P O R T F O L I O JULIÁN CASTILLO HOLZHEU
WHY? Why do we act in determined ways?
Why do spontaneous interactions occur on a daily basis? Why is the physical environment and culture so important for design? Why do we decide to settle in one place or another? Why do we choose to adapt despite the circumstances? Why is architecture a reflection of society? Why do we express ourselves through imagination? Why are we alive? Why do we feel? Why do we dream?
Energy in the Skyline - Juliรกn Castillo
JULIĂ N CASTILLO HOLZHEU
CU R I O U S
E N E R G E T I C
A DA P TA B L E
Since I was a kid, I have been sensitive about my environment and context. Colors, textures, sounds, and space have always had an effect on me. All these properties make me question how living organisms interact with their surroundings, and why they have an impact on each other.
I am passionate about ideas, culture, nature, and experiences. Exploring unknown horizons around the world has enriched my scope of architecture and culture. It has also showed me the ability we have as human beings to think and act deliberately.
Adaptation is an evolutionary process in which an organism becomes better at living in its habitat. This process adjusts to environmental conditions by identifying and learning from specific elements. As an architect and designer, I have the ability to translate these traits into responsible and life improving solutions.
Why being curious about our surround-
How can new connections increase our
What changes are needed in humanity to
ings can change our perception?
energy level?
adapt to the challenges of the future?
Being open to experiment new things has influenced the way I see myself and the world that surrounds me; it has confirmed that I’m capable of evolving, using my knowledge and my work to contribute to a more advantageous environment.
ARCHITECTURE
MUSEUM OF GUATEMALA’S CIVIL WAR M e m o r i a l t o t h e 3 6 Ye a r s o f D i s p u t e 3rd Semester (UFM, Guatemala) Individual work (2011)
Guatemala’s history has been influenced by several critical moments. Yet one of the most controversial ones was the Civil War that took place from 1960 to 1996. It was a conflict between the Guatemalan government and various leftist armed guerrilla groups integrated mainly by ethnic indigenous people and Ladino peasants.
In order to understand the historic precedents and the different points of view from both sides, I decided to design a museum that could hold different spaces representing the fundamental moments of the conflict. The main lobby, two meters above ground level, includes a locally sourced café, a bookstore, and a space for temporary exhibitions. All other spaces in the museum are be-
low the ground to create a feeling of uncertainty and mystery, and to resemble the mass graves that exist throughout the country. The light, the textures, and the altered proportions play as variants to intensify feelings among the spaces. A continuous descending ramp connecting the galleries will guide those who are willing to discover a critical moment in Guatemala’s history...
HOW? How can we translate feelings, moments in history and ideas into the physical space to enhance the architectural experience?
During this time, many events occurred that perpetuated hate and anger between different social groups. Innocent civilians all over the country suffered from kidnappings, murders, and extortions. In 1996, the president of Guatemala and the guerrilla representatives finally signed the peace accords, putting an end to the 36 year old war.
Scenes from Guatemala's Civil War Photos By: Jean-Marie Simon
l Mode Cut r e s La
Parking Area
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Second Gallery: Between Two Armies This large space that mirrors metallic triangular shapes in both ceiling and floor, mimics the feeling of being immersed between two large forces that are similar—both fighting for a common end but both leading to opposite directions. Together they form a prismatic path that constantly changes with drastic shades and lights.
25
Section A-A'
30 m
First Gallery: The Attack
Third Gallery: Victim Memorial
This space with inclined walls contains violent images of the civil war, giving the user a sense of being targeted by armed individuals. The intermittent concrete segments reveal the uncertainty that Guatemalans had during the conflict: not knowing when or where others could attack.
Triangular glass prisms come down enlightened from the sky with pictures from the victims of the conflict. Each one has a story to tell; a light of their own. This gallery includes a cinema space where personal stories are told. The overall space gives time to contemplate and learn from the experiences of others.
