Cristian Marcos_Portfolio

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CRISTIAN MARCOS P O R T F O L I O



CRISTIAN MARCOS ARCHITECTURE



INDEX 01

CCSM

Community centre

02

CIAC

03

Stands & Changing Rooms

04

Offices Tower

05

Abelleira Cemetery

Special needs school and residence

Vista Alegre Stadium

Extension to a government building

Extension to a traditional cemetery



CCSM - Community Centre in Marín Thesis - Master of Architecture Location: Marín | Pontevedra | Spain Date: 2010 - 2011 Dimension: 1 500 m2 Programme: Design of a social centre in the small town of Marín, Pontevedra (Spain). It should solve the connection with the southern garden area and improve the complex traffic network of the neighbourhood. SOCIAL CENTRE 3 flexible workspaces | Library (books, multimedia, film) | Restaurant and coffee shop | Reception | Director’s Office | Staff room SOCIAL SERVICES AREA 2 social services offices | Boardroom | Waiting area



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

Location plan

LOCATION The Cantodarea district is a very chaotic and complex area. It has a strong south-north slope with a succession of three-metre tall concrete walls. It also combines 5 or 6 floor buildings in the main access with small-scale houses at the back of the plot.

Vertical density

Traffic density

Green density

Main accesses

Previous topography

The project should be able to solve both situations.



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

GENERATION OF THE VOLUME

1|

2|

3|

The height of the building in the north is the first determining.

The main volume becomes higher in that part and remains low in the other edge.

The volume is pushed down to create a public space.

4|

5|

6|

A new volume solves the south slope and the main entrance to the centre.

The north volume becomes a door to the new public space and guides the visitor to the entrance.

The light holes illuminate the interior of the centre and help to organise the public space.



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

Floor Plan -1

Floor Plan 1

Dolmen references

Floor Plan 2

ARCHITECTURE The proposal places all the public programme under ground and keeps the social services in a “dolmen volume” to the north. The public and the social services areas remain connected but physically separated in order to generate two different privacy levels. The main volume acts like a door to the new public space, which must be crossed to find the entrance of the building. UNDERGROUND FLOOR Restaurant + kitchen | 3 Workspaces | Libraries (books, multimedia, films) GROUND FLOOR Reception | Staff room | Director`s office Utility room

Accesses

Workspace flexibility

FIRST FLOOR Social services offices | Boardroom | Kitchen



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

Section 1

Section2

Main Elevation



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

RECYCLING The area of private gardens in the south will be transformed into private allotments. Every existing small agricultural construction will be substituted by a port container.

Longitudinal Section



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

View from the square

FAร ADE

View from the main road

The faรงade of the building consists of two different layers. The interior one is a red steel sheet, the same used to built port containers. The outside one is made of translucent steel boards orientated in both ways. This combination makes the main volume a big container of lights and shadows. |reference - port container|



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

CONSTRUCTION

CONSTRUCTION SYSTEM Foundations Continuous reinforced concrete footing Structure Walls Reinforce concrete Slabs Lightened bi-directional slab (Bubble Deck, 35cm) Composite slab, grooved metallic layer + concrete Interior walls Double plaster board + Extruded polystyrene isolation Roof Lightened bi-directional slab (Bubble Deck, 35cm) Reinforced concrete slab Floor (INT) Rubber floor (Pirelli Multifloor, 3mm) (EXT) Mortar floor (Pandomo Stonefloor, 6mm) Windows Aluminium frame + double glazing (5+5/12/6) Doors Wooden sliding board Wooden doors

