wait for the<br />
ashes in front of a circle, at a sitting area.<br />
The cremation room is oriented to the north.<br />
This is due to the prevalent direction of wind,<br />
which is an important aspect in the planning<br />
of a crematorium.<br />
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| Space of silence<br />
03. Conceptual drawings<br />
of the cremtorium space<br />
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| Space of silence<br />
SPATIAL PRINCIPLES<br />
The spatial organization of the crematorium complex is<br />
divided into several areas. The main one is the ceremony<br />
hall, which is the most emotional space in the building<br />
ensemble. All other spaces flow into the main ceremony<br />
hall and link internal zones in between.<br />
04. Urban development master plan<br />
05. Concept of the space organization<br />
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| Space of silence<br />
06. Ground floor<br />
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07. Section 1-1<br />
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| Space of silence<br />
08. Axonometric view<br />
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09. View, seen from the back northeast side<br />
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10. South facade<br />
11. Section 2-2<br />
DESIGN METHODOLOGY<br />
The architecture of the crematorium reflects<br />
the idea of life. The shape of the building can<br />
be seen as something light and floating above<br />
the ground. This is achieved by the glass façade<br />
covering the public zone. Due to that the roof part<br />
of the building seems to be lifted and remind us<br />
something ephemeral similar to our lives.<br />
Contrast between materials such as the glass<br />
façade and the concrete roof enhances the idea<br />
of lightness and fragility. However, the inner<br />
walls support the roof structure. The colour of the<br />
building is white in general which is associated<br />
with bright and positive memories and represents<br />
a hope for future.<br />
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| Space of silence<br />
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| Space of silence<br />
12. Top view<br />
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07<br />
THE DRAMA<br />
THEATRE OF DREAMING<br />
This project explores and challenges the conventional organisation<br />
of a theatre. The main focus was to design not only a stage and<br />
auditorium spaces, but also to explore different representations of<br />
the main foyer and public spaces. The building itself represents a<br />
performance, starting from the entrance.<br />
The theatre offers different spatial conditions which can also be<br />
discovered on the outside areas, such as the park and the public<br />
plaza.<br />
Bachelor project 2016<br />
Kazan State University of Architecture<br />
Studio TIARCH<br />
academic<br />
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| The Drama theatre of dreaming<br />
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| The Drama theatre of dreaming<br />
01. Perfomance poster<br />
“Through the space”<br />
CONCEPT «DREAMING IN<br />
THE THEATRE»<br />
This project suggests a new kind of<br />
theatre experience. The idea is based<br />
on a fundamental function of the<br />
human mind: Dreams.<br />
The phenomenon of sleep is caused<br />
by the activity of diverse structures<br />
inside the brain.<br />
Dreams are sequences of images<br />
which are formed during Non-REM<br />
sleep. Dreaming enables the mind<br />
to experience situations which are<br />
impossible in real life, to find solutions<br />
and to use acquired skills of selfexamination<br />
and self-awareness,<br />
assessing the reactions to situations<br />
of real life. During sleep it is also<br />
possible to change one’s perspective<br />
on the world. For instance, a person<br />
can change day to night or can move<br />
into a different space.<br />
academic<br />
02. Conceptual drawing “People’s<br />
feeling during dreams”<br />
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| The Drama theatre of dreaming<br />
03. Master plan<br />
04. Existing building<br />
situation<br />
05. Analysis of transport<br />
traffic<br />
06. Analysis of visual<br />
connections<br />
07. Analysis of pedestrian<br />
access<br />
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| The Drama theatre of dreaming<br />
08. Perspective view of the main entrance<br />
PROGRAM<br />
All dream processes can, in some way or<br />
other, also be found in a theatre play. This<br />
provides the idea to structure the theatre<br />
visit as a passage through four different<br />
spaces that symbolize the different sleep<br />
phases:<br />
The lobby of the theatre is analogous to the<br />
first dream stage, which is a short phase of<br />
5 to 10 minutes between wakefulness and<br />
sleep.<br />
Leaving the lobby, the visitor enters the<br />
waiting area, which is equal to the second<br />
sleep phase, which sends the human mind<br />
into deep sleep spindles.<br />
