carlos bartesaghi koc a r c h i t e c t u r e
&
u r b a n
d e s i g n
carlosbarta3@gmail.com - http://www.wix.com/carlosbartesaghikoc/cbk +5154.345851, +5154.959569778 2011
2010
2010
Systemic Recycling: Arequipa’s Waste Treatment Facilities
The ECO-Cylinder
Systemic Agro-Tourism Chili River Masterplan
Design competition / Independent research
Architectural thesis
Urban SOS -Award of Merit Ecohouse -Highly Commended Bayer (BYEE) -First prize
Participation Archi BAU AWARDS 2009
Adviser: Ulrich Zanabria Ojeda
2010
2009
Systemic Agro-Tourism The Eco-shelters
2009
‘Off Campus’ University Housing Design Studio 10
Urban SOS -Award of Merit Ecohouse -Highly Commended Bayer (BYEE) -First prize
Adviser: A.Pastor, M.Huaco Highly Commended 2009 National Architecture Student Competition
Adviser: Ulrich Zanabria Ojeda Dora Guillén de Arce
2009
Adviser: Ulrich Zanabria Ojeda Dora Guillén de Arce
‘the quarry’ touristic masterplan NGO Cied
Non-governmental Agency Professional Work
2009
‘Patio Puno’ Masterplan Competition
‘Sumaq’ Building Longe (Offices)
Design Competition
Independent project (freelance)
Team members: -Ulrich Zanabria Ojeda -Darci Gutierrez Pinto
Professional Work
Competition entry
2006
2005
2005
‘Punta Sal’ Aqua lodge
‘Symbiosis’ Commercial & Residential Centre
‘The Cube’ Modular Bus Stop
Design Studio 07-A Tumbes, Peru
Design Studio 06-A Arequipa, Peru
Product Design Arequipa, Peru
Adviser: Ulrich Zanabria Ojeda
Adviser: Gustavo Sanchez R.
Adviser: Gustavo Sanchez R.
portfolio of academic / professional works, and design competitions
2 0 0 5 - 2 0 11
carlos bartesaghi koc B.Arch. Carlos Antonio Alonso Bartesaghi Koc carlosbarta3@gmail.com - http://www.wix.com/carlosbartesaghikoc/cbk
+5154.345851, +5154.959569778
Saint Jerome Private School High School Diploma - First Class & Academic Excellence. Peru.
Saint Augustine State University B. Arch. (Bachelor in Architecture) - FIRST CLASS - Faculty of Architecture and Urbanism. Peru.
Architecture and Urbanism Essay Competition First Prize, Saint Augustine State University Peru.
Bayer Young Environmental Envoy (Peru Competition) First Prize “ex aequo”. Peru / Germany.
Ecohouse International Student Competition Highly Commended Award - The Concrete Centre + Oxford University. United kingdom.
National Architecture Student Competition Highly Commended Award. Peru.
Ulrich Zanabria Ojeda Architects | Project Architect Regional Government Of Arequipa | Senior 3D modeler Regional Government Of Moquegua | Senior 3D modeler NGO Cied | Designer & Consultant Alvaro Neuenschwander Borsani Architects | Assistant Architect Alvaro Pastor Cavegneri Architects | Assistant Architect Silvia Rodríguez Meneses Architects | Intern Architect Municipality of Paucarpata | Architectural Designer
04.2008 - Present 01.2010 - 12.2010 11.2009 - 01.2010 08.2009 - 01.2010 04.2008 - 06. 2010 07.2008 - 01.2010 12.2007 - 07.2008 10.2007 - 12.2007
2005 - 2008
• Saint Augustine National University. Peru. • Saint Mary Catholic University. Peru. • Jorge Basadre Grohman University. Peru.
Invited lecturer at:
ELEA North - Private University of The North Lecture presented at The Latinamerican Meeting of Architecture Students (ELEA). Peru.
WAF - World Architecture Festival 2009 Urban SOS Competition Presentation. Spain.
