PORTFOLIO PEDRO J. GÁMEZ
CV
PEDRO J GÁMEZ
ARCHITECT
ACADEMIC
PERSONAL
SOFTWARE
FINAL THESIS IN ARCHITECTURE Alhambra Center, Hotel and Restaurant ETSAM, Technical University of Madrid September 2012 – June 2014 Final thesis Director, Raúl del Valle
NAME PEDRO J GÁMEZ PALOMARES D.O.B JANUARY 29TH, 1988 - JAÉN (SPAIN) ADDRESS MEDELLÍN 5 - 4º 2 28010 MADRID PHONE (+86) 627 702 925 E-MAIL PJGAMEZ@HOTMAIL.COM
AUTODESK REVIT 2016 Fluent modelling and design skills with render editing Certification from ETSAM. June 2013
BACHELOR and MASTER IN ARCHITECTURE from ETSAM, Technical University of Madrid September 2006 – June 2012 ÉCOLE NATIONALE SUPERIEURE D’ARCHITECTURE PARIS - MALAQUAIS École de Beaux Arts, Paris September 2010 – June 2011 Symbio-cité, Pascal Gontier New Territories, François Roche
COMPETITIONS SINO-GERMAN ECO PARK (China) July 2016 ZHENGZHOU SCIENCE MUSEUM (China) FIRST PRIZE August 2015 EMS FONDATION LA ROZAVÈRE (Switzerland) May 2015
WORKSHOPS ENSA PARIS - MALAQUAIS Franchissements. Workshop Paris, May 2011
Model building and structural performance
TSINGHUA-TONGJI Universities International workshop Beijing-Shanghai, March 2009 Architectural exchange program promoted by UPM
JOB EXPERIENCE TONGJI ARCHITECTURAL DESIGN (TJAD) www.tjadri.com ARCHITECT - Shanghai, China June 2015 - August 2016 Architectural design, Urban design 3D modeling, plan layout, competitions LEMANARC SA www.lemanarc.com ARCHITECT - Shanghai, China December 2014 - May 2015 Arch. design, 3D mod., plan layout, comp. GRAPHIC DESIGNER FREELANCE - Madrid, Spain June 2011 - Present Marketing and advertising-based works Identity branding for local-based companies MODEL BUILDING FREELANCE - Madrid, Spain January 2008 - Present Hand-cut and laser-cut models
LANGUAGES SPANISH: Native, mother language ENGLISH: 14 years of learning TOEFL iBT 98/120. February 2014 Proficient in spoken and writing skills FRENCH: 8 years of learning Proficient in spoken and writing skills g
ITALIAN: Basic spoken and written level
AUTODESK AUTOCAD 2016 Proficient level in 2D & 3D design Certification from ETSAM. January 2013 ARCHICAD 20 Fluent modelling and design skills with render editing ADOBE CREATIVE SUITE 6 Proficient skills in Photoshop, InDesign and Illustrator Certification from ETSAM September - December 2012 RHINOCEROS Advanced modelling skills Certification from ETSAM September - December 2012 SKETCHUP PRO Advanced skills for modelling and textures Certification from ETSAM. June 2012 APPLE SOFTWARE Pages, Numbers, Keynote MICROSOFT OFFICE Work, Excel, Outlook and PowerPoint Proficient in Apple OS X and Microsoft Windows platforms
OTHERS PHOTOGRAPHY MUSICAL OFFICIAL STUDIES Specialization Piano Professional School of Music, Jaén September 1997 - June 2005
INDEX THESIS, ETSAM MADRID
ALHAMBRA CENTER, HOTEL & SPA 2012
4
LEMANARC, SHANGHAI
EMS FONDATION LA ROZAVÈRE. 2015
10
SHANGHAI XINCHANG HOSPITAL. 2015
14
TONGJI ARCHITECTURAL DESIGN, SHANGHAI
ZHENGZHOU SCIENCE PARK. 2015
18
SINO-GERMAN ECO PARK. QINGDAO. 2016
24
QINGDAO HIGH SCHOOL. 2015
30
QINGDAO MIDDLE SCHOOL. 2016
36
QINGDAO PRIMARY SCHOOL. 2016
40
CHANGCHUN SPORTS PALACE. 2015
44
CHUANSHA STADIUM, SHANGHAI. 2015
46
ETSAM, MADRID
NEW GOURNA. EGYPT 2010
48
SYMBIOCITÉ. PARIS 2011
50
URBAN STRATEGIES. TANGER-MED 2011
54
RETIRO 2010
58
MODELS 2010-2016
60
ALHAMBRA CENTER, HOTEL & SPA 2012
An abandoned hotel just in front of Alhambra Palace, Granada, and Thousand of tourists passing by every day. The project consists of refurbishing many existing buildings on site, designing new ones and giving the area a new status after the urban planning proposed by UNESCO for this area.
