Portfolio Vega Katherine

ARCHITECTURAL PORTFOL I O

KATHERINE VEGA

KATHERINE

VEGA

- ARCHITECT -

- ABOUT -

I am a responsible, creative, sociable person, with high adaptation capacities and proactive in the learning process. During my academic and work training I have been characterized by being organized, having the ability to seek solutions to problems effectively, promoting communication in the work area and managing time to achieve goals.

Versatile junior architect, aware of the link between architecture and socio-cultural problems and the environment. Interested in architectural sustainability and the cultural heritage of the context. Familiar with design principles, the role of innovation in an architectural project, and plastic exploration as part of the creative process.

- EDUCATION 2020 - Current

Msc. Architect Széchenyi István University Gyor, Hungary

2014 - 12 2015 - 05

2015 - 2020

Bsc. Architect San Francisco de Quito University Quito, Ecuador

2015 - 2020

- CONTACT Gyor, Hungary

- PROFESSIONAL EXPERIENCE 2020 - 12 Currently

+36 205177395 katherinevegatp@gmail.com 2020 - 07 2020 - 08

2020 - 02 2020 - 06

- LANGUAGE Spanish: Native English: Advance Italian: Basic

- VOLUNTEERING -

2018 - 05 2018 - 07

Junior Architect and Interior Designer

FREELANCER, International.

Architectural design of apartments, preparation of project documentation.

Creation and modification of architectural and construction plans. Interior space design and 3D visualization.

Junior Architect

- SKILLS AND HOBBIES Always learning Teamwork experience Excellent communication

DEMACO. Quito, Ecuador.

Freelancer in bulding survey and building renovation. Preparation of project documentation. Creation and modification of architectural and construction plans. Interior design and spatial visualization generated in 3D.

Organized

Junior Architect

Fast Learner

IMAGEN MODULAR. Quito, Ecuador.

Interior furniture design. Consult with clients to determine the functional requirements of the furniture. Preparation of construction plans (assemblies and m easurements) for the furniture. Design and visualizations generated in 3D.

Internship

ARCHITEKTEN. Quito, Ecuador.

Assist in the design and drafting of preliminary projects. Consult with clients to determine the functional and spatial requirements of the building. Creation and modification of architectural and construction plans.

Interior design and spatial visualization generated in 3D.

Volunteer Staff ASONIC Promotion of fundraising campaigns and work with children.

Volunteer Staff Cristo de Miravalle Foundation Care for children.

Time management

Painting Photography Traveling Cultural Exchange Dancing

- SOFTWARE SKILLS AutoCAD Revit ArchiCAD Sketchup V - Ray Lumion Twinmotion Photoshop Illustrator InDesign Begginer

Intermediate

Advanced

02

LIBERAL ART CENTER - CUMBAYA, QUITO PASSIVE HOUSE - GYORÚJBARÁT, GYOR

CONTENT

WOMEN’S HOUSE - BAGHERE VILLAGE, SENEGAL DATA CENTER - GYOR. FOWAWA - GYOR

01

LIBERAL ART CENTER CUMBAYA - ECUADOR

04

- ABOUT THE PROJECT -

SITE PLAN

THESIS DEFENSE PROJECT 2020 The Universidad San Francisco de Quito is an institution that promotes liberal arts education.

The project is located at the entrance of the campus to the University.

Concept The building rises as the main facade, so the project has a broad program that tries to denote the philosophy of USFQ.

C

D

C - C´

E

F

G

H

I

J

1

B

A - A´

2

N 21.84

N 17.88

C-C'

B -B'

Structure The building functions as a suspension bridge, a group of diaphragms support a metallic structure that supports the floors of the building by means of tensors.

B- B´

A

A - A´

Building The building rises leaving the ground floor free so that the campus becomes an urban campus, a space that allows students and non-students to make use of the green areas of the university.

The building itself is conceived with the idea of ​​ being a space that demonstrates the multiple activities carried out at the University and the design strategy allows the spaces to be made more flexible so that their use can be adapted.

The architectural program contains: cafeteria, art galleries, pottery, painting and gastronomy workshops, auditorium, library and film library, reading areas, among others.

The section is an important design strategy in the project, you can appreciate the spatial relationships that highlight the conceptual idea of ​​the liberal arts and the importance of expanding the knowledge of various educational branches.

B -B'

B

C

C-C'

A

B- B´

D

E

F

G

H

C - C´

I

J

S

B

B S

1

COWORK EXTERIOR N +7,92

SALA DE LECTURA EXTERIOR N +7.92

B S

BODEGA N +7.92

s

S

A - A´

A - A´

SERVICIOS N +7.92

SERVICIOS N +7.92

MULTITECA N +7,92

ALMACENAMIENTO N +7.92

2

S

AUDITORIO N +7,92

S

CIRCULACIÓN N +7,92

FLOOR PLANS

B -B'

B

C

B- B´

D

E

F

G

H

C - C´

I

J B

C

B- B´

D

E

F

G

H

C - C´

I

J

B

A

C-C'

A

COWORK N +7,92

B B

CIRCULACIÓN N +3.96 S S

1

1

S

B

BODEGA N +3.96

B

BODEGA N +11.88

S

B

A - A´

B

S

A - A´ B

A - A´

A - A´

SERVICIOS N +3.96

COCINA ABIERTA N +11.88

SERVICIOS N +11.88

TALLER DE REPARACION N +11.88

HALL / GALERÍA N +3.96

FOYER N +11.88

B

TALLER DE PINTURA N +3.96

MULTITECA N +11.88

2

2

ÁREA DE EXPOSICIÓN N +3.96

GALERÍA N +3.96

B

TALLER DE CERÁMICA N +3.96

SALA DE LECTURA N +7.92

BODEGA N +3.96

C-C'

B -B'

B -B'

B

C

B- B´

D

E

F

G

H

C - C´

I

J A

B

C

D

C-C'

A

B- B´

E

F

G

H

C - C´

I

J

S

B

B S

SALA DE LECTURA EXTERIOR N +7.92

1

1

COWORK EXTERIOR N +7,92

B S

BODEGA N +7.92

B S s

S

A - A´

A - A´

A - A´

A - A´

SERVICIOS N +7.92

SERVICIOS N +7.92

SERVICIOS N +15.84

MULTITECA N +7,92

S

ALMACENAMIENTO N +7.92

AULA MULTIUSOS N +15.84

BODEGA N +15.84

AULA MULTIUSOS N +15.84

2

2

AUDITORIO N +7,92

S

CIRCULACIÓN N +7,92

COWORK N +7,92

C-C'

B -B'

B -B'

C

B- B´

D

E

F

G

H

C - C´

I

J

B

B

C-C'

A

B

1

S

B

BODEGA N +11.88

B

S B

SECTION A - A´

A - A´

COCINA ABIERTA N +11.88

SERVICIOS N +11.88

A

B

C

D

F

G

TALLER DE REPARACION N +11.88

H

I

J

K

MULTITECA N +11.88

FOYER N +11.88

2

B

E

B

PLANTA ALTA 5 N +21.84 SALA DE LECTURA N +7.92

BODEGA

C

D

B- B´

E

F

G

H

C - C´

I

FOYER

J

SALA DIGITAL

1

AUDITORIO

COWORK

MULTITECA

CORE i7

B -B'

B

C-C'