11.2009 10.2009
Saint Augustine State University. Faculty of Architecture and Urbanism Teaching Assisstantship - Design Studio 8A. Peru.
04.2010 - Present
Teaching & lecturing
Freelance Architectural Design | Principal
07.2009 - Present
Professional work
work experience
2006
2007
2008
2009
TOP 15 Best Latin-American Papers - ELEA North Selected and presented at the Latin-American Meeting of Architecture Students (ELEA). Peru.
Goi Peace Foundation International Essay Competition Honourable Mention - Youth category. UNESCO and Goi Peace Foundation. Japan.
2009 2009
Urban S.O.S. Competition + EDAW - AECOM Program Award of Merit in recognition of being one of the five finalist . UK.
2009
Medal of Honor , Saint Augustine State University For outstanding contributions, achievements and excellent academic record. Peru.
2002 - 2007
awards / achievements
1997 - 2001
2002 - 2007
education
• Ministry of Defense. Education Regional Office. Peru. • National & International Congresses in: Peru. Brazil & Spain.
Contesting activities
2009 2004
Arquitectura en Potencia (Collective Exhibition) Principal Room Gold Museum of Peru - LARCOMAR. Peru.
03. 2009
VIII National Biennial of Architecture Students Cesar Vallejo University Trujillo. Peru.
Patio Puno (Collective Exhibition) (CAP) Peruvian School of Professional Architects. Peru
Generacional (Collective Exhibition) Cháves de la Rosa Cultural Centre. Peru.
Urbaninform - Squat City (Collective Exhibition) 4th International Architecture Biennale Rotterdam, IABR. The Netherlands. 05. 2009
11. 2009
Newspaper & Media Archadaily Publication: http://www.archdaily.com/76055/systemic-agro-tourism-carlos-bartesaghi-koc/ Local Newspapers: CORREO Dec 10th and May 16th 2009, EL PUEBLO May 17th
2010 2009
exhibitions
Magazines UNIVERSITAS Magazine No 09. Saint Augustine State University. TUNZA Magazine N° 6.1 - 6.4 - 7.1 - 8.3 (UNEP). UK. ARCHITECTURAL REVIEW Magazine No. 1361. UK. ARKINKA Magazine N° 161 -162. Peru.
Books SELF-FAB HOUSE, project participation. Actar Ed. Co-autoring. Spain.
2010 07.2010 01.2008 - Present 07.2010 2009
publications / media
2005 Library & media cataloguing
2008 - 2009
Environmental Advocacy Organization of events related to climate change, environmental education and global warming advocating. Bayer Young Environmental Envoy (BYEE) Alumni, Youth contributor (columnist) at the TUNZA magazine (UNEP - United Nations Environment Programme).
Curatorships & Non-profit Assisstanships
04.2008 - 05.2009 2008 - 2009
English Interpreter
Academic Committees Member of the Commission for Self-assessment and International Academic Accreditation at the Saint Augustine State University, Faculty of Architecture and Urbanism. Peru.
06.2010 - 07.2010
07.2010 - Present
extracurricular activities
University work • Towards a Systemic Urban Planning. Application of New technical Instruments in Traditional Urban Planning. Case of Study: Mollebaya District - Arequipa. • Regulatory Plan for Majes-Siguas - Tambo Valley • Inca Territorial conditioning: Influence of Rocks disposition in the Machu Picchu’s Territorial Conditioning
Independent work • Systemic Agro-tourism: Self-manufactured eco-shelters. • The Totem - Multi-Shelter. • The Environmental WAR against the WAR. • The Hidden Inca’s Treasure: The Andeneria, The Colcas and Food preservation. • Sketching an Architecture of paper cities
2007 - 2010 2004 - 2007
Thesis Dissertation • Systemic Recycling: Urban Waste treatment & disposal facilities of Arequipa metropolitan area.
