Purificación Alarcón Ramírez

2 0 1 3P O R T F O L I O

A L A R C N R A M R E Z , P U R I F I C A C I N

Name:

Degree

Gender

Address

Tel.

E-mail

Date of birth

Nationality

Alarcn Ramrez,

Purificacin

Architecture

Female

Engelbertstrasse, 27

Cologne (Germany 50674)

Calle Cantueso, 69

Crdoba (Spain 14012)

+49 1637159782

+34 697548855

[email protected]

23 March 1988

Spanish

2 3

Autocad 3DSmax V-Ray Rhinoceros Mac Windows CorelDraw ArchiCad Cypecad Photoshop Illustrator InDesign SketchUp Office

Profile:

Main qualification:

Additional qualification awarded:

Professional experience:

Languages and aditional skills:

Computer literate:

I am keen to follow a career in Architecture and Design and any field that needs the vision of an

Architect.

Hard-working, well-organised, highly motivated, conscientions and with excellent communication

skills.

Reliable, self-confident, flexible, quick and eager to learn.

Enthusiasm for joining and leading workteams and particular competence to use and learn any

software.

2006-2012: Escuela Tcnica Superior de Arquitectura (Sevilla) (4500 class hours, pre-Bologna

system).

2011-2012: Cypecad Structures User. Calculate Structures with CypeCAD. BC3 Formacin (Sevilla).

2011-2012: Cypecad Systems and Installations User. Calculate Systems and Installations with

CypeCAD. Angar & Barrera Architects (Sevilla).

2011-2012: 3D Studio, Photoshop and User. Computer Graphics with 3D Studio,

Photoshop and Rhinoceros. Angar & Barrera Architects (Sevilla)

2010-2011: Erasmus in Rome. Specializing in restoration and museums. University of Rome La

Sapienza

2009-2012: International Workshop Seville-Venice. Exchanges and teamwork. Escuela Tcnica

Superior de Arquitectura, University of Seville (Spain).

2008-2009: Workshop about Technology Parks in Andalucia. Learning about Technology Parks in

Andalucia. Escuela Tcnica Superior de Arquitectura, University of Seville (Spain).

2011-2012: Structures Department Assistant. University of Seville. Study and calculation of

structural systems using computer media.

2009-2010: Urban Department Assistant. University of Seville. Responsible for a doctoral thesis

based on the urban development of Seville and coordinator of a technical evaluation of

an substardard building.

2009-2010: Associate Architect: Hospital project in Wilaya de Oran (Argelia), with Juan Solano

Franco (Architect).

Spanish: Mother Tongue

English: Independent User (B2)

Italian: User (B2)

German: Basic level (A2)

Clean driving licence

Rhinoceros

Currently: Working on the architectural firm "Michael Zimmermann und Co. GMBH" in Cologne,

Germany.

Independent

Index

[3] Personal Details.

[4-5] Professional experience. Hospital for burn patients and traumatisms. Oran, Algeria. 2010

[6-7] Houses beside the river Guadiana. Sanlucar de Guadiana, Huelva, Spain. 2009

[8-9] Park Station-Garages. Seville, Spain. 2009

[10-11] Student Residence. Seville, Spain. 2010

[12-13] Restoration of Church . Soriano nel Cimino, Viterbo, Italy. 2011

[14-15] Museum of Contemporary Art. Rome, Italy. 2011

[16-23] Dissertation. Hostel and Classroom of Nature. Crdoba, Spain. 2012

Santa Maria del Piano

1 P E R S O N A L D E TA I L S

Name:

Degree

Gender

Address

Tel.

E-mail

Date of birth

Nationality

Alarcn Ramrez,

Purificacin

Architecture

Female

Engelbertstrasse, 27

Cologne (Germany 50674)

Calle Cantueso, 69

Crdoba (Spain 14012)

+49 1637159782

+34 697548855

[email protected]

23 March 1988

Spanish

2 3

Autocad 3DSmax V-Ray Rhinoceros Mac Windows CorelDraw ArchiCad Cypecad Photoshop Illustrator InDesign SketchUp Office

Profile:

Main qualification:

Additional qualification awarded:

Professional experience:

Languages and aditional skills:

Computer literate:

I am keen to follow a career in Architecture and Design and any field that needs the vision of an

Architect.

Hard-working, well-organised, highly motivated, conscientions and with excellent communication

skills.

Reliable, self-confident, flexible, quick and eager to learn.

Enthusiasm for joining and leading workteams and particular competence to use and learn any

software.

2006-2012: Escuela Tcnica Superior de Arquitectura (Sevilla) (4500 class hours, pre-Bologna

system).

2011-2012: Cypecad Structures User. Calculate Structures with CypeCAD. BC3 Formacin (Sevilla).

2011-2012: Cypecad Systems and Installations User. Calculate Systems and Installations with

CypeCAD. Angar & Barrera Architects (Sevilla).

2011-2012: 3D Studio, Photoshop and User. Computer Graphics with 3D Studio,

Photoshop and Rhinoceros. Angar & Barrera Architects (Sevilla)

2010-2011: Erasmus in Rome. Specializing in restoration and museums. University of Rome La

Sapienza

2009-2012: International Workshop Seville-Venice. Exchanges and teamwork. Escuela Tcnica

Superior de Arquitectura, University of Seville (Spain).

2008-2009: Workshop about Technology Parks in Andalucia. Learning about Technology Parks in

Andalucia. Escuela Tcnica Superior de Arquitectura, University of Seville (Spain).

2011-2012: Structures Department Assistant. University of Seville. Study and calculation of

structural systems using computer media.

2009-2010: Urban Department Assistant. University of Seville. Responsible for a doctoral thesis

based on the urban development of Seville and coordinator of a technical evaluation of

an substardard building.