A

PLANTA ALTA 4 N +17.88

AULA MULTIUSOS

TALLER DE REPARACIÓN

ALMACENAMIENTO

SALA DE LECTURA

PLANTA ALTA 3 N +13.92

PLANTA ALTA 2 N +9.96

B S

A - A´

TALLER DE PINTURA

TALLER DE CERÁMICA

A - A´

ÁREA DE EXPOSICIÓN

HALL/GALERÍA

GALERÍA

PLANTA ALTA 1 N +6.00

SERVICIOS N +15.84

AULA MULTIUSOS N +15.84

AULA MULTIUSOS N +15.84

2

BODEGA N +15.84

RECEPCIÓN PLANTA BAJA N 0.00

crock pot

crock pot

crock pot

C-C'

crock pot

crock pot

crock pot

CAFETERIA

crock pot

crock pot

06

B -B'

CONSTRUCTIVE SECTION

AXONOMETRY AXONOMETRY

CONSTRUCTIVE SECTION

AXONOMETRY

AXONOMETRY - CONSTRUCTIVE DETAILS

AXONOMETRY

CONSTRUCTIVE CONSTRUCTIVE SECTION SECTION CONSTRUCTIVE SECTION

CONSTRUCTIVE SECTION

DETAILS

AXONOMETRY

08

02

PASSIVE HOUSE

GYORÚJBARÁT, GYOR

10

- ABOUT THE PROJECT -

2021

SITE PLAN

Location The area where the architectural project is developed is a characteristic residential neighborhood for having independent houses, a remote neighborhood where the main means of transport and access is the vehicle.

Komlóvölgyi út

Architectural project The project is part of a residential complex with 3 different typologies. The typology designed has the peculiarity of being next to the main access of the project.

8.61

R5.00

9.88 9.31 8.68

Terrain conditions The building is located on a site with a steep slope.

8.62

6.07

Building The house is distributed on two floors, on the ground floor is the parking lot and the social area (kitchen, dining room and living room); while on the ground floor is the service area and rooms.

7.99

4.29

5.00

8.77

4.29

4.29

8.92

17%

5.10

8.92

4.62

4.62

2.99

17.09

31.88

2.99

17.09 5.00

5.76

12.80

12.80

7.70

17%

7.70

17%

12.21

5.86

12.21

5.00

5.58

5.71

4.56

1.58

R5.00

1.75

0.90 R10.10

17

25

Passive-house The building is a project that promotes the use of alternatives to avoid high energy consumption. Each house has a small hydroponic farm and solar panels for the generation of clean energy.

Within the constructive aspect, due to the climatic conditions, the operation of the house in winter and summer temperatures must be considered, so that the house has natural ventilation, window profiles suitable for the treatment of thermal bridges and avoiding the loss of heat in the winter.

