2014 ED. PORTFOLIO - TASADA MA. JOSÉ

TASADA

MARIA JOSE

ARCHITECT

TASADA

MARIA JOSE ARCHITECT

CURRICULUM VITAE

TASADA

MARIA JOSE ARCHITECT EDUCATION Universidad Abierta Interamericana Degree: Architect Graduation: March 2010 University Of Illinois At Chicago Master Degree: Architectural Design Graduation: May 2014

LANGUAGES SPANISH: Native language ITALIAN: High intermediate level ENGLISH: Spoken and written fluency TOEFL IBT Examination 82 pts. .

PROFESSIONAL STATUS Licenced Architect in Argentina CAPSF 06727

01.

3

TEACHING EXPERIENCE

PROFESSIONAL EXPERIENCE

AWARDS

2011

2011

UNIVERSIDAD ABIERTA INTERAMERICANA Argentina Faculty of Architecture Structural Design I Professor: Arch. Paoli Assistant Professor Position

TMJ ARQUITECTA Rosario, Argentina Professional practice in projects and work management.

2014 Portfolio selected to be displayed at SOA-UIC Portfolio Day February 7th.

2010 UNIVERSIDAD ABIERTA INTERAMERICANA Argentina Faculty of Architecture Structural Design I Professor: Arch. Paoli Student Assistant Position

2011 DIEGO ARRAIGADA ARQUITECTOS Rosario, Argentina Project team member, design development team member, construction documents and construction overseer.

2011 ALTAVISTA STUDIO Rosario, Argentina Project team member, design development team member and construction documents.

2010 UNIVERSIDAD ABIERTA INTERAMERICANA Argentina Faculty of Architecture Architectural Design IV Professor: Arch. Ruani Student Assistant Position

2009 UNIVERSIDAD ABIERTA INTERAMERICANA Argentina Faculty of Architecture Architectural Design IV Professor: Arch. Arraigada Student Assistant Position

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2009 JOSE MARIA SAEZ VAQUERO Quito, Ecuador.

Internship as a project team member and construction documents.

2008 MALAMHUD - FAURE - RIVEIRA ARQUITECTOS Rosario, Argentina Internship as a project team member

2008 CULTURAL AND PUBLIC SERVICE DIVISION Municipalidad de Rosario - Santa Fe, Argentina Internship as project, design development and construction management.

2013 - FIRST PRIZE (with Arraigada Diego, and Gamba Pablo) State Design Competition Project: Architecture+Environment. Rosario, Argentina 2012 - SECOND PRIZE (with Delfina Castagnino) International Competition - Lima, Peru Project: Sustainable Architecture with Social Inclusion 2011 - HONOR ROLL Recognition for the best degree average of Santa Fe Province, Argentina.

2011 - HONORABLE MENTION As a team member: Diego Arraigada Archs and Juan Manuel Rois Arch Project: Landmarks and a Visitor Center Neuquen, Argentina 2010 - SECOND PRIZE National Competition (with Arraigada Diego and Gamba Pablo) National Competition Project: Sustainable House in The Pampa Rosario, Argentina 2008 - HONORABLE MENTION National Student Competition Project: Vertical Campus Rosario, Argentina 2007 - FINALIST National Student Competition Project: Height Houses Rosario, Argentina

PUBLICATION 2013 - ARCHITECTURE+ENVIRONMENT EXHIBITION.

August.

Center of Architecture and Design Túnel, Rosario, Argentina Work exhibited: Sustainable House in the Pampas 2011 - “CLARÍN” NEWSPAPER March 1st 2011, pg. 06 Publication of a second prize in a competition Sustainable House in The Pampa - Rosario, Argentina 2011 - INTERNATIONAL HOUSES MAGAZINE 132 September 2011, pg. 12 Publication of a second prize in a competition Sustainable House in The Pampa - Rosario, Argentina

2007 - “CLARÍN” NEWSPAPER December 12th 2008, pg. 12 Publication of a honorable mention in a competition.

Vertical Campus - Rosario, Argentina

2011 RUMBLE EXHIBITION EN PERLOFF HALL. University of California. Los Angeles, EEUU Landmarks and Visitor Center National Design (Architects Arraigada Diego and Juan Manuel Rois)

As a team member:

2010 CIAL INTERNATIONAL CONFERENCE OF LATINAMERICAN ARCHITECTURE. Rosario Bicentennial Library Latin-American.

(Architects Arraigada Diego and Juan Manuel Rois)

2013 - LATIN AMERICAN ARCHITECTURE BIENNALE EXHIBITION BAL 2013 Pamplona, Spain School of Architecture, University of Navarra.

Manantiales House (Punta del Este, Uruguay) (Architects Arraigada Diego)

2010 - CENTER FOR ARCHITECTURE AND DESIGN CAPBAII - November 2010 Publication of a second prize in a competition Sustainable House in The Pampa - Rosario, Argentina

2013 - LATIN AMERICAN ARCHITECTURE BIENNALE PUBLICATION BAL 2013 April, T6 Editions, S.L. Pamplona, Spain Manantiales House (Punta del Este, Uruguay) (Architects Arraigada Diego)

2010 - “WHY?” MAGAZINE 1 August 2010, pg. 04 Publication of a honorable mention in a competition.

Vertical Campus - Rosario, Argentina

2012 RUMBLE EXHIBITION EN PERLOFF HALL. University of California. Los Angeles, EEUU Manantiales House (Punta del Este, Uruguay) (Architects Arraigada Diego)

2009 - ANNUAL PROJECTS EXHIBITION Exhibition of a honorable mention in a competition Universidad Abierta Interamericana.

Vertical Campus - Rosario, Argentina

2011 - BREAKING BORDERS: NEW LATIN AMERICAN ARCHITECTURE. Exhibition of a honorable mention in a competition.

Pratt Institute. Higgings Hall. Brooklyn, New York.