Fourth Gallery: Conflict Resolution Comforting water sounds echo in the 7m-height space, surrounded by light beams coming from skylights above. The space emanates peace and serenity, inviting the user to open his eyes to this new phase. It provides a moment to breathe, calm down, and remember that after all, we are all humans and we need to understand our differences to start building together.
TROPICAL BREEZE
Apartment Building in San José Harbour, Escuintla, Guatemala 4th Semester (UFM, Guatemala) Individual work (2011)
Puerto San José, Guatemala
Considering the humid and hot climate of Puerto San José, the building stands as an integral solution for climate comfort. Its curved form imitates the natural canal on its front and gives the entire building a functional rhythm.
South Facade
West Facade
North Facade
East Facade
Each apartment has a spaceful balcony with a garden and a wooden deck. This space can be integrated to the apartment thanks to the sliding glass doors that also welcome the breeze coming from the canal. The building takes advantage of its cantilevers since they drastically reduce extreme solar radiation, they are also efficient in the winter solstice which is the most critical time of the year. The central chimney serves as a cooling system in the building. The low pressure generated by the wind roof pulls air due to the negative pressure, generating constant cross ventilation. This element also serves as a special place to have the main stairs surrounded by a vertical garden that also helps as a heat insulator.
View from Deck
Apartment
Main Stairs
View from Street
Wind Roof Solar Panels Photovoltaic Glass Low Pressure
Panoramic Elevator
Mesh
Garden
Horizontal Solar Protection
Vertical Garden
0
5
10
15 m
Roof Plan
SKY LIFE
Mixed-use 77-Story Skyscraper 9th Semester (UFM, Guatemala) Individual work (2014)
Sky life, a 77-story building creates a mix of its own. In the first floor a huge plaza opens to the street. Here, restaurants and commerce merge with the public space, creating an interesting scenario were all kinds of people can interact. From level 3 to 49 there are 2 modules of offices, connected by a sky lobby with recreative ammenities. The next 25 floors are dedicated to residential units, also with their own space for entertainment. In the 77th floor, a lookout restaurant takes the best view of the city.
WHAT? What are the technologies and mechanisms employed in high-rise buildings?
Mo de l
Sky Life in Guatemala City
Cu t
Mixed-use zones benefit cities by providing residential, commercial and cultural areas. People can be part of an ecosystem of opportunities and community. By providing a friendly infrastructure that connects people to their daily activities, we are able to reduce the amount of cars on the street.
La se r
Guatemala City is rapidly growing and evolving, yet the city’s existing infrastructure lacks scope and vision. Daily commuters have long distances to travel and public transportation options are few. Highways are falling apart and plagued with cars. For a city spread throughout 700 km², the metropolitan area feels totally disconnected.
Lookout Restaurant Mechanical Floor
Apartments
Sky Lobby (Apts) Mechanical Floor
Office Module 2
Sky Lobby (Offices) Mechanical Floor Office Module 1 Aerial Restricted Area (white)
Lobby (Apts) Lobby (Offices)
Site is Outside Restricted Area General Distribution Diagram
Even though plenty of buildings exist in Guatemala, the highest was built in 1999 and it only reaches 101.3 m, with 31 floors. This is due to zoning restrictions that include use of land and air traffic regulations. In this case, a part of zone 11 doesn’t have this limitations and it’s possible to create a skyscraper with mixed-use activities. The selected site is close to restaurants, commercial centers, convenience stores, museums, hotels, and other types of projects that will be beneficial for the development of the project. Diagrams
Location
Location: Zone 11, Guatemala, Guatemala
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Lookout Restaurant (77th floor) 9
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A stick-build system glass curtain wall that provides views and also maintains thermal performance covers the facade.