5 HAND-CUT MODELS DEVELOPMENT PROCESS
OCCUPIED ESTATES
PROPIETARY P. OF ALHAMBRA CURRENT USE RESIDENTIAL CONSTRUCTION AREA 3.900 m2 ABANDONED SINCE 1988
PROPIETARY HOTUSA S.L. CURRENT USE HOTEL CONSTRUCTION AREA 1.906 m2 ABANDONED SINCE 2001
PROPIETARY PRIVATE CURRENT USE RESIDENTIAL CONSTRUCTION AREA 4.500 m2 TO BE REFURBISHED
PROPIETARY JUNTA ANDALUCÍA CURRENT USE SANITARY CONSTRUCTION AREA 6.000 m2 TO BE REFURBISHED
1928
CURRENT SITUATION
OTHER HANDICAPS
TWO INTER-RELATED HOTELS
MISSING BUILDING
NORTH ORIENTED HOTEL MANY RESIDUAL SPACES
?
WASHINGTON IRVING HOTEL HIISTORICAL BACKGROUND MAIN REFERENCE ALHAMBRA PALACE
INTENTIONS
PROPOSED INTERVENTION
THE SQUARE IN ALHAMBRA CARLOS V PALACE TOWERS CHAMBERS PLASTERWORK CERAMICS TIMBER LOUVERS
LENGHTENING OF THE EXISTENT WALL
TWISTED PATHS EMULATING ARAB ARCHITECTURE
Every decision was made concerning Alhambra Palace : Geometry, relationship between pieces, spatial conditions or materials. It consists of a reinterpretation of arab architecture in order to design a modern building well integrated on site. The project is inspired by the all-concave shape of Alhambra walls, as a container that guards every building inside
GROUND PLAN
SECTION A
SECTION B
PROPORTIONS IN ALHAMBRA SECTION
SPATIAL PROPORTIONS IN CURRENT PROJECT
LASER-CUT MODEL SURROUNDING AREA / ALHAMBRA WALLS
PROJECT VIEWS HOTEL ENTRANCE COURT MAIN ENTRANCE RESTORATION WORKPLACE CAFETERIA
ALCAZABA ALHAMBRA CENTER
PALACES HOTEL
GARDENS RESTAURANT
SECTION 1 CAFETERIA / HOTEL
SECTION 2 EXHIBIT CENTRE / AUDITORIUM
SECTION 3 ALHAMBRA CENTER
7
DETAILS
STRUCTURAL ANALYSIS
CONSTRUCTION SECTION
9
EMS FONDATION LA ROZAVÈRE. 2015
622 621
620
619 618 617 616 615
614
R2
613
612 +614'91
611
610 R1
609
R3 +621
,4
ING
PARK
THIS PROJECT IN SWITZERLAND COMPLETES A NURSING HOME THROUGH A NEW VOLUME THAT LINKs EVERY EXISTING BULIDING, SURROUNDS THE PARK AND GIVES A NEW FACADE TO THE WESTERN STREET.
11
FLOWS 1 STREET LEVEL
2
BASEMENT PARK
CONNECTION TO EXISTING BUILDINGS CONNECTION TO PARK
MODEL ThIS project complements the establishment of La Rozavère by a separate building representing an entity of its own. While linking the two existing buildings with access to different levels, this new construction recognizes and values the geographical proximity between the existing elements. INTERIOR VIEW. COMMON ROOM GROUND FLOOR MAIN ENTRANCE LINKED TO BUILDING 1
FLOORS 1 & 2
EXTERIOR VIEW. SOUTH
LINKED TO BUILDING 2
L
K
HUB LAUNDRY SERVICE KITCHEN SERVICE
132,8 m2 307 VEF
39,1 m2 307 VEH
24,1 m2 Local tecnique (ventilation)
20,3 m2 103A CHS
66,8 m2 104A SUN/SMU
nel
son
ria
7
85,
5
36,
102A 101A
A
7
16,
CH1
2
m
2
m
2
m
per
été
Caf
PER
BAI
106
0
A 107 P WC
26,
2
m
302
T MA
A
2
8,6
m
DM
A
6
2
m
I
SO
113
ELEV.