Physical model Wood + Steel + Methacrylate



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE CONSTRUCTION KEY FOUNDATIONS Ci01. Continuous reinforced concrete footing (HA-25) Ci02. Blinding concrete Ci03. Grounding Ci04. Drainage membrane (Polyethylene + geotextile) Ci05. Polyethylene drainage pipe Ci06. Polyethylene waterproof membrane (300 gr/m2) Ci07. Geotextile protective layer (300 gr/m2) Ci08. Grave fill 20mm < ร < 40mm, 60ยบ STRUCTURE E01. Composite slab, grooved metallic layer + concrete E02. Concrete slab (HA-35) E03. Steel profile L E04. Steel profile IPE E05. Steel profile O E06. Reinforced concrete wall (25-35 cm) E07. Reinforced concrete wall (25 cm) E08. Reinforced concrete wall (35 cm) E09. Lightened bi-directional slab (Bubble Deck, 35cm) E10. Compacted ground (17cm) E11. Blinding concrete E12. Non load-bearing permanent shuttering (Caviti) E13. Reinforced concrete (HA-25) E14. Structure connection with steel rod E15. Expanded polystyrene E16. Ventilation pipe E17. Reinforced concrete slab edge BUILDING ENCLOSURE C01. Steel sheet 4mm C02. Aluminium substructure C03. Brick wall, 80mm C04. Steel profile T C05. Steel board (Made of steel profiles Z) C06. Steel profile I C07. Steel profile L C08. Perforated steel slab, 40mm C09. Wooden frame C10. Aluminium frame C11. Double glazing climalit (5+5/12/6) C12. Drip edge C13. Steel profile U C14. Plaster C15. Extruded polystyrene isolation (Wallmate, 10cm) ROOF Cu01. Lightened concrete Cu02. Waterproof membrane (1.2mm) Cu03. Geotextile protective layer Cu04. Gravel Cu05. Steel profile L Cu06. Drip edge Cu07. Ceramic piece for roofs (Caviti) Cu08. Reinforced concrete Cu09. Layer of mortar Cu10. Concrete floor (Mastertop 140) Cu11. Steel grating (Tramex) Cu12. Aluminium door Cu13. Steel profile U Cu14. Steel sheet Cu15. Skylight glazing Cu16. Extruded polystyrene isolation (Roofmate, 10cm) FLOOR S01. Extruded polystyrene isolation (Floormate, 3cm) S02. Levelling mortar (40mm) S03. Mortar layer (floor fixing) S04. Mortar floor (Pandomo Stonefloor, 6mm) S05. Perimeter elastic joint S06. Rubber floor (Pirelli Multifloor, 3mm) INTERIOR WALLS P01. Double plasterboard 15+15mm P02. Rockwool acoustic board P03. Steel substructure, 6mm P04. Hollow profile P05. Neoprene P06. Extruded polystyrene isolation (Wallmate, 10cm) P07. Isolation steel structure P08. Double plasterboard 8+8mm P09. Plaster substructure P10. Plasterboard 15mm P11. Wooden frame P12. Extruded polystyrene isolation (Wallmate, 7cm) P13. Wooden sliding board

DETAIL - Faรงade steel board

LIGHTNING I01. LED luminaire ERCO Quintaessence I02. Halogen projector ERCO Logotec I03. Fluorescent continuous luminaire