Landmarks and Visitor Center (Neuquen, Argentina) (Architects Arraigada Diego and Juan Manuel Rois)

2008 - “CLARÍN” NEWSPAPER August 25th 2009, pg. 26 Publication of a honorable mention in a competition.

Vertical Campus - Rosario, Argentina 2008 - ANNUAL PROJECTS EXHIBITION Exhibition of a finalist project in a competition Universidad Abierta Interamericana. Rosario, Argentina.

Height Houses - Rosario, Argentina

2010 EXHIBITION AT SOUTH MUNICIPAL DISTRICT, Rosario Bicentennial Library Latin-American.

(Architects Arraigada Diego and Juan Manuel Rois)

SCHOLARSHIPS 2013 - BOARD OF TRUSTEE TUITION WAIVER One semester tuition waiver for MArch Program University of Illinois at Chicago 2012 - FULL YEAR SUPPORT FOR MARCH PROGRAM Through a TA and Board of Trustee tuition waiver.

University of Illinois at Chicago

2011 EXHIBITION AT STATE LEGISLATURE. NEUQUÉN, ARGENTINA. June Landmarks and Visitor Center National Design (Architects Arraigada Diego and Juan Manuel Rois)

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INDEX

STUDENT PROJECTS

OWN PROFESSIONAL WORKS

OTHER PROFESSIONAL WORKS

HEIGHT HOUSING

SUSTAINABLE HOUSE IN THE PAMPAS

ALOJON HOUSE

10 - 19

VERTICAL CAMPUS 20 - 29

CONVENTION CENTER 30 - 37

BARCELONA HOUSING 38 - 53

CREVASSE 54 - 61

64 - 69

FIRE DEPARTMENT HEADQUARTERS SF 70 - 77

SUSTAINABLE SOCIAL HOUSING PROTOTYPE 78 - 85

WORKSHOP SERIES 1 “RESPONSIVE SKINS” 86 - 89

96 - 101

BICENTENNIAL LIBRARY 102 - 109

LANDMARKS 110 - 115

VISITOR CENTER 116 - 121

WORKSHOP SERIES 2 “MORPHOLOGY MATERIALS” BRICK HOUSE 90 - 93

122 - 129

01.

02.

STUDENT PROJECTS

HEIGHT HOUSING

8

VERTICAL CAMPUS

03.

CONVENTION CENTER

04.

05.

BARCELONA HOUSING

CREVASSE

07 9

01.

HEIGHT HOUSING

01.

HEIGHT HOUSING ROSARIO, ARGENTINA NATIONAL COMPETITION FINALIST Architectural Design IV Project: Tasada Ma. Jose

The building is located on a vast terrain in the city of Rosario. The volume is escalade in reference to the surrounding building. Gaining prominence with it height, it turns into a landmark.

The concept of the project is structured based on two intertwined and winding ribbons that form both the complex structure of the building, and the residential spaces in simple, double and triple height.

The use of the reinforced concrete technology as a structural material was the start in the search of the

form. The structure can be clearly read in the building. Both bodies propose a visual and structural tour.

The building is structured from two large ribbed walls which defines the sides of both bodies, and articulate the interior of the service volume. The coffered slabs roams and integrates each one of the floors. A single hole in the wall summarizes the link between the front and bottom. Bedrooms, living-room and dining-room room have completely released views and expansions.

as light as possible in order to not interrupt the whole reading of the building.

This runs from the basement to the top floor of the right tower, and consists of two elevators and one service stair.

Both bodies are joined by vertical circulation, which is 13

HEIGHT HOUSING STRUCTURE The building is the structure. Two ribbons of concrete superimposed and alternating balance each other, and create two side walls which support the slabs.

RIBBON B

RIBBON B

BRACKET

v structure of apartment

Structure mezzanines

Extreme Hang

Column

Bracket Slab

Extreme Supported

RIBBON A

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RIBBON A

STRUCTURAL SPINE

Bracket

HEIGHT HOUSING VIEW The framing of the view to the river is emphasized with the dematerializing of vertex of space and destabilized the idea of the architectural box.

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HEIGHT HOUSING

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HEIGHT HOUSING TYPES OF APARTMENTS 1. Palier 2. Reception 3. Dining room 4. Living room 5. Kitchen

1. Hall 2. Covered Terrace 3. Courtesy parking

6. Daily Dining room 7. Laundry 8. Restroom 9. Bathroom 10. Dresser

4. Custodian room 5. Palier 6. Engine room

11. Bedroom 12. Desk 13. Reading space 14. Terrance

7. Parking

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HEIGHT HOUSING GLASS SURFACES The surfaces seeks to get as much wind resistance as possible using the least amount of material in order to prioritize visuals.

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1

2 3

4 5 6

Relationship between glass surfaces and glass thickness 7 2m

Combinations: 20

B = 1 Waffle Slab

A

A = 1xB C=B/2

A+B+C B+C+A

A+C+B C+A+B

Triplex:

50% A

25% B

25% C

Duplex:

33% A

33% B

33% C

Simples:

18% A

41% B

41% C

8

B+A+C C+B+A 9

B C C 1m

10 11 12

0,50m 0,50m

FACADE MODULATION

13 19

14

18

15

17 16

DETAIL REFERENCES

FINAL COMBINATIONS

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1. Black plywood furniture 2. Plain concrete 6cm 3. Subfloor 6cm 4. Vapor barrier 5. Thermal insulation 6. Exposed concrete ceiling 7. Natural anodized aluminum frame 8. Double sealed glazed, 3+3 - 12 - 3+3 9. Expansion joint, polyethylene foam 10. Fixation mesh 11. Radiant floor

12. Waffle slabs 12cm 13. Lapacho wooden steps 14. Bracket 15. Lapacho wooden deck 16. Concrete slab 17. Lightened slope concrete 18. Damp-proof course 19. Nailers 20. Natural anodized aluminum railing 21. Rectangular structural tube

HEIGHT HOUSING

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02.