2010 - 2011
Research & Papers
2010
the eco-cylinder Location Worldwide Type / Role
Individual - Academic (Design Competition) (Team Leader)
Competitions Participation Archi BAU AWARDS 2009 Area
wrapping the landscape as a container,imitating the nature...
20 - 40 sqm / cylinder
Overpopulation and overconsumption processes all over the world have conditioned the rise of new environmental and social problems such as scarcity, overcrowding, lack of shelter and waste improvement. This is where the ECO-CYLINDER has a crucial participation in creating new architecture typologies, incorporating in its construction the most common residual materials dumped worldwide: plastic bottles and steel cables. The cylinder can be used in many ways, adapted according to the site & weather conditions, number of users, function and material availability. The bottles, set in tubular arrangements, may storage water, be covered with natural materials and act as a empty container for flotation. The cylinder turns into an inhabitable space capable of being used in horizontal and vertical orientation, being a multifunctional object that helps users in their daily tasks. The main materials can be obtained from garbage, reducing considerably manufacturing costs. The bottles transparency allows the object to mimic with the landscape. Moreover, the cables used to join the bottles can be helpful to connect electronic devices with external power and information networks. Finally, the object may be covered with other natural materials obtained from the local context as a protection and mimicry strategy. The assembly process is very simple. It is necessary to join the bottles with cables and create two walls that will be intertwined one to each other. These will be wrapped to form cylindrical modules that will be piled according to needs. Each module measures 4 meters of diameter and 2.10 meters height, approximately.
How many people could a single design serve
?
How does the cylinder blend with the landscape ? 1 2 3 4
Filling spaces between bottles with vegetation or any other natural material Using transparent Bottles Planting bushes and Ivies for sticking the structure with the ground Burying par t of the first module into the ground
verticality vs. horizontality
ASSEMBLY PHASES
05 volume wrapping
04 wall intertwined
03 wall yuxtaposition
02 negative wall construction
01 positive wall construction
multi- purpose orientation
multi-location
social, economical & physical adaptability
Location Function # Modules
Location Zimbawe Function Energy Production # Modules 04
Sahara Desert, Sudan Storage | Reservoir 05
worldwide users
the project promotes social inclusion, cultural diversity and skills transferability
Location Function # Modules
Australia Shelter | Farm 04
!
Location Function # Modules
Vietnam Production | Fish farm 03
Location Function # Modules
China Food Transportation | Boat 05
fabric
snow
straw
Canada Navigation | Lighthouse 06 - 10
liquen
garbage
water
wood
Location Function # Modules
Scotland Production | Warehouse 06
stones
Location Function # Modules
sand
Switzerland Navigation | Buoy 03
vegetation
Location Function # Modules
What kind of material would you like to use to cover your cylinder ?
Location Function # Modules
Antarctic Shelter | Iglu 04
Location Function # Modules
Titicaca Lake, Peru Human Transportation | Boat 04
Location Function # Modules
  Mexico Scientific | Viewpoint 06 - 08
Location Function # Modules
 United States of America (USA) Communication | Radio Antenna 05
2010
systemic agro-tourism Chili River Masterplan Location
Arequipa | Peru
Type
Individual - Academic (Design Competition) (Team Leader)
Adviser(s)
Arch. Ulrich Zanabria Ojeda Arch. (MSc.) Dora Guillén de Arce
Area
300 000 sqm (urban)
Agricultural Tourism in Post-colonial Cities
Wherever we go for vacations, we are looking for comfortable hotels and resorts. Many of them are located in natural contexts such as forests and exotic paradises promoting a sustainable tourism. On the contrary, some other irresponsible architecture designs have changed the cultural, economical and social conditions, establishing all-in-one concrete monuments with irreparable consequences for local habitats. Under these circumstances, the NEW MASTERPLAN for the Chili River Borders has been elaborated under the systemic approach and proposes a new alternative for touristic facilities in post-colonial Latin-American cities. The project promotes the idea of merging the urban and rural touristic attractions in a city where the urban sprawl has gradually suffocated the river basin and the countryside.