2009-2010: Associate Architect: Hospital project in Wilaya de Oran (Argelia), with Juan Solano

Franco (Architect).

Spanish: Mother Tongue

English: Independent User (B2)

Italian: User (B2)

German: Basic level (A2)

Clean driving licence

Rhinoceros

Currently: Working on the architectural firm "Michael Zimmermann und Co. GMBH" in Cologne,

Germany.

Independent

Index

[3] Personal Details.

[4-5] Professional experience. Hospital for burn patients and traumatisms. Oran, Algeria. 2010

[6-7] Houses beside the river Guadiana. Sanlucar de Guadiana, Huelva, Spain. 2009

[8-9] Park Station-Garages. Seville, Spain. 2009

[10-11] Student Residence. Seville, Spain. 2010

[12-13] Restoration of Church . Soriano nel Cimino, Viterbo, Italy. 2011

[14-15] Museum of Contemporary Art. Rome, Italy. 2011

[16-23] Dissertation. Hostel and Classroom of Nature. Crdoba, Spain. 2012

Santa Maria del Piano

1 P E R S O N A L D E TA I L S

P R O F E S S I O N A L E X P E R I E N C E

SITE & DATE:

Oran, Algeria. 2010

BRIEF DESCRIPTION:

This project is to provide the city of

Oran with a hospital equipped with

the latest technology for the

treatment of major trauma, making

it a world leader in the treatment of

these pathologies.

The geometry of the project is in a

form of semicircle and it is designed

for its functionality. The project is

organized by separating patients into

different sectors depending on the

severity of their situation, and

alternate two different circulations,

a concentric circulation which allows

mobilization to patients from one

sector to another, and another

radial, which allows movement

within the same sector.

In the accompanying sketch you can

see the operation of the hospital and

the different types of circulation.

4 5

Toms Solano Franco, College Architect number 2450 of Official College of Architects of

Seville, as architect of the project:

HOSPITAL PROJECT OF MAJOR BURNS IN THE WILAYA OF ORAN (ALGERIA),

commissioned by the Directorate General of Public Health of the Republic of Algeria

I CERTIFICATE

That miss:

Purificacin Alarcn Ramrez, ID number 30994937-E

She has participated as a collaborator in the development ot that draft document,

being her participation quite satisfactory and important to the outcome.

And for the record for the appropiate purposes, I sign this document certificated in the

city of Seville, on January 18, 2010.

H O S P I TA L F O R B U R N PAT I E N T S A N D T R A U M AT I S M S2

P R O F E S S I O N A L E X P E R I E N C E

SITE & DATE:

Oran, Algeria. 2010

BRIEF DESCRIPTION:

This project is to provide the city of

Oran with a hospital equipped with

the latest technology for the

treatment of major trauma, making

it a world leader in the treatment of

these pathologies.

The geometry of the project is in a

form of semicircle and it is designed

for its functionality. The project is

organized by separating patients into

different sectors depending on the

severity of their situation, and

alternate two different circulations,

a concentric circulation which allows

mobilization to patients from one

sector to another, and another

radial, which allows movement

within the same sector.

In the accompanying sketch you can

see the operation of the hospital and

the different types of circulation.

4 5

Toms Solano Franco, College Architect number 2450 of Official College of Architects of

Seville, as architect of the project:

HOSPITAL PROJECT OF MAJOR BURNS IN THE WILAYA OF ORAN (ALGERIA),

commissioned by the Directorate General of Public Health of the Republic of Algeria

I CERTIFICATE

That miss:

Purificacin Alarcn Ramrez, ID number 30994937-E

She has participated as a collaborator in the development ot that draft document,

being her participation quite satisfactory and important to the outcome.

And for the record for the appropiate purposes, I sign this document certificated in the

city of Seville, on January 18, 2010.

H O S P I TA L F O R B U R N PAT I E N T S A N D T R A U M AT I S M S2

3P R O J E C T S I I I

SITE & DATE:

Sanlucar de Guadiana, Huelva, Spain.

2009.

BRIEF DESCRIPTION:

Starting from the premise of respect for

the existing nature, there are two main

volumes that are adapted to the

topography, so that the geometry of

these bands defines spaces and their

relationship to the landscape. The terrain

and slope represent the articulating axis

of the project, seeking to establish a full-

empty relationship that results in

continuous spaces bounded by the

landscape and buildings.

The layout of the volumes, staggered on

the field, allow all homes to turn their

eyes to the river, reaching thus the main

rooms overlooking the shore. The

common plane on both sides relieved

acquires importance and becomes a key

point of the project. The facility with

access to the courtyard is converted into

an intermediate space between the

house and the common area, a place to

live that public space within the privacy

of the home.

6 7

Access Level(+14m), scale 1:1200

First level(+17m), scale 1:1200

Section A-A, scale 1:600

C

CC

C

House type A

Scale 1:400

House type B

Scale 1:400

H O U S E S B E S I D E T H E R I V E R G U A D I A N A

SITE & DATE:

Sanlucar de Guadiana, Huelva, Spain.

2009.

BRIEF DESCRIPTION:

Starting from the premise of respect for

the existing nature, there are two main

volumes that are adapted to the

topography, so that the geometry of

these bands defines spaces and their

relationship to the landscape. The terrain

and slope represent the articulating axis

of the project, seeking to establish a full-

empty relationship that results in

continuous spaces bounded by the

landscape and buildings.

The layout of the volumes, staggered on

the field, allow all homes to turn their

eyes to the river, reaching thus the main

rooms overlooking the shore. The

common plane on both sides relieved

acquires importance and becomes a key

point of the project. The facility with

access to the courtyard is converted into

an intermediate space between the

house and the common area, a place to

live that public space within the privacy

of the home.