VERTICAL CAMPUS

02.

VERTICAL CAMPUS ROSARIO, ARGENTINA NATIONAL COMPETITION HONORABLE MENTION Architectural Design IV Project: Tasada Ma. Jose

SPACES OF RELATIONSHIP

BUILDINGS

SPACES OF RELATIONSHIP

BUILDINGS

TRADITIONAL CAMPUS

VERTICAL CAMPUS

CAMPUS CONCEPT Outdoor spaces of relationship and communication-characteristic of a horizontal campus - are reconfigured as a continuous space of ramps, terraces and balconies, transcending the mere circulatory function.

It was given to us a passant lot in the downtown, three areas: Classrooms (resolved within the exwith access by two perpendicular streets, which isting structure), Administrative Areas (contained contains a reinforced concrete structure in disuse. in the smallest lot) Extension Area (located in the largest area available).

The aim is the refunctionalization of this land, including also the exists structure there. In this ver- The movements that occurs between the comtical structure, we had to develop a program for a ponent parts of the program shapes the building. university building, that is, a Vertical Campus.

This path also serves as a meeting and interaction place between students and teachers, “...

The project proposes the division of the compothe whole building spaces, not only classrooms, nent parts of the program and its relocation in have educational function.� (Miralles, University

Institute in Venezia). This concept is part of the design strategy to integrate different functions into a single structural element for the development of the project.

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VERTICAL CAMPUS

REFUNCTIONING CRITERIA Four new volumes contain the administrative areas, the expansion areas and vertical circulation.

Within the existing structure are located the classrooms. The ground floor provides a direct link between the two streets.

WORKSHOPS, CLASSROOM AND BAR

ENTRANCE FACILITY STAFF

EXISTING STRUCTURE

SERVICE ENTRANCE

STUDENTS AND PUBLIC ENTRANCE

VERTICAL CIRCULATIONS

EXISTING STRUCTURE

ADMINISTRATIVE PROGRAM

LIBRARY, AUDITORIUM, EXPANSION

STRUCTURE It extends the existing structural grid of columns on the ground of the original building, for obtaining the necessary flexibility in the sections for the performance of ramps connecting between levels.

MODULATION IN PLANT

FLEXIBILITY IN SECTION

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VERTICAL CAMPUS

SECTIONS

SECTION A-A

SECTION B-B

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VERTICAL CAMPUS

PLANTS

1ยบ FLOOR FOYER +3m

2ยบ FLOOR FOYER +4m

3ยบ FLOOR FOYER +8m

4ยบ FLOOR LIBRARY +10,50m

5ยบ FLOOR MEDIA ROOM +13m

FOYER +3m

FOYER +4m

MEDIA ROOM +13m

DEVELOPMENT OF CIRCULATION IN PLANT

TOUR SEQUENCE

ENTRANCE PTE. ROCA STREET +- 0,00

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EXPOSURE RAMP +4m

VERTICAL CAMPUS

PLANTS

6ยบ FLOOR READING ROOM +15,50m

7ยบ FLOOR TERRACE +18m

8ยบ FLOOR TERRACE +20,50m

9ยบ FLOOR TERRACE +23m

10ยบ FLOOR BAR +13m

DEVELOPMENT OF CIRCULATION IN PLANT

TOUR SEQUENCE

READING ROOM +15,50m

TERRACE +18m

TERRACE - WORKSHOPS ROOM AND COPIER LEVEL +20,50m

PELLEGRINI AVENUE ENTRANCE +- 0,00

IMAGE OF THE WHOLE

27

VERTICAL CAMPUS

FACADE MODULATION

DETAIL

It provides a vertical module that will go materializing with sunshade or glass slit Depending on the spatial condition.

Horizontal modulation respect the existing structure on the ground.

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22

20

21

19

18

17

SIMPLE HEIGHT

16

15

13

14

12

DOUBLE HEIGHT

11

TRIPLE HEIGHT

9 8

10

7

MULTIPLE HEIGHT

5

6

4

3 2 1

REFERENCES

1

28

2

3

4

5

6

7

8

9

10

11

1. Exposed concrete ceiling 2. Polyethylene bricks 3. Ribbed structural slab e = 35cm 4. Vapor barrier 5. Thermal Insulation 6. Subfloor e = 5cm 7. Floor Technician 8. Phenolic e = 3cm 9. Lapacho floor decking 10. Philips Lamp effect 11. Natural anodized aluminum railing 12. Folder seat e=3cm

13. Vinyl Tiles 14. DVH 5-9-5 15. Sunshade PRODEMA 16. Sunshade tie 17. Carpentry of natural anodized Aluminium 18. Expansion joint, polyethylene foam 19. Hydraulic insolation 20. Lightened concrete slope 21. Plain concrete e = 3cm 22. Plinth 23. Lamp LED line2 RGB

VERTICAL CAMPUS

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03.

CONVENTION CENTER

03.

CONVENTION CONCEPT The immediate environment modifies the pure form of horizontal rectangle by subtractions and fluctuating movements in the original volume. In this way the convention center could be visually connected with its surroundings.

CONVENTION CENTER CIRCULATION

UIC - FALL 2012 MArch 2do year Faculty: Alexander Eisenschmidt

PROGRAM FRAMED VIEWS

Project: Tasada Ma. Jose The Convention Center project addresses the issue of contemporary public space trough the development of complex program on an urban site.

A 1.000.000SF building is composed with 33% Convention Center, 33% Offices and 33% Hotel.

The main idea of the project is to create public space and generate links between the building and the surrounding.

The best way to create more public space is to activate and open the ground floor through a vertical shape; however, a horizontal convention center is more efficient than a vertical one. Due to the land is divided in two by lake shore drive, the entire program cannot fit horizontally in it.