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE CONSTRUCTION KEY FOUNDATIONS Ci01. Continuous reinforced concrete footing (HA-25) Ci02. Blinding concrete Ci03. Grounding Ci04. Drainage membrane (Polyethylene + geotextile) Ci05. Polyethylene drainage pipe Ci06. Polyethylene waterproof membrane (300 gr/m2) Ci07. Geotextile protective layer (300 gr/m2) Ci08. Grave fill 20mm < ร < 40mm, 60ยบ STRUCTURE E01. Composite slab, grooved metallic layer + concrete E02. Concrete slab (HA-35) E03. Steel profile L E04. Steel profile IPE E05. Steel profile O E06. Reinforced concrete wall (25-35 cm) E07. Reinforced concrete wall (25 cm) E08. Reinforced concrete wall (35 cm) E09. Lightened bi-directional slab (Bubble Deck, 35cm) E10. Compacted ground (17cm) E11. Blinding concrete E12. Non load-bearing permanent shuttering (Caviti) E13. Reinforced concrete (HA-25) E14. Structure connection with steel rod E15. Expanded polystyrene E16. Ventilation pipe E17. Reinforced concrete slab edge BUILDING ENCLOSURE C01. Steel sheet 4mm C02. Aluminium substructure C03. Brick wall, 80mm C04. Steel profile T C05. Steel board (Made of steel profiles Z) C06. Steel profile I C07. Steel profile L C08. Perforated steel slab, 40mm C09. Wooden frame C10. Aluminium frame C11. Double glazing climalit (5+5/12/6) C12. Drip edge C13. Steel profile U C14. Plaster C15. Extruded polystyrene isolation (Wallmate, 10cm) ROOF Cu01. Lightened concrete Cu02. Waterproof membrane (1.2mm) Cu03. Geotextile protective layer Cu04. Gravel Cu05. Steel profile L Cu06. Drip edge Cu07. Ceramic piece for roofs (Caviti) Cu08. Reinforced concrete Cu09. Layer of mortar Cu10. Concrete floor (Mastertop 140) Cu11. Steel grating (Tramex) Cu12. Aluminium door Cu13. Steel profile U Cu14. Steel sheet Cu15. Skylight glazing Cu16. Extruded polystyrene isolation (Roofmate, 10cm) FLOOR S01. Extruded polystyrene isolation (Floormate, 3cm) S02. Levelling mortar (40mm) S03. Mortar layer (floor fixing) S04. Mortar floor (Pandomo Stonefloor, 6mm) S05. Perimeter elastic joint S06. Rubber floor (Pirelli Multifloor, 3mm) INTERIOR WALLS P01. Double plasterboard 15+15mm P02. Rockwool acoustic board P03. Steel substructure, 6mm P04. Hollow profile P05. Neoprene P06. Extruded polystyrene isolation (Wallmate, 10cm) P07. Isolation steel structure P08. Double plasterboard 8+8mm P09. Plaster substructure P10. Plasterboard 15mm P11. Wooden frame P12. Extruded polystyrene isolation (Wallmate, 7cm) P13. Wooden sliding board

Interior - Library

LIGHTNING I01. LED luminaire ERCO Quintaessence I02. Halogen projector ERCO Logotec I03. Fluorescent continuous luminaire



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE CONSTRUCTION KEY FOUNDATIONS Ci01. Continuous reinforced concrete footing (HA-25) Ci02. Blinding concrete Ci03. Grounding Ci04. Drainage membrane (Polyethylene + geotextile) Ci05. Polyethylene drainage pipe Ci06. Polyethylene waterproof membrane (300 gr/m2) Ci07. Geotextile protective layer (300 gr/m2) Ci08. Grave fill 20mm < ร < 40mm, 60ยบ STRUCTURE E01. Composite slab, grooved metallic layer + concrete E02. Concrete slab (HA-35) E03. Steel profile L E04. Steel profile IPE E05. Steel profile O E06. Reinforced concrete wall (25-35 cm) E07. Reinforced concrete wall (25 cm) E08. Reinforced concrete wall (35 cm) E09. Lightened bi-directional slab (Bubble Deck, 35cm) E10. Compacted ground (17cm) E11. Blinding concrete E12. Non load-bearing permanent shuttering (Caviti) E13. Reinforced concrete (HA-25) E14. Structure connection with steel rod E15. Expanded polystyrene E16. Ventilation pipe E17. Reinforced concrete slab edge BUILDING ENCLOSURE C01. Steel sheet 4mm C02. Aluminium substructure C03. Brick wall, 80mm C04. Steel profile T C05. Steel board (Made of steel profiles Z) C06. Steel profile I C07. Steel profile L C08. Perforated steel slab, 40mm C09. Wooden frame C10. Aluminium frame C11. Double glazing climalit (5+5/12/6) C12. Drip edge C13. Steel profile U C14. Plaster C15. Extruded polystyrene isolation (Wallmate, 10cm) ROOF Cu01. Lightened concrete Cu02. Waterproof membrane (1.2mm) Cu03. Geotextile protective layer Cu04. Gravel Cu05. Steel profile L Cu06. Drip edge Cu07. Ceramic piece for roofs (Caviti) Cu08. Reinforced concrete Cu09. Layer of mortar Cu10. Concrete floor (Mastertop 140) Cu11. Steel grating (Tramex) Cu12. Aluminium door Cu13. Steel profile U Cu14. Steel sheet Cu15. Skylight glazing Cu16. Extruded polystyrene isolation (Roofmate, 10cm) FLOOR S01. Extruded polystyrene isolation (Floormate, 3cm) S02. Levelling mortar (40mm) S03. Mortar layer (floor fixing) S04. Mortar floor (Pandomo Stonefloor, 6mm) S05. Perimeter elastic joint S06. Rubber floor (Pirelli Multifloor, 3mm)