8.38

40.75

/2

Komlóvölgyi út

Komlóvölgyi út

1

Entrance Parquet 25.57m²

FLOOR PLANS

2

8.61

Garage Ceramic

R5.00

8.61

23.48m²

3.45m²

0.18

8.62

Storage

2.70

0.61

-3.24

2.98

0.90

2.70

3.63

1.16

3.63

8.62

2.98

0.61

1.16

2.37

0.56

Ceramic 6.28

5.90

3,07 12,77

3.68 5.03 3.68

5

4.94

1,80

0.61

9.71

17

17

Hidrophonic area

3.98

3.63

4.42

0.87 2.10

1

2.15

2.24

0.30

2,69 0.90

1.03

4

0.90 0.140.14 0.90

2,89

2.26

5

1,09

1.67

2.93

0.70 1.10

1.44

0.90

2.72

0,80

0.40

0.90

0.69

0.29 0.15 0.34

0.75

0.68

0.69

0.78

0.75

0.68

0.69

R5

0.32

11.59

3.04

7

0.70 1.10

R7

R10 2.31 0.61

1,99

1

1.30

2.15

2.06

3

0.30

1.54

0.15

1.03

4

0.15

0.70 1.10

2.70

0.90 0.140.14 0.90

5

1.67

2.93

2.26

2,10 0.90

0.30

1.67

6

0,79

0.15

2.24

0.47

R5

0.99

0,60

4.00

R6

0.70 1.10

-2.35

0,30

0.68

0.69

0.29 0.15 0.34

0.75

0.68

0.69

0.78

0.75

0.68

0.69

-0.35 -0.55

0.40

0.30

0.90

R1 5.07

5.09

3,31 0,15

-4.59

-4.59 5.07

5.08

4,22

1,30

4.04

2,10

0,15

4,98

4,80

5.09

0.59

0.15 3.13

13

R5

3.16

1.10

0.13 0.93

5.99

3.77

0.00

-0.12

3.46

0.31

1.22

2.98

0.00

-0.35 -0.55

12

R7

1.68

-2.35 3.13

13

R6

2.43

3.36

1.68

1.68

-3.24

14

0.61

1.35

2.10

0.31

Ceramic

R1 0.59 3.33

1.68

0,15

0.59

0.59

-4.59

-4.59

0.59

0.61

2,10 0,15

2.43

0.59

-3.79

1.35

1,30

11.56

3,31

3.10

BASEMENT

1.33

3.28

8,22 3,68

3.16

-3.24

0.59

0,79

0.59

1,30 Terrace

PB HOUSE 1

FOUNDATION -2.35

3.36

0.65

-1.35

-3.24

8.03

1.68

1.68

31.88

0.70 0.65

2.41

1%

3.10

2,10 14

0.90

2.10

2.41

0.65

1.35

4,22

1,30

4,05

4,98

0,59

4,80

2.10

0.31

3.28

1,30

3.33

0.76 1.35

0.59 FOUNDATION

0.59

11.56

0,61

0,15

36.97m²

21,12

0.60 R5.00

R5.00

4.56

0.00 2.55

0.70

2.10

0.76

0,61

3.00 2.10

3.00 2.10

3.00 2.10

3.00 2.10

0.61

15

11

0,55

6.45

9

0,61

1.18

12.04

R2

2,89

2,69

1.33

2 6.61

21,12 0.60

1,60

Parquet

FOUNDATION

3.31

2.55

5.10

29.11m²

0,61

3.31

0,38 0,07

2,10

12

0,79

R4

1,30

4,05

0,59

7,57

2.98

-3.24

8 Living and Dinning 0,80

0,15

2 6.61 0.61

6.45

1,30

8,22 3,68

-3.24

0,35 11

0,30

8.03

11.59

1.05 2.10

1.05 2.10

0,79

1,30

0.65

2.41

16

10

2,43

5.10

-2.35

-3.79

0.00

17.07

2.10

2.41

1.22

R4 -3.24

4,13

0.31

18

4.00

0.90

0.70

2.10

5.13m²

BASEMENT

5.08

0,61

12.04

Ceramic

-3.24

1.67

R3 3.46

Kitchen storage

FOUNDATION

0,55

4.04

7

PB HOUSE 1

-1.35

0.47

0.90

2.72

1.44

0.90 2.10

-3.24

0.68

1,03

21.30

0.00

7%

0.90 2.10

R5

0,80 0.00

0.15

0.90 2.10

R4

1.54

0.90 2.10

0.32 3.04

3

R2

0.70 1.10

2.70

0.90 2.10

1,60 1.30

0.15

1.54 0.94

2.70

3.38

4.42 0.70

4,56

6.58

2.41

2,19

3.31

15

0,10 0,37

4,30

1.18

3.31

0.15

0.87 2.10

0.61

0.70 1.10

1,00 2.06

0.61

3.76

0.00

3.83

0.90 2.10

7

0,35

2.31

21.12

0.87 2.10

6

0,30 0.15

5,07

R9

R5

21.30

0.94

2.70

0.00

1.89

0.87 2.10

0.99

3.76

2,24

3,10

2.41

3.68

4.94

ROOF 0.15

0.90 2.10

1.54

R3

3.83

4.00

2,60

0.61

14.28m²

2,10 0,61

3,33

-3.24

0.90 2.10

1,03

5,37

-3.24

17.07

0,32

0.15

10 4.00 2.10

4,30 1.89 21.12

0,15

0,10 0,37

5.08

18

4.00

3,33

16

R4

Kitchen Ceramic

31.88

0.80 2.10

6

2.55

-3.24

0.80 2.10

5.25

0,38 0,07

R4

3,90

0.70 1.10

-3.24

3.63

4.84

0.90 2.10

4,72

0.61

1,80

0.90 2.10

5.25

8

5.77

0.56

5.90

3.98

17

17 3.63

12,77

0.90 2.10

4.01

5.25

3.68 5.03 3.68

8,05 0.90 2.10

5.25

0.00

3,07

7.93m² 2,19

R4

8

-3.24

0.61

6.58

R8 5,32

3.38

4.01

3.68

3.63

Ceramic

ROOF

3,10

5.77

2.37

6.28

0.15

R8 5,32

0.15

0.00

0.61

2.98

0.61

2,62

4.29

0.15

4.29

0.15

9

4.29

0.90 2.10

4.29

3.10 2.00

2,62

4.29

0.70 1.10

4.29

1.16

3.63

2.70 1.60

9

4.29

2.70

0.15

2.70 1.60

4.29

4.61m²

0.61

0.61

2.70 1.60

R8

2.98

0.90

3.63

5.00

7.99

0.61

2.70 1.60

0.61

2.70

0.61

-3.24

0.15

0.15

0.18

1.16

4

0.61

0.15

2.70

0.18 5.00

0.18

7.99

0.13 0.15

0.15

0.18

7.40

0.15

0.61

0.90 2.10

0.61

3.10 2.00

2.70

4.00 2.10

0.13 0.15

0.80 2.10

7.40

Ceramic

2.98

0.80 2.10

0.61

8.62

0.15

11.60 2.98

Restroom

0.70 1.10

11.60 8.62

3

0.15

SECTION B - B 1:100

-3.24

0.70 1.10

SECTION A - A 1:100

R5.00

0.92

2.55

7.83

1.10

0.13 0.93

5.99

3.77

0.90

0.92

7.83 R10.10

11.60

11.60

R10.10

40.75

SECTION

2 7/

51

SECTION C - C 1:100

0,15

0,38

0,15

R8 11,60

7,83

0,15 6.28

0,15

1,32

1,32

0,15

1,20

0,15

1,14

0,15

3,77 1,20

0,15 0,38

1,36

5.90

0,43

0,15

6.28

0,38 0,15

1,74

R8

0,64

R8

0,15

1,32

1,32

0,15

0,43

4.94

4.94

11,60

7,83

0,15 0,38

5.90

1,20

0,15

1,14

0,15

3,77 1,20

0,15 0,38

1,36

0,15

4.94

ROOF

R4 R9

R5

3.38

R4 R9

3.38

R5

1,78 2.55

5,36

4,94

2.55

1,78 2.55

5,36

4,94

4,72

3.38

4,72

4,17

4,17

2,39

R4 0,15 0,61

0,15

3,76

3,45

0,61

0,61

R4

3,45 0,18

R4

-3.79

0,61

-antifreeze ceramic tiles glued -base concrete -PE technology film -AUSTROTHERM AT-L2 thermal insulation -AUSTROTHERM AT-N150 thermal insulation -bituminous thick plate waterproofing -bituminous preservation -monolithic reinforced concrete slab -putty -Interior dispersive painting

2 cm 6 cm

R4 rising masonry.

-facade noble plaster

-4.59

1,30

3,48

1,62

1,51

5,70

0,32

2,10

1,30

1,35 2,55

3,45 0,18

R4

-3.24

BASEMENT

FOUNDATION

-3.79

R1

-4.59

0,61

0,61

1,30

0,65

2 cm 6 cm 1 rtg 4 cm 22 cm 1 rtg 1 rtg 20 cm 2 rtg 2 rtg

4 mm

-Interior dispersive painting.

-putty -LeierPLAN 15 Pro brick, including glue -putty -Interior dispersive painting.

3,48

1,30

1,62 5,70

-4.59

2 rtg 2 rtg 14 cm 2 rtg 2 rtg

-paving stones bed -compressed gravel filling -frost protection layer -breeding soil

5 cm 4 cm 20 cm 25cm

R8 roof structure

R6 basement wall structure -facade noble plaster -Foundation -thermal isolation lamine -mesh reinforcement embedded in glue -EPS thermal insulation -LeierPLAN 30 Pro brick, including glue

4 mm 1 x-ray 2 mm 6 mm 20 cm 30 cm

-PREFA sheet metal cover counter, including a layer of ventilated air -OSB -vapor-permeable underlayment -XPS thermal insulation -OSB floor -wood rafter, including fibrous thermal insulation

1,51

0,32 1,30

2,10

1,35 2,55

FOUNDATION

0,61 1,30

R9 interior walls

R7 paving stone paving.

R5 interior walls

R3 terrace layered 2 cm 6 cm 1 rtg 4 cm 8 cm 1 rtg 1 rtg 15 cm 20 cm

R2 floor structure -ker. covering glued / * laminated parquet -base concrete -PE film technology insulation

FOUNDATION -2.35

0,93

0,32

-3.24

-4.59

0,65

-ker. covering glued / * laminated parquet -base concrete -PE film technology insulation -AUSTROTHERM AT-L2 thermal insulation -AUSTROTHERM AT-N100 thermal insulation -bituminous thick plate waterproofing -bituminous preservation -reinforced subgrade concrete -compressed gravel filling

-3.79

R1

-4.59

PB HOUSE 1

-1.35

BASEMENT

-3.24

BASEMENT

R1 floor lying on the ground

0,30

0.00

-0.35

6,61

R4

-3.24

R4

2,09

0,93

0,32

6,61 -3.24

0,61

R9

R2

-2.35

-2.35

3,45

0,50

FOUNDATION

2,09

0,30

3,76

-1.35

-1.35

R4

PB HOUSE 1

R9

R2

0,32

2,70 0.00

0.00

-0.35

0,50 -0.35 -0.55

FOUNDATION

2,39

R4

0,32

2,70 0.00

0.00

FOUNDATION

5.90

ROOF

ROOF

PB HOUSE 1

6.28

0,38 0,15

1,74

R8

0,64

0.7 mm 5 cm 1 x-ray 5cm 2 cm 20 cm

-Interior dispersive painting.

-putty -LeierPLAN 30 Pro brick, including glue -putty -Interior dispersive painting.