In order to fulfill the two fundamental conditions: Public Space and Efficient Building, the convention center is located horizontally over Lake Shore Drive level.

The decision to create an elevated building with a small footprint and height presence allows urban land release and enhance the public open space: an urban space that thanks to the dominance of the green landscape offers a new kind of civic monuments, emblematic and sensitive, collective and intimate.

Retail, Amphitheater, and other public activities are located in the ground floor in order to reactivate the area.

Due to difficult vehicular access, a new street-level was generated above Lake Shore Drive. This level of the convention center reaches to the Lake Shore Drive and provides with an easy vehicular access to the convention center, hotel and the offices. Pedestrian accesses are generated through retail programs in the ground floor.

The interior of a building is not simply the inverse of the exterior form but should be considered a collection

Commercial Cultural Center

Hotel Offices

of diverse atmospheres. The building was thought as a “climate machine� that is driven by the special effects of distinct interior volumes, colors, lights, and materials.

From the spacious interior the visitor understand the spatial logic of building: open visions diagonally and vertically integrate the different moments of Cultural Activities and generate a real public interior space inter, multi- program, active and inclusive.

To emphasize the character of continuity of public space, terraces are made at the same level of the roof of the near building; where some public activities of the convention center, like exhibition, are proposed to spread out.

From the Public Terraces and from different sky-decks on the building, the visitor is all the time in strong connection with the city, the lake and the sky.

33

CONVENTION CENTER

2 34

CONVENTION CENTER

CATALOG SECTIONS

MUITNEP

PENTIUM

MUITNEP

PENTIUM

35

CONVENTION CENTER

36

CONVENTION CENTER

37

04.

CORE GREENHOUSE

04.

CORE GREENHOUSE UIC - SPRING 2012 MArch 2do year Faculty: Claudi Aguiló Sergi Serrat Project: Tasada Ma. Jose The intervention area is on “The Ensanche”; the 4 blocks under research are located right after the boundary of the old city. There are 3 of the 4 blocks that have resent interventions, which recover the middle of the block for public or collective uses (like a Library and School Buildings). There is only one of the blocks that don’t have resent interventions; therefore the middle of the block is unavailable to be used.

It was decided to work in this last block for this reason and because it is the block with most percentage of green interior spaces, more unused surfaces that could be reprogramming, and worst ventilation and light conditions.

A series of researches on the block were conducted in order to be aware of the comfort condition of the existing housing.

These researches developed that the 87% of the housing lightways are out of code conditions and that the 75% of them have non-cross ventilated typologies. Also a big unused factory in the middle of the block and some unused commercial spaces were discovered in these researches.

The last research conducted develop the permeability of the ground floor. Doing this research was developed that there are some program that contribute to the permeability of the ground floor to the middle of the block, and some that block it. Residential building is one of these last kinds of programs.

After studied different flaws of the block with we get four mains aims for the project. One of them is the increment of commercial activity to improve the floor plan permeability. The second is to recover the middle of the block for community activities, as the other blocks in the surroundings do. The third one is to improve the passive energy on housing. And the last one is to re use the abandon structure for housing relocation.

The first strategy to achieve these objectives is to remove the cores of the existing buildings. This allows the lightways area increment that will improve housing light and ventilation conditions.

The second strategy is the relocation of these cores. There are two different conditions: - Ones are the unit with cross ventilation where the cores will be relocated in the interior of the block as corridorgalleries.

- The second one is for the units without cross ventilation.

For this last one the proposal is to demolish the building that is between to units to create a “Greenhouse-core”. The main criteria for this demolition is that a building could be demolish only if that improves at least the double of the unit to be demolished. Building affected for the demolition criteria will be relocated in the existing void and unused structures.

The third strategy is to reduce of residential access on the street facade, in order to increase commercial activity surfaces on it. Residential access will be relocated on the interior of the block, related with new collective spaces. This ground floor strategy will improve floor plan permeability of the ground floor.

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CORE GREENHOUSE

INTERVENTION ON EXISTING RESIDENTIAL BUILDINGS

Structure: INTERVENTION ON UNUSEDPrefabricated BUILDINGS - Money Saving - Fast Assembly - Reducing Work Teams - Recyclable materials

SUPPORT STRATEGIES FOR ADDITIONS Greenhouses cores will be built in order to improve passive energy on the exiting residential buildings. The support strategy for these additions is prefabricated steel frame structures. These structures not also are recyclable in the future, but also they will decrease the building time construction due to the fast assembly; allowing their construction with reduced budget and decreasing construction disturbances on surrounding building.

42

CORE GREENHOUSE

43

CORE GREENHOUSE TRANSFORMATION

44

CORE GREENHOUSE GROUND FLOOR ACCESSIBILITY

45

CORE GREENHOUSE

46

CORE GREENHOUSE

47

CORE GREENHOUSE

48

CORE GREENHOUSE

49

CORE GREENHOUSE

50

CORE GREENHOUSE

51

CORE GREENHOUSE

52

CORE GREENHOUSE

53

05.

CREVASSE

05.

EXISTING CONDITIONS

PROPOSAL: RIVER ROAD EXTENSION

CORE GREENHOUSE PROPOSAL

UIC - FALL 2013 MArch 3th year Faculty: Jose Oubrerie Project: Tasada Ma. Jose

The aim of the project is to reactivate River Road by extended it up to the public road creating a direct connection between Pedestrian and River City.

It’s produced 3 main focus of access to River Road: through the river, Polk St. and Harrison.

These strategic points of access will allow the connection of River Road to the infrastructure of the city and will improve pedestrian access as well.

Commercial and public activities are located on the ground floor in order to catch pedestrian to go in.

Over the ground floor and in direct connection with river city is located the hotel.

River City is composed by 2 volumes that inclose a inner collective space, “River Road”. With the same logic, the project was thought as a combination of objects which arrange different programs. As a group of building programs they inclose a new inner public

space that will connect with the collective River City Road.