WORKSPACE The workspaces on the underfloor can be combined in different ways using the sliding boards (P13).

INTERIOR WALLS P01. Double plasterboard 15+15mm P02. Rockwool acoustic board P03. Steel substructure, 6mm P04. Hollow profile P05. Neoprene P06. Extruded polystyrene isolation (Wallmate, 10cm) P07. Isolation steel structure P08. Double plasterboard 8+8mm P09. Plaster substructure P10. Plasterboard 15mm P11. Wooden frame P12. Extruded polystyrene isolation (Wallmate, 7cm) P13. Wooden sliding board LIGHTNING I01. LED luminaire ERCO Quintaessence I02. Halogen projector ERCO Logotec I03. Fluorescent continuous luminaire



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

Section

Front view

STAIR This stair represents a sculpture inside the building. It works as a visual and physical separation between the workshop area an d the restaurant. It consists of two free-standing parts: one block of concrete with three wooden steps, and a corten steel box with the rest of the steps inside. The railing is common to the whole stair and it is made of stainless steel with iroko handrail.

Floor plan

KEY Es01. Self-supporting corten steel box Es02. Steel railing with iroko handrail Es03. Steel sheet steps Es04. Chestnut wooden steps Es05. Free standing concrete structure (3 steps) Es06. Steel profile I



CRISTIAN MARCOS | ARCHITECURE

CCSM | COMMUNITY CENTRE

STRUCTURE

EXCAVATION Angle of excavation - 60º

FOUNDATIONS Continuous reinforced concrete footing Grounding installation Sanitation

1st SLAB Lightened bi-directional slab (Bubble Deck, 35cm) Reinforced concrete walls, 25-35 cm Concrete skylights

2nd SLAB Steel structural framework, hung from the upper concrete slab with steel profiles

3rd SLAB This reinforced concrete slab forms the “dolmen” with the two vertical concrete volumes

STRUCTURE DETAILS

Crane installation

Structure views

Concrete slab details

Concrete skylights



CIAC - Special Needs School and Residence Design Team Leader Location: A Couruña | A Coruña | Spain Date: 2011 Client: Aspronaga | Private Foundation Company: RENI Dimensions: 4 000 m2 Budget: 13 000 000 £ Programme: Design of a school and a residence for children with special needs in A Coruña. COMMON PROGRAMME Workplaces | Sickroom | Psychology office | Waiting room Staff Room | Changing rooms | Restaurant Swimming pool | Library | Gym SCHOOL Hall | Reception | 3 offices 10 classrooms | Common room RESIDENCE Reception | Common room + kitchen 20 single rooms | 9 adapted single rooms 7 double room | 2 x 2 bedroom apartment

“Tree is leaf and leaf is tree house is city and city is house a tree is a tree but is also a huge leaf a leaf is a leaf, but is also a tiny tree a city is not a city unless it is also a huge house a house is a house only if it is also a tiny city” - Aldo Van Eyck -