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Apartments (52nd-75th Floor) 9
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Offices Module 1 (3rd - 24th Floor)
Elevator Distribution Diagram
ELECTRIC STAIRS
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VISITORS AND EMPLOYEES
EMPLOYEES RETAIL OFFICES OFFICES OWNERS OWNERS APARTMENTS
30 m
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SERVICE
RETAIL OFFICES APARTMENTS
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APARTMENT OWNERS EXPRESS LOOKOUT RESTAURANT EXPRESS OFFICE VISITORS MODULE 2 APARTMENT VISITORS EXPRESS APARTMENT VISITORS EXPRESS OFFICE OWNERS 2ND MODULE OFFICE OWNERS 1ST MODULE LOCAL SUPPORT VISITORS AND EMPLOYEES
UNDERGROUND PARKING GARAGE
VISITS
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MAIN LOBBY (4-LEVEL HEIGHT) APARTMENT LOBBY OFFICE LOBBY
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OFFICES (22 STORIES)
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OFFICES (22 STORIES)
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BAR
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SKY LOBBY MECHANICAL FLOOR
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SKY LOBBY MECHANICAL FLOOR
75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3
DN
APARTAMENTS (23 STORIES)
MECHANICAL FLOOR 76
The braced tube structure is conformed by a series of perimeter tubes designed to carry the gravity loads of the building and resist the lateral loads upon it. Also, the lateral bracing provides stiffness to the building and resists movement from wind and other loads. The X-type bracing transmits the load over multiple floors along the external face of the building, making it a very convenient solution in seismic areas.
9
LOOKOUT RESTAURANT 77
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OPHTHALMOLOGY CENTER
Medical Hospital for the National Unity of Ophthalmology 10th Semester, Graduation Project (UFM, Guatemala) Individual work (2014)
I started observing and analyzing the situation of the center, understanding all of the processes and different specialties within it. I gathered information from different types of users and understood their role in the building. The relationship between every single element involved in the process was crucial for a comprehensive design proposal.
9A AVE 7A AVE
Site Panorama N
Apart from lack of space, the current building does not provide a pleasant experience for the final user. There are outdoor waiting rooms, outdated technologies, and the design does not provide an efficient workflow for both doctors and patients. Also, non-patients lack comfortable waiting areas while they hold for their loved ones.
CALZAD A SAN JUA
The National Ophthalmological Center (Unidad Nacional de Oftalmología) in Guatemala City needed a proposal to remodel their current building. Their lack of space, forced them to build provisional infrastructure in adjacent spaces to cover the excessive demand for their services that surged in recent years.
HOSPITAL ROOSEVELT
8 CALLE
CANCEROLOGÍA
CALZADA ROOSEVELT
6A Avenida
INCAP
HOSPITAL ROOSEVELT
4 CALLE
5 AVENIDA
AV
EN IDA M
AR
ISC
AL
Location: 8a. Calle 5-64 zona 11, Colonia El Progreso, Guatemala
4 AVENIDA
1 CALLE
3 CALLE
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A ENID
2 CALLE
Site
7 CALLE
8 CALLE
4 AVENIDA
3 AV 3 AVENIDA
DIRECCIÓN: 8a. Calle 5-64 zona 11, Colonia El Progreso
PROYECTO: CENTRO OFTALMOLÓ PLANTA LOCALIZACIÓN
Vertical Circulation
(Doctors and Surgery Patients)
Main Waiting Room
NOTAS:
Operating Rooms
FEBRERO 2016
Vertical Circulation
Vertical Circulation (General)
Current Installations
Administration and Teaching Area
Relationship Diagram
Medical Clinics
WHO? Who are the ones being served?
Underground Parking Garage 1 Underground Parking Garage 2
Pediatrics Ramps
Current Waiting Room
General Distribution Diagram for the New Proposal
ESC. 1:3,000
B Concrete Folded Plate
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TECHNICAL DIAGNOSTICS
4.09m x 4.06m
3.63m x 5.81m
2.7m x 5.95m
4.52m x 5.75m
2.7m x 5.95m
2.7m x 6m
3.47
FUTURE CONNECTION TO EXISTING HOSPITAL BUILDING 3.85m x 4.06m
2.7m x 6m
OPERATING ROOM
REFRACTION
5.23m x 5.71m
7.51m x 5.92m
ARCHIVE
1
3.26m x 7.66m
SPECIAL PROCEDURES
WAITING ROOM
7.63m x 5.98m
ACCESS LOBBY
CLINIC ENTRANCE
8.5
ACCESS LOBBY
ADMISSION AND REGISTRATION
Bidirectional Concrete Slab
DROP ROOM 8.80m x 6m
DRESS.