2 rtg 2 rtg 30 cm 2 rtg 2 rtg

12

SECTION R8

R8 2,62

2,62

3,07

R8

R8

5,32

6.28

6.28

5.90

5.90

4.94

4.94

1,80

1,80

3,10

ROOF

3.38

4,72

R4

3,90

0,10 0,374,30

4,30 1,03

1,03

0,10 0,375,37

R3

1,60

R4

2,89 2,69

0,80 R5

R4

0,80

-3.24

1,30 3,68

0,80 R5

2,89

4,56

2,10 0,61

0.00

0,80R5 0,55

0,79

0,79

R5

R7 R10

2,10

0,30

-0.35 -0.55

R7 -1.35

2,10

-2.35

FOUNDATION

-2.35

-2.35

1,30

1,30 4,22

2,10 3,31

4,98

2,10

0,15

0,15 0,15

-3.79

R1

-4.59

-4.59

4,22 1,30

1,30 4,05

0,59 4,98

4,80 0,59

1,30 4,05

-3.79

FOUNDATION

-4.59

FOUNDATION

0,79

0,79

1,30

1,30

0,61

3,68

R7

8,22

0,61

1%

R7

2,10

-2.35

-3.24

1,30 4,22

1,30 3,31 2,10

2,10

4,98

0,15 0,15

0,15

21,12

-4.59

-4.59

-4.59

-3.24

4,22 1,30

1,30 4,05

4,98 0,59

0,59 4,80

4,05 1,30 4,80 0,61

FOUNDATION

1,30 0,61

0,15 21,12

21,12

FACADE

6.28

6.28

5.90

5.90

4.94

4.94

6.28

ROOF

0,15 6.28

6.28

5.90

5.90

0,38

3.38

2.55

0,15

R8

ROOF

3.38

0,15

1,32

b

0.00

b

aa

-0.35 -0.55

-1.35

-1.35

0,15 0,15

1,32 1,14

0,43

0,64

7,83

0,15 0,15

1,20 1,20

0,15 0,150,38 0,15 1,14 1,36

3,77 0,15 1,20

0,15 0,38 1,74

0,38 0,15 1,36

R8

0,64

3,77 0,15

3.38

3.38

2.55

2.55

R8

R9

R5

4,94 0.00

4,72

1,78

5,36

4,94

0.00

R9

R4

a a a

PB HOUSE 1

-3.24

BASEMENTBASEMENT

0,43

11,60

7,83 0,15 0,15

1,32 1,20

1,32 1,14

7,83

0,15 0,15

0,43

0,64

3,77

0,15 0,150,38 0,15 1,14 1,36

1,20 1,20

c

0,15 1,20

0,38 0,15 1,36

0,15 0,38 1,74 c

R8

0,64

3,77 0,15

R8

3.38

2.55

2.55

R5

R9

R5

4,94

R9

1,78

5,36

0.00 4,94

4,72

4.94

ROOF a

b

3.38

3.38

2.55

2.55

ROOF b

b

R4 3.38

3.38

2.55

2.55

1,78

5,36

0.00

5.90

4.94

a

b

0.00

4,72

4,17

b

a

2,39

4,17

b

0,61

2,70

0,15

0,15

0,61

2,70

PB HOUSE 1

-0.35 -0.55

4,17

0,50

2,09

-3.24

4,06

4,06

6,45 2,41

FOUNDATION

5,55

5,55

1,30

1,30

1,30

0,70

0,75

0,70

0,75

0,70

0,69 2,41

0,69

0,69

0,69 3,10

0,75

21,12

R1 floor lying onR1 the floor ground lying on the ground -ker. covering glued -ker. / *covering laminated glued parquet / * laminated2 parquet cm -base concrete -base concrete 6 cm -PE film technology -PEinsulation film technology insulation 1 rtg -AUSTROTHERM -AUSTROTHERM AT-L2 thermal insulation AT-L2 thermal insulation 4 cm -AUSTROTHERM -AUSTROTHERM AT-N100 thermalAT-N100 insulationthermal insulation 8 cm -bituminous thick-bituminous plate waterproofing thick plate waterproofing 1 rtg -bituminous preservation -bituminous preservation 1 rtg -reinforced subgrade -reinforced concrete subgrade concrete 15 cm -compressed gravel -compressed filling gravel filling 20 cm R2 floor structure R2 floor structure -ker. covering glued -ker. / *covering laminated glued parquet / * laminated2 parquet cm -base concrete -base concrete 6 cm -PE film technology -PEinsulation film technology insulation 1 rtg -AUSTROTHERM -AUSTROTHERM AT-L2 anti-step sound AT-L2island anti-step4sound cm island -monolithic reinforced -monolithic concrete reinforced slab concrete slab 22 cm -plashing -plashing 2 rtg -Interior dispersive -Interior painting dispersive painting 2 rtg

FOUNDATION 1,30

-4.59

R2

R4

0,61 0.00

R9

0,70 1,31 0,91

1,31

6,61

0,32

3,45 0,18

-3.24

-4.59

8,22

0,91

1,30 4,13

0,61

0,70

-4.59

8,22

6,78 0,65

3,48

6,58 0,65

6,58 1,30

4,13 0,61 1,30

0,16 5,70

R1

2,70

PB HOUSE 1

0,50

FOUNDATION

0,32

3,45 0,18 R4

R4

-3.24

2,09

-3.79 -4.59

R4

-3.24

5,70

1,30

2,10

1,51 2,55

0,32 1,35 1,30

2,10 0,61 1,30

1,35 2,55

R9

-3.24

R2

0,61

3,45

R9

-3.24

R4

6,61

0,30

-3.24

-3.41

0,93

-3.79 -4.59

0,32

3,45 0,18

-3.24

0,32

FOUNDATION

-4.59

0,61

-4.59

0,65

3,48

1,30

0,65

0,61

R1

1,30

5,70

3,48 0,16 1,62

3,45 0,18 R4

R4

6.28

5.90

4.94

R5 interior wallsR5 interior walls

4.94

3.38

R4 rising masonry.

R4 rising masonry.

2.55

2.55

-facade noble plaster -facade noble plaster 4 mm -Foundation -Foundation 1 x-ray R4 in6glue -mesh reinforcement -mesh embedded reinforcement in glue embedded mmR4 -EPS thermal insulation -EPS thermal insulation 200,61 cm -LeierPLAN 30 Pro -LeierPLAN brick, including 30 Proglue brick, including30 glue cm -interior plaster -interior plaster 1 cm 0,50 1 -putty HOUSE 1 -puttyPB HOUSE PB 2 rtg -Interior dispersive -Interior painting. dispersive painting.

2 rtg 0.00

0.00

-0.35 -0.55

-0.35 -0.55

-1.35

-1.35

FOUNDATION FOUNDATION

-3.24

2,55

1,30

8,22 0,32 1,35 1,30

5,77 1,35 4,00

5,77 2,10 0,61 4,00 2,55 1,30

-Interior dispersive -Interior painting. dispersive painting.

2 rtg 2 cm -putty -putty 2 rtg 6 cm -LeierPLAN 15 Pro -LeierPLAN brick, including 15 Proglue brick, including14glue cm 1 rtgR8 -putty -putty 11,60 11,60 2 rtg 4 cm 7,83 7,83 3,77 3,77 0,38 0,38 -Interior dispersive -Interior painting. dispersive painting.

2 rtg 0,15 0,15 0,38 0,15 22 cm 0,15 0,15 0,15 0,15 0,15 0,15 0,15 0,15 0,15 0,38 1,36 1,74 1,74 1,32 1,32 1,20 1,32 1,14 1,20 1,20 1,14 1,20 1,36 1 rtg 1 0,43 rtg R8 R8 0,43 0,64 0,64 R6 basement wall R6structure basement wall structure 20 cm 2 rtg -facade noble plaster -facade noble plaster 4 mm R4 R4 2 rtg -Foundation -Foundation 1 x-ray R9 R9 -thermal isolation-thermal lamine isolation lamine 1,78 1,78 R5 R5 2 mm -mesh reinforcement -mesh embedded reinforcement in glue embedded in6glue mm 5,36 5,36 4,94 4,94 -EPS thermal insulation -EPS thermal insulation 4,72 4,72 20 cm 4,17 4 mm -LeierPLAN 30 Pro -LeierPLAN brick, including 30 Pro glue brick,4,17 including30 glue cm 1 x-ray -interior plaster -interior plaster 1 cm 2,39 2,39 6 mm -putty -putty 2 rtg 0,32 0,32 0,15 0,15 20 cm -Interior dispersive -Interior painting. dispersive painting.