6 7

Access Level(+14m), scale 1:1200

First level(+17m), scale 1:1200

Section A-A, scale 1:600

C

CC

C

House type A

Scale 1:400

House type B

Scale 1:400

H O U S E S B E S I D E T H E R I V E R G U A D I A N A

4P U B L I C S PA C E S

PA R K S TAT I O N - G A R A G E S

CIRCLE 1: Climbing wall.

Ground / grass.

Vegetation: None.

Furniture constructed

elements: Small spots of soft

material support.

Pavement:

1

22

2

11 3

14

15

9

87

10

1312

Circle 2: Sandbox

Rubber

Vegetation: Trees medium

sized

elements: None

Pavement:

Circle 3: Pipican

Ground / Albero

Vegetation: None

elements: access ramps

Pavement:

Circle 4: Games

Pavement: Pavement hard

sized and large

elements: Tables and chairs

Circle 5: Dancing

Floating Deck

Vegetation: None

elements: None

Pavement:

CIRCLE 10: Boxing

Rubber

Vegetation: None

Furniture elements

constructed: vertical

elements as a punch

Pavement:Circle 9: Solarium

Rubber

Vegetation: Shrubs

elements: None

Pavement:

CIRCLE 11: Earrings

Lawn

Vegetation: Trees large size

elements: Slides for balls

Pavement:

CIRCLE 12: Reading

Floor: Earth and grass

Vegetation: Trees to medium

size, and large shrubs

elements: Small seats

CIRCLE 14: Slides

Floor: Albero

Vegetation: large trees

elements: Slides

CIRCLE 13: Meeting

Floor: Natural Stone

sized and large

elements: Banks

CIRCULO 15: Estmulos visuales

Pavimento: Material sintticoVegetacin: NingunaMobiliario elementosconstruidos: Palitos de coloresde 3m de altura

SITE & DATE:Seville, Spain. 2009

BRIEF DESCRIPTION:The proposal is based on the idea ofcircles that are linked, completelyseparate or tangent circles, lookingto create a route that access todifferent areas of the park. Thereby,the different uses are separated,being each of them in one or more ofthese circumferences. The toursallow cross the park in various wayswithout having to access any of theuseful areas of the site, and do notbreak into the travel in a straight linefrom the main street entrance to thestation.

Space is treated as an urban park, nota space for contemplation, but aspace to be inhabited and lived, andwhich provides certain services.

In attachments schemes can be seenthe different uses of the circles in thepark

8 9

ALIGUSTRE DE JAPN (Ligustrum japonicum)

Family: OleaceaeFlower: May-JuneFruit: September-October

ALMEZ (Celtis australis L.)

Family: UlmaceaeFlower: April-MayFruit: September-October

CASUARINA (Casuarina equisetifolia Forst.)

Family: CasuarinaceaeFlower: April-MayFruit: September-October

CATALPA (Catalpa bignonioides Walt)

Family: BignoniaceaeFlower: June-JulyFruit: October-November

JAPANESE PLUM (Prunus cerasifera)

Family: RosaceaeFlower: February-MarchFruit: June-July

COCO PLUMOSO (Syagrus romanzoffiana)

Family: AceraceaeFlower: June-AugustFruit: November-December

GREVILLEA (Grevillea robusta Cunn)

Family: ProteaceaeFlower: March-AprilFruit: August-September

JACARANDA (Jacaranda mimosaefolia)

Family: BignoniaceaeFlower: May-JulyFruit: October-November

NARANJO AMARGO (Citrus aurantium L.)

Family: RutaceaeFlower: March-MayoFruit: November to February

PINO CARRASCO (Pinus halepensis Miller)

Family: PinaceaeFlower: March to MayFruit: (2nd year) from August to September

RO B I N I A O FA L SA AC AC I A ( Ro b i n i apseudoacacia L.)

Family: LeguminosaeFlower: May-JuneFruit: July-August

SFORA (Sophora japonica L.)

Family: LeguminosaeFlower: July-AugustFruit: October-November

MAGNOLIA (Magnolia grandiflora L.)

Family: MagnoliaceaeFlower: May-JulyFruit: October-November

RBOL DEL AMOR (Cercis siliquastrum L.)

Family: LeguminosaeFlower: March-AprilFruit: September-October

4P U B L I C S PA C E S

PA R K S TAT I O N - G A R A G E S

CIRCLE 1: Climbing wall.

Ground / grass.

Vegetation: None.

elements: Small spots of soft

material support.

Pavement:

1

22

2

11 3

14

15

9

87

10

1312

Circle 2: Sandbox

Rubber

sized

elements: None

Pavement:

Circle 3: Pipican

Ground / Albero

Vegetation: None

elements: access ramps

Pavement:

Circle 4: Games

Pavement: Pavement hard

sized and large

elements: Tables and chairs

Circle 5: Dancing

Floating Deck

Vegetation: None

elements: None

Pavement:

CIRCLE 10: Boxing

Rubber

Vegetation: None

Furniture elements

constructed: vertical

elements as a punch

Pavement:Circle 9: Solarium

Rubber

Vegetation: Shrubs

elements: None

Pavement:

CIRCLE 11: Earrings

Lawn

Vegetation: Trees large size

elements: Slides for balls

Pavement:

CIRCLE 12: Reading

Floor: Earth and grass

Vegetation: Trees to medium

size, and large shrubs

elements: Small seats

CIRCLE 14: Slides

Floor: Albero

Vegetation: large trees

elements: Slides

CIRCLE 13: Meeting

Floor: Natural Stone

sized and large

elements: Banks

CIRCULO 15: Estmulos visuales

Pavimento: Material sintticoVegetacin: NingunaMobiliario elementosconstruidos: Palitos de coloresde 3m de altura

SITE & DATE:Seville, Spain. 2009

BRIEF DESCRIPTION:The proposal is based on the idea ofcircles that are linked, completelyseparate or tangent circles, lookingto create a route that access todifferent areas of the park. Thereby,the different uses are separated,being each of them in one or more ofthese circumferences. The toursallow cross the park in various wayswithout having to access any of theuseful areas of the site, and do notbreak into the travel in a straight linefrom the main street entrance to thestation.

