Rafael Trujillo Quispe Architect & Designer
Portfolio
PROJECT FOR THE BICENTENNIAL OF THE INDEPENDENCE OF PERU THE FLAG SQUARE
REMODELING OF A LANDMARK IN THE CITY
The flag square is located in Peru, department of Lima and borders 3 important districts. The square will be intervened for the celebration of the bicentennial of the independence of Peru. It is a monumental space wasted by the municipality that has a monumental, cultural and tourist character. For this reason, the restoration of the square, intervention of the avenues and the direct connection with the pre-Hispanic huaca are proposed.
Tourist attraction to generate trade and social relations.
It is a historic area located near to a Pre-Hispanic huaca.
Events such as marches and dances are currently held.
Lack of a design adapted to the needs of the place.
Lack of connection between the square and the people. There is no relationship between the huaca and the plaza. Lack of adequate vegetation and comfort in the square.
NECESITY OF USERS SOLUTIONS TO THE PROBLEM
There is a pre-Hispanic huaca adjacent to the Plaza de la Bandera, it has tourist potential. This does not have a direct access between the square due to the vehicular route.
Vehicular congestion is generated in the Pantoja Castillo jiron, San Martin Avenue and Paso de los Andes Avenue. This increased at 8 am and 6 pm.
Because the flag square is surrounded by a vehicular oval, an urban edge has been created, generating little access and interaction with the square by citizens.
The flag square has five entrances that come together in an oval. Only San Martín Avenue has a pedestrian path, the othershave a central berm.
The flag square is a point of the city that is the center of union of three important districts of Lima. The architecture does not demonstrate the importance of the square.
The flag square has a vertical solar impact and high temperatures at 12pm. The winds come from east to west and have little percentage of rainfall throughout the year.
CURRENT STATE OF THE INFRASTRUCTURE
COMFORT
COMFORT
DYNAMISM
DYNAMISM
SPACES SPACES ACCESIBLE ACCESIBLE
PROBLEMS OPPORTUNITIES
SGRENTHS
Huaca Pre- Hispanic Typical dance
Vehicular oval Av Paso de los andes
Flag square Av. San Martin
HUACA PRE-HISPANIC SQUARE FLAG AV. MARIANO H. CORNEJO AV. MARIANO H. CORNEJO AV. JOSE DE SAN MARTIN AV. TINGO MARIA AV. PASO DE LOS ANDES DISTRICT: PUEBLO LIBRE DISTRICT: CERCADO OF LIMA DISTRICT: BREÑA ANALIZE SITE ANALIZE USER 1 2 2 1 50% 25% 25% 3 3 UNWIND LEARN SOCIAL ACTIVITIES COMERCIAL ACTIVITIES CULTURAL ACTIVITIES CULTURALIZE BUYER SOCIALIZE AUDIENCE `` the flag square has the qualities to be a tourist point of union between districts. Which can be endowed with a tourist character due to its proximity to a pre-hispanic huaca and the celebration of marches and festivities.. `` LOCAL PEOPLE TOURIST INTERNATIONAL TOURIST PERUVIAN
How is a huaca perceived in Lima for the citizens
PATERNS SQUARES STRAIN
How does a huaca behave in a current city?
Like a cement block with no use or benefit to the city. This thought is due to the little diffusion of culture in Lima.
01 - GROUND
The total area of the land (18,250.00 m2) is highlighted, the accesses are analyzed and the direct relationship it has with the pre-Hispanic huaca is observed.
03 - PEDESTRIAN ROAD AND EMPTY
The pedestrian road are designed based on bioclimatic criteria and the concept. The stairs that connect with the lower floor and the huaca are generated. The area of the platforms is highlighted.
02 - EXCAVATION AND ACCESS
A direct connection is generated through the subsoil with the pre-Hispanic huaca. A lower floor is generated in the square, which houses public space, food outlets, sculptures and monuments.
04- PLATFORMS
The platforms are designed based on the concept. Intersecting volumes that generate tension between them. Green area is added and the main entrance is highlighted.
People can learn that it is a historical landmark in the city as a culture. It offers us knowledge and beauty
SINOUS FLUENCY LINES
Flag square is proposed with the virtues of the pre-Hispanic huaca and at the same time dialogue with the fluidity and sinuosity of the contemporary city.