3,76 3,76 3,45 3,45 0,61 0,61 0,61 2,70 2,70 2 rtg R4 R4 30 cm 1 cm 0,50 R9 R9 2 rtg R2 R2 2 rtg

2,09

0.00

0.00

2,09

6.28

6.28

5.90

5.90

4.94

4.94

3.38

2.55

0.00

-0.35

-1.35

-paving stones bed -paving stones bed -compressed gravel -compressed filling gravel filling 0,15 -frost protection layer -frost0,15protection R8 layer R8 -breeding soil -breeding soil 0,15 0,38

0,15

1,32 1,32

5 cm 4 cm 20 cm 11,60 25cm

7,83

11,60

0,43

7,83

0,15 0,15

1,20 1,32

1,14 1,20

0,15 0,15

1,20 1,14

1,36 1,74

R8

1,74

0,50

0.00

0,50

R2

-1.35

-2.35

2,09

2,09

1,30 3,04 8,05

21,12

R2

R9

5.90

4.94

4.94

ROOF R4 1,78

ROOF

R4 3.38

3.38

2.55

2.55

1,78

2.55

-0.35

FOUNDATION 4,22

6.28

5.90

R8

3.38

0.00

-4.59

4,00 8,05

1,30

6.28

0,15 0,15 0,38 1,20 1,36

0,43

0,64 0,64 0.7 mm 0.7 mm -PREFA sheet metal -PREFA coversheet counter, metal cover counter, ROOF ROOF including a layer including of ventilated a layer air of ventilated air 4 mm 5 cm 5 cm -OSB -OSB 1 x-ray R9 R9 1 x-ray 1 x-ray -vapor-permeable-vapor-permeable underlayment underlayment R5 R5 2 mm 5cm 5cm -XPS thermal insulation -XPS thermal insulation 6 mm 5,36 5,36 2 4,72 cm 2 cm 4,94 4,94 -OSB floor -OSB floor 4,72 20 cm 20 cm -wood rafter, including -woodfibrous rafter, including thermal insulation fibrous thermal insulation 20 cm 30 cm 1 rtg 1 rtg -vapor barrier film-vapor barrier film 1 cm R4 -slat frame R4 2.5 cm 2.5 cm -slat frame 2 rtg 0,32 0,15 0,15 1 rtg 1 rtg 0,32 -plasterboard cover -plasterboard cover 3,76 3,76 3,45 0,61 0,61 2,70 2,70 2 rtg 2 rtg 2 rtg -putty -putty 2 rtg 2 rtg PB HOUSE PB 1 HOUSE 1 -Interior dispersive -Interior painting dispersive painting 0.00

-3.79

4,22 4,00

-Interior dispersive -Interior painting. dispersive painting.

2 rtg -putty -putty 2 rtg -LeierPLAN 30 Pro -LeierPLAN brick, including 30 Proglue brick, including30 glue cm -putty -putty 2 rtg 3,77 3,77 0,38 0,38 -Interior0,15dispersive -Interior painting. dispersive painting.

2 rtg 0,15 0,38 0,15 0,15 0,15

5 cm 4 cm 20 cm 25cm

R8 roof structure R8 roof structure

FOUNDATION FOUNDATION -2.35

0,15 0,15

1,32 0,38

-4.59

R9 interior wallsR9 interior walls

R7 paving stoneR7 paving. paving stone paving.

2 rtg 2 rtg 14 cm 2 rtg 2 rtg

4,17

2,39

4,17

2,39

3,45

-3.79

BASEMENT

FOUNDATION

1,30

0,61

21,12

-antifreeze ceramic -antifreeze tiles glued ceramic tiles glued 2 cm -base concrete -base concrete 6 cm 0,15 0,15 -PE technology film -PE technology film R8 1 rtg -AUSTROTHERM -AUSTROTHERM AT-L2 thermal insulation AT-L2 thermal insulation 4 cm 0,15 -AUSTROTHERM -AUSTROTHERM AT-N150 thermalAT-N150 insulationthermal insulation 22 cm 1,32 0,380,15 0,15 0,38 -bituminous thick-bituminous plate waterproofing thick plate waterproofing 1 rtg -bituminous preservation -bituminous preservation 1 rtg -monolithic reinforced -monolithic concrete reinforced slab concrete slab 20 cm -putty -putty 2 rtg ROOF ROOF -Interior dispersive -Interior painting dispersive painting 2 rtg 5.90

-3.24

-4.59

8,22 1,51

0,61

R4

0,61

R4

-1.35

0.00

-0.35

0.00

PB HOUSE PB 1 HOUSE 1 -0.35

R9 -1.35

-1.35

FOUNDATION FOUNDATION -2.35

-2.35

-2.35

-3.24

BASEMENTBASEMENT FOUNDATION

-2.35

-3.79

R1 1,30 0,32 4,13 4,13 1,62 2,10 0,16 1,51 5,03 5,70 5,03 1,30

-0.55

PB HOUSE 1

-1.35

BASEMENT

0,61 1,30

-0.35

-2.35

BASEMENT

FOUNDATION

PB HOUSE 1

-1.35

0,93

21,12

6.28

0.00

FOUNDATION

6,61

R4

0,30

0.00

-2.35

-3.24 -3.41

0.00

PB HOUSE 1 HOUSE 1 PB -0.35

FOUNDATION FOUNDATION

0,61

R4

2,09

1,30 0,32 1,62

a

3,45

-0.35

R2

-2.35

a

0,32 3,76

0,93

R1

1,51

0,32

0,50

1,30 1,62 3,48 0,16

b

0,15

3,76

-1.35

2,39

0.00

-1.35

BASEMENT

-4.59

0,70 0,70

-0.35

FOUNDATION

0,30

-3.24

PB HOUSE 1

-1.35

0,61

0.00

R9

0,93

2,70

0.00

-2.35

6,61

R4

0,30

-3.79

6,78

3.38

2 cm 6 cm 1 rtg 4 cm 22 cm 2 rtg 2 rtg

0,61

R4

2,09

R3 terrace layered R3 terrace layered 2 cm 6 cm 1 rtg 4 cm 8 cm 1 rtg 1 rtg 15 cm 20 cm