CRISTIAN MARCOS | ARCHITECURE

CIAC | SPECIAL NEEDS SCHOOL AND RESIDENCE

1 | Topography

2 | Areas

3 | Set back

4 | Volume (1 floor)

5 | 4 Volumes (2 floors)

6 | Volumes - Lightning

7 | 1 Volume - Lightning

8 | Final design

PREVIOUS STUDIES OF TYPOLOGY Light | Occupation | Density | Heights

FIRST SKETCHES “Tree is leaf and leaf is tree – house is city and city is house – a tree is a tree but is also a huge leaf – a leaf is a leaf, but is also a tiny tree – a city is not a city unless it is also a huge house – a house is a house only if it is also a tiny city” (Aldo Van Eyck) With this statement from Aldo Van Eyck begins the idea of the Centre: a little city where these children can develop their social skills based on the transitions public-private and interior-exterior. Since the first sketches the building is treated as ONE building, TWO functions = ONE centre.



CRISTIAN MARCOS | ARCHITECURE

CIAC | SPECIAL NEEDS SCHOOL AND RESIDENCE

Ground floor

ARCHITECTURE The common programme is placed on the ground floor with the restaurant and courtyard in the middle. The school classrooms and administration area are allocated in the two floor volume on the north. The residential volume is elevated and generates a courtyard under it. Every residential floor is equipped with a common room and a kitchen, both of them facing the sea. The platform on the first level becomes a public space for the residence and a courtyard for the school. The sports pitch can be covered by a waterproof membrane, creating an improvised stand on the platform. The corridor on the ground floor works as an interior street, with the possibility to expand all the functions around it or to host its own one. South view



CRISTIAN MARCOS | ARCHITECURE

CIAC | SPECIAL NEEDS SCHOOL AND RESIDENCE

School second floor

School first floor + platform

Room typologies

Residence first floor

Single room | Adapted single room | Double room with kitchen | Two bedroom apartment Residence second floor



CRISTIAN MARCOS | ARCHITECURE

CIAC | SPECIAL NEEDS SCHOOL AND RESIDENCE

Longitudinal section - School

Longitudinal section - Residence Common area Residence School

View from the platform

Axonometric view



CRISTIAN MARCOS | ARCHITECURE

CIAC | SPECIAL NEEDS SCHOOL AND RESIDENCE

Front view

Cross section - Stairs

Cross section - School

Cross section - Residence

Common area Residence School North view - Main access



Stands & changing rooms Architectural Designer Location: Vista Alegre, Boiro | A Coru単a | Spain Date: 2012 Client: City Council Company: UNICOARQUITECTURA Programme: Design of new facilities for a local football stadium. STANDS One stand for each pitch (200 places each) Bar (indoor - outdoor) CHANGING ROOMS 8 x players changing room 2 x referee changing room Public toilets | Store | Ticket office



CRISTIAN MARCOS | ARCHITECURE

STANDS & CHANGING ROOMS | VISTA ALEGRE STADIUM

Current state

GENERATION The project consists of the design of the facilities to be used as a multi-match area for the lower teams of Boiro FC. It should have stands for both pitches, a bar, and 8 changing rooms that could be used at the same time. Two concrete volumes organise the space and make it understandable for the visitors.

Location plan

ARCHITECTURE - CHANGING ROOMS The volume of the changing rooms is also the main entrance to the complex. Its longitudinal shape guides the users from the car park to inside the stadium and shows them the stands volume, which clearly defines the working of the whole project. It holds 8 changing rooms for the teams (3 + 5) and 2 for the referees, as well as public toilets and a ticket office.

CHANGING ROOMS

Changing rooms - Floor plan

Changing rooms - Front view from main access

Changing rooms - Front view from inside



CRISTIAN MARCOS | ARCHITECURE

STANDS & CHANGING ROOMS | VISTA ALEGRE STADIUM

STANDS

Stands - Floor plan

Stands - Front view | Cross section

ARCHITECTURE - STANDS The stands volume is situated between the two pitches and serves them at the same time. The different holes in the concrete wall connect both sides visually and physically. In the northern end, the covered bar is also accessible from each side and its glass faรงade protects the supporters from the rainy Galician weather.