BIOCLIMATIC CONSIDERATION
Lima is a city in constant movement. It gives us the perception of being fluid and sinuous and we see it from a skyscraper.
Lima consumes the cinder block and has no interaction with it. Ideally, they should talk to each other and get along.
AXONOMETRY
05 - DEFINITION AND BRIDGE
The bridges that connect the road malls with the raised platforms are created, suggesting the union of the old with the old. The square is designed using the concept of the pre-Hispanic huaca.
06 - PARAMETRIC COVER
The parametric coverage that enhances the concept of union between the new and the old is created. It also has the characteristic of sun protection and reinforces the center with the flag.
A platform is designed that, together with the vegetation, covers the vertical radiation at all hours of the day.
A platform is designed that, together with the vegetation, covers the vertical radiation at certain hours of the day.
Because it is a curved pedestrian mall, a protection that changes according to solar orientation is designed.
DESIGN PROCESS
CONCEPT
FLOOR VIEW 3D
FLOOR VIEW 3D
FLOOR VIEW 3D AXONOMETRY
AXONOMETRY
STRUCTURAL SYSTEM
The flag square has a structural system based on porticos. Steel is used as the main element for bridges and platforms and complex reinforcements are created to structure the different elements of the roof and bridge. The geometric coverage is anchored to the portico structure. The triangle is used as the base geometric figure due to the structural properties it possesses. Collaborative slab, columns and steel beams are used. As a high-traffic wood and porcelain tile coating.
VIEW OF AV. PASO DE LOS ANDES
CROSS SECTION OF THE BRIDGE OF AV. PASO DE LOS ANDES
EXPLODED AXONOMETRY OF THE FLAG SQUARE
LONGITUDINAL SECTION OF THE PLATFORM OF AV. PASO DE LOS ANDES
LONGITUDINAL SECTION OF THE FLAG SQUARE
MINIMALIST MODEL OF THE PLAZA DE LA BANDERA
GRAPHIC REPRESENTATION OF MAIN INCOME
GRAPHIC REPRESENTATION OF MAIN INCOME
MINIMALIST MODEL OF THE PLAZA DE LA BANDERA
VIEW OF AV. MARIANO H. CORNEJO AND AV. JOSE DE SAN MARTIN.
STRUCTURE
AND SKETCHES
Platforms are created so that users can sit and watch the marches or dances that take place in the flag square. These will be in comfort due to the incorporation of vegetation and the parametric coverage. Bridges are created to generate direct access to the plaza in the avenues with the greatest vehicular influx.
A basement is created that directly joins the Plaza de la Bandera and the pre-Hispanic huaca. It creates an exhibition area, restrooms, sales and a food court. Also a double height in the center, where the flag is raised.
YEAR)
FIRT FLOOR BASEMENT FLOOR Spaces: 1: Show room 2: Rest zone 3: Food store 4: Food court 5: S.S.H.H. 1 1 1 2 3 4 5 5 4 3 3 3 2 2 2 2
MAIN VIEW OF THE PLAZA DE LA BANDERA (SEASONS OF THE
FLAG VIEW
VIEW OF HE FLAG
INTERNAL VIEW OF THE BRIDGE PARAMETRIC
COVERAGE VIEW VIEW OF THE MAIN ENTRANCE
FLOORS AND VIEWS
INTERNAL VIEW OF THE BRIDGE
DESING PROCESS
APPLYING DESING PARAMETRIC
Delimitation of land
Structural composition
The total area of the land is highlighted (8277.30 m2) and the frontal retreat (11 ml) and the lateral retreats (4 ml) are generated. It is a space area where you can build.
An 8.25 ml grid is generated to organize the spaces and the structural mesh. It is made up of angles of 90 °, 60 ° and 30 °. The topography of the land will be taken into account when designing.
Design strategies
Fragmentation
2 entries are generated in the corners and two voids that will help us to organize the spaces. The faces that have a greater solar impact are highlighted. There is an environmental criterion in the facades.
The concept
Pedestrian circulation is generated. It is noted that it will have a maximum of three floors and the area of the main mall, where the parametric furniture will be found.
