PORT FOLIO JJML
“Architecture is about the understanding of the world and turning it into a more meaningful and humane place.� - Juhani Pallasmaa-
Portfolio
Javier Jair Montemayor Leos
Architectural Portfolio jj_2@live.com.mx (044) 811 908 1869 Monterrey, N.L. 2016
03
JJML
about me The present portfolio shows some of the works I have done in the past four years during my architecture studies. It can be noticed how I try to draw inspiration not just from the discipline itself, but also from culture, movies, music, and art in general. I think architecture it’s not just the creation of a refuge or generic space for protection. It has to do with our desires, emotions, dreams, and memories. We need architecture that helps us relate to the world, to the past, present, and future generations, and to the unpredictability this represents.
04
JAVIER JAIR MONTEMAYOR LEOS
PERSONAL INFORMATION
EDUCATION 2014 2011- Present 2008-2011
Aalto University Master Exchange Program Architecture ITESM Campus Monterrey High School: Prepa Tec Valle Alto Honorific mention of excellence
2005-2008
Alliance Française Monterrey Top of the class
WORKSHOPS Fall 2012
Project Design I: Residential housing Arq. Raul Badía
Spring 2013
Project Design II: Collective housing Arq. Juan Carlos Lopez
Fall 2013
Project Design III: Recreative buildings Arq. Rodrigo Lobeira
Spring 2014
Project Design IV: Community buildings Arq. Carlos Zazueta
Fall 2014
Project Design V: Mixed use complexes Arq. Pirjo Sanaksenaho (Aalto University)
Spring 2015
Construction project II: Catedra TTQ Arq. Adriana Diaz Marchetti
Fall 2015
Project Design VI: Renovation project Arq. Carlos Estrada
EXPERIENCE Mar - July 2014 Jun - July 2014 Aug - Dec 2015
Arquidromo: 2D plans and models Corcuera Arquitectos: 2D plans and renders Garza Camisay: Revit projects
ACTIVITIES Aug 2011-2012 Jan - May 2013 Aug - Dec 2013 Aug - Dec 2013 Aug - Dec 2014 Jan - May 2015 Jan - May 2015 September 2015
Architecture student based in Mexico, with interest in architecture design, social housing, writing, art, and community making.
Graphic design of Catedra Andres Marcelo Sada Math teacher of elementary school Academic advice SEA: geometry Tutor of middle school students Building and urban studios in collaboration with Yale students in Aalto University Translator of Catedra Luis Barragan Revit MEP special course Parametric pavilion workshop
Javier Jair Montemayor Leos 10/07/1993 Monterrey, Mexico (044) 811 908 1869 jj_2@live.com.mx
LANGUAGES Spanish English TOEFL 640 French DELF B2 Italian German SOFTWARE Autocad Revit Revit MEP 3D Max Vray Lumion Rhinoceros Photoshop Illustrator Indesign Office ABILITIES Teamwork Constancy in performance Work under pressure Research Hand drawing, scale models
INTERESTS COMPETITIONS Aug 2013 May 2015 Dec 2015
Social housing: Instituto de Arquitectos de NL NYC Sky Condo: AWR Competitions Evolo Skyscraper Competition
Community service Travel Cinema Books Food Art
INDEX
01 02 03
06
CAZA HOUSE DESIGN PAGE 16
06
GUGGENHEIM PAGE 34
04 05 AMDNL RENOVATION PAGE 20
HOUSING
SUMMER HOUSE PAGE 12
RENOVATION
DOCTOR HOUSE PAGE 08
HOUSES
JJML
COLLECTIVE HOUSING PAGE 26
10 11 PLAZA 701 PAGE 56
07 08 09
MACROPLAZA PAGE 40
NY CONDO PAGE 46
THE HUB PAGE 52
EXTRA: ARTWORKS
PUBLIC BUILDING
CULTURAL
MEP & URBANISM
Portfolio
NARINKKA SQ PAGE 60
12 13 ARTWORK 01-2 PAGE 62
07
JJML
01
DOCTOR
Exterior perspective
HOUSE Location: Monterrey, N.L. Critique: Raul BadĂa The long site gave some clues on how to solve the design of the house. The priority was to give a sense of openness without sacrificing the privacy of the users. To achieve this, the main volume was placed at one end of the plot, leaving open space at both sides to ventilate the public areas, giving them a more direct contact with the exterior. With this placement, the ground floor results in a fluid and open space; in the upper level, the main volume retains its shape, but now a second volume is added to protect the approach of the residents to the entry. To connect them, a bridge was created: it is closed to the street but open to courtyard on the other side. Actually, the tree on this courtyard had to be respected, which resulted on two terraces admiring the old entity, leaving space for the branches to grow.