21,
005 ESC
COMPRESSEUR COMPRESSEUR COMPRESSEUR POUR PRODUCTION POUR PRODUCTION POUR FROID POSITIF FROID NEGATIF CELLULE MIXTE
4 m2 110A DLP
112A
004 ASC 107A 107A WCH WCV
VID
2
2
4m NET
111A
003
24,4
EXTERIOR VIEW. WEST
m 2 105A
4m DLP
005 ASC
110A
DLS/
3 CONDENSEURS POUR PRODUCTION FROID +/-
111A
107A WCH
+0 m (611,59
2
4m ET
DLS/N
m)
107A WCP
ESC
TIS
UNDERGROUND LEVEL
The outline of the building evolved from a careful fit in response to various constraints and also respondS to an internal organization strategy. The result is a space articulated towards different directions, which visually reducES the scale of the building.
SOUTH ELEVATION
EAST-WEST SECTION
13
13,1 m2 209 SCO-F
130,0 m2 201 HAL
6 m2 207 WCV
16,1 m2 305 PHA
6 m2 206 WCP
6 m2 208 NET
15,4 m2 303 INF
6 m2 208 NET
6 m2 210 DMA
15,6 m2 304 MED
6 m2 210 DMA
16,1 m2 301 COL/ENT
CYBER CAFÉ
49,0 m2 204 ANI
115A TER 50,0 m2 204 ANI
18 m2 106A BAI 36,7 m2 SUN
pente 5 %
N.F. + 2.02 N.F. + 2.12
13
167,4 m2 201 HAL
12 11
m2
09 08
COL
07
/ENT
N.F. + 3.29 101N.B. + 3.42
LOCAL VENTILATION
06 05
s. chape m. béton armé p. béton armé
04 03 02
17,3
01
m2
202
CH2 25.83 m2
CH2 25.12 m2
10
203
Cage escalier 21.72 m2
surface 37.7 m2
N.F. ± 0.00 N.B. - 0.23 s. perméable m. béton type 4 surface 50.1 m2
BUR
3.91 m2
6.16 m2 CH1 12.50 m2
VID / DMA 13.10 m2
102A 17,3
m2
202
101A BUR
m2
202
2
12 2
surface 411.6 m2
m 4,7 A WCP
4 m2 110A DLP
005 ASC 202
BUR 2
WCH
WCH
205
205
2
A SOI
113
003
m
2
4m ET
111A
DLS/N
112A
107A WCH
004 ASC 107A 107A WCH WCV
VID
2
2
4m NET
INE
CUIS
111A
ESC
003
WCV
4m DLP
005 ASC
CH2 24.14 m2
110A
U
/SM
2
61,5
m 2 SALLE
m 2 105A
CH1 15.95 m2
DLS/
ESC
WCP
24,4
85,8
3.72 m2
3.69 m2
m)
004 ASC
m)
BUR
56,6
205 205
A DMA
114
17m
+6,94 m (618,53
m2
202
m
m
104A
SUN
TIS
À MANGE
R
FIRST FLOOR
3.72 m2
3.50 m2
4.09 m2
108
107A WCP
+3,32 m (614,91
17,3
m2
3.71 m2
3.60 m2
005 ESC N.F. + 3.29 N.B. + 3.42 s. imperméable
BUR
A
Couloir 50.88 m2
005 ESC 17,3
17,3
SUN 10.26 m2
5.50 m2
CH1
B
17,3
SECOND FLOOR
WEST ELEVATION
NORTH-SOUTH SECTION
CH1 14.50 m2
CH1 15.00 m2
CH1 14.95 m2
CH1 15.64 m2
CH2 24.22 m2
SHANGHAI XINCHANG HOSPITAL. 2015
this HOSPITAL IN PUDONG DISTRICT, SHANGHAI was designed AFTER THE STUDY AND OPTIMIZATION OF CIRCULATIONS, FLOWS AND USAGE by PATIENTS AND STAFF. IT IS A LOW RISE BUILDINGS THAT WORKS EFFICIENTLY UNDER EMERGENCY SITUATIONS, MAKES the MOST OF SUNLIGHT AND SEEKS THE BEST RELATIONSHIP WITH NATURE AND LANDSCAPE.