Sector 2 - production & accomodation
Sector 1 - culture, leisure & residence Awards Award of Merit - Semifinalist URBAN-SOS Competition 2009, London Highly Commended ECOHOUSE Student Contest 2008, London
Consequently, agriculture, tourism and cultural heritage will create a new urban network to unite both sides of the city, geographically and socially divided by the river. The fields will become a tool for modeling a changeable and productive landscape, making it an attractive destination for tourists and locals alike. The masterplan establishes new paradigms such as locating hostels inside cultivated crops, the experience of living in buildings made of recycled materials and experimenting to work with the local farmers in their daily task (plowing, sowing); increasing the environmental awareness and skills transferability.
First Prize “ex aequo” Bayer Young Environmental Envoy 2007, Cologne
General masterplan - Chili river basin sector 1
Building restoration New pedestrian network Crops restoration Existing-parks incorporation River restoration
sector 2
1 km.
Finally, all old slums and colonial houses next to river will be restored for creating new residential spaces.
Selected 2nd Advanced Architecture Contest, Barcelona
0 km.
Both riversides will be restored and designed as a serious of natural slabs covered with rocks and vegetation. The abandoned tanneries located in the west border will be transformed into a post-industrial museum, a convention centre, public libraries, art galleries, theaters and typical food restaurants. The gas station located next to the industrial facilities will be replaced with a new BIOMASS STATION, where people will be able to learn, and participate in activities such as compost elaboration, biogas processing and solar energy production.
Participation HOLCIM AWARDS Next Generation, Zurich
cliff’s unstability
Riverside detail
CURRENT CONDITIONS
how to create a natural paradise inside the urban fabric ?
abandoned tanneries
gas station
old colonial buildings
Social & economical participation CONTRIBUTIONS TO SOCIALLY VIABLE ENVIRONMENTS The design will integrate two social divided areas of the city connecting them through a Public Park. The Pedestrian & bicycling network will enable the relationship between different tourist shelters & complementary infrastructure, along crops. CONTEXTUAL RESPONSE & ECONOMICAL BENEFITS The old abandoned tanneries restoration will be an oppor tunity to open new trading markets and broaden the cultural and commercial markets. The economical regulation established between the touristic and agricultural activities is a homeostatic system that maintain a permanent level of incomes and regulate the local market. GRADUAL ECONOMICAL TRANSFORMATION CURRENT SOCIAL-ECONOMICAL SCENARIO tourism
VS irregular incomes from informal industries & agriculture
agriculture
permanent regulation between tourism & agriculture
PROPOSED SOCIAL-ECONOMICAL SCENARIO
General cross section
2010
systemic agro-tourism The Eco-shelters
structures & modules
program orientantion
mobile paneling RECTANGULAR
Arch. Ulrich Zanabria Ojeda Arch. (MSc.) Dora Guillén de Arce
Area
240 sqm (urban) +9.00 m.
Awards Award of Merit - Semifinalist
URBAN-SOS Competition 2009, London
Highly Commended
ECOHOUSE Student Contest 2008, London
Participation
HOLCIM AWARDS Next Generation, Zurich +6.00 m.
Selected
2nd Advanced Architecture Contest, Barcelona First Prize “ex aequo”
Bayer Young Environmental Envoy 2007, Cologne
The Self-manufactured Shelter
Being part of the AGRO-TOURISTIC masterplan, these shelters are located in the sector 2, dedicated to production and accommodation of tourist. In addition, a rustic network of sidewalks has been designed among buildings for communication, trading and transportation. Self-manufacturing of parts (digitally designed) allows cooperative work between farmers & tourists. This work system is an innovative concept that promotes environmental awareness and the development of new skills & technologies via training. Finally, the intelligent-façades control the comfort indoor being operated manually, reducing building’s performance costs throughout its life-cycle.
+3.00 m.