Space is treated as an urban park, nota space for contemplation, but aspace to be inhabited and lived, andwhich provides certain services.

In attachments schemes can be seenthe different uses of the circles in thepark

8 9

ALIGUSTRE DE JAPN (Ligustrum japonicum)

Family: OleaceaeFlower: May-JuneFruit: September-October

ALMEZ (Celtis australis L.)

Family: UlmaceaeFlower: April-MayFruit: September-October

CASUARINA (Casuarina equisetifolia Forst.)

Family: CasuarinaceaeFlower: April-MayFruit: September-October

CATALPA (Catalpa bignonioides Walt)

Family: BignoniaceaeFlower: June-JulyFruit: October-November

JAPANESE PLUM (Prunus cerasifera)

Family: RosaceaeFlower: February-MarchFruit: June-July

COCO PLUMOSO (Syagrus romanzoffiana)

Family: AceraceaeFlower: June-AugustFruit: November-December

GREVILLEA (Grevillea robusta Cunn)

Family: ProteaceaeFlower: March-AprilFruit: August-September

JACARANDA (Jacaranda mimosaefolia)

Family: BignoniaceaeFlower: May-JulyFruit: October-November

NARANJO AMARGO (Citrus aurantium L.)

Family: RutaceaeFlower: March-MayoFruit: November to February

PINO CARRASCO (Pinus halepensis Miller)

Family: PinaceaeFlower: March to MayFruit: (2nd year) from August to September

RO B I N I A O FA L SA AC AC I A ( Ro b i n i apseudoacacia L.)

Family: LeguminosaeFlower: May-JuneFruit: July-August

SFORA (Sophora japonica L.)

Family: LeguminosaeFlower: July-AugustFruit: October-November

MAGNOLIA (Magnolia grandiflora L.)

Family: MagnoliaceaeFlower: May-JulyFruit: October-November

RBOL DEL AMOR (Cercis siliquastrum L.)

Family: LeguminosaeFlower: March-AprilFruit: September-October

Quadruple room 1

Quadruple Room 2

Double room

Double room disabled

Scale 1:250

1. Square of access.

2. Coffee shop.

3. Bathrooms.

4. Entrance hall.

5. Information.

6. Offices.

7. Meeting Room.

8. Rest Zone.

9. Dining room.

10. Kitchen.

11. Computer room.

12. TV room.

13. Quadruple room.

14. Double room.

15. Auditorium.

1 0 1 1

SITE & DATE:

Seville, Spain. 2010

BRIEF DESCRIPTION:

The project is developed along a

band that breaks originating two

courtyards, one more public, like a

square, and another private, that is

created for leisure and to promote

relationships between residents.

Between these two gaps, which are

apparently independent, there is a

permeability that allows visual

connection from the gardens to the

square, allowing public areas open to

both spaces. The slats

play an important role in that

permeability.

The program adapts around two

courtyards, which illuminate the

areas of stay and communication,

while private areas are directed

outwards.

that surround

the entire building, and whose

separation varies depending on uses,

12

3

4

56

7

66

6

8

9

10 11

3

15

13

14 14 14 141414141414

13

1313

13

Ground floor

Scale 1:500

Third floor

Scale 1:500

Section A-A

Scale 1:500

8

A A

158

8

A A

S T U D E N T R E S I D E N C E

Quadruple room 1

Quadruple Room 2

Double room

Double room disabled

Scale 1:250

1. Square of access.

2. Coffee shop.

3. Bathrooms.

4. Entrance hall.

5. Information.

6. Offices.

7. Meeting Room.

8. Rest Zone.

9. Dining room.

10. Kitchen.

11. Computer room.

12. TV room.

13. Quadruple room.

14. Double room.

15. Auditorium.

1 0 1 1

SITE & DATE:

Seville, Spain. 2010

BRIEF DESCRIPTION:

The project is developed along a

band that breaks originating two

courtyards, one more public, like a

square, and another private, that is

created for leisure and to promote

relationships between residents.

Between these two gaps, which are

apparently independent, there is a

permeability that allows visual

connection from the gardens to the

square, allowing public areas open to

both spaces. The slats

play an important role in that

permeability.

The program adapts around two

courtyards, which illuminate the

areas of stay and communication,

while private areas are directed

outwards.

that surround

the entire building, and whose

separation varies depending on uses,

12

3

4

56

7

66

6

8

9

10 11

3

15

13

14 14 14 141414141414

13

1313

13

Ground floor

Scale 1:500

Third floor

Scale 1:500

Section A-A

Scale 1:500

8

A A

158

8

A A

S T U D E N T R E S I D E N C E

6R E S T O R AT I O N

SITE & DATE:

Soriano nel Cimino, Viterbo, Italy. 2011

churchs

BRIEF DESCRIPTION:

There are two kinds of restoration of the

church, one shallow, in which are restored

visual aspects, and a second one about

structural aspects, that is required because of

sinking of the foundations.

For the restoration are taken different samples

and they are analyzed in the laboratory:

O1: It was taken from the bottom of building

sacristy. It is a sample of gypsum and lime

mortar, comes with a uniform ocher tint.

Mortar is fiabile

O2: It was taken from the closed window on

the ground floor. It has several layers of

gypsum, and a piece of masonry was

removed because of the humidity.

O3: It was taken under the cornice

intermediate. The plaster has a blue

color and it is on a layer of mortar.