Each Building is basically a closed shape defined by continues ribbons as a wall. The arrangement of bold architectural elements can tell us how we should “feel” about the place we find ourselves in. We find ourself curious in front of a surface that angles away, and intimidating when it towards us. The project plays with these different felling that the visitor could perceive.

With torqued and angled walls, the void between the buildings can be entered from either end, and visitors are invited to stroll the path between the curving bands. Along the way, the walls of the ribbons alternately fall away from or overhang the route, widening and narrowing the path below one’s feet and the slot to the sky above, although usually not at the same time.

SITE PLAN - ACCESS

57

LOBBY 4

CREVASSE

LOBBY 2

attesa

GROUND FLOOR

58

1ST. FLOOR

CREVASSE

2ND. FLOOR

59

CREVASSE

60

CREVASSE

61

01.

02.

OWN PROFESSIONAL WORKS

SUSTAINABLE HOUSE IN THE PAMPAS

62

FIRE DEPARTMENT HEADQUARTERS SF

03.

SUSTAINABLE SOCIAL HOUSING PROTOTYPE

04.

WORKSHOP SERIES 1

“RESPONSIVE SKINS”

05.

WORKSHOP SERIES 2

“MORPHOLOGY MATERIALS”

39 63

01.

SUSTAINABLE HOUSE IN THE PAMPAS

01.

SUSTAINABLE HOUSE IN THE PAMPAS

PREDOMINANT SOLAR INCIDENCE

PREVAILING WINDS CASA 120 m2

32º

32º 45º

GARDEN

N

N

N

GARDEN

780 m2 BIOCLIMATIC ZONE IIIA LATITUD 32º

GOOD ENVIRONMENT RELATIONSHIP

POOR BIOCLIMATIC FACTORS RELATIONSHIP

GOOD BIOCLIMATIC FACTORS RELATIONSHIP

POOR BIOCLIMATIC FACTORS RELATIONSHIP

GOOD ENVIRONMENT RELATIONSHIP

GOOD ENVIRONMENT RELATIONSHIP

ROSARIO, ARGENTINA NATIONAL COMPETITION 1st. PRIZE Project: Arch. Arraigada Diego Arch. Tasada Ma. Jose Arch. Pablo Gamba

The sustainable character of this proposal is based on the architectural decisions which reduce the energy required for the house to function.

The home is located in the area of the Pampas, near Rosario (province of Santa Fe).

It is a compact house on two floors (minimizing the perimeter and footprint) and appears in the landscape like an object set on the plain, a monolith silhouetted against the sky. It is placed sideways along the shortest edge of the plot, freeing the largest possible green area. As a plot is rotated ay a 45 degree angle from the north orientation, the roof is set at the optimum angle to receive plentiful solar energy, and its ridge line is rotated to align with the points of the compass.

GROUND FLOOR OPENINGS

OPENINGS IN 1ST. FLOOR

OPENING IN THE ROOF

INSULATION EN WALLS

INSULATION EN ROOF

INSULATION EN OPENINGS

The formal result is a compromise between the logic of insertion on the available plot and a roof geometry which responds to the bioclimatic characteristics of the place. Based on a primary geometry, the openings are holes in the mass and are established according to the relationship between each internal room and the landscape.

tinuity with the landscape and also becoming a wide “loggia” space.

Instead of adding the classic solar control elements, the design works with a subtraction strategy: the depths of the openings respond to their capacity to act as overhangs and vertical sunscreens to optimize the greenhouse effect according to each season. It also guarantees that sunlight and cross ventilation reach all rooms, whilst the large opening of the living room is the most dominant, establishing a visual con-

Rather than designing a house, we have thought of a design strategy where a system of specific architectural resources (footprint, orientation, position and depth of openings, roof geometry) regulate and temper the effects of environment on human comfort and reduce energy requirements, giving the project a special formal character which reveals its relationship with the universal context.

The adoption of reinforced concrete as the main material also seeks to extend the building’s lifespan, reducing maintenance requirements and allowing it to be recycled by different generations.

67

SUSTAINABLE HOUSE IN THE PAMPAS

GROUND FLOOR

FIRST FLOOR

22 1 33

4 4

55

10 10

+0.18

6 6

77 9 9 8 8

68

+/-0.00

1. Dining - Living Room 2. Kitchen 3. Service Bathroom 4. Laundry 5. Service Bedroom 6. Hall 7. Barbecue Gallery 8. Toilette 9. Office - Desk 10. Parking

ROOF PLANT

3

11 11 12 12

4

18 18

13 13

14 14

15 15 17 17

+2.85

16 16

11. Suite Bedroom 12. Bathroom 13. Bedroom 14. Family Room 15. Library

2 5

11

1. Rain water harvesting 2. Flat Sheet Roof 3. Photovoltaic panels 4. Solar collectors 5. Operable Roof Window

SUSTAINABLE HOUSE IN THE PAMPAS

AUTOMATED ROOF WINDOW

AUTOMATED ROOF WINDOW

BANDEROLE

SCREEN ALAMOS

CEILING VENTED

(BACK OPENING) GALLERY

69

02.

FIRE DEPARTMENT HEADQUARTERS SF

02.

FIRE DEPARTMENT HEADQUARTERS SF

Working Public Learning Exercising

SAN FRANCISCO, CALIFORNIA INTERNATIONAL COMPETITION Project: Arch. Tasada Ma. Jose Arch. Castagnino Delfina

Facing the San Francisco Bay, at the docks 30-32, the new Central Fire Station of the city is located. Considering the layout of the city, the building is placed on The Embarcadero and the extension of Brannan St. This particularly suitable position, uniquely linked to the main roads of the city, allows the firefighters to act quickly in case of an emergency. This location also permits the land release for the creation of a public park and a viewpoint to be used by the community.