STAIRS
DRY WC
STAIRS
DRY WC
STAIRS
DRY WC
DRY WC
STAIRS
OUTdoor paneling
STAIRS
DRY WC
cardboard boxes STEP A single module assembly wood platforms
INdoor paneling
level 3 STAIRS DRY WC
STAIRS
DRY WC
DRY WC
STAIRS
STAIRS
STAIRS
level 2 STAIRS
STAIRS
STAIRS
STAIRS
STAIRS
+0.00 m.
metalic oil cans
level 4 STAIRS
I R C U L A T I O N
Adviser(s)
TRIANGULAR plastic & glass bottles
R OR OOR MOOR SMOO SMO SMR SOR OOR MOOR SMOO SMO SMSC I TRSSCOUTRLSOAATTRGISOOAETNRGOAERG AE G E U L C A I TR I C O IU NRL CA UT LI O A N T I O N A N T I O NC I R CC IU RL CA IUT RLI CA O UTN LI O
Individual - Academic (Design Competition) (Team Leader)
H Y D R O P HO YN DI CR OP PL O AN FCO SHTNYFIDCORRPOMLPSAO TNFI O AN FCO SHTNYFIDCORRPOMLPSAO TNFI O AN FCO SHTNYFIDCORRPOMLPSAO TNFI O AN FCO SHTNYFIDCORRPOMLPSAO TNFI O C RPMLSA T F O R M S C RPMLSA T F O R HMYSD R O P HO YN DI CR OP PL O C RPMLSA T F O R HMYSD R O P HO YN DI CR OP PL O C RPMLSA T F O R HMYSD R O P HO YN DI CR OP PL O H YT ID RR O P O H YT ID RR O P O H YT ID RR O P O H YT ID RR O P O PM LA PM LA PM LA PM LA
Type
T H E R M I CT AH LE RR MA IDCITAAHLTEORRA M DI CI TAA HTL E I AATLO RR A D I A T O R T H E R M I CT AH LE RR MA IDCITAAHLTEORRA M DI CI TAA HTL E I AATLO RR A D I A T O R T H E R M I CT AH LE RR MA IDCITAAHLTEORRA M DI CI TAA HTL E I AATLO RR A D I A T O R T H E R M I CT AH LE RR MA IDCITAAHLTEORRA M DI CI TAA HTL E I AATLO RR A D I A T O R ORRRAMDI C ORRRAMDI C ORRRAMDI C ORRRAMDI C
Arequipa | Peru
SMALL SMALL FARM COMPOSTING SMALLCOMPOSTING FARM COMPOSTING SMALL FARM FARM COMPOSTING BIODIGEST BIODIGEST BIODIGEST KITCHEN + DINING ROOM WORKSHOP BIODIGEST KITCHEN + DINING WORKSHOP KITCHEN + DINING ROOM CROOM WORKSHOP I R CC KITCHEN + DINING ROOM WORKSHOP
Location
materials
level 1
STEP B module assembly of complex shelter
mud (adobe)
aluminium cans
straw matting STEP C floor & additional suppor tive systems assembly
plastic bottle’s panel
glass bottle’s panel
egg cardboard
recycled plywood
STEP D paneling assembly
folding beds
cardboard piled furniture
guinea pig hair
shelter
modules
furniture
materials
Fractals & architecture
Randomness and patterns found in fractals are used for organizing the project throughout different scale levels, since insulation materials and space volumes to more complex urban scales.
The environmental system It has been developed an environmental system that works with INPUTs & OUTPUTs in cyclical dynamics. Through these, the users are able to transform human waste into energy and new materials. Urban farming, biogas-regenerators, electricity convertors and wastewater recycling the shelter is completely sustainable and independent for long period of times.
space iterations
energy production (profit)
Mobile paneling & passive ventilation systems (cross ventilation) Low-cost maintenance and high availability of replacement materials Mobile paneling & passive ventilation systems (cross ventilation)
The nor th façade (bottle’s radiator) is exposed to the sun for more than 8 hours, improving the solar profit.
Solar rays are blocked by vegetation, reducing the temperature inside the shelter.