Parametric design
The concept of contour lines is applied, generating offsets and sinuous curves. The whereabouts of the taxis that will be received by an entrance and the entrance to the parking lot are highlighted.
Parametric design is applied. On the façade that has a greater solar impact, eaves are generated. A central parametric structure is generated that covers the food court to shade the environment.
CONCEPT
The project area was analyzed in order to choose an element that identifies the place, which Olivenses citizens can recognize and relate to their environment. In order to choose the correct one, the observation of the district was used both in physical aspects. A person who is on a street or avenue in the district will usually be able to see a hill in their visual range or a part of the slope. For this reason, this element was chosen since it is in the daily life of citizens. The use of the concept in the design of the project: A study of this element has been carried out in order to conceptualize it for the project. The level curves have been taken as a reference and how this can influence the shape of the project.
DESIGN PROCESS
+4 FOUR LEVEL +12.25
+4 FOUR LEVEL +12.25
Parametric coverage
MYOPORUM SP (ARBUSTO) LAGERSTROEMIA INDICAT (ARBOL DE JUPITER)
+3 THIRD LEVEL +8.25 Department store and gym
+3 THIRD LEVEL +8.25
Department store and gym
to. A study of this element has been carried out in order to conceptualize it for the project. The contour lines have been taken as a reference and how this can influence the shape of the project. At the same time, the sinuous curve of its slopes has been taken into account to be able to capture it on the roof. The movement of the slopes has been used in the parametric coverage of the façade, as well as in the parametric furnishings, which are born from the ground and generate small hills.
The Los Olivos district has a moderate climate, with fairly warm summer days and slightly cold winter nights. The seasonal differences are not very marked, around 7° and the thermal oscillation is quite low at 5°.
Design strategies: In the hours close to noon in summer, the suggested strategies are sun protection and ventilation. For this reason, horizontal parasols will be considered due to the inclination of the sun. Cross ventilation will also be generated in the environments.
The project is taken to rhinocheros then it begins to generate 2 flat roofs as a guide, to be able to generate the curved roofs by means of commands. Afterwards, surfaces began to be generated on the facades and the food court. Finally, the sinuous movement is given to the surfaces, creating a similarity with
+2 SECOND LEVEL +4.25 Store retail, department store, food court store fast food, management and green area.
+2 SECOND LEVEL +4.25
Store retail, department store, food court store fast food, management and green area.
+1 FIRST LEVEL 0.25 m
+1 FIRST LEVEL 0.25 m
Store retail, mall, department store, bank, health topic, coffe shop and green area.
Store retail, mall, department store, bank, health topic, coffe shop and green area.
-1 BASEMENT -3.75 m
-1 BASEMENT -3.75 m
Parking spaces and deposits
Parking spaces and deposits