O4: It was taken between two windows. The

white plaster presented is resting on a

layer of mortar of lime.

O5: It was taken close to the outer frame of

the window side. It was noted a various

colors superposition

1 2 1 3

R E S T O R AT I O N O F C H U R C H S A N TA M A R I A D E L P I A N O

6R E S T O R AT I O N

SITE & DATE:

Soriano nel Cimino, Viterbo, Italy. 2011

churchs

BRIEF DESCRIPTION:

There are two kinds of restoration of the

church, one shallow, in which are restored

visual aspects, and a second one about

structural aspects, that is required because of

sinking of the foundations.

For the restoration are taken different samples

and they are analyzed in the laboratory:

O1: It was taken from the bottom of building

sacristy. It is a sample of gypsum and lime

mortar, comes with a uniform ocher tint.

Mortar is fiabile

O2: It was taken from the closed window on

the ground floor. It has several layers of

gypsum, and a piece of masonry was

removed because of the humidity.

O3: It was taken under the cornice

intermediate. The plaster has a blue

color and it is on a layer of mortar.

O4: It was taken between two windows. The

white plaster presented is resting on a

layer of mortar of lime.

O5: It was taken close to the outer frame of

the window side. It was noted a various

colors superposition

1 2 1 3

R E S T O R AT I O N O F C H U R C H S A N TA M A R I A D E L P I A N O

SITE & DATE:

Rome, Italy. 2011

BRIEF DESCRIPTION:

The original idea was to break with the

strong horizontality of the area and to

play with the concept of "fold". At the

same time, the bands which divide the

project separate different uses and

delimit the routes in the museum.

The slopes that are generated on the

cover allow adapt different spaces to

different heights depending on the

needs, and even generate two plants

when the project requires it.

In order to establish a permeable

relationship with the environment, but

also to use the shell to expose the works

of art, folds are proposed as building light

input, combining artificial lighting with

natural light.

In this way, the spaces for temporary

with other for

permanent exhibitions, and exhibition

spaces inside with other outdoor

exposure.

exhibitions are alternated

7P R O J E C T S V

1 4 1 5

M U S E U M O F C O M T E M P O R A R Y A R T

1. Entrance hall.

2. Information-Sale.

3. Bathrooms.

4. Coffee shop.

5. Auditorium.

6. Store.

7. Workshop.

8. Permanent exhibition.

9. Temporary exhibitions.

10. Meeting Room.

11. Office

Ground floor

Scale 1:700

First floor

Scale 1:700

Seccin C-C

Escala 1:400

Section A-A

Scale 1:700

Section B-B

Scale 1:700

A

B

A

B

C

A

B

A

B

C

1

3

25

4 3

67

8

1

10

9 9 9

11 11

SITE & DATE:

Rome, Italy. 2011

BRIEF DESCRIPTION:

The original idea was to break with the

strong horizontality of the area and to

play with the concept of "fold". At the

same time, the bands which divide the

project separate different uses and

delimit the routes in the museum.

The slopes that are generated on the

cover allow adapt different spaces to

different heights depending on the

needs, and even generate two plants

when the project requires it.

In order to establish a permeable

relationship with the environment, but

also to use the shell to expose the works

of art, folds are proposed as building light

input, combining artificial lighting with

natural light.

In this way, the spaces for temporary

with other for

permanent exhibitions, and exhibition

spaces inside with other outdoor

exposure.

exhibitions are alternated

7P R O J E C T S V

1 4 1 5

M U S E U M O F C O M T E M P O R A R Y A R T

1. Entrance hall.

2. Information-Sale.

3. Bathrooms.

4. Coffee shop.

5. Auditorium.

6. Store.

7. Workshop.

8. Permanent exhibition.

9. Temporary exhibitions.

10. Meeting Room.

11. Office

Ground floor

Scale 1:700

First floor

Scale 1:700

Seccin C-C

Escala 1:400

Section A-A

Scale 1:700

Section B-B

Scale 1:700

A

B

A

B

C

A

B

A

B

C

1

3

25

4 3

67

8

1

10

9 9 9

11 11

1 2

3

5

6

7

Bird Recovery Centre

Centre for Endangered Species Recovery

Camping Area

Provincial Cooperation Center

Sports Infrastructure

Golf

Recreation Area

COP

CREA

COP

CREA

CO-3408

Local Road

Camping Area Boundary

Boundary Recreation Area

Botanical Path

m

P P L Veriurban ark os illares

Visitor Center

Car Park

Signaled Path

Restaurant

Viewpoint

1 6 1 7

SITE & DATE:

Los Villares, Crdoba, Spain. 2012

BRIEF DESCRIPTION:

The main idea is to develop a project to

intervene not only this area, but to

develop a modular system, which

according to the needs, to allow

expanding to other parts of the Sierra de

Crdoba.

Some of the fundamental premises for

the project are the minimum impact on

the environment, adapting to the terrain

and vegetation and the use of existing

infrastructure.

Based on the idea of disintegrating, the

proposal is structured through a main

part, which includes the functions of

nature classroom, and a number of sub-

modules to be handing over the terrain

and vegetation adapted to the slope.

Both the main building and the modules

are off the ground, leaving the ground

floor elevation stay applications

requiring less intimacy, allowing more

direct contact with nature.