3,45

BASEMENT -3.79

0,70 3,10

0,61

-3.24

BASEMENT

2,72 6,45

R2

b

0,15

3,45

-0.35

-3.24

-2.35

R4

2,72

0,50

-3.24

2,39

R4

0,32 3,76

0.00

-0.35 -0.55

FOUNDATION -2.35

1,30

R4

-1.35

FOUNDATION

1,30

0,32

3,76

2,39

ROOF

6.28

5.90

R4 3.38

6.28

0,38 0,15

1,74

ROOF

1,78

5,36

4.94

ROOF

11,60

R4

0.00

-1.35

-4.59

1,32 0,38

4,72

R4

0.00 0.00

-3.79

R8

0,15 0,15

0,15

1,32

4.94

ROOF

R5

0,15 0,38

5.90

4.94

R8

5.90

4.94

0,15

-0.35 -0.55

a a

a

a

-4.59

6.28

5.90

R4

-2.35

-3.79

6.28

0,38 0,15

1,74

4.94

ROOF

FOUNDATION FOUNDATION

FOUNDATION FOUNDATION

7,83 1,32 1,20

11,60

4,17

-0.55

-3.24

11,60

a

0.00

-2.35

0,15 0,15

0,43 4.94

ROOF a

a

0,15

R8

1,32 0,38

2.55

PB HOUSE PB 1 -0.35 HOUSE 1

6.28

5.90

0,15 c

c

FOUNDATION

R6 -3.24

-3.79

R1

2 rtg 2 rtg 30 cm 2 rtg 2 rtg

0,03

1,30 1,30 3,04

0,03

1,30

PB HOUSE 1

-1.35

-2.35

-2.35

-2.35

R1

3,31 0,15

-0.35 -0.55

BASEMENT

8,22

3,68 0,15

0.00

PB HOUSE 1

-1.35

FOUNDATION

R6 0,55

0,61

0.00

-0.12

1%

R2

-3.24

0,55

0,15

21,12

0.00

-0.35 -0.55

0,79

R2

R5

0,80 R5

BASEMENT

1,30

0,61 4,80

R4

0,80

-0.12

2,10

2,10

0,61

0,61

0.00

2,10

R4

-3.24

2.55

2,89

2,89 2,69

2,69

7,57

7,57

0,79

1,60

1,60

-2.35

-3.24

-4.59

4,13

0.00

0,30

0,30

2.55

0,38 0,07

0,38 0,07

R4 2,43

0,35

0,35

R6

0,30

0,10 4,130,37

R3 0.00

R3

PB HOUSE 1

R4 2,43

-1.35

FOUNDATION

1,99

R6

R5

R1

8,22

0,15

0,79

PB HOUSE 1

BASEMENT

3,31

3,68 0,15

-0.35 -0.55

R10

1,99

1,03

0.00

0.00 7%

7%

4,56

3.38

3,33

0,10 0,374,30

4,30 1,03

R9 0.00

0,60

0,79

R2

1,09

R5

0,55

8,22

0,61

2,10 0,61 5,07

5,07

2,24

R9

R5

0,60

1,00

R2

1,09

-3.24

1,30

0,61

2,24 2,60

R5

0.00

1,00

2,69

2.55

3.38

2,19

R4

0,38 0,07

0,35

0,30

1,60

2,60

5,37

R3 0.00 0,35

0,30

0,38 0,07

R4

3,90

0,32

ROOF

3,10

3,10

8,05

4.94

ROOF

2,19

R4

3,33 0,32 0,15

1,80

3.38

3,33 0,15

1,80

4.94

2,19 2.55

4,72

12,77

8,05

R4

3,33

R8

12,77

5,32

5,32

3,10

2,19

R4

R8

ROOF

5,32

5.90

5.90

3,07

3,07 12,77

6.28

6.28

2,62

2,62

3,07 12,77

2,72

2,72

1,30

4,04

4,04

4,04

4,04

1,30

-3.79

FOUNDATION FOUNDATION -4.59

BASEMENT -3.79 -4.59

FOUNDATION

DETAILS MATERIALS MATERIALS

R2 floor structure

R2 floor structure -ker. covering glued / * laminated parquet

-ker. covering / * laminated parquet -baseglued concrete 2 cm -base concrete -PE film technology insulation 6 cm -PE film technology insulation AT-L2 anti-step sound 1 rtgisland -AUSTROTHERM -AUSTROTHERM AT-L2 anti-step concrete sound island -monolithic reinforced slab 4 cm -monolithic-plashing reinforced concrete slab 22 cm -plashing -Interior dispersive painting 2 rtg -Interior dispersive painting 2 rtg

c

c

R8 R8

R3 terrace layered

R3 terrace layered

-antifreeze ceramic tiles glued

-antifreeze ceramic tiles glued 2 cm -base concrete -base concrete 6 cm -PE technology film -PE technology film 1 rtg -AUSTROTHERM AT-L2 thermal insulation -AUSTROTHERM AT-L2 thermal insulation 4 cm -AUSTROTHERM AT-N150 thermal insulation -AUSTROTHERM AT-N150 thermal insulation 22 cm thick plate waterproofing 1 rtg -bituminous-bituminous thick plate waterproofing -bituminous-bituminous preservationpreservation 1 rtg -monolithic-monolithic reinforced concrete slab reinforced concrete slab 20 cm -putty -putty 2 rtg -Interior dispersive 2 rtg -Interior painting dispersive painting

5,32 5,32

R4 R4

0,10 0,10 0,37

4,30

4,30

1,03

5,37

0.00

R3

-facade noble plaster 4 mm -facade noble plaster -Foundation 1 x-ray -Foundation -mesh reinforcement embedded in glue 6 mm -mesh reinforcement embedded in glue -EPS thermal insulation 20 cm -EPS thermal insulation -LeierPLAN 30 Pro brick, including glue 30 cm -LeierPLAN 30 Pro brick, including glue -interior plaster 1 cm -interior plaster -putty 2 rtg -putty painting.

-Interior dispersive 2 rtg

5,37

0,37

R3 0,35

b

0.00

b

-Interior dispersive painting.

0,35 0,30

2,89

2,69

1,60

2,89

2,69

R5 interior walls -Interior dispersive painting.

2 rtg -putty -Interior dispersive painting.

2 rtg -LeierPLAN-putty 15 Pro brick, including glue 14 cm -putty 2 rtg -LeierPLAN 15 Pro brick, including glue -Interior dispersive 2 rtg -putty painting.

R2

1,00

1,60

R2

1,09

1,09

-Interior dispersive painting.

a

R4

R5

0,80

0,80

-3.24

R5

-3.24

0,80

R5

0,80

R5

0,55

b

0.7 mm -PREFA sheet metalstructure cover counter, R8 roof including a layer of ventilated air -PREFA sheet metal cover counter, 5 cm -OSB including a layer of ventilated air 1 x-ray -vapor-permeable underlayment -OSB 5cm -XPS thermal insulation 2 cm -OSB floor -vapor-permeable underlayment -XPS thermal insulation -wood rafter, including fibrous thermal insulation 20 cm 1 rtg -OSB -vapor barrier filmfloor cm -slat frame -wood rafter, including fibrous thermal2.5 insulation 1 rtg -plasterboard cover -vapor barrier film 2 rtg -putty -slat frame 2 rtg -Interior dispersive painting -plasterboard cover

b

b

b

0,55 0,79

0,79

0,61

1,16

8,22

1,30

1,300,61

3,68

3,68

8,22 0,15

0,15

3,31

2,69

1,16

3,31 0,15

0,15

0,91

2,69

11,60

8,62

2,69

0,91 8,62

11,60

2 rtg 2 rtg 14 cm 2 rtg 2 rtg

R8 roof structure

a

R4

4 mm 1 x-ray 6 mm 20 cm 30 cm 1 cm 2 rtg 2 rtg

R5 interior walls

1,00

0,30

2 cm 6 cm 1 rtg 4 cm 22 cm 1 rtg 1 rtg 20 cm 2 rtg 2 rtg

R4 rising masonry.

R4 rising masonry.

3,33 3,33

1,03

2 cm 6 cm 1 rtg 4 cm 22 cm 2 rtg 2 rtg

-putty -Interior dispersive painting

2,69

KEY TO SYMBOLS a

0.7 mm 5 cm 1 x-ray 5cm 2 cm 20 cm 1 rtg 2.5 cm 1 rtg 2 rtg 2 rtg

plastic doors and windows in anthracite

b

KEY TO SYMBOLS facade plaster in white

c

plastic doors and windows in anthracite PREFA asheet metal in anthracite b

facade plaster in white

c

PREFA sheet metal in anthracite

14

03

WOMEN’S HOUSE

BAGHERE VILLAGE, SENEGAL

16

- ABOUT THE PROJECT -

2021

The project is located in Senegal, its purpose is to create a house for women, to promote gender equality.