As an inventory of the traditional coastline of the city, seven stacked volumes determined by the outline of the coastal docks shape the building. Each volume cannot stand alone as a building; it relies on its

Views Diagrams

stacked codependent relationship with each other to create a stable and coherent form. Thereby, the main formal strategy is established by the condition of these rectangular volumes stacked in balance.

Of the seven volumes composing the project, five are destined to private activities for the development of the Fire Station. These working, exercising, living and learning volumes are arranged establishing relationships between them. The vertical volume, both public and private , is destined for training and access to the learning and public volumes. The remaining one is for a San Francisco Fire Memorial Museum and a restaurant, social activities suggested to strengthen

Use of terraces Diagram

the connection of the public building with the community. The displacement of the volumes generates a series of terraces at different levels that allow outdoor activities within the building.

The premise of an irregularly shaped building, complex in its morphological configuration, and also practical, seeks to meet the needs of the Fire Station and settle in the city as a monumental icon, a reminder not only of the tragedy, but also of how the city rose from the ashes.

73

FIRE DEPARTMENT HEADQUARTERS SF

SITE

City of San Francisco

San Francisco CoastlineS

tableU

nstableS

tableS

Unstable

tableF

inal Stable Form

Cross Section

74

FIRE DEPARTMENT HEADQUARTERS SF 09

01

07 03

05

04

06

04

03

08

02 12 11

13

Ground Floor Plan

15 14

17

17 18

16

19

1st Floor Plan

25 21

25 22

23

24

11

3rd Floor Plan

29

28

28

30 12 11

30

Program Diagram

5th Floor Plan

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FIRE DEPARTMENT HEADQUARTERS SF

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FIRE DEPARTMENT HEADQUARTERS SF

77

03.

SUSTAINABLE SOCIAL HOUSING PROTOTYPE

03.

OPENINGS

SUSTAINABLE SOCIAL HOUSING PROTOTYPE

INSULATIONS

W

N

S

E

GFP Openings

W

N

S

E

FFP Openings

Window Insulation

Wall Insulation

Roof Insulation

INSTALLATIONS

LIMA, PERU Gutter

INTERNATIONAL COMPETITION 2nd. PRIZE

H.W.H HWH P.I W.T

SK

Project: Arch. Tasada Ma. Jose Arch. Castagnino Delfina

S.

KIT.SK

S.B

R.T

T

Vegetable Garden C D.

Plumbing

The Sustainable Social Housing Prototype is designed to be adapted to the different site conditions found in the territory. In order to capture the maximum amount of solar energy and to decrease the resistance against prevailing winds, the roof of the house is inclined 33ยบ and is always oriented North-South. As the orientations vary according to each site, the house can rotate over its axis looking for the best urban conditions. For this competition, several Prototypes are grouped and located on a site inhabited by humble fishing communities in the south end of Rosario.

The Prototype is thought in several steps according to the needs of its users. The final result is a compact

TLT SHR R.T

KIT.SK

S.B

SK

Gutter

TLT SHR

S.P

C D. P.A

Plumbing

Water

house in two floors that minimizes the perimeter and footprint, freeing the largest possible green area. The house also presents a strong connection with the surrounding environment through its openings. These are holes in the mass that guarantee cross ventilation and regulate sunlight.

The choice of wood modular prefabrication as the constructive system and the use of low cost sustainable materials, provides a practical and fast construction technique capable of reducing time and labor cost. Also, in order to encourage public participation and community work, foster training is proposed for the building of the houses.

Electricity

Heating

Therefore, the Sustainable Social Housing Prototype not only integrates to its immediate surroundings with the least impact, but also offers suitable solutions for the daily needs of its users.

81

SUSTAINABLE SOCIAL HOUSING PROTOTYPE

STAGES STAGE 1

TOTAL 45 m2 N

N

Single Couple Family

STAGE 2

GFP

GFP

FFP

GFP

FFP

GFP

FFP

GFP

FFP

EXTENSION 23 m2 - TOTAL 68 m2 N

Couple

FFP

N

Family GFP

FFP

Family

STAGE 3

EXTENSION 10 m2 - TOTAL 78 m2 N

N

Family GFP

FFP

Family Family

STAGE 4

EXTENSION 9 m2 - TOTAL 87 m2 N

N

Family GFP Family

82

FFP

Family

SUSTAINABLE SOCIAL HOUSING PROTOTYPE

Street Access

Screen of trees W

Screen of trees

Street Access

W

Screen of trees

N

W

Garden

W

N

N

Screen of trees S

S Street Access

E E

Garden E

N Garden

E

Garden S

Street Access

S

83

SUSTAINABLE SOCIAL HOUSING PROTOTYPE

48 PV1

14 PC1

10 PV2

4 PC3

62 PANELS

81 STANDARD PLYWOOD PANELS

7 PANELS 4 PV5 2 PANELS 10 PV2

10 PV3

PC

1P C1 P

PC 2

C1 P

C1

PC 1

1 C P 1 2 C C P P 1 C P 2 C P

1 C P

P

PC 3

2 C

10 PANELS

Ridge

PC

1

PC 1

Onduline

4

PV 3 PV

4 PV

2 PV PV

2

3 PV

PV

2

2 PV PV 1 PV V1 1P 1P V1 1 3 PV V V PV P 5 PV P V 1 3 1 P V 3 1 PV P 1 PV 1 PV V 1P V P V1 P P V1 1 V P PV 1

PV 1P V1

4

PV

3

PV

2

3

PV

PV

PV

1P

V1

V1

4 PV

PV 1

1

5P PV

V 1P

PV 2

PV PV

2 PV

V5 1P PV P V1 P

V2

P

1P V

1P

V1

V1

V1

P V1

P

PV

V1 1P

1P

V1

PV

PV

2 PV 1P V1 PV 1

V5

1P

PV

1

PV

PV

1 P

V2

84

Hot Water Heater and Solar Panels Sector

SUSTAINABLE SOCIAL HOUSING PROTOTYPE

85

04.