8D I S S E R TAT I O N

H O S T E L A N D C L A S S R O O M O F N AT U R E

4

Section A-AS_1:1500

Landscape Quality Grade

High quality

Medium quality

Low quality

Periurban Park

Los Villares

Location plan1. Visitor Center (preexisting)

2. Area bird recovery (preexisting)

3. Bar (preexisting)

4. Nature Classroom

5. Module bedroom

6. Module disabled bedroom

7. Module shade and rest

8. Module viewpoint

S_1:2500

1 2

3

5

6

7

Bird Recovery Centre

Centre for Endangered Species Recovery

Camping Area

Provincial Cooperation Center

Sports Infrastructure

Golf

Recreation Area

COP

CREA

COP

CREA

CO-3408

Local Road

Camping Area Boundary

Boundary Recreation Area

Botanical Path

m

P P L Veriurban ark os illares

Visitor Center

Car Park

Signaled Path

Restaurant

Viewpoint

1 6 1 7

SITE & DATE:

BRIEF DESCRIPTION:

The main idea is to develop a project to

intervene not only this area, but to

develop a modular system, which

according to the needs, to allow

expanding to other parts of the Sierra de

Crdoba.

Some of the fundamental premises for

the project are the minimum impact on

the environment, adapting to the terrain

and vegetation and the use of existing

infrastructure.

Based on the idea of disintegrating, the

proposal is structured through a main

part, which includes the functions of

nature classroom, and a number of sub-

modules to be handing over the terrain

and vegetation adapted to the slope.

Both the main building and the modules

are off the ground, leaving the ground

floor elevation stay applications

requiring less intimacy, allowing more

direct contact with nature.

8D I S S E R TAT I O N

H O S T E L A N D C L A S S R O O M O F N AT U R E

4

Section A-AS_1:1500

Landscape Quality Grade

High quality

Medium quality

Low quality

Periurban Park

Los Villares

Location plan1. Visitor Center (preexisting)

2. Area bird recovery (preexisting)

3. Bar (preexisting)

4. Nature Classroom

5. Module bedroom

6. Module disabled bedroom

7. Module shade and rest

8. Module viewpoint

S_1:2500

8SITE & DATE:

BRIEF DESCRIPTION:

The main building is at the same level

of the natural ground arrival to the

area of the former camp, and their

volumes are rotated to adapt to the

contour lines, to clear the way of

coming to that open areas of

residence ground floor.

The ground floor has a diaphanous

character, there is a continuity with

outer space. The dining room area

and the living room appear as two

large glass cases in the ground floor

and marked contrast with the

structure of the top boxes, where the

classrooms.

The external appearance of the

modules and the bottom of the main

building are of corten steel for

greater integrat ion into the

environment, and contrast with the

volumes of the main building made

of GRC plate.

Ground Floor Level +0,00m

S_1:500

First Floor Level +4,60m

S_1:500

South Prospect

S_1:500

Section A-A

S_1:500

Section B-B

S_1:500

Section D-D

S_1:500

Section C-C

S_1:500

1

5

3

2

5

8

4

5

6

7

16

14

15

1111

11

16

13

9

8

12

7

Ground Floor

1. Access zone

2. Dining room

3. kitchen

4. Area to rest

5. Store / Installations

6. Laundry

7. Auditorium

8. Toilets

First Floor:

7. Auditorium

8. Toilets

9. Reception

10. Information

11. Office

12. Computer room

13. Laboratory

14. Classrooms theoretical

15. Meeting Room

16. Balcony

1011

1 8 1 9

D I S S E R TAT I O NH O S T E L A N D C L A S S R O O M O F N AT U R E

8SITE & DATE:

BRIEF DESCRIPTION:

The main building is at the same level

of the natural ground arrival to the

area of the former camp, and their

volumes are rotated to adapt to the

contour lines, to clear the way of

coming to that open areas of

residence ground floor.

The ground floor has a diaphanous

character, there is a continuity with

outer space. The dining room area

and the living room appear as two

large glass cases in the ground floor

and marked contrast with the

structure of the top boxes, where the

classrooms.

The external appearance of the

modules and the bottom of the main

building are of corten steel for

greater integrat ion into the

environment, and contrast with the

volumes of the main building made

of GRC plate.

Ground Floor Level +0,00m

S_1:500

First Floor Level +4,60m

S_1:500

South Prospect

S_1:500

Section A-A

S_1:500

Section B-B

S_1:500

Section D-D

S_1:500

Section C-C

S_1:500

1

5

3

2

5

8

4

5

6

7

16

14

15

1111

11

16

13

9

8

12

7

Ground Floor

1. Access zone

2. Dining room

3. kitchen

4. Area to rest

5. Store / Installations

6. Laundry

7. Auditorium

8. Toilets

First Floor:

7. Auditorium

8. Toilets

9. Reception

10. Information

11. Office

12. Computer room

13. Laboratory

14. Classrooms theoretical

15. Meeting Room

16. Balcony

1011

1 8 1 9

SITE & DATE:

BRIEF DESCRIPTION:

T h e r e l a t i o n s h i p w i t h t h e

environment, flexible spaces and

e c o l o g i c a l a s p e c t s a r e t h e

fundamental premises of this

p r o j e c t . T h e i d e a o f t h e

prefabricated modules is conducted

with the intention to extend this

intervention to other parts of the

Sierra de Crdoba according to

emerging needs.

The module is organized around a

structure "wardrobe" that includes

the different uses. The prefabricated

module that moves as one piece,

leans on the wall that extends above

the pitch wearing the premises and

exterior lighting on two profiles HEB

and the "structure wardrobe." In this

way the ground floor, which is

situated stay space is separated from

the surroundings only by glass, being

in direct connection with the

outside.

Section A-AS_1:200

Section B-BS_1:200

First FloorS_1:200

Ground floorS_1:200

First floorS_1:200

Ground floorS_1:200

Section C-CS_1:200

Section D-DS_1:200

Section E-ES_1:200

2 0 2 1

First FloorS_1:200

First floorS_1:200

Ground floorS_1:200

MODULE 1: BEDROOM - STAY ZONE

MODULE 2: BEDROOM DISABLED MODULE 3: VIEWPOINT MODULE 4: SHADE AND REST

Table of surfaces:

Module 1.