Doctor's Lockers ROOM
135 SEATS
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DRESS. ROOM
GENERAL 8.79m x 6.36m
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PEDIATRICS RESTROOM RESTROOM
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RETINA 8.79m x 6m
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CAR BASEMENT EXIT ACCESS LOBBY
UP
CLINIC ENTRANCE
WAREHOUSE MAINTENANCE
LOBBY CAR BASEMENT ACCESS
Concrete Columns
DN
GLAUCOMA
LAUN DRY
8.35m x 10.39m
2.3m x 2.5m
8.5
MEN'S RESTROOM
TRAUMA
CAFETERIA
6m x 6.31m
7.92m x 8.85m
WOMEN'S RESTROOM
PHARMACY
OPTICS
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4.57m x 8.85m
SEGMENT 7.5m x 8.40m
4
SECURITY S
57 people
4.17
SERVICE AREA
MAIN ENTRANCE
TRASH WAREHOUSE MAINTENANCE
5
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Concrete Foundations
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SERVICE CORRIDOR
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DECK
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ROOSEVELT HOSPITAL ACCESS ST.
Floor Plan 1 C
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STUDY ROOM
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PRESENTATION ROOM
3
2 4.10m x 6.08m
1 WASHING AREA
53 PERSONS
LIBRARY
2.41
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8.6m x 9.45m
OFFICE
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N O
LAB
AUDITORIUM
7.2m x 3m
Sketches VISTA AÉREA
DOCTOR'S ENTRANCE
MEETING ROOM 6.22m x 4.27m
Doctor's Lockers
DRESS. ROOM
30 m
3.47
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15
OPERATING ROOMS
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10
DOCTOR'S CORRIDOR
Structure Diagram
0
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DN
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WHEELCHAIRS
5.54m x 5.5m
MEN'S BATHROOM
3
3.64m x 5.96m
MAINTE NANCE
6.05m x 5.5m
NURSES ROOM
6.54m x 3.32m
6.05m x 2.65m
WOMEN'S BATHROOM
4
CAMBIADORES DOCTORS LOUNGE
WAITING ROOM
4.17
OFFICE 4.15m x 4.9m
5.5m x 4.9m
OFFICE 4.08m x 4.9m
MEETING ROOM
OFFICE 3.14m x 7.19m
SERVICE ENTRANCE
SEPTIC PROCEDURES
13m x 7.22m
LOUN DRY
8.5
ESTERILIZATION AND EQUIPMENT
LOBBY OPERATING ROOMS
WORKING AREA
A'
7 SURGICAL SUPPLIES
3.15m x 4.88m
KITCHEN
ADMINISTRATION LOBBY
8.5
RECOVERY
DN
A
NUERSES STATION
DATA CENTER
WASHING AREA
RESTROOM RESTROOM
DN
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WASTE
5
Floor Plan 2
B'
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15
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25
30 m
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SECCIÓN TRANSVERSAL B-B
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30 m
PROYECTO: CENTRO O SECCIONES NOTAS:
ESC. 1
FEBRER
Main Entrance
Waiting Room
TORRE CAPRESE
Cooking Ecosystem, Guatemala City Solares y Lara Arquitectos (Guatemala) Work Placement (2015-2016)
Personal Contributions One of the major problems of Guatemala is the insecurity caused by lack of community. Most buildings themselves hide behind imposing walls, disconnecting the building from the street and the outside world. Furthermore, people in common apartment buildings don’t know each other, because they don’t have a mutual place to share experiences and interests. In questioning these complex problems, we landed on a particular interest that brings people together: the kitchen.
Sketch
Torre Caprese is a 12-story building located in a mixed-use zone in Guatemala City. The building offers a unique and special proposal: not only does it have a friendly exterior, but it also provides all of the necessities for a cooking community to thrive. The amenities include a cafĂŠ open to the neighborhood, communal kitchens for events or cooking classes, a vegetable garden, a lounge, a gym, a sauna, a business center, and an area dedicated to kids.