The entrance area in front of the actual stage,<br />
formed as the third atrium, symbolizes the<br />
third sleep phase, of deep relaxation before<br />
the start of dreams.<br />
10. Roof materials<br />
roofing<br />
lathing<br />
metal frame<br />
insulation<br />
09. Axonometric<br />
of the roof structure<br />
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| The Drama theatre of dreaming<br />
11. 12. 13. Physical model.<br />
Materials: cardboard, paper, wood. Scale 1:200<br />
14. Main elements<br />
15. Connection between elements 16. Space organization<br />
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| The Drama theatre of dreaming<br />
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| The Drama theatre of dreaming<br />
17. Physical model<br />
Scale 1:200<br />
materials: cardboard, paper, wood<br />
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| The Drama theatre of dreaming<br />
18. Ground floor<br />
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| The Drama theatre of dreaming<br />
Offices<br />
Cafeteria<br />
Auditorium<br />
Grand stage<br />
Recording studio<br />
Administr. rooms<br />
Lobby<br />
Foyer<br />
Art gallery<br />
19. Axonometric vertical section<br />
20. Axonometric horizontal section<br />
DESIGN PRINCIPLES<br />
The building is designed as a sequence of several atriums<br />
and corridors which are located on different levels. This<br />
gives the association of a three dimensional maze, quite<br />
similar to the situation of the slow movement into sleep<br />
where the active brain slowly looses control over a<br />
straight line of thought or will. There are no rectangular<br />
spaces. Corridors are designed as complex curves which<br />
only give suggestions to use them as areas to stand, sit,<br />
lie or to move on.<br />
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| The Drama theatre of dreaming<br />
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21. Perspective section<br />
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| The Drama theatre of dreaming<br />
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| The Drama theatre of dreaming<br />
22. South facade<br />
INTERIOR CONCEPT<br />
The interior concept reveals a variety of emotional perceptions<br />
in different rooms (entrance, cloakroom, restaurant,<br />
foyer, grand stage, art galery and etc. ). Each of them<br />
has its own ambiance, achived by different architectural<br />
design principles. For instance, the lobby is conceived as<br />
the most important space in the theatre ensemble.<br />
Therefore the lobby space is lively, with different levels,<br />
leading visitors to move between spaces, to meet with<br />
each other and to communicate. However, the restaurant<br />
is concieved as a more delicate and intimate space for<br />
gatherings of families and friends. There are also several<br />
atriums in the building which make a visual connection<br />
between spaces.<br />
academic<br />
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| The Drama theatre of dreaming<br />
23. Interiors of the main foyer and the atrium<br />
The colors of the interior design form a contrast between warm and cold palettes,<br />
from light gold to dark silver. There is a wide range of finish materials such as stone,<br />
concrete, 3D panels and marble.<br />
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08<br />
THE URBAN NODE<br />
The urban node is an experiment which explores new ways of urban organization.<br />
In this futuristic scenario, the city consists of independent, autonomous<br />
units which connect and interact with each other via an universal<br />
mechanism. The node - the base city unit - can be multiplied as needed<br />
and thus forms the city. The project also explores urban planning, functional<br />
mixes and architectural configuration.<br />
Bachelor project 2015<br />
Kazan State University of Architecture<br />
Studio TIARCH dio TIARCH<br />
academic<br />
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| The urban node<br />
BIO-ORGANISM<br />
AS A CITY CONCEPT<br />
We can imagine the structure of a city as a bio-organism<br />
with components such as a nervous system,<br />
blood vessel and lungs. Each element plays<br />
an important role. For instance, green farms are<br />
the lungs of the city, located on the different levels<br />
in order to clean and renew the air.<br />
01. Conceptual section<br />
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| The urban node<br />
We can equate the road with veins that link all elements<br />
of the city. Additionally, the roads play an<br />
important role as a transportation system. Overall,<br />
the city is a living organism and works as an<br />
autonomous system. Each element is connected<br />
and has a link to the main structures.<br />
02. Conceptual axonometry<br />
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| The urban node<br />
03. City section<br />
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| The urban node<br />
CONCEPT SECTION<br />
OF THE CITY NARRATIVE<br />
This section illustrates the main elements<br />