Building key features
Triangular sections reduce projected shadows & improve solar profit. Low-technology mechanism Ventilated structure & effective system of weigh transmission Prismatic vessels, reduce overall weigh and adaptive paneling system Passive energy performance
* 1.78 tonnes / year
3 085 Kwh / year
energy consumption (expenses)
home footprint
0.53
tonnes / year appliances footprint
0.96
tonnes / year
travel footprint
0.29
tonnes / year
HLP heat loss parameter
0.77 K / m2K
50 %
economical & ecological efficiency
(UK national average)
Self-manufactured methods & cooperative work systems
CO2
* 10.22 tonnes / year
Intelligent insulation systems
carb
solar path - summer
int
600 000 Kwh / year solar path - winter
footpr on
2009
‘off ’ campus university housing Location
Arequipa | Peru
Type
Design Studio 10 + Design Studio 09 Individual - Academic (Final year) (Design Competition) (Team Leader)
r ive ili r h C
Adviser(s) Arch. Alvaro Pastor Cavagneri MSc.Arch. MLA Mauricio Huaco Zúñiga Arch. Aldo Guerra Vizcarra Area
42 257 sqm - Masterplan 14 367 sqm - Built area
Awards
Highly Commended
01 02 03 04 05 05b 06 07 08 09
The basic concept for this project was to create two different circulations systems. The first circulation system is located in the ground level. Boulevards, streets and private squares connect all public activities such as expectation, exhibition and sport that will serve public users. On the other hand, the second group of restricted circulations are located in the following levels above the squares and they are designated to connect student apartments and green roofs. The green roofs replicate the pre-existent agricultural landscape and support productive and leisure activities. Some old colonial houses (mansions) found in site will be restored and adapted to new cultural programs. The overall design will have to take into consideration the typical architectural and urban aspects studied from the adjacent colonial houses and city centre. Finally, due to the fact that apartments will accommodate graduates and undergraduates students from 3 different universities, it has been designed a system of independent apartments (typologies) that are organized in differentiated groups in order to allow the best solar exposure, thermal comfort and a optimum illumination quality of studies and rooms.
10 SPORT CENTER (pool, gym, courts) 11 PARKING 12 MAIN ENTRANCE 13 BOULEVARD - RIVERSIDE CAFES 14 PUBLIC PARK - PROMENADE 15 AMPHITHEATER 16 BRIDGE ACCESS 17 HIGHWAY 18 BOULEVARD ACCESS
masterplan
National Architecture Student Contest 2009
The project is located at the Chili river valley, on a cliff 15 m. above the water level. All visuals are orientated towards the Colonial city centre and some old colonial houses are located inside the plot. It has been elaborated a complex program that will offer cultural activities and housing services not only for students, but also to the general public and local neighbors.
BOWLING - COMMERCE ART WORKSHOPS - COMMERCE DINNING HALL SPORTS INDOOR - MULTIUSE ROOMS PUBLIC LIBRARY MOVIE THEATER (restored house) AUDITORIUM LOUNGE RESTAURANT (restored house) ART GALLERY - EXHIBITION STUDENTS APARTMENTS
90 students in apartments
+ =
2090 general users
Amplified revenues through general and public services that support residential activities
42 257 m2 total area 2
26 890 m
open spaces
14 367 m2 built area
SECOND FLOOR + 24.00 m.
THIRD FLOOR + 27.00 m.
GROUND FLOOR + 15.00 m.
FRONT ELEVATION
LATERAL ELEVATION
FIRST FLOOR + 21.00 m.