15 DIAGRAMS
IDEAS
ACCESS
EVACUATION
LAUNDRY/FOOD SERVICES
DISTRIBUTION OF USERS OVER MANY UNITS
QUICK AND EASY ESCAPE ON EMERGENCIES
TO DISTRIBUTION ON THE LOWEST FLOOR
WEDGES
SUNLIGHT
APERTURE TO LANDSCAPE THROUGH ROTATIONAL VOID SPACES
ENERGY EFFICIENCY THOUGHT ORIENTATION
SERVICE CORRIDOR CAFÉ, WIFI, SHOP, PRESS ON EVERY FLOOR
THE MAIN GOAL FOR THIS PROJECT WAS TO ACHIEVE THE BEST FUNCTIONALITY WE COULD GET WITH A MODERN DESIGN AND WITH AN OPTIMIZATION OF THE VIEWS AND RELATIONS WITH THE LANDSCAPE. WE CAND FIND THE SQUARED SHAPE AT EVERY SCALE, FROM URBAN DESIGN TO CONSTRUCTION DETAIL, THROUGH STRUCTURAL GRID AND COURTYARDS. THE HOSPITAL IS BASED AT SHANGHAI PUDONG DISTRICT, NEAR AN INTERNATIONAL AIRPORT AND IN AN AREA WITH CONSTANT GROWTH AND DEVELOPMENT.
VIEW FROM LAKE
A2
C
THIRD FLOOR
UP
UP UP
UP
UP
B1
UP
A1
UP
0 2 5
FOURTH FLOOR
FIFTH FLOOR
20
50
SIXTH FLOOR
C
SECOND FLOOR
10
3rd Floor
1:1000 AERIAL VIEW
GREEN FACADES GREENERY RUNS ALL OVER THE FACADES OF THE VOLUMES IN ORDER TO APROACH PATIENTS TO NATURE AND ENVIRONMENT. FLOOR PLANS THE PLANS FOLLOW A SQUARED GRID WHICH PERMITS SIMPLE AND CLEAR CIRCULATIONS INSIDE THE BUILDING, LEADING USERS FROM ONE BUILDING TO ANOTHER THROUGH BIG CORRIDORS OPENED TO COURYARDS.
MAIN ENTRANCE AREA
17
ZHENGZHOU SCIENCE PARK. 2015 this competition, awarded first prize, was conceived as a pixel cloud. many openings on the facades transfer from monumental to human scale in every volume of the project. it happens from left to right in the museum and from top to bottom in both office and hotel towers.
main axis
public space
MASTERPLAN IDEAS
DIAGRAMS
MODEL
PIXEL CLOUD
THIS PROJECT IS PART OF A LARGE MASTERPLAN IN THE NEW AREA OF ZHENGZHOU CITY, IN CHINA. IT CONSISTS OF A SCIENCE MUSEUM, 4D CINEMA, COMMERCIAL CENTRE, CIRCUS PAVILLION, OFFICE TOWER AND HOTEL. IT ALL EVOLVES AROUND THE MAIN AXIS OF THE MASTERPLAN, THE PUBLIC SPACES AND THE VISUAL AND SPATIAL RELATIONSHIP BETWEEN THE DIFFERENT VOLUMES. CENTRAL PUBLIC SPACE
VOLUMES HIERARCHY
VISUAL CONNECTION
CONNECTION PLATFORM
UNDERGROUND COMMERCIAL
4D CINEMA & CIRCUS
19
GENERAL PROGRAM
SCIENCE MUSEUM permanent EXHIBITION
SCIENCE MUSEUM temporary EXHIBITION
cafe / restaurants
workshop
parking
SCIENCE MUSEUM 1. THE MUSEUM BUILDING WAS CONCEIVED AS A SUM OF BOXES INSIDE AN ENVELOPE. THE EXHIBITION STARTS ON THE UPPER FLOOR AND USERS WILL FOLLOW A PATH THAT GOES DOWN ALL OVER THE BUILDING. THEY CAN ALSO INTERACT WITH MANY WORKSHOPS AND TEMPORARY EXHIBITIONS THROUGHOUT THEIR VISIT.