Caprese Salad Inspiration
This was the first project I did with the firm. I was involved from beginning to end with the design team. I contributed to the development of the entire concept, providing first drafts and fresh ideas. I worked with different kinds of engineers to accommodate all the design parameters we established. Also, I personally dealt with the client in order to satisfy his needs and convince him about this new idea for apartments in Guatemala. The entire project was an exciting adventure, which will begin construction mid 2017.
Main Entrance
Maid's Room 3.98 X 1.79
Living Room 4.45 x 4.45
Dining Room 3.45 x 4.45
Bathroom Bicycle Parking
Bathroom
Kitchen 3.70 x 4.60
Laundry Room 2.53 X 2.61
UP
Garden 4.20 x 13.41
Laundry Room 2.04 X 4.16
Level 1 +1.20m
LOBBY Level 1 +1.20m
Bedroom 2 4.28 X 3.60
UP
Balcony 1.81 x 3.00
Exterior Lobby
S
GYM
Bedroom 3 3.70 X 4.86
APT. E Restroom
Security
Bathroom
Bathroom
PEND. 9%
NIVEL 1 +2.50m
Storage Room
Bedroom 2 3.70 X 4.86
Level 2 +5.75m
Balcony 1.46 x 4.09
Street
Admin.
-0.15m
Bathroom
VIENE DE NIVEL 2
NICHO
VIENE DE SOTANO 1
NICHO
NICHO
9%
Bathroom
NICHO
B.C.
Hall 1.51 X 3.53
9%
Master Bedroom 5.00 X 4.41
Dressing Room
Living Room 4.73 x 4.78
Restroom
S
Walk-in Closet
Terrace 3.84 x 6.26
Kitchen 5.56 x 3.93 LINOS
Storage
Restroom
Linen
Sidewalk 0.0m Storage Room
Hall 6.38 X 1.49
Apt. D1
Bathroom
Dining Room 5.20 x 3.60
Maids Room 2.03 X 3.45
CAFÉ Restroom
DW
Sauna
DW
DN
UP
UP
Master Bedroom 5.00 X 4.41
Walking Closet Walk-in Closet
Garden 4.20 x 13.41
Slope 6.2 %
Bedroom 2 4.28 X 3.60
Linen
Apt. D2
Living Room 4.45 x 4.45
Dining Room 3.45 x 4.45
Bathroom
Underground Parking Entrance 0.00m
Slope 6.2 %
Hall 2.49 X 2.18
Kitchen 3.70 x 4.60
Lounge
Storage
S.S VISITAS
Kid's Room
Underground Parking Exit 0.00m
Laundry Room 2.25 X 2.61
Maid's Room 3.70 X 1.78
Terrace
Recycling
DW
Gas Installations
Plastic Glass
Floor Plan 1
Metal
Paper
Floor Plan 2
Apartment's Interior
Apartment's Terrace
Communal Kitchen Room
Vegetable Rooftop Garden
Communal Kitchen
CERRO DE LA CRUZ PARK Proposal for a Park in Antigua Guatemala Solares y Lara Arquitectos (Guatemala) Work Placement (2015-2016)
4
3 1b
2
5 5
1a
Development Phases
Due to historical conflicts and insecurity, Guatemala lacks parks and common areas. This has prompted even more delinquency and problems in society. As designers, it is our task to conduct new behaviors through the creations of our imagination. Antigua Guatemala is one of the most visited cities in the country. For the same reason, it should provide the right infrastructure for its users.
The current Mayor of Antigua Guatemala, is interested in investing in public areas and spaces. The design objective was to create an environment where all kind of activities could be performed. The project uses “Cerro de la Cruz” as the designated site—a hill that overlooks the city with a cross sitting at the top as its main attraction. We used its outstanding traits to generate a proposal that is friendly with people and nature.