Vista de la estructura paramétrica central Escala: Sin escala Corte 1: Estructura paramétrica Detalle 7 : Unión de modulos TECHO TECHO PASADIZO 205 PASADIZO 204 PASADIZO 204 PASADIZO 205 TECHO +8.25m TECHO Corte 2: Estructura paramétrica Escala: 1/100 DETALLE DETALLE DETALLE DETALLE DETALLE DETALLE DETALLE DETALLE DETALLE DETALLE DETALLE ESCALA: 7500 PLANO DE UBICACION: TITULO DEL PLANO: TITULO GENERAL: ASESORA DE TESIS: AUTOR: OBSERVACIONES: STRIP MALL APLICANDO UN DISEÑO PARAMETRICO EN EL DISTRITO DE LOS OLIVOS DETALLE DE COBERTURA PARAMÉTRICA Bach: Trujillo Quispe, Rafael André Elevación Avenida Alfredo Mendiola Escala: 1/200 Vista de la cobertura paramétrica Escala: Sin escala Detalle 1 : Unión de cob, viga y colum. Escala: 1/20 Detalle 2 Unión de cobertura y viga Escala: 1/20 Detalle 3 3D Unión de cobertura y techo Escala: 1/10 DETALLE DETALLE DETALLE 2 DETALLE 2 DETALLE DETALLE 6 DETALLE DETALLE 6 DETALLE DETALLE Mtra. Arqta: Rebagliatti Acuña, Carla Magaly ESCALA: ARCHIVO: PLANO: ESCALA: UNIVERSIDAD FACULTAD PLANO TITULO TITULO ASESORA AUTOR: OBSERVACIONES: STRIP COBERTURA PARAMÉTRICA Indicada Bach: Elevación Avenida Alfredo Mendiola Escala: 1/200 Vista de la cobertura paramétrica en el proyecto Detalle 1 Unión de cob, viga y colum. Escala: 1/20 Detalle 2 : Unión de cobertura y viga Escala: 1/20 Detalle 3 : 3D Unión de cobertura y techo Escala: 1/10 Detalle 4 Unión de cobertura y columna Escala: 1/20 Detalle 5 : Unión de 6 modulos en rotula Sin escala DETALLE DETALLE DETALLE DETALLE DETALLE 6 DETALLE DETALLE Mtra. Arqta: Elevación Avenida Alfredo Escala: 1/200 Detalle 1 Unión de cob, viga y colum. Escala: 1/20 Detalle 2 Unión de cobertura y viga Escala: 1/20 Detalle 3 3D Unión de Escala: 1/10 DETALLE DETALLE Elevación Avenida Alfredo Mendiola Escala: 1/200 Vista de la cobertura paramétrica en el proyecto Detalle 1 Unión de cob, viga y colum. Escala: 1/20 Detalle 2 : Unión de cobertura y viga Escala: 1/20 Detalle 3 : 3D Unión de cobertura y techo Escala: 1/10 Detalle 4 Unión de cobertura y columna Escala: 1/20 Detalle 5 : Unión de 6 modulos Sin escala DETALLE DETALLE 2 DETALLE DETALLE DETALLE 6 DETALLE DETALLE DETALLE DETALLE 6 •DETAIL 1: UNION OF COVER, BEAM AND COLUMN • DETAIL 2: UNION OF COVER AND BEAM • DETAIL 3: UNION OF COVER AND ROOF • DETAIL 4: COVERAGE AND COLUMN UNION ESCALA: 7500 PLANO DE UBICACION: TITULO DEL PLANO: TITULO GENERAL: ASESORA DE TESIS: STRIP MALL APLICANDO UN DISEÑO PARAMETRICO EN EL DISTRITO DE LOS OLIVOS DETALLE DE COBERTURA PARAMÉTRICA Bach: Trujillo Quispe, Rafael André Elevación Avenida Alfredo Mendiola Escala: 1/200 Vista de la cobertura paramétrica Escala: Sin escala Detalle 1 Unión de cob, viga y colum. Escala: 1/20 Detalle 2 Unión de cobertura y viga Escala: 1/20 Detalle 3 3D Unión de cobertura y techo Escala: 1/10 DETALLE 1 DETALLE DETALLE 1 DETALLE DETALLE DETALLE DETALLE 6 DETALLE DETALLE DETALLE DETALLE 5 DETALLE 4 DETALLE Mtra. Arqta: Rebagliatti Acuña, Carla Magaly •DETAIL 5: UNION OF 6 MODULES IN BALL JOINT • DETAIL 6: UNION OF 4 MODULES IN BALL JOINT BIOCLIMATIC CONSIDERATIONS AXONOMETRY CONSTRUCTIVE DETAIL MESH PARAMETRIC MODEL ARCHITECTONIC STRIP MALL BIOCLIMATIC CONSIDERATIONS APPLYING DESING PARAMETRIC • WIND PROTECTION Although the rainfall is scarce on the land, care is taken in how the drizzle affects the project. For example: Gutters are used on the edges of curved roofs to direct the water and not sit in unwanted places. • RAIN PROTECTION All functionality has been generated internally. For this reason it is used as a protective mass, from the winds, to the same building. This creates protection from the winds for people who buy in stores. Parametric coverage and central parametric structure have been used as sunscreens. This occurs in public spaces and on facades. In this way, the negative STRIP MALL VEGETATION AND MATERIALITY APPLYING DESING PARAMETRIC MYOPORUM SP
LAGERSTROEMIA INDICAT
LANTANA CAMARA NANA
HELIOTROPO