CRISTIAN MARCOS | ARCHITECURE

OFFICES TOWER | EXTENSION TO A GOVERNMENT BUILDING

Offices tower Design Team Leader Location: A Couruña | A Coruña | Spain Date: 2012 Client: Galician Government Company: UNICOARQUITECTURA Budget: 12 000 000 £ Programme: Design of an extension to a government building. OFFICES TOWER Flexible workspaces (400) | Restaurant Reception | Private Offices Connection to the main building



CRISTIAN MARCOS | ARCHITECURE

OFFICES TOWER | EXTENSION TO A GOVERNMENT BUILDING

ANALYSIS

Points of view

Points of view

Main accesses

Typologies

ARCHITECTURE Heights

PROPOSAL The proposed tower consists of 15 pentagonal floors rotating around a central patio. Every floor has a terrace directly connected with the central patio. The building should solve by itself the mixture of scales of the surrounding area and the different views from each main access. The communication with the existing building is solved under ground and lightened by rounded patios. The common area is situated on this level (restaurant, auditorium, common rooms, etc.)

Floor plan

View from the square

Section



CRISTIAN MARCOS | ARCHITECURE

OFFICES TOWER | EXTENSION TO A GOVERNMENT BUILDING

View from under the bridge

View from the main access



Abelleira Cemetery Project Architect Location: Muros | A Coruña | Spain Date: 2012 Completed: 2013 Client: Santiago de Compostela Archbishopric Company: UNICOARQUITECTURA Budget: 800 000 £ Programme: Extension to an small and traditional cemetery on the coast of Galicia. EXTENSION 54 x 3 niches Fountain Connection with the old cemetery



CRISTIAN MARCOS | ARCHITECURE

ABELLEIRA CEMETERY | EXTENSION TO A TRADITIONAL CEMETERY

Main entrance

ARCHITECTURE The new extensions represent a reinterpretation of the traditional cemetery. The long volume of niches is broken and six independent white boxes ,which allow the visitor to see the sea, are created.

Floor plan



CRISTIAN MARCOS | ARCHITECURE

ABELLEIRA CEMETERY | EXTENSION TO A TRADITIONAL CEMETERY

Longitudinal section

Cross section

Cross section



CRISTIAN MARCOS | ARCHITECURE

ABELLEIRA CEMETERY | EXTENSION TO A TRADITIONAL CEMETERY

CONSTRUCTION SYSTEM Foundations Deck Walls Niches Niche Lids Front frames Inscriptions

Concrete foundation slab, 20 cm Reinforced concrete, 17 cm Reinforced concrete block Prefabricated reinforced concrete Granite stone, 3 cm Granite stone Brushed stainless steel



CRISTIAN MARCOS | ARCHITECURE

ABELLEIRA CEMETERY | EXTENSION TO A TRADITIONAL CEMETERY



CRISTIAN MARCOS PHOTOGRAPHY



CRISTIAN MARCOS | PHOTOGRAPHY

PORTFOLIO

“It is an illusion that photos are made with the camera… they are made with the eye, heart and head.” - Henri Cartier-Bresson -



CRISTIAN MARCOS | PHOTOGRAPHY

PORTFOLIO

“Which of my photographs is my favorite? The one I’m going to take tomorrow” - Imogen Cunningham -



CRISTIAN MARCOS | PHOTOGRAPHY

PORTFOLIO

“There are no rules for good photographs, there are only good photographs.” - Ansel Adams -



CRISTIAN MARCOS | PHOTOGRAPHY

PORTFOLIO

“Nothing happens when you sit at home. I always make it a point to carry a camera with me at all times… I just shoot at what interests me at that moment.” – Elliott Erwitt -


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