1. museum LAYOUT: Linked boxes, mixed program.
2. THE BUILDING TRIES TO CREATE AN INTERACTION BETWEEN VISITORS, LEADING THEM TO DISCOVER NEW EXHIBITION ROOMS AND SPEND MORE OR LESS TIME INSIDE THE MUSEUM ACCORDING TO THEIR PREFERENCES.
3. facade transition. FRACTAL
3. THE EXTERNAL FACADE IS DESIGNED AS A FRACTAL SYSTEM, REFLECTING THE INTENAL BOXED STRATEGY AS WELL AS SERVING THE CITY AS AN SCULPTURAL AND MONUMENTAL ELEMENT. IT REMARKS A SINGLE GEOMETRY ON THE WEST SIDE AND A multi-box surface
ATRIUM interior views
2. main exhibition
CIRCUS, OFFICE TOWER AND HOTEL
21
general program
circus
retail
OFFICE
hotel
PARKING
SECTION A
sections
SECTION B
SECTION C
FLOOR PLAN
our site is divided in two parts that must be liked both over and under the street. both parts will be connected on level -1 through a sunken plaza and on level 2 through a platform.
SCIENCE MUSEUM
elevated plaza
NORTH ELEVATION
museum - north facade
23
SINO-GERMAN ECO PARK, QINGDAO. 2016
A NEW PHASE INSIDE THE SINOGERMAN TECHNOLOGY CAMPUS is to be built in qingdao, china.
GENERAL MASTERPLAN
PARK & GREEN AREAS
PUBLIC TRANSPORT
USERS PATHWAYS
THIS NEW AREA WILL HOST TEACHING BUILDINGS, HOUSING FOR TEACHERS, DORMITORIES FOR STUDENTS, RESEARCH BUILDINGS AND MANY OTHER SERVICES. THE PROJECT was DEVELOPED FOLLOWING A FUNCTIONAL AND SUSTAINABLE PRINCIPLE OF DESIGN.
25
TEACHER´S HOUSING
STUDENT´S DORMITORIES
LABORATORY BUILDINGS
the client wanted energy efficient buildings, with funcional and modern design. The proposal seeks a simple solution to those requirements maximizing the green areas and the relationship between architecture and nature. The project is going to be built on two different phases to reduce the impact on the area.
SERVICE BUILDINGS
LIBRARY & TEACHING BUILDING
VIEW PLATFORM SIGHTSEEING AREA TOWARDS THE WALLEY AND GREEN AREAS
CONNECTION BRIDGE
CROSS SECTION
LIBRARY FACADE
STANDARD FLOOR PLAN
TEACHING BUILDING FACADE
ROOF GARDEN. FLOOR PLAN.
27 PARKING
THIS PARKING BUILDING IS OPENED TO THE EXTERIOR. A SIMPLE LAYOUT WITH TWO RAMPS TO MAXIMIZE THE PARKING AREA.
HOTEL
The design of the buildings makes every solar system invisible from the street level, so it will not make any impact on the urban design. The solar roofs can generate their own clean and more affordable energy from sunlight through the use of photovoltaic systems. A Green roof will be available under every solar panel system.
ENERGY SAVING
solar roofing The photovoltaic roof systems will occupy more than 90.000 squared meters surface and will provide 20% of renewable energy for every building.
GREEN ROOF
SOLAR SYSTEM
these systems include: 1. SOLAR ENERGY COLLECTION 2. RAINWATER COLLECTION. versatile facade facade panels can according to use.
be
opened
OPENED LAYOUT
CLOSED LAYOUT
CAMPUS HEADQUARTERS
29
QINGDAO HIGH SCHOOL. 2015
31 GENERAL DIAGRAM
DORMITORIES + CLASSROOM AREA
SPORT + MEETING + CONFERENCE ROOMS
OTHER SPORTS AND ARTS
TEACHING PROGRAM
72 HIGH SCHOOL UNITS 24 offices Lab and research sports facilities
FACADE CONCEPT DESIGN
PRIMARY SCHOOL MIDDLE SCHOOL SERVICES
librarY
STANDARD CLASSROOM
SCIENCE LAB
33 our proposal for the school combines a fonctional layout with an organic design in order to reach all the clients requirements with a quality, modern and attractive design. The relationship with courtyards, exterior landscape and sunlight were always tge main principles of design.