WORKSHOP SERIES 1: RESPONSIVE SKINS

04.

WORKSHOP SERIES 1: RESPONSIVE SKINS SANTIAGO DE CHILE, CHILE Project: Arch. Tasada Ma. Jose

In this workshop, Grasshopper was used to develop strategies of generative design for “responsive skin�.

This skins are understood as a new type of infrastructure that can be adapted to different geometric and topological configurations in connection with its environment.

The skins was developed in a specific project responding to the needs of an existing context.

conditions where these responsive-skins are projected.

In this case we made a perforated surface to cover a metro stop.

the resulting models, has a bounded control of the initial behavioral rules; are the environmental conditions which ultimately determine the resulting models.

The size of the drilling responds to the density of passengers in different sectors. The skin adapts the variables needs, allowing larger holes in the busiest areas to achieve more efficient ventilation and better lighting.

The aim was to investigate both the development of flexible geometric systems, and the process that This project sets new design condition, where allows linking dynamically these geometric systems with different types of information from the particular the designer, instead of having absolute control of 89

05.

WORKSHOP SERIES 2: MORPHOLOGY MATERIALS

05.

WORKSHOP SERIES 2: MORPHOLOGY MATERIALS

SANTIAGO DE CHILE, CHILE Project: Arch. Tasada Ma. Jose Arch. Folch Cristobal

In this workshop, Grasshopper was used as a primary tool for the parametric design of geometric components under open and generative logic, integrating digital modeling methods and methodologies constructive.

to shed shadows on a town square. The problem is solved with the repetition of a base module which generated a double-curved surface. The opaque module is which produces shadow, and the gaps between the joints allows the light to pass.

The program required the construction of an object

During the course of the sun, the plaza undergoes a

dynamic play of light and shadow.

A laser cutting machine was used for the fabrication of the prototype material, it developed based on the correlation between material, form, production processes, assembly.

93

01.

02.

OTHER PROFESSIONAL WORKS

ALOJON HOUSE

94

BICENTENNIAL LIBRARY

03.

LANDMARKS

04.

VISITOR CENTER

05.

BRICK HOUSE

95

01.

ALOJON HOUSE

01.

ALOJON HOUSE

QUITO, ECUADOR Project: Arch. Saez V. Jose Maria

A new vegetable soil rises and orders the complexity of program needs, and the organic natural ground is incorporated below.

The roofs’ cracks oriented along the slope of land east-west, guarantee the sunlight and multiply the views from interiors. Through them the house is permeable to sun, light, in some places to the rain, and also to existing trees that running through it.

The path of the water creates the shape of the house.

Rainwater is collected, filtered and accumulated in the transversal supporting beams by the grassy roof .

Under the beam-tanks are the wetlands of the house.

The support structure is both columns and drains.

Above the original nature is located another manmade nature.

I worked in this project during almost three month. I took part in the drawing and modeling of all the design steps, collaborating during the schematic design period and working actively in the design development and construction documents.

Two orders of reality that are complemented and interconnected generating mental and physical space to inhabit.

99

ALOJON HOUSE LEVEL +0.30

4

100

5

LEVEL +3.00

6

1

A

A

B

B

C

C

D

D

E

E

2

3

4

5

6

ALOJON HOUSE LEVEL +6.05

1

2

3

4

LOCATION PLANT

1 5

2

3

4

5

6

6

A A

B B

C C

D D

E E

LIND ERO

LIND ERO

101

02.

BICENTENNIAL LIBRARY

02.

BICENTENNIAL LIBRARY

ROSARIO, ARGENTINA NATIONAL COMPETITION Project: Arch. Arraigada Diego Arch. Rois Juan Manuel

The decision to create a compact building with a small footprint and height presence allows urban land release and enhance the public open space: an urban space that thanks to the dominance of the green landscape offers a new kind of civic monuments, emblematic and sensitive, collective and intimate.

the control of the access to the various sectors.

Achieving functional independence and spatial integration, direct entry to the Reading Rooms puts the user in the midpoint of the sequence space. From here to the entrance hall, looking down, it is perceived the continuity of spaces. Looking up, we see the terracing of the 2 reading rooms.

illumination needed for reading, and long-lowwindows return a flush horizon views of the city.

In this competition I participated as a project assistant working mainly in diagram, study and final models. I also was responsible for the render images.

The interior public spaces moves around the building in a continuous spiral upward, the central vertical These are cubic spaces with a calibrated scale circulation core clarifies the user orientation and allows and lighting: large skylights provide diffuse zenith 105

BICENTENNIAL LIBRARY

106

BICENTENNIAL LIBRARY

ADMINISTRATION

LEVEL 5

MEZZANINE MANAGEMENT

COMMUNICATION BETWEEN READING ROOM

READING ROOM

LEVEL 4

FUTURE MEZZANINE GROWTH OF THE COLLECTIONT

READING ROOM

LEVEL 3

FUTURE MEZZANINE GROWTH OF THE COLLECTIONT

COMMUNICATION BETWEEN HALL AND CULTURAL ACTIVITIES

LEVEL 2

CULTURAL ACTIVITIES

LEVEL 1 CARS

UTILITARIAN

STORE BAR

CONTROL

LEVEL 0

MEZZANINE CHILDREN AREA

USERS

LEVEL -1

PARKING

107

BICENTENNIAL LIBRARY

BIBLIOTECA BICENTENARIO

Futuro entrepiso para crecimiento de la coleccion

Futuro entrepiso para crecimiento de la coleccion

Futuro entrepiso para crecimiento de la coleccion

Futuro entrepiso para crecimiento de la coleccion

Futuro entrepiso para crecimiento de la coleccion

Futuro entrepiso para crecimiento de la coleccion

0.00 NIVEL 0

CORTE 1-1

108

CORTE 2-2

0.00 NIVEL 0

0.00 NIVEL 0

CORTE 3-3

CORTE 4-4

BICENTENNIAL LIBRARY

109

03.