The structure is committed to a diversity of activities focusing on education, raising awareness, and developing the village with impartiality. The design idea is dedicated to the equality of women and desire to provide them an important role with activities to be productive in their society.

The building is flexible so it can resolve different need in terms of indoor and outdoor spatial necessity. The shape of the project is inspired by the bee panel due to the great performance of this community and its equality between female and male. It gives an importance to the female in the team, and even considers it as the leader of the community.

Looping in the program, indoor and outdoor activities are offered, the heart of the building is located in the central space, where a flexible program is proposed thanks to the creation of removable panels that are calculated to fit around the area providing the opportunity to create exhibitions, markets, meeting point anything that might be needed. A semi-open reading corner is proposed in order to expand knowledge, as well as indoor classrooms and a workshop where art crafts and conferences can be held.

The project’s versability is run by the concept to transform itself, is can be adjusted to any situation and place. The proposal adjusts in an economic and sustainable way, in order to serve the local people to build comfortable spaces, based on their culture and traditional art crafts, providing the opportunity for women to work in the village, and also creating spaces where they can share a community life.

SITE PLAN

SITE PLAN

FLOOR PLANS

AXONOMETRY

FACADE / AXONOMETRY

18

PANELS DETAILS

PANELS DISTRIBUTION ROOF

CIRCULATION

FLEXIBLE SPACE

VOLUMES FABRIC PANELS

CENTRAL SPACE

7.0

7.0

7.0

ROOF

CIRCULATION

FLEXIBLE SPACE

VOLUMES FABRIC PANELS

CENTRAL SPACE

7.0

7.0

7.0

FLEXIBLE SPACE FABRIC PANELS 7.0

7.0

7.0

CIRCULATION

BOARD DETAILS

FLEXIBLE SPACE FABRIC PANELS 7.0

7.0

7.0

VENTILATION DIAGRAM

WATER COLLECTION

CROSS VENTILATION THROUGH BRICKS

20

04

DATA CENTER

GYOR, RABA RIVER

22

- ABOUT THE PROJECT Stage: The context where the project is developed is a research study for life underground n the year 2070. Living conditions on earth are impossible due to air quality, pollution, and the danger of radiation. Life underground, therefore, is the optimal alternative for human survival.

Mother-board: Within an investigation where the living conditions of the human being and the study for the viability of a life under the ground are fundamental, the data collection becomes the control instrument. The data collection and distribution center is the intangible connection between the different buildings that are part of the master plan.

Location: A data collection center has specialized equipment that requires a cooling system to stay in optimal condition. The project is located near the river so that water as a natural resource is used as a tool to cool down the equipment.

Building: The building program allows the classification of spaces into hermetic and flexible. The server space must be airtight due to the safety and operation of the equipment.

The spaces for laboratories and research can be flexible with the opportunity for users to access the facilities. Flexibility and hermetic are the generators of the building, creating a concept where nature and technology are the central axes of the building’s configuration.

Within the facilities, the program is configured around courtyards which are the ventilation, lighting, and circulation ducts between the spaces considered as flexible.

At the base of the building are the servers where the equipment (technology) are the configurators of the space. The program is divided into 3 layers: IT Servers, Research, Public Area.

SITE PLAN

25.95 m2

SAFETY SPACE

0.90 2.10

0.80 2.10

0.80 2.10

0.90 2.10

STORAGE

31.15m2

WORKSHOP 60.40 m2

1.80 2.10

1.00 2.10

14.80 m2

1.80 2.10

HALL 107.90 m2

0.90 2.10

0.90 2.10

EXTERIOR ENTRANCE

TOILET

4.00 m2

0.90 2.10

0.70 2.10

0.70 2.10

6.30 m2

TOILET 25.95 m2

0.80 2.10

SAFETY SPACE 31.15m2

0.80 2.10

0.90 2.10

STORAGE 7.86 m2

1.80 2.10

0.90 2.10

TOILET

0.90 2.10

0.70 2.10

0.70 2.10

4.00 m2

1.00 2.10

0.90 2.10

EXTERIOR ENTRANCE

1.80 2.10

OPERATIONS OFFICE

DATA ANALYSIS ROOM

0.90 2.10

76.40 m2

65.00 m2

´

F L O O R

´

F L O O R

FLOOR PLANS

1.80 2.10

COURTYARD

SNACK

32.55 m2

40.32 m2

´

UNDERGROUND CITY EXHIBITION DATA

MEETING ROOM 54.88 m2

105.00 m2

´

INTERNAL WALLS AND GLASS

OFFICE

COURTYARD

CORE LABS

33.60 m2

110.00 m2

112.10 m2

2.00 2.10

47.20 m2

2.00 2.10

P L A N

COURTYARD

COURTYARD

´

2.20 2.10

TESTING ROOM 99.35 m2

COURTYARD

OFFICE

32.65 m2

38.40 m2

´

P L A N

1.80 2.10

1.80 2.10

STAIRS

DOORS

STRUCTURE

INTERNAL WALLS AND GLASS

AXIS

0.90 2.10

4.00 m2

SAFETY SPACE

0.90 2.10

1.00 2.10

31.15m2

CONTROL POINT 13.15 m2

2.00 2.10

2.00 2.10

FOYER 54.00 m2

0.90 2.10

SWITCHGEAR

STRUCTURE

AXIS TOTAL BUILDING

0.90 2.10

LEVEL -2 ESC 1.75

0.90 2.10

EXTERIOR ENTRANCE 4.00 m2

0.90 2.10

0.90 2.10

EXTERIOR ENTRANCE

F L O O R

SAFETY SPACE 31.15m2

1.00 2.10

ESC 1.75

2.00 2.10

0.90 2.10

0.90 2.10

´

LEVEL -1

´

F L O O R

TOTAL BUILDING

POWER STATION

33.60 m2

33.60 m2

0.90 2.10

69.50 m2

P L A N

´

0.90 2.10

MECHANICAL ROOM 33.60 m2

´

INTERNAL WALLS AND GLASS STRUCTURE

DIESEL STORAGE 19.53 m2

0.90 2.10

´

MEETING ROOM

33.60 m2

COOLING ROOM

SERVER PARK

47.67 m2

596.45 m2

WATER SUPPLY

´

MECHANICAL ROOM

0.90 2.10

P L A N

INTERNAL WALLS AND GLASS

STRUCTURE

FILTER

AXIS

AXIS

TOTAL BUILDING

TOTAL BUILDING

LEVEL -3 ESC 1.75

LEVEL -4 ESC 1.75

24

3.10

NIVEL 1.6

0.00

Nivel 1.5

-4.40

Nivel 1.4

R4

VENTILATION DIAGRAM

S E C T I O N

S E C T I O N

R3

-metal sheet floor -instalations space -bituminous thick plate waterproofing -reinforced subgrade concrete -compressed gravel -compressed sand

NIVEL 1.6

0.00

Nivel 1.5

R6 R4

R3

R6

R2

R5

R7

R2 R5

R6

R1

S E C T I O N

MATERIAL DESCRIPTION

-base polish concrete ground -AUSTROTHERM AT-L2 thermal insulation -monolithic reinforced concrete slab -instalations space 2 cm -plasterboard -Interior dispersive painting 18 cm

1 layer -bituminous thick plate waterproofing R4 roof structure 50 cm -reinforced subgrade concrete -PRE. concrete pannels -base polish concrete 6 cm 20 cm -compressed gravel -AUSTROTHERM AT-L2 anti-step sound island -XPS thermal insulation 4 cm -monolithic reinforced concrete slab -monolithic reinforced concrete 30 cm 20slab cm -compressed sand -polish concrete finishing

6 cm 4 cm 30 cm 20 cm 1 cm 2 layer

R2 floor structure

R2 floor structure

-instalation space -plaster.board -Interior dispersive painting.