Area.Ground floor: 13,88 mFirst floor: 12.20m

Module 2

Area.Ground floor: 13,30 mFirst floor: 12.20 m

Module 3.

Area.Ground floor: 17.25 mFirst floor: 15.41m

Module4

Area.Ground floor: 21.83 m

SITE & DATE:

BRIEF DESCRIPTION:

T h e r e l a t i o n s h i p w i t h t h e

environment, flexible spaces and

e c o l o g i c a l a s p e c t s a r e t h e

fundamental premises of this

p r o j e c t . T h e i d e a o f t h e

prefabricated modules is conducted

with the intention to extend this

intervention to other parts of the

Sierra de Crdoba according to

emerging needs.

The module is organized around a

structure "wardrobe" that includes

the different uses. The prefabricated

module that moves as one piece,

leans on the wall that extends above

the pitch wearing the premises and

exterior lighting on two profiles HEB

and the "structure wardrobe." In this

way the ground floor, which is

situated stay space is separated from

the surroundings only by glass, being

in direct connection with the

outside.

Section A-AS_1:200

Section B-BS_1:200

First FloorS_1:200

Ground floorS_1:200

First floorS_1:200

Ground floorS_1:200

Section C-CS_1:200

Section D-DS_1:200

Section E-ES_1:200

2 0 2 1

First FloorS_1:200

First floorS_1:200

Ground floorS_1:200

MODULE 1: BEDROOM - STAY ZONE

MODULE 2: BEDROOM DISABLED MODULE 3: VIEWPOINT MODULE 4: SHADE AND REST

Table of surfaces:

Module 1.

Area.Ground floor: 13,88 mFirst floor: 12.20m

Module 2

Area.Ground floor: 13,30 mFirst floor: 12.20 m

Module 3.

Area.Ground floor: 17.25 mFirst floor: 15.41m

Module4

Area.Ground floor: 21.83 m

2 2 2 3

Detail A Detail B Detail C Detail D

Detail A Detail B

Detail C

Detail D

STRUCTURE

1. Warren lattice beams, HEB section, bolted joints. See structural plan.

2. Vertical girder in principal latticework, HEB section, see structural plan.

3. Beam support, HEB profile. See structural plan.

4. High-strength hinge joint between vertical girder and beam with angle reinforcement.

5. High-strength hinge joint between upper truss chord, vertical girder and end diagonal of

truss with angle reinforcement.

6. High-strength truss joints using highly wear-resistant metal plates and bolts.

FOUNDATION

7. Spread footing foundation below-load bearing foundation wall as shown in foundation plan.

8. Waterproofing. Rubberized asphalt membrane.

9. Perforated plastic pipe = 10cm with 8mm perforations on outer side.

10. 10cm sand bed

11. Organic clean gravel backfill, =20-40mm.

12. Drainage layer.

13. Geotextile layer of 150 g/m2

14. 2cm extruded polystyrene foam to prevent shrinkage of cement concrete paving.

15. Concrete slab. See foundation plan.

16. Strap footing. See foundation plan.

17. 10cm lean concrete.

18. 20cm improved and compacted ground.

19. 25cm natural soil fill.

COMPOSITE SLAB FLOORING

20. 130mm concrete slab, HA-25, electro welded wire mesh, 16, with extra bracing for

reinforcement at supports.

21. Corrugated floor decking plate, EUROCOL 60, rib height of 75mm and centre-to-centre

distance of 205mm.

24. Decking plate edge fold for formwork support and 2cm extruded polystyrene foam.

EXTERNAL WALLS

25. 100mm GRC (Glassfibre Reinforced Concrete) ready-made wall panels with 80mm

expanded polystyrene on interior.

26. Metal framework formed of uprights and crossbars.

27. HALFEN-type rail.

28. Angular connection plate.

29. Folded sheet metal.

30. 7cm plasterboard wall cladding with mineral fibre reinforced cavities.

31. Galvanized steel plate to prevent leaks.

32. Corten steel slats, thickness of 2cm.

33. Anchorage of steel slats through folding and resin fixing.

34. Exterior glass wall of 8+6+8 mm non-reflective laminated security glass with grey anodized

aluminium profile and frame with dimensions of 45x80x2mm, TECHNAL&GK.

35. Rectangular hollow section 160x80x2mm.

36. Frame of double-leaf sliding door in white painted aluminium with thermal bridge breaking.

37. Double glazing, thicknesses of 4-6-6 mm, separated by dehydrated air chambers.

38. Sandwich panel, INTES, with polyurethane insulating core, Corten steel finish on outside

surface.

39. Auxiliary steel structure for fixing sandwich panels.

INTERIOR PARTITIONS

40. Double hollow brick wall, brick dimensions 24 x 7 x 11.5cm

41. 4 cm thick plasterboard wall cladding.

HORIZONTAL SURFACE COATINGON INTERIOR

42. Conglomerate core vinyl floor tiling, R-Bn type, 60 x 60 x 3 cm

43. 5 cm of mortar + sand layer

44. Leveling fluid mortar

45. Demountable suspended ceiling, 60 x 60 cm gypsum board panels, plastic finish.

46. Galvanized support rods and lacquered aluminium tee sections.

47. Recessed down light for suspended ceilings.

HORIZONTAL SURFACE COATING ON EXTERIOR

48. Paving - cement mix smoothened finish, bitumen priming on silica sand to prevent leakage.

49. LM-C-150 integrated aluminium ceiling in straps, width of 150 mm.

50. Hidden profiles of 0.6 mm-thick galvanized steel. Height of 30 mm.

ROOF COVERING

51. Non-trafficable floating roof made of reinforced concrete tiles, thickness of 3 cm.

52. Threaded steel joists, base fixed, height adjustable.

53. 2 cm cement base

54. 5 cm thick extruded polystyrene insulating panel.