TEACHING AREAS
TEACHING AREAS
inner CIRCULATIONS
35
QINGDAO MIDDLE SCHOOL. 2016
400m SPORTS TRACK REQUIRED VOLUME
ELEVATED TRACK SPLIT VOLUME
OPENINGS OURTYARD
TWO PLAYGROUNDS CLOSED AREAS
FINAL PROPOSAL
37
TEACHING
SPORTS
ARTS & LABS
SPORTS & PARKING
WORKSHOP
TRANSPORT HUB & PARKING
TRADITIONAL LAYOUT
PROPOSED LAYOUT
OUR CLIENT ASKED FOR A MODERN AND ICONIC DESIGN FOR THIS SCHOOL. AS IT WAS A PRIVATE CENTRE, THEY WANTED A REMARKABLE BUILDING IN THIS FAST-GROWING DISTRICT IN QINGDAO CITY, AS A MONUMENTAL ELEMENT THAT LINKS THE PLAYGROUND WITH THE PUBLIC SPACES.
FIRST FLOOR
FIFTH FLOOR
GROUND FLOOR
THIRD & FOURTH FLOOR
PARKING
SECOND FLOOR
39
FACADE SYSTEM FINS
AERIAL VIEW
COURTYARD VIEW
QINGDAO PRIMARY SCHOOL. 2016
41
SCHEMATIC PLANS
DIAGRAMS
ENTRANCE SQUARE
VEHICLES CIRCULATION
the client’s requirement for this project led us to a basic layout, with north-south oriented classrooms and linking corridors. the building was conceived as a terraced garden to be used by all students the students maximizing green areas and interaction between them. RENDERS
GROUND FLOOR
FIRST FLOOR
SECTION A
SECTION B
COR-TEN STEEL FACADE TO THE EAST: MAIN STREET & ENTRANCE PLAZA POLYCARBONATE COLOURED FACADE TO THE WEST: PLAYGROUND & SPORTS AREAS PUBLIC USES ON LOWER FLOORS AND TEACHING AREA ON UPPER FLOORS. EVERY CLASSROOM WILL HAVE ACCES TO ALL REQUIRED FACILITIES AND SERVICES AS WELL AS EASY ACCESS TO GREEN AREAS. EACH OF THE CLASSROOM UNITS WILL BE OPENED TOWARDS A COURTYARD, TO OPTIMIZE LIGHTNING CONDITIONS AND PRIVACY ON EVERY CLASSROOM AND LABORATORy. THE TERRACES LET USES GO ALL OVER THE BUILDING, FROM THE ENTRANCE PLAZA TO THE UPPER FLOOR.
43
SECOND FLOOR
THIRD FLOOR
EAST FACADE: MAIN STREET & ENTRANCE PLAZA
WEST FACADE: PLAYGROUND & SPORTS AREAS
FOURTH FLOOR
CHANGCHUN SPORTS PALACE. 2015 the project´s main idea was to unify the required spaces under a continuous facade, with a modern and sustainable design, as a new and modern element on the masterplan.
GROUND FLOOR
FIRST FLOOR
SECOND FLOOR
45
PATTERN
ROOFING
GRADIENT
MAIN UNITS
MUTATION
ENVELOPE
CHUANSHA STADIUM, SHANGHAI. 2015
GENERAL VOLUME
MAIN HALLS
WAVY ROOF
PROPOSAL 1 THE HIGHLIGHT OT This BUILDING IS A WAVY ROOF TO BE SEEN AS A SCULTPTURAL ELEMENT FROM THE HIGHWAY.
WIND-MOVING SYSTEM METAL ELEMENTS MOVE WITH THE WIND AND CREATE A DYNAMIC EFFECT ALL OVER the facades.
ENTRANCE PLAZA
47
MONUMENTAL SCALE
CUTTINGS
OVERLAYING VOLUMES
PROPOSAL 2 A FACETED VOLUME WITH SOLID GEOMETRY AND TRANSLUCENT FACADES.