Escala 1:250 Altura: metro Frondosidad: 8 metro(puede crecer en macetas) Altura: 4 metro Frondosidad: 4 metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: metro Frondosidad: metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores
Altura: Variada
LANTANA CAMARA NANA
CESPED
Escala 1:250 Altura: metro Frondosidad: metro(puede crecer en macetas) Altura: metro Frondosidad: metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: metro Frondosidad: metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada CISSUS
Altura: Variada
SP
LAGERSTROEMIA INDICAT (ARBOL DE JUPITER) LANTANA
CESPED
Escala 1:250 Altura: 6 metro Frondosidad: metro(puede crecer en macetas) Altura: 4 metro Frondosidad: 4 metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: metro Frondosidad: 1 metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada CISSUS (Trepadora) Altura: Variada MYOPORUM SP (ARBUSTO) LAGERSTROEMIA INDICAT (ARBOL DE JUPITER) LANTANA CAMARA NANA (Arbusto) HELIOTROPO (Arbusto floral) CESPED NATURAL (RYE GRASS) SANTOLINA (Cubresuelo) Escala 1:250 Altura: 6 metro Frondosidad: metro(puede crecer en macetas) Altura: metro Frondosidad: metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: 1 metro Frondosidad: 1 metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada CISSUS (Trepadora) Altura: Variada MYOPORUM SP (ARBUSTO) LAGERSTROEMIA INDICAT (ARBOL DE JUPITER) LANTANA CAMARA NANA (Arbusto) HELIOTROPO (Arbusto floral) CESPED NATURAL (RYE GRASS) SANTOLINA (Cubresuelo) Escala 1:250 Altura: 6 metro Frondosidad: metro(puede crecer en macetas) Altura: metro Frondosidad: 4 metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: 1 metro Frondosidad: 1 metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada CISSUS (Trepadora) Altura: Variada Lagerstroemia H: 6 meters Concrete H: 6 meters Myoporum sp H: 4 meters Wood H: 4 meters Cissus Climbing plant Glass Climbing plant Heliotropo H: 1 meter Steel H: 1 meter Santolina H: 0.50 centimeter Porcelain H: 0.50 centimeter Rye grass H: 0.10 centimeter Green roof H: 0.10 centimeter • VEGETATION • RENDER • MATERIALITY • RENDER Altura: metro Frondosidad: 8 metro(puede crecer en macetas) Altura: metro Frondosidad: metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: 1 metro Frondosidad: 1 metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada Altura: Variada MYOPORUM SP (ARBUSTO) LAGERSTROEMIA INDICAT (ARBOL DE JUPITER) LANTANA CAMARA NANA (Arbusto) HELIOTROPO (Arbusto floral) CESPED NATURAL (RYE GRASS) SANTOLINA (Cubresuelo) Altura: metro Frondosidad: 8 metro(puede crecer en macetas) Altura: metro Frondosidad: metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: 1 metro Altura: 0.50 metros CISSUS (Trepadora) Altura: Variada MYOPORUM SP (ARBUSTO) LAGERSTROEMIA INDICAT (ARBOL DE JUPITER) LANTANA CAMARA NANA (Arbusto) HELIOTROPO (Arbusto floral) CESPED NATURAL (RYE GRASS) SANTOLINA (Cubresuelo) Escala 1:250 Altura: metro Frondosidad: 8 metro(puede crecer en macetas) Altura: metro Frondosidad: metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: 1 metro Frondosidad: 1 metro Se usa variedad de colores CISSUS (Trepadora) Altura: Variada MYOPORUM SP (ARBUSTO) LAGERSTROEMIA INDICAT (ARBOL DE JUPITER) LANTANA CAMARA NANA (Arbusto) HELIOTROPO (Arbusto floral) CESPED NATURAL (RYE GRASS) SANTOLINA (Cubresuelo) Altura: metro Frondosidad: 8 metro(puede crecer en macetas) Altura: metro Frondosidad: metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: metro Frondosidad: metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada CISSUS (Trepadora) Altura: Variada Altura: 6 metro Frondosidad: metro(puede crecer en macetas) Altura: metro Frondosidad: 4 metro Altura: 1.50 metro Frondosidad: 1.50 metro Altura: metro Frondosidad: 1 metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada Altura: Variada Concrete H: 6 meters Myoporum sp H: 4 meters Wood H: 4 meters Cissus Climbing plant Glass Climbing plant Steel H: 1 meter Santolina H: 0.50 centimeter Porcelain H: 0.50 centimeter Rye grass H: 0.10 centimeter Green roof H: 0.10 centimeter • MATERIALITY • VIEW ISOMETRIC