LANDMARKS

03.

LANDMARKS NEUQUEN, ARGENTINA

NATIONAL COMPETITION MENTION Project: Arch. Arraigada Diego Arch. Rois Juan Manuel

The landmarks are actually looking machines, devices that generate wonderful scenographic frames, intensify the landscape. Its particularity volumetric characteristic is defined by the inclusion of a horizontal and vertical framework in each of them.

The landmarks are equal but different. The same object is altered and modified to the site.

It rotates, tilts, raises or peeks to find the correct position in the landscape.

The implantation’s strategy of the landmarks are based on a diagram that alters its parameters according to the particular circumstances of each place.

This competition required us to design two different

project into one. One was the design of several landmarks, all of them together made a single route.

And the other one was the design of a visitor’ center of an archeological museum.

In the first part of the competition I was an important part of the project team, getting involved in all the design decisions and working in the study drawing, models and renders.

113

LANDMARKS

ROCKY OUTCROP

ROCKY OUTCROP ACCESS LANDMARK

LANDMARK

LANDMARK LANDMARK

PARKING

PARKING WATERFALL

CANAL

POOL

LANDMARK

ACCESS PARKING

TOS ECUMÉNICOS EN E

LOCALIDAD DE LAS OVEJAS ANTEPROYECT

A

A

A

A

A

A

A A

A

A

A

114

A

LANDMARKS

115

04.

VISITOR CENTER

04.

VISITOR CENTER

NEUQUEN, ARGENTINA

NATIONAL COMPETITION MENTION Project: Arch. Arraigada Diego Arch. Rois Juan Manuel

The landmarks are actually looking machines, devices that generate wonderful scenographic frames, intensify the landscape. Its particularity volumetric characteristic is defined by the inclusion of a horizontal and vertical framework in each of them.

The landmarks are equal but different. The same object is altered and modified to the site.

It rotates, tilts, raises or peeks to find the correct position in the landscape.

The implantation’s strategy of the landmarks are based on a diagram that alters its parameters according to the particular circumstances of each place.

This competition required us to design two different

project into one. One was the design of several landmarks, all of them together made a single route.

And the other one was the design of a visitor’ center of an archeological museum.

In the first part of the competition I was an important part of the project team, getting involved in all the design decisions and working in the study drawing, models and renders.

119

VISITOR CENTER

19

19

FIRST FIRST FLOOR FLOOR 1:200 1:200 (over toilets and bar) (over toilets and bar)

20 20

12

6 5

17 16 11

14

13 1

15

4 3

2

escalera a administracion

A

7

GROUND GROUNDFLOOR FLOOR 1:100 1:100

18

A

escalera a area de guias

8

10

9

1. Access plaza

6. Craft Workshop

11. Foyer

16. Recreation and plastic arts room

2. Cold chamber

7. Toilets

12. Audiovisual projection room/Auditorium

17. Expansion recreation and plastic arts room

3. Hall

8. Kitchen

13. Geological context room

18. Engine room and deposits

4. Reception

9. Bar

14. Cultural context room

19. Administrative Offices

5. Sale and exhibition of handicrafts

10. Bar expansion

15. Republics context room

20. Staff offices and kitchenette

120

VISITOR CENTER

TRANSVERSAL TRANSVERSALSECTION SECTION A-A A-A1:100 1:100

121

05.

BRICK HOUSE

05.

BRICK HOUSE ROSARIO, ARGENTINA Project: Arch. Arraigada Diego

ODD ROWS A

T F

ODD ROWS B (displaced)

PAIRS ROWS T F T F

F T F T

F

F

V

T

F

F

V

T

F T F T

F

T

F

T

T

T

F

T

T

The urban housing project on three floors prioritizes a compact footprint which gives the greatest amount of free land.

This project works with a 45 cm monolithic wall without thermic insulation or interior or exterior waterproofing. It achieves comfort conditions required by the mass of the wall and a waterproof cement board.

The wet areas are made with the same enameled bricks and ceilings are of concrete slab in sight.

There is no surface in the house revoked or painted.

A number of studies of different types of rigs and brick drilling possibilities in relation to its structural logic determine the adoption of the English crusade rig for all the parts of the walls and facade.

With this rig, loads are transmitted on a 45 degree diagonal, giving the maximum proportion chance of perforation (35% transparent, 65% opaque). The rig -understood as a logical system - is translated into a digital modeling algorithm which recreates the laws of the system and allows the modification of external variable parameters (such as the actual dimensions of the site, the bricks and the joint between them)

for the final fit between the abstract diagram and its particular site.

There is no wall and windows, but only a minimal constructive unit that is repeated in different configurations, and regulates itself according to its need for structural stability and path length.

In this project I was an important part of the project team, getting involved in all the design and working into the study drawings and models. I was also the responsible of design the parametric skin of the building -soul of the project.

125

BRICK HOUSE

4º LEVEL

3º LEVEL

3º LEVEL

2º LEVEL

1º LEVEL

1º LEVEL

PB

GF

SECTION A-A

126

SECTION B-B

BRICK HOUSE

8

7

6

5

4

3

2

1

LEVEL 1

Tests of the bricks and ring. Model 1:1

LEVEL 2

LEVEL 3

127

BRICK HOUSE

INSTALLATION BOOK As part of the international exposition we made a installation book as a project.

Into the studio I was the responsible of this exposition.

Instead of modeling the additive elements -brick - of the project, we decided to represent the space contained by them.

The digital model was inverted and its depth scaled in a third, generating the volume of interior emptiness of the building.

This volume was undermined in a stack of 200 sheets of paper using a laser pantograph. The interior spaces were seen with the passing of the leaves of the book.

128