Conceptual sketches
Spatial modeling
HAND-DRAWING
MOCK-UP PROCESS
flat 2
flat 3
B
(11 units)
residential typologies
duplex 2
(03 units)
triplex 1 (09 units)
c
(03 units)
c
duplex 1
(09 units)
B
c
(11 units)
B
flat 1
duplex interior
section C
third level
second level
first level
complete levels
Conceptual sketch
typologies’ spatial distribution
BACK ELEVATION
location
2009
carved monuments
carved monuments & comfor t modules
‘the quarry ’ touristic masterplan Location
Anashuayco Quarry - Arequipa | Peru
Type Client
Individual - Professional
Area
750 000 sqm
NGO ‘CIED’ & Regional Government
The masterplan proposes the restoration of the current system of quarries located 15 Km. from the Arequipa’s city centre. They are part of natural cliffs and valleys where city has historically obtained “the sillar”, a porous volcanic stone that has been the principal construction material for more than 200 years, being used in more than 60 % of the city. Currently, these site has been awarded as an UNESCO Humanity Cultural heritage but is being threatened for illegal invasions promoted by private enterprises that are interested in commercializing this material with any kind of control and regulation. In this sense, the NGO CIED in accordance to the Regional Government offered me the opportunity to design an holistic masterplan in order to promote, restore and protect this natural landscape and population self-awareness. The project focuses on using local materials and construction methods in order to maintain the natural landscape and promote new touristic routes inside these “sillar valleys”. Several famous facades of local buildings will be carved into the cliff and visitors will have the opportunity to see local workers in their daily tasks such us carving, digging, fragmenting and sculpting the rocks. As well as amplifying and promoting employment the proposal pretends to create new touristic attractions in order to diminish the intention of privatization and overconsumption of “sillar” as well as a new strategy for education. The different pedestrian routes (inside the canyon) will be between 1 and 2 hours long and will cover a distance from 1.1 Km to 3.0 km. according to tourists’s necessities.
touristic routes general masterplan
200 m.
100 m.
0 m.
towards the main entrance
modules’ catalogue
2009
‘patio puno’ masterplan design competition Location
Arequipa | Peru
Type
Group - Professional (Design Competition) (Team Member)
Member(s)
Arch. Ulrich Zanabria Ojeda Arch. (MSc.) Darci Gutierrez Pinto
Competition
Patio Puno Masterplan National Competition
Area
650 000 sqm
The park is located inside an old abandoned train station and it will recover and recycle the existing buildings, machinery and rails to transform them into a productive park, a public garden and a big active museum, as well as proposing new cultural buildings with similar architecture morphology with the purpose of generating physical and spatial reference.
cultural center
Currently a private enterprise operates the infrastructure inside the area and they only will be leaving the site in 10 years. This situation required a Phase Program Strategy. There have been located ecological modules designed for environmental education and all rail cars will be transformed into locomotive greenhouses and galleries. The grey water will be recovered to irrigate the park and all organic waste will be transform into compost as an strategy for reducing maintenance costs. The park is surrounded by a green belt of trees, generating naturally shadowed paths and a continuous forest image from outside. The open spaces and promenades will be planted with local endemic species of flora and seasonal crops to insure new economic income, generating technical education and employment.
urban scale
cinema + amphitheater
water-jets (Entrance Cour t)
cultural center
Convention Center
Stores, restaurants & food court
Educational modules + Exhibition
Cinema & amphitheater
Cultural center
Reception hall
Administration & offices
aerial view
masterplan phases
masterplan scale Grey water’s treatment lake
Skatepark
Playground
Residential blocks
Science & technology galleries + exhibition
Machinery Exhibition
Railway Museum
2009
‘sumaq’ business lounge office building
Location
Tacna | Peru
Type
Individual - Professional (Freelance)
Client Area
SC Family 1250 sqm
It has been proposed a modular system for office spaces that can be organized in single and double groups around the main lobby where vertical and horizontal circulations are located. These halls act as a big air circulation system in order to cool the offices during summer and distributing heat during winter. Offices are illuminated naturally by capturing solar rays through the polycarbonate canopy located in the upper level and a continual façade of insulated frosted glass and horizontal aluminum shades.
section A
central hall
office interior
CANCAS BAY
2006
‘punta sal’ aqua lodge Location
Punta Sal Beach, Tumbes | Peru
Type Adviser(s) Area
Design Studio 07 - A (Third year) Individual - Academic
QUADRUPLE SUITE +4.00 m.