Personal Contributions The team sought to develop this park as friendly and comfortable as possible. We suggested various types of activities, as well as places where people could just sit and admire their surroundings. We made all drawings and also designed the trails according to the topography of the place.
WHERE? Where can people interact with others, have contact with nature, and enjoy a moment of solitude?
Cerro de la Cruz, Antigua Guatemala
Food Kiosks
Outdoor Theatre
Greenhouse
Outdoor Gym
Kids Play Area
Skate Park
Volleyball Courts
Sculpture in Art Plaza
Picnic Areas
View of Antigua Guatemala from Cerro de la Cruz
Natural Vegetation
Park Master Plan
LAKE HOSTEL
Sustainable Living Units in Lake Atitlรกn Solares y Lara Arquitectos (Guatemala) Work Placement (2015-2016)
We finally got the green light for a long awaited project at the firm: high quality, affordable living units for travelers, locals, or whoever wants to be part of an eco-friendly adventure in Atitlรกn, one of the most beautiful lakes in Guatemala. Inspired by local architecture, we analyzed different ways to build the most effective and comfortable house unit possible.
We started to analyze which materials could resist in the long term and could be easy to transport. Like a Lego, the parts that conform the unit need to be effectively installed in a short amount of time. We wanted to create independent units, so we proposed solar panels to generate energy, and rainwater tanks to serve as water supply. Low maintenance was a key design constraint affecting the materials chosen, as shown in the next page.
Personal Contributions As a team, we developed several design proposals to find the best solutions in terms of cost and location requirements. We worked with engineers of different disciplines to develop the most efficient housing technology. All drawings, diagrams, and renders make up part of the work I contributed to this project.
WHEN? When are we going to create sustainable housing?
View of House 1 Prototype in Lago de Atitlรกn Context 1.44
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Rainwater Tank Structural steel tube 2"*4" Thickness 2.5 mm
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Secondary beams Structural steel tube 4"*4" chapa 16
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Structural steel tube 4"*6" Thickness 2mm
Rainwater tank
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Columns Structural steel tubes 4"*6" Thickness 2mm
Plycem Deck
Main beams Structural steel tube 4"*6" Thickness 2mm
Plycem Floor
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Secondary beams Structural steel tube 4"*6" thickness 2mm
Floor Plan Module A
Floor Plan Module B
Cross Section
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UP
Floor Plan Module AB
Floor Plan Module ABA
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View of House 1 Prototype
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View of Prototype 2 House in Context of Lago de Atitlan
Roofing Solar Panel
Solar Water Heater
15° Angle Roof Prefab Foam Panels for Insulation 15° Angle Roof Prefab Foam Panels for Insulation 2° Angle Roof Prefab Foam Panels for Insulation Rainwater Tank
Enclosure Glass or Wall Depending on Location Inner Walls Gypsum Board or Similar External Walls Durock or Plycem External Walls Durock or Plycem Glass or Mdf Stacking Doors Bamboo Screen
Floor Internal Floor Plycem or Similar External Floor and Stairs Deck Plycem or Wood
Structure Roof: Structural Steel Tubes Floor: Structural Steel Tubes Concrete Foundations
Diagram of House 2 Prototype
DIGITAL FABRICATION
HER
TENSION
3rd Semester (UFM, Guatemala) Individual work (2011)
4th Semester (UFM, Guatemala) Individual work (2011)
Human Sculpture
Membrane Prototyping
This prototype questions the ability of fabrics to perform in different situtations. This 1.2m x 1.2m structure has two acrylic perforated screens on two of its sides on which fishing lines can be tied up and create shapes with the fabrics by tension. These lines can easily be changed to test new forms and overlaps. The idea behind this project was to experiment by trial and error. Laser Cut Model
This piece was modeled after a female body. The entire mass was contoured digitally in both x and y-axis to create a set of pieces designed to fit perfectly with one another. I took into consideration the thickness of the selected material: cardboard.
The intention of this 1.5 m height sculpture was to test this “waffled� method of construction and show that it can be useful in the fabrication of any curved surface such as site topographies.