DIGITAL LED SYSTEM A LED GRID COVERS THE FACADES AS A GIANT DIGITAL SCREEN TO DISPLAY ACCORDINGLY TO ANY VENUE.
LAYERED ROOF
NEW GOURNA. EGYPT 2010
NEW GOURNA VILLAGE, LUXOR, EGYPT. A TIPICAL ARCHAEOLOGICAL SITE IS BEING FORGOTTEN ABOUT. IN ORDER TO PRESERVE THIS FIELDS, SOME HOUSES FOR ARCHAEOLOGISTS WILL BE BUILT, AS WELL AS A HOTEL & SPA COMPLEX TO ATTRACT ATTENTION OF THOSE INTERESTED IN EGYPT AND ITS HISTORY.
EVERY PIECE WILL BE EXECUTED WITH PRECAST REINFORCED CONCRETE WALLING UNITS. THEY WILL BE TRANSPORTED THERE THROUGH THE NILE RIVER AND SET UP THERE BY LOCAL BUILDERS. ALL THOSE MEASURES ARE PLANNED IN ORDER TO REDUCE COST AND DEVELOP THE ECONOMY OF BOTH BUILDING AND TRANSPORTATION INDUSTRIES ON THE VILLAGE.
RELATION WITH CITY
PROGRAM
1 Hotel entrance 2 Reception 3 Restaurant 5 Rooms 6 Hall 7 Changing rooms 8 Hamman / Spa
49 C B A C B A
Ground plan
HOTEL - CORRIDOR SECTION
HOTEL - ROOM SECTION
HOTEL - NORTH ELEVATION
First plan
HOTEL - SOUTH ELEVATION
HAMMAN SECTION
Section C
HAMMAN SOUTH ELEVATION
Section B
Section A
SYMBIOCITÉ. PARIS 2011
Saint Denis parisian metro station. A narrow and dangerous tunnel as the only way to connect both sides of the railways. The project aims to connect east and west sides of the station as well as TO CREATE a grid of cycle tracks and pedestrian pathways. the station problems will be fixed AND a park, housing buildings AND A MALL will be built on the area.
51
LA SEINE RIVER
SAINT DENIS CANAL
HOUSING
URBAN PARK
RETAIL
REFURBISHED METRO STATION
CYCLE TRACKS AND PEDESTRIAN WALKWAYS
HOUSING
WEST ELEVATION TYPE 1
TYPOLOGIES
ONE PERSON STUDIO SINGLE MODULE - 18 m2 THREE HOUSING TYPES ARE PROPOSED FOR THESE RESIDENTIAL BUILDINGS, WITH ONE, TWO OR THREE MODULES FOR EACH HOUSING UNIT.
HOUSING MODULES
TYPE 2
TWO PEOPLE APARTMENT DOUBLE MODULE - 32 m2
AS THEY COMBINE WITH EACH OTHER, THEY WILL CREATE A DYNAMIC ELEVATION THAT WILL CAST DIFFERENT SHADOWS THROUGOUT THE DAY.
ACCESS POINTS
TYPE 3
VERTICAL COMMUNICATION CORES
FOUR PEOPLE APARTMENT TRIPLE MODULE - 32 m2
EACH UNIT IS DESIGNED AS A MINIMAL LIVING UNIT, IN ORDER TO REDUCE COST AND CONTRIBUTE TO ENVIRONMENTAL CARE.
GROUND PLAN THE NEW BUILDINGS PROLONG THE EXISTING ONE, CREATING A DYNAMIC SHAPE ALONGSIDE THE RIVER
REFURBISHED METRO STATION A
A
B
B
UPPER DECK THE NEW METRO STATION CONNECTS BOTH SIDES OF THE RAILWAYS AND ELIMINATES THE CURRENT TUNNEL
LOWER DECK THIS FLOOR CONNECTS THE METRO STATION WITH A NEW RETAIL BIULDING AND A RESTORATION PLAZA
SECTION A THE NEW MALL PLAZA AND METRO STATION
SECTION B MALL LOCALS CONNECTED TO THE METRO STATION
THE CURRENT METRO STATION IS REBUILT TO CONNECT BOTH SIDES OF THE RAILWAYS AND ELIMINATE A DANGEROUS TUNNEL EXISTING NOW, WHICH IS THE ONLY WAY TO PASS FROM ONE SIDE YO THE OTHER.