(ARBUSTO)
(ARBOL DE JUPITER)
(Arbusto)
(Arbusto floral) SANTOLINA (Cubresuelo)
CISSUS (Trepadora)
(Arbusto) HELIOTROPO (Arbusto floral)
NATURAL (RYE GRASS) SANTOLINA (Cubresuelo)
(Trepadora)
MYOPORUM
(ARBUSTO)
CAMARA NANA (Arbusto) HELIOTROPO (Arbusto floral)
NATURAL (RYE GRASS) SANTOLINA (Cubresuelo)
- 1/250 Material: Wood and acrylic Maquette - 1/250 Material: Wood and acrylic Vista de la cobertura paramétrica en el proyecto Escala: Sin escala Vista de la cobertura paramétrica Escala: Sin escala DETALLE DETALLE 1 DETALLE DETALLE 1 DETALLE DETALLE 2 DETALLE DETALLE DETALLE 2 DETALLE 6 DETALLE DETALLE DETALLE DETALLE 6 DETALLE DETALLE DETALLE DETALLE 4 DETALLE 4 DETALLE DETALLE DETALLE 6 CONCEPT APPLYING DESING PARAMETRIC ARCHITECTURAL PROGRAMMING APPLYING DESING PARAMETRIC
project area was analyzed to be able to choose an element that identifies the place. Which users can recognize and relate
Maquette
The
AXONOMETRY LONGITUDINAL SECTION CROSS SECTION
Parametric coverage EXPLODED
• FIRST FLOOR NPT: +0.25 Supermarket Department store Retail store Bank Gym Topic Management Food store S.S.H.H. Green area • SECOND FLOOR NPT: +4.25 • ROOF NPT: +15.80 Supermarket Department store Retail store Bank Gym Topic Management Food store S.S.H.H. Green area NPT: -3.75m NPT: +0.25m NPT: +4.25m NPT: +8.25m -3.75m +0.25m +4.25m +8.25m +15.60m +12.60m 2.95 m 4.35 m 4.00 m 4.00 m 4.00 m 19.30 m NPT: -3.75m NPT: +0.25m NPT: +4.25m NPT: +8.25m NTT: +15.60m NPT: +12.05m 19.35 m 4.00 m 4.00 m 4.00 m 3.80 m 3.55 m ESCALA: FECHA: ARCHIVO: ESCALA: 1/7500 UNIVERSIDAD RICARDO PALMA FACULTAD DE ARQUITRCTURA Y URBANISMO PLANO DE UBICACION: TITULO DEL PLANO: TITULO GENERAL: ASESOR DE TESIS: Bach. Trujillo Quispe, Rafael André Arqta. Rebagliatti Acuña, Carla Magaly STRIP MALL APLICANDO UN DISEÑO PARAMETRICO EN EL DISTRITO DE LOS OLIVOS Enero 2020 As indicated Cortes Plano: Corte 1-1 Escala 1:250 Plano: Corte 2-2 Escala 1:200 Plano: Corte 3-3 Escala 1:200 0 5 SCALE: 1:250 0 SCALE: 1:200 51015 0 SCALE: 1:200 51015 FLOOR PLANS MAIN ENTRANCE VIEW PARAMETRIC COVERAGE VIEW SECONDARY ENTRANCE VIEW VIEW OF THE ACCESS FROM THE SECOND FLOOR PARAMETRIC FURNITURE VIEW VIEW OF THE CENTRAL PARAMETRIC STRUCTURE SECTION A-A A A A A • FIRST FLOOR NPT: +0.25 • SECOND FLOOR NPT: +0.25 • LAST FLOOR NPT: +0.25 Supermarket Department store Retail store Bank Gym Topic Management Food store S.S.H.H. Green area Supermarket Department store Retail store Bank Gym Topic Management Food store S.S.H.H. Green area Section longitudinal Section cross APPLYING DESING PARAMETRIC
PROJECT FOR USERS RELATED TO THE SCHOOL OF FINE ARTS OF PERU
HOUSING FOR ARTISTS
RESTORATION UNDER THE CANONS OF CAMILLO BOITO
The project consists of the intervention of 2 buildings that are not in use: a historic house and a school. A restoration of the infrastructure of the house is carried out and the school infrastructure is fully intervened. The parameters given by Camillo Boito are followed. The ornamental elements that can still be used will be restored and the rest will be replaced with new ones. The new and old will be differentiated.