Kalach|Casa Palmira|1995
RO&AD Arch|Moses Bridge|2011
08
Lars von Tiers|Nympho|2013
IĂąarritu|The Revenant|2015
Ruin Lust at Tate Britain 2014
Portfolio 7
6
5
4
3
2
1 Site plan | Diagrams
4 2
1
3
The client of the house is a doctor so an independent office was required (1). The main house (2) is connected to the guest house (3) by a long bridge in between (4).
Isometric view | Front elevation
1
2
3
4
5
6
09
JJML
Scale models
Stairs and light
1
2
3
5
4
Terraces
6
A B
www.autodesk.com/revit
B Consultant Address Address Phone Fax e-mail
B
C
www.autodesk.com/revit
Consultant Consultant Address Address Address Address Phone Phone Fax Fax e-mail e-mail
D
Consultant Consultant Address Address Address Address Phone Phone Fax Fax e-mail e-mail
E
1
2
3
4
Consultant Consultant Address Address Address Address Phone Phone Fax Fax e-mail e-mail
6
Consultant Consultant Address Address Address Address Phone Phone Fax Fax e-mail e-mail
33.00 11.00
8.00
5.00
9.00
A
Consultant Address Address Phone Fax e-mail
A 2.20
S
A
B
C
D
E
E
D
C
B
A
B
C
8.20
2.00
B
C
Level 3
No.
Level 3 6.00
Description
Date
2.00
6.00
D 2.00
D
Level 2
S
No.
Description
Date
Level 2
3.00
3.00
E
E
Level 1
Level 1
0.00
0.00
www.autodesk.com/revit
Consultant Address Address Phone Fax e-mail
1
2
3
4
6
Owner
Consultant Address Address Phone Fax e-mail
Project Name Owner
Consultant Address Address Phone Fax e-mail
Unnamed Project Name
Consultant Address Project number Address Phone Fax Date e-mail
Project Number
Unnamed
Fax Date e-mail
Drawn by Checked by Scale
A102
Author Checker 1 : 50
A101
1 : 50
Scale
No.
Description
Date
Upper floor plan Ground floor plan Site plan
10 Owner Project Name
13/07/2015 12:52:42 p. m. 09/06/2015 02:03:52 p. m.
Issue Date
Author Project Number Checker Issue Date
Drawn by Consultant Address Project number Address PhoneChecked by
Portfolio
5
4
6
1
2
3
A B
www.autodesk.com/revit
B Consultant Address Address Phone Fax e-mail
C
Consultant Address Address Phone Fax e-mail
D
Consultant Address Address Phone Fax e-mail
E
Consultant Address Address Phone Fax e-mail Consultant Address Address Phone Fax e-mail
Social area
E
D
C
B
B
A
A
Level 3 6.00
1
2
B
No.
C
D
Description
3
E
Level 3
Date
6.00
4
5
6
Level 2
Level 2
3.00
3.00
Level 1
Level 1 0.00
0.00
Owner
Tran. section Lateral facade Long. section
Project Name Unnamed Project Number
Project number
Issue Date
Date
Author
Drawn by
5
4
3
Checked by
Checker
2
A102 Scale
1 : 50
1 20/02/2016 01:27:18 p. m.