TRIPLE SUITE 1 +4.00 m.
DOUBLE SUITE 1 +4.00 m. / +7.00 m.
SPECIAL SUITE 1 + 4.00 m.
SINGLE SUITE 1 +4.00 m. / +7.00 m.
TRIPLE SUITE 2 +4.00 m.
DOUBLE SUITE 2 +4.00 m. / +7.00 m.
SINGLE SUITE 2 +4.00 m.
Arch. Ulrich Zanabria Ojeda 17 400 sqm
Land scarcity and dangerous geological conditions are problems that reduce possibilities to invest in tourism along the north shores of Peru. Although the sceneries emulate a Caribbean paradise, there is still a lack of good facilities, a fact that motivated me to design a floating lodge, 350 meters far from the shore. As a perforated membrane, the floating docks join each and every building supported over concrete pillars. The facilities offer a plenty of interesting services such as hosteling in bungalows, boat renting, sustainable fishing, diving instruction, yacht club, restaurant, discotheque, workshops and a protected marina. The reinforced-concrete dikes have been designed according to predominant tide movements, deflecting currents along its longitudinal axis and offering protection to all ships and buildings located behind.
0
entrance
5 10
20
30
LODGE PLOTPLAN
administration restaurant club services
workshop
dry pier
lighthouse
bungalows marina
A
B
viewpoint
0m.
LAS HAMACAS BEACH PUNTA SAL BEACH
VILLA ELENA
predominant tide’s deflection
bungalows’ distribution
Entrance hall, offices
FIRST LEVEL + 5.00 m.
SECOND LEVEL + 8.50 m.
Control tower
Classrrom, social club
FOURTH LEVEL + 30.50 m.
THIRD LEVEL + 12.00 m.
‘When land is scarce, water is plentiful’ SECTION B-B
250m.
500m.
2005
‘symbiosis’
commercial & residential centre Location
Arequipa | Peru
Type Adviser(s)
Design Studio 06 - A (Third year) Individual - Academic
Area
14 000 sqm
Msc. Arch. Gustavo Sanchez Rodriguez
Commerce and housing perfectly exemplify an architectural symbiosis between two activities that are essential in Peruvian mixed-use buildings. The project is focused on concentrating the public activities in the first floors and the housing and leisure program over a green roof considered as the building’s fifth façade. In addition, the design course was orientated to develop detailed drawings with a high technical presentation level. PLOTPLAN
ENTRANCE LEVEL -2.00 m.
Commercial center, housing blocks
MAIN ENTRANCE
west elevation
Stores, supermarket, art gallery, parking & housing blocks
RESIDENTIAL BLOCKS
UPPER LEVEL LEVEL +3.00 m.
Food court, art gallery, lawn & housing blocks
MAIN ENTRANCE LOBBY
LOBBY & SKYLIGHT DETAILED SECTION
SKYLIGHT DETAILS
entrance court volume
2005
‘the cube’ bus stop
Location
Worldwide
Type Adviser(s)
Product Design course (Fourth year) Individual - Academic
Area
200 sqm
Msc. Arch. Gustavo Sanchez Rodriguez
The single more important public object used for transportation, communication and social relationships is the BUS STOP. Moreover, it is a space of social friction and although it is designed to satisfy collective necessities, it is also useful for individual activities such as commuting, information and rest.
TOP VIEW module 1
In our proposal, the BUS STOP is reinterpreted as a cubical system that is able to add or remove modules according to the amount of users and the space availability. These modular variety offers different types of associations and incorporate additional urban furniture such as benches, rails (stand-up support), bins, telephones, and publicity posters.
LATERAL VIEW
FRONT VIEW
module 2
module 3
module 2
module 2
module 3
module 4
module 1
module 2
module 3
DETAILS - Module 1
FRONT VIEW - Module 1
LATERAL VIEW - Module 1
TOP VIEW - Module 1
module 4