-base polish concrete -AUSTROTHERM AT-L2 anti-step sound island -monolithic reinforced concrete slab -polish concrete finishing

6 cm 4 cm 30 cm

NIVEL 1.6

0.00

Nivel 1.5

-4.40

Nivel 1.4

R2 -4.40

Nivel 1.4

R8

R3

R7

-12.30 Nivel 1.2

-8.60 Nivel 1.3

-8.60 Nivel 1.3

R2 R2

R6

-16.00 Nivel 1.1

-12.30 Nivel 1.2

-12.30 Nivel 1.2

R2

R5

R1

-16.00 Nivel 1.1

-16.00 Nivel 1.1

R1

-22.30 Foundation -22.30 Foundation

-22.30 Foundation

MATERIAL DESCRIPTION

R3 floor structure

2 cm cm R118floor lying on the 1 layer 50 cm sheet floor -metal 20 cm -instalations space 20 cm

3.10

-8.60 Nivel 1.3

R4

MATERIAL DESCRIPTION R1 floor lying on the ground

3.10

5 cm 15 cm 30 cm 20 cm 1 cm 2 layer

R5 exterior masonry walls

R1 floor lying on the ground R7 curtain wall

-concrete support wall 60 cm -XPS thermal insulation R3 floor structure 22 cm -RF concrete 30 cm -formwork concrete exposed -base polish concrete

-metal floor profile -curtain wallsheet with metal 15 cm -instalations space -bituminous thick plate waterproofing -reinforced subgrade concrete 6 cm -compressed gravel 4 cm sand -compressed

R6 interior walls

R2 floor structurewalls R6 interior structural

-AUSTROTHERM AT-L2 thermal insulation -monolithic reinforced concrete slab -instalations space -formwork concrete exposed -concrete-plasterboard 15 cm -formwork concrete exposed -Interior dispersive painting

SECTION A-A

-RF concrete 30 cm ESC 1.75 R4 roof structure30 cm 20polish cm concrete -formwork concrete exposed -formwork exposed -base concrete -PRE. concrete pannels 6 cm 1 cm -concrete -AUSTROTHERM AT-L2 anti-step sound island 4 cm -XPS thermal insulation 30 cm -formwork concrete exposed -monolithic reinforced concrete slab -monolithic reinforced concrete slab 30 cm 2 layer -polish concrete finishing

R4 roof structure -PRE. concrete pannels -XPS thermal insulation -monolithic reinforced concrete slab -instalation space -plaster.board -Interior dispersive painting.

R3 floor structure 2 cm -base polish concrete 18 cmexterior masonry walls-AUSTROTHERM AT-L2 thermal insulation R5 1 layer -monolithic reinforced concrete slab 50 cm -instalations space -concrete support wall 60 cm 20 cm -plasterboard -XPS 20 cm thermal insulation -Interior dispersive22 painting cm

R6 interior walls 5 cm 15 cm 30 cm 20 cm 1 cm 2 layer

-instalation space -plaster.board -Interior dispersive painting.

-formwork concrete exposed -concrete -formwork concrete exposed

15 cm

R7 curtain wall

R5 exterior masonry walls 6 cm 4 cm 30 cm 20 cm 1 cm 2 layer

-concrete support wall

-XPS thermal R7 curtain wall insulation

-RF concrete concrete exposed -curtain-formwork wall with metal profile

60 cm 22 cm 30 cm

-formwork concrete exposed -concrete -formwork concrete exposed

SE R6 interior structural walls

15 cm

SECTION A-A -formwork concrete exposed -concrete -formwork concrete exposed

ESC 1.75

R6 interior structural walls -formwork concrete exposed -concrete -formwork concrete exposed

15 cm

15 cm

R6 interior walls 5 cm 15 cm 30 cm 20 cm 1 cm 2 layer

-curtain wall with metal profile

30 cm

30 cm

DETAILS

INTERIOR DIAGRAMATIC MATERIAL VIEW INSULATED TEMPERED GLASS METAL PROFILE

D1

MATERIALS

INSULATED TEMPERED GLASS WATERPROOF LAYER

METAL PROFILE

RF IN SITU CONCRETE

S E C T I O N D E T A I L

CEILING

NEOPRENE SETTIG BLOCK BACK ADHERED

WHITE PAINTING PLASTER BOARDS

WATERPROOF LAYER D4

RF IN SITU CONCRETE XPS THERMAL INSUALTION

POLISHED CONCRETE

D1 ESC 1.10 D2

FLOOR POLISHED CONCRETE

SECTION ESC 1.25

WALLS

SOIL D3

CONCRETE AUSTROTHERM AT-L2 RF IN SITU CONCRETE

PITCH CONCRETE

CONCRETE FORMWORK

CIRCULAR METAL RAILING

MC DRAIN 10 mm ASPHALT MEMBRANE 4 mm

PAINTED IN BLACK COLOR

RECTANGULAR METAL PLATE PAINTED IN BLACK COLOR

VERTICAL GARDENS

CONCRETE JOIN WITH THE METAL PLATE WITH SCREWS

D2

RECTANGULAR METAL PROFILE

ESC 1.10

PAINTED IN BLACK COLOR

D4

D4

ESC 1.10

ESC 1.10

AUSTROTHERM AT-L2 RF IN SITU CONCRETE VENTILATION SYSTEM ELECTRIC SYSTEM IT SYSTEM

LED SCREEN

FURNITURE

YELLOW FABRIC

SOIL

METAL PROFILES COLOR: BLACK

MC DRAIN 10 mm ASPHALT MEMBRANE 4 mm

VENTILATION SYSTEM WATERPROOF LAYER RF IN SITU CONCRETE

PITCH METAL BOX

GRAVEL COMPACT SOIL

SECTION ESC 1.25

D3

D4

D4

ESC 1.10

ESC 1.10

ESC 1.10

GARDENS

26

05

FOWAWA

GYOR, DUNA RIVER

28

- ABOUT THE PROJECT 2021 The project consists of designing a suitable product for the context.

Context The furniture is designed to be placed next to the river.

Concept The concept for product development is taken from the flexibility and mobility of water. Water is the inspiration to generate organic furniture that considers hergonometry and accessibility for different types of users.

FOWAWA: Folding Water Waves is the name that the product acquires and the brand logo is related to nature and the movement of water in it.

Materials Coverage: Skin-wood designs adhered to the main structure with construction adhesive and staples.

Structure: the structural wedges are plywood profiles. The general structure consists of 42 square structural wedges made with plywood profiles and covered with skin-wood. The structure is labeled alphabetically from outside to inside.

Base: WPC circular structure, to control water and prevent damage to the furniture.

PLANIMETRY

ELEVATION

10.00

5.00

55.00

55.00

55.00

60

60

130

150

170

STRUCTURE ELEVATION

340

55.00

INSULATING FLOOR STRUCTURE 10.00

340

5.00

55.00

55.00

55.00

55.00

60

340

190

STRUCTURE FLOOR PLAN

30