The project is located in the historic center of Lima-Peru, which is a cultural heritage.
The project is aimed at users who study or teach at the National School of Fine Arts in Lima.
The main elements that will be intervened and restored will be the viceroyalty windows and gates.
USER ANALYSIS BIOCLIMATIC ANALYSIS
This user will stay for academic periods, has few financial resources and needs a workshop to create his art.
This user will stay for long periods, has moderate financial resources, needs a workshop and privacy.
This user will continuously stay with his partner, has high economic resources and needs a workshop and
The horizontal eaves will be used to prevent the entry of vertical sunlight (According to solar study). Sun temperatures are controlled with vegetation.
Drizzle is controlled in Lima using gutters on the roofs to direct the water and not settle in unwanted places.
The building itself is used as a protective mass from the winds and windows with windbreaks. Cross ventilation is used to renew the in-
Native vegetation of the area (xerophytes) will be used since Lima is a desert and does not have much water.
01 - RESTORED
First, the house that will be restored is delimited. The painting is repaired to the initial color and the elements that can no longer be restored (window frames) are separated.
- PATIO AND VOIDS
Patios are generated where activities will be carried out and users will interact. . The concept is applied and the house is blurred to create an idea of unity.
02 - DELIMITATION
The internal area is delimited to create the housing modules and generate ventilation and lighting. A structural grid is created and adapted to the restored house.
- DEFINITION
The number of floors of the project is defined. Resulting in the restored house 2 levels and in the modern area 3 levels. In addition, the solar impact is indicated.
What characterizes the users?
CONCEPT
The concept is the fluides and freedom that we find in painting. In the variety of colors and the freedom of the strokes. This applies to the materiality and shape of the roofs.
The house that is being restored is taken as a base point. It is light blue in color and it is about blending to create the adjacent building. Both have different language but are similar in colors. On the façade we can find a set of colors to create a unit.
How
Social spaces are created for each type of user where the 3 types can be brought together through festivities or activities.
The gaps in the facades are highlighted, in such a way that a pattern is kept between the gaps in the windows of the house and the modern facade.
A model is created in the windows where we find wooden, glass parasols and a play of colors in metallic elements. The concept of colors is applied to unify the façade.
STUDENT NOVICE ARTIST NOVICE ARTIST TEACHER TEACHER
STUDENT
UNDEFINED CONSOLIDATED COMPLEXITY DESING PROCESS
Ingenious
Privacy
Economic room Medium spaces Social spaces Expensive room
room Big room One person One person Social spaces
room Two people
can you socially unite three types of users?
05 -
PATTERNS
04
06
Historic house. Undused school LANTANA CAMARA NANA (Arbusto) HELIOTROPO (Arbusto floral) CESPED NATURAL (RYE GRASS) SANTOLINA (Cubresuelo) Altura: 1.50 metro Frondosidad: 1.50 metro Altura: 1 metro Frondosidad: metro Se usa variedad de colores Altura: 0.50 metros Frondosidad: variada Se usa variedad de colores Altura: 0.10 cm Frondosidad: variada Jupiter tree H: 3-5 meters Santolina H: 0.50 centimeter Rye grass H: 0.10 centimeter
03
WINDOWS AND
- DEFINITION WINDOWS
M-2 M-2 SH M-2 M-2 M-1 M-1 M-1 M-1 M-3 M-3 M-3 M-3 HOUSING MODULES FLOOR PLANS INTERNAL VIEWS MODULO 1-STUDENT VIEW MODULO 1-STUDENT MODULO 2- ARTIST VIEW MODULO 2- ARTIST MODULO 3- TEACHER VIEW MODULO 3- TEACHER
FIRST FLOOR- RESTORED AND MODERN AREA +0.15m
SECTION SECTION FISRT STAGE FISRT STAGE FIRST FLOOR SECOND STAGE SECOND STAGE SECOND FLOOR FLOOR FLOOR FIRST FLOOR SECOND STAGE (FLOOR) FIRST STAGE (FLOOR) SECOND FLOOR
M-2
M-2
M-2 M-1 M-1 M-1 M-1 M-1
•
•
•
SH
SECOND FLOOR - RESTORED ÁREA (DUPLEX) +2.55m
M-3 M-3 M-3 M-3
M-2
M-2
• MODULO 1 : M1 • MODULO 1 : M1 • MODULO 2 : M2 • MODULO 2 : M2 • MODULO 3 : M3 • MODULO 3 : M3 • S.S.H.H.: SH SECOND FLOOR - MODERN AREA +3.35m • MODULO 1 : M1
MODULO 2 : M2
MODULO 3 : M3
S.S.H.H.:
• S.S.H.H.: SH
The window frame, the glass and the ornamental elements are analyzed. The decision is made to only restore the frame due to the deteriorated state of the glass.