of the urban node. The crucial<br />
idea is a permeability of spaces<br />
in the city. Like in an organism, the<br />
individual levels are not separated,<br />
but breached by vertical structures<br />
that both fulfill own functionalities<br />
and serve as connecting paths.<br />
There are vertical gardens that<br />
connect the highest to the lowest<br />
levels. A river is a water transport<br />
structure and also serves for recreation,<br />
personal transport and<br />
water drainage. It forms the natural<br />
centre of a single node. Other<br />
elements, such as residential parts,<br />
are also not concentrated on their<br />
main level, but connect downwards<br />
and sideways. At certain points, individual<br />
elements connect and allow<br />
the inhabitants to switch from<br />
one functional space to the other.<br />
04. Functional model<br />
Industrial<br />
Residential<br />
Natural zone<br />
Water distribution<br />
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| The urban node<br />
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| The urban node<br />
CITY MATRIX<br />
The urban node is a city unit. The city includes different repetitive<br />
elements that can be mixed up together or function seperately.<br />
The city configuration is achived by systematisation of the elements<br />
represented on this page. It consists of residential, public,<br />
cultural, sport, educational as well as multifunctional units. ee on<br />
the water space.<br />
05. Matrix of city elements<br />
06. Physical urban model<br />
Scale 1:1000<br />
Materials: foam, paper, paint, cardboard<br />
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| The urban node<br />
08. Physical model<br />
Scale 1:500<br />
materials: foam, cardboard, metal,<br />
aluminium foil, paper<br />
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| The urban node<br />
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09<br />
ARCHITECTURAL DRAWINGS<br />
During my bachelor studies I had four years of academic architectural<br />
drawing seminars. I learned various drawing techniques such<br />
as ink drawing, watercolor, pencil and coal. I also explored various<br />
perspective studies. For example, warm eye drawing, axonometric<br />
drawing, fish eye perspective, bird view. Besides that, I developed<br />
my spatial skiils by drawing exercises such as transforming plans<br />
into volume, or a volume into a city.<br />
Academic architectural drawing seminar<br />
Kazan State University of Architecture<br />
Tutor: Akhtiamov Ilnar<br />
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| <strong>Architectural</strong> drawings<br />
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| <strong>Architectural</strong> drawings<br />
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03. Architecture fantasy. Industrial area under the water
| <strong>Architectural</strong> drawings<br />
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04. Architecture fantasy. Continuous skyscaper<br />
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Bird view drawing.<br />
Russia, Kazan. Kremlevskaya street 75
| <strong>Architectural</strong> drawings<br />
PARADOX OF ARCHITECTURE<br />
The illustration shows a post-apocalyptic city that lost the first<br />
level of its buildings to flooding. As a result, the city is being<br />
constructed with a new innovative technology based on the<br />
use of water. Houses are becoming independent to exist as<br />
autonomous systems. There are three dimential streets which<br />
combine diverse transitions between each other. Moreover,<br />
cars are replaced by water transport. Architecture receives<br />
a more functional view than esthetic because nowadays the<br />
main aim of inhabitants is existence on the water space.<br />
academic<br />
01. Architecture fantasy. Floating city, perspective<br />
02. Architecture fantasy. Floating city, axonometry<br />
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academic<br />
77
| Urban sketches<br />
10<br />
URBAN SKETCHES<br />
01. Sketches, Chinon, France 2017<br />
academic<br />
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| Urban sketches<br />
academic<br />
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| Urban sketches<br />
Travel sketches<br />
academic<br />
80
| Urban sketches<br />
academic<br />
81
| Kite / Flying structure<br />
11<br />
WORKSHOPS<br />
KITE / FLYING STRUCTURE<br />
In a team of four I designed and constructed the world’s<br />
oldest form of aircraft: the kite. Throught various experiments<br />
with struture, joints, fabric and weight we succeeded<br />
flying the kite at the Tempelhof Airfield in Berlin.<br />
academic<br />
01. Axonometric model<br />
02. Realized kite<br />
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| Kite / Flying structure<br />
academic<br />
83
academic<br />
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m@garaeva.net<br />
More pictures of my architectural life<br />
on Instagram:<br />
www.insta.garaeva.net<br />
academic<br />
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THANK YOU!