WHICH? By which means are we creating the future?
Digital technologies let us experiment with the design and fabrication of complex forms. This was almost impossible to imagine before. This is a huge step for creative fields and opens vast possibilities for architects, engineers, and designers to generate new solutions to complex problems.
Tools like 3D printers, laser cutters, and other CNC machines are changing the way we design and build.
SONA TABLE
ZOID CHAIR
Ishto Design (Guatemala) Individual Work (2014)
Ishto Design (Guatemala) Individual Work (2014)
CNC Wood Milling
The Pansona table, Sona for short, is named after the Spanish word for big belly. The table’s belly is formed by a sequence of CNC cut plywood pieces assembled to generate a smooth curvature.
CNC Wood Milling
The hole created in the top can accommodate objects, but can also be covered with glass to work as a flat table. The assembly process was easy because no glue, nails, or screws were required.
The Zoid chair is inspired in a trapezoid, a shape that maintains at least two parallel lines but has dynamic angles. The chair is designed to fit human proportions and maintain its functionality. It is made up of one plywood sheet of 1.22 m x 2.44 m with 3/4” thickness; one sheet makes two chairs.
Cut Sheets
The figure was cut with a CNC cutting machine. The seat is attached by perforations on each of the side structures. However, these only take up half of the part’s width, hiding the perforations and giving it elegancy. The assembly of this chair requires a minimum amount of glue, only enough to secure the points of connection. Cut Sheet
MATERIAL BIAS One-week workshop 5th Semester (UFM, Guatemala) Group Work (2012) Arch. Mathew Trimble (MIT)
Grasshopper Diagram
Understanding
how
materials
serve to inform and regulate deCut Sheets
sign was one of the main goals of this workshop. Along with a group of students, we built an installation for the Architecture School’s student lounge in order to create a different space for leisure and relaxation. As a team, we worked together
Laser Models
in the conceptualization, design, fabrication,
and
construction
of this multi-curved permeable structural surface to experiment and rethink strategies of materi-
Spatial Diagrams
1:1 Scale Prototype
al use, by using algorithmic tools and reducing material waste.
Process of Construction
Structural Column
Final Piece
The Team
TRI DOOR
BEE PANEL
Ishto Design (Guatemala) Group Work (2014)
Ishto Design (Guatemala) Independent Work (2014)
CNC Wood Milling
CNC Pvc Milling
The main goal was to create a unique, contemporary door for a house in Antigua, Guatemala. Certain amount of transparency was required, so we designed a triangular pattern that could be perforated in specific points to reinforce this concept.
A hexagon pattern was modified at various points to generate a dynamic complex surface. This piece was cut in a 1.22 m x 2.44 m PVC sheet with 1/4� thickness. The design of these type of screens create a 3D illusion, giving architecture and design a new perception.
PHOTOGRAPHY
MAXXI Museum / Zaha Hadid Architects
Museu Blau / Herzog & The Meuron Flatiron Building / Daniel Burnham Kogod Courtyard - Smithsonian Institution / Norman Foster
Science Museum Principe Felipe / Santiago Calatrava Mercat Encants / b720 Fermin Vazquez Arquitectos East Building, National Gallery of Art / I.M. Pei
National Museum of the American Indian / GBQC Architects, Johnpaul Jones Solomon R. Guggenheim Museum / Frank Lloyd Wright Munich Olympic Stadium / Frei Otto and Gunther BehnischArchitects
Serpentine Pavilion / BIG Architects MIT Chapel / Eero Saarinen Superkilen / Topotek 1 + BIG Architects + Superflex
Kubuswoningen / Piet Blom Untitled (Styrofoam Cups) / Tara Donovan Gran Teatro Nacional / EfraĂn Recinos
Acatenango Volcano, Guatemala Magdalena Lagoon, Guatemala
Pacific Ocean, Guatemala Torres del Paine Park, Chile
AND NOW on to the next adventure.
1st Place Winner Photography Contest UDD, Santiago, Chile 2012 Desierto de Atacama, Chile