53 SECTION A
SECTION B
A
A B
B
TYPOLOGIES
URBAN PARK A NEW PARK IS TO BE BUILT AS AN ARTIFICIAL TOPOGRAPHY THAT CREATES MANY DIFFERENT SHAPES, BOTH CONCAVE OR CONVEX, WHERE MANY DIFFERENT ACTIVITIES MAY BE HELD:
RESTAURANT / BAR INNER FOAM SPACE PLAYGROUND
-
RESTAURANT / BAR PLAYGROUND THEATRE SKATEBOARD READING / RELAX SPORTS HIP HOP / BREAKDANCE
THEATRE PATHWAYS SKATEBOARD
READING / RELAX CONVEX TOPOGRAPHIES
SPORTS
CONCAVE TOPOGRAPHIES
HIP HOP / BREAKDANCE
URBAN STRATEGIES. TANGER-MED 2011 A giant seaport in Tanger, Morocco. Thousands of people to work at a non-existent city. This tree-level project proposes an urban system for a fast growing city. Secondly, it develops one area of the city and the forms and volumes that would define its skyline. To end up with, it defines one of the buildings that might be arised there.
55
MAX. CONVEXITY LINES
MAX. CONCAVITY LINES
MAIN NODES
CURRENT ROAD SYSTEM
PROPOSED ROAD SYSTEM
BUILT AREAS
PRIVATE USE AREAS
PUBLIC AREAS
ROAD GRID
THE URBAN SYSTEM IS CAPABLE OF SPREADING THROUGHOUT THE TOPOGRAPHY AS THE CITY GROWS. THE ROAD GRID IS JERARCHISED IN TWO LEVELS: PRIMARY LEVEL (PARALLEL TO TOPOGRAPHY)
SECONDARY LEVEL (PERPENDICULAR TO TOPOGAPHY)
HAND-CUT MODEL TOPOGRAPHY
THE GEOMETRY OF THE VOLUMES IS DETERMINED BY THE TOPOGRAPHY, AS EVERY BUILT FLOOR IS BORN AND GROWS FROM IT.
TYPE A
TYPE B THERE ARE TWO MAIN KINDS OF COMPOUNDS. TYPE A: BUILT IN LOW SLOPE AREAS LOW DENSITY EXTENSIVE GROWTH
TYPE B: BUILT IN HIGH SLOPE AREAS HIGH DENSITY HIGH RISE GROWTH
+11
+11
+26
+26
+8
+8
+8
+8
+5
+5
+5
+5
+0
+0
+0
+0
57
layered growth
Rainwater collection system
EVERY UNIT WILL BE EQUIPPED WITH, AT LEAST, ONE HIGH TOWER DOMINATING THE COMPOUND, AND A PODIUM OVER THE GROUND WHERE OTHER ACTIVITIES TAKE PLACE, SUCH AS COMMERCIAL, ENTERTAINMENT AND OTHER PUBLIC ACTIVITIES.
waste collection and recycling system
RETIRO 2010
THE BIGGEST PARK ON THE SPANISH CAPITAL CITY, MADRID, A BIG POND AT ITS HEART. THE PROPOSED METALIC AND TEXTILE STRUCTURE CREATES A FOOTBRIDGE THAT LINKS NORTH AND SOUTH AREAS AND BRINGS THE USER WITH NEW SPACES FOR MANY ACTIVITIES TO BE DONE AND WALKTHROUGHS TO BE ENJOYED.
59 MAIN STRUCTURAL PILLAR
ELEVATION Pillars
Modules
Footbridge
ELEMENTS
TEXTILE COVER LAYERS
Pillars
Frames
Joints
Roofing
SINGLE MODULE ELEMENTS
ON SITE STRUCTURE
PLAN
SECTION
Result
Platforms
Textile cover
MODELS 2010-2016
Alhambra Center, Hotel & Spa Granada
LASER-CUT MODEL
Housing for archaeologists Egypt
HAND-CUT MODELS
House in Madrid
HAND-CUT MODELS
61
Silhouette pavillion
LASER-CUT MODEL
ZHENGZHOU SCIENCE PARK CHUANSHA STADIUM, SHANGHAI
COMPETITION MODELS
Monument in Shanghai
STEEL MODEL