A reinterpretation of the glass cloth is proposed, sectioning it and adding parasols where required.
STUDENT AREA VIEW
ARTIST AREA VIEW
ARTIST AREA VIEW
TEACHERS AREA VIEW
TEACHERS AREA VIEW
EXPLODED SECTION DRAW DRAW
INTERPRETATION OF AN ANCESTRAL ARCHITECTURE OF THE ANCIENT INHABITANTS OF PERÚ
PREHISPANIC HUACA
A GAME OF FULL AND EMPTY VOLUMES
An analysis of the pre-Hispanic huaca of the old town in Lima-Peru is carried out. The game of full and empty volumes, light and shadow, tension between volumes and different patterns was observed in this ancestral architecture. For this reason, the exercise of reinterpreting an architecture based on all the characteristics mentioned is proposed.
PARALLELEPIPED VOLUME ASSEMBLY
In a space of 27 m x 9 m, a volume is created that has paths, spaces and tension between volumes. The solar impact is taken into consideration and how it will benefit the spaces.
Two complex volumes are created on a long plot: a parallelepiped and a cube. Both have patterns in common, which is why a public space must be generated that responds to this complex union. A series of roads and squares are proposed based on the characteristics of the Pre-Hispanic huaca.
PREHISPANIC
This reinterpretation of a pre-Hispanic citadel is located in a complex topography. The volume adapts to the curves of the terrain to blend in with it. The citadel has a set of volumes that generate tension between them. A series of patterns is proposed based on trails, closed roads, full and empty volumes.
CITADEL
VOLUME
VOLUME TENSION
VOLUME TENSION VIEW
TENSION VIEW
VIEW VOLUME FLOOR PLAN
METAPHOR
POST-APOCALYPTIC FUTURE
A possible human and his vehicle are created. Having as a characteristic that they must survive in a hostile world, for this reason they have a fierce and aggressive design. They have parts made from scrap and remnants of current objects that have been repurposed into their new world.
A utopia is created where in a post-apocalyptic future there are predators and humans have adapted in clothing, vehicles and architecture in order to survive. As a starting point, a sculpture of a predator is created, for this reason different current predators were analyzed to create this new being.
A WORLD WHERE HUMANS STRUGGLE TO SURVIVE AGAINST NEW PREDATORS
The architecture in this new world must be aggressive against the new predators, for which pointed elements are proposed to serve as protection. It must also blend in with the new world, which is why it is made of metal to reflect the environment.
POST-APOCALYPTIC BUILDING VIEW POST-APOCALYPTIC PREDATOR VIEW DETAIL PREDATOR VIEW DETAIL PREDATOR VIEW DETAIL PREDATOR VIEW DETAIL PREDATOR VIEW DRAWING IN SECTIONS OF PREDATOR DRAWING IN SECTIONS OF PREDATOR DRAWING IN SECTIONS OF PREDATOR POST-APOCALYPTIC BUILDING VIEW POST-APOCALYPTIC BUILDING VIEW POST-APOCALYPTIC VEHICLE POST-APOCALYPTIC USER
SKETCH-POST-APOCALYPTIC USER
´´The most personal is the most creatrive´´ M. Scorsese