55. 1 cm protective coat of mortar + asphalt sheet waterproofing membrane.

56. Self-adhesive waterproof sheeting.

57. 1cm M4 self-leveling mortar

58. Bed of aerated mortar to form slope, average thickness of 12 cm.

59. Double hollow brick rimming, brick dimensions 24 x 7 x 11.5cm.

60. 3 cm thick concrete copestone with drip edge.

61. Siphonic roof drainage; comprising of sump, protruding strainer and drain trap.

62. Galvanized sheet steel to prevent leakage.

2 2 2 3

Detail A Detail B Detail C Detail D

Detail A Detail B

Detail C

Detail D

STRUCTURE

1. Warren lattice beams, HEB section, bolted joints. See structural plan.

2. Vertical girder in principal latticework, HEB section, see structural plan.

3. Beam support, HEB profile. See structural plan.

4. High-strength hinge joint between vertical girder and beam with angle reinforcement.

5. High-strength hinge joint between upper truss chord, vertical girder and end diagonal of

truss with angle reinforcement.

6. High-strength truss joints using highly wear-resistant metal plates and bolts.

FOUNDATION

7. Spread footing foundation below-load bearing foundation wall as shown in foundation plan.

8. Waterproofing. Rubberized asphalt membrane.

9. Perforated plastic pipe = 10cm with 8mm perforations on outer side.

10. 10cm sand bed

11. Organic clean gravel backfill, =20-40mm.

12. Drainage layer.

13. Geotextile layer of 150 g/m2

14. 2cm extruded polystyrene foam to prevent shrinkage of cement concrete paving.

15. Concrete slab. See foundation plan.

16. Strap footing. See foundation plan.

17. 10cm lean concrete.

18. 20cm improved and compacted ground.

19. 25cm natural soil fill.

COMPOSITE SLAB FLOORING

distance of 205mm.

24. Decking plate edge fold for formwork support and 2cm extruded polystyrene foam.

EXTERNAL WALLS

25. 100mm GRC (Glassfibre Reinforced Concrete) ready-made wall panels with 80mm

expanded polystyrene on interior.

26. Metal framework formed of uprights and crossbars.

27. HALFEN-type rail.

28. Angular connection plate.

29. Folded sheet metal.

30. 7cm plasterboard wall cladding with mineral fibre reinforced cavities.

31. Galvanized steel plate to prevent leaks.

32. Corten steel slats, thickness of 2cm.

33. Anchorage of steel slats through folding and resin fixing.

34. Exterior glass wall of 8+6+8 mm non-reflective laminated security glass with grey anodized

aluminium profile and frame with dimensions of 45x80x2mm, TECHNAL&GK.

35. Rectangular hollow section 160x80x2mm.

36. Frame of double-leaf sliding door in white painted aluminium with thermal bridge breaking.

37. Double glazing, thicknesses of 4-6-6 mm, separated by dehydrated air chambers.

38. Sandwich panel, INTES, with polyurethane insulating core, Corten steel finish on outside

surface.

39. Auxiliary steel structure for fixing sandwich panels.

INTERIOR PARTITIONS

40. Double hollow brick wall, brick dimensions 24 x 7 x 11.5cm

41. 4 cm thick plasterboard wall cladding.

HORIZONTAL SURFACE COATINGON INTERIOR

42. Conglomerate core vinyl floor tiling, R-Bn type, 60 x 60 x 3 cm

43. 5 cm of mortar + sand layer

44. Leveling fluid mortar

45. Demountable suspended ceiling, 60 x 60 cm gypsum board panels, plastic finish.

46. Galvanized support rods and lacquered aluminium tee sections.

47. Recessed down light for suspended ceilings.

HORIZONTAL SURFACE COATING ON EXTERIOR

48. Paving - cement mix smoothened finish, bitumen priming on silica sand to prevent leakage.

49. LM-C-150 integrated aluminium ceiling in straps, width of 150 mm.

50. Hidden profiles of 0.6 mm-thick galvanized steel. Height of 30 mm.

ROOF COVERING

51. Non-trafficable floating roof made of reinforced concrete tiles, thickness of 3 cm.

52. Threaded steel joists, base fixed, height adjustable.

53. 2 cm cement base

54. 5 cm thick extruded polystyrene insulating panel.

55. 1 cm protective coat of mortar + asphalt sheet waterproofing membrane.

56. Self-adhesive waterproof sheeting.

57. 1cm M4 self-leveling mortar

58. Bed of aerated mortar to form slope, average thickness of 12 cm.

59. Double hollow brick rimming, brick dimensions 24 x 7 x 11.5cm.

60. 3 cm thick concrete copestone with drip edge.

61. Siphonic roof drainage; comprising of sump, protruding strainer and drain trap.

62. Galvanized sheet steel to prevent leakage.

PLANTA DE CIMENTACIN

PLANTA PRIMERA, +4,8M

PRTICO DE CARGA 1 PRTICO DE CARGA 4

PRTICO DE CARGA 2 PRTICO DE CARGA 5 PRTICO DE CARGA 7

PRTICO DE CARGA 6

2 4 2 5

PLANTA DE CIMENTACIN

PLANTA PRIMERA, +4,8M

PRTICO DE CARGA 1 PRTICO DE CARGA 4

PRTICO DE CARGA 2 PRTICO DE CARGA 5 PRTICO DE CARGA 7

PRTICO DE CARGA 6

2 4 2 5

2 0 1 2P O R T F O L I O

T H A N K Y O U

Purificacin Alarcn Ramrez

[email protected]

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Purificación Alarcón Ramírez