6
Level 3 6.00
Level 2 3.00
Level 1 0.00
11
Piyasirisorost|Sunset of Rice Terrace Vietnam
JJML
02
Siza|Leca Swimming Pools|1966 Cézanne|Mount Sainte Victoire|1887
SUMMER HOUSE Cézanne|Mount Sainte Victoire|1887
Location: Santiago, N.L. Independent work
It all began with a sloping site outside the city, located in the foothills of Sierra Madre Oriental. The concept consisted in the creation of terraces, so that the views to the Sierra Madre were the main attraction. In fact, the slope was a key factor to maintain the concept throughout the project. Every single space, including the promenade that traverses a variety of gardens and vegetable patches, is open to receive the landscape on the opposite side. Besides, due to the mandatory simplicity requested by the client, the entirety of the summer house was concentrated in a single rectangular volume. However, the design made the most of such basic volume, by using its roof like an accessible terrace and making its inferior part a protected area of cohabitation.
Siza|Leca Swimming Pools|1966
Le Corbusier|Ville Savoye|1931
12
Stevenson|Mary Poppins’ promenade|1964
Monet|Nenúfares|1899
Portfolio Terrace creation respecting views
Terrace House Covered grill
Location: south of Monterrey
Promenade around gardens, connecting pool, terrace, and tennis court
Bridges and platforms connect the people with the landscape and higher entities
13
JJML
0
1
5
2
Longitudinal section 5 1 2
0
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
0
1
2
5
Lateral facade
1
B
5
2
COMEDOR
SALA
14 0
1
2
5 PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
0
S
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Floor plan
Portfolio
Palo blanco Calycophyllum multiflorum Chapote amarillo Sargentia greggii
Encino roble Quercus stellata Dodonea Dodonaea viscosa
Arbusto cenizo Leucophyllum frutescens
Olmo Ulmus
Arbusto cenizo Leucophyllum frutescens Mandarina Citrus reticulata
15
JJML
ille usier|V Le Corb l|1920
Savoie
orb
C Le on
ais
er|M
usi 952
ul|1
Jao
03
CAZA ICONIC HOUSE DESIGN Location: Monterrey, N.L. Team: Anette Sanchez, Omar Garza The first word that came to our mind when thinking about a house for the future was flexibility. We think flexibility and adaptability in the future are features that will be highly valued. That’s why we first came up with a grid that had versatility and gave us the chance of making different configurations and arrangements. Using the model we propose, families will be able to decide if their house has additional rooms or more social space. The second strategy consisted on the alignment of all the services to the sides in order to free the social space in the middle, leaving a universal space were the people could just be. The third decision was the use of platforms, maintaining our concept of grow: there can be from 2 to 4 platforms to make room for the required space. The fourth and final strategy had to do with a central void between the previously mentioned platforms, which connects all the members of the family diagonally. Promoting this relationships was also a strong belief we had: a house were everyone was present.
60
|16
ow
ind
tw irl a gg
n You
es| Ma
16
Perspective from backyard
The
M
| aes
e eav
57
|16
per
op sdr
Portfolio
C
B
A
E
D
C
10.99
D
E
A
B
3.00
2.99
2.50
2.50
2.99
3.00
1.00
1.00
1.00
1
2.50
2.50
2.50
2
2.50
2.50
2.50
3
4 3.00
5
S
5
2.50
2.50
B
4
15.00
15.00
5
E 3.00
3
4 3.00
2.50
2
3
6
6
2.50
2.50
6
7
7
1.00
1.00
7
8
8
Ground floor
2.50
1
1 2
S
D
C 10.99
10.99 2.50
3.00
2.50
Adaptable platforms
2.50
2.99
Central void
2.50
B
Column free space
1.00
A
Services to the sides
Second & third floor
15.00
Grid in compact vol
8
Green roof
The central void aims to relate all the life in the interior of the house. It also gives a sense of amplitude through the entrance of light.
17
JJML
NSL 1.50
7.50 NPT N4
NPT N3 7.50
1.50
1.50
6.00
4.50 NPT N2
3.00
3.00
Longitudinal section
NPT N1 0.00
18
Portfolio
NSL
3.00
7.50
4.50
4.50
7.50
NPT N3
Transversal section
NPT N1 0.00
19
JJML
Ell
James Turrell|Centennial Pav|2012
Efren Ordoñez|Del Monterrey Antiguo|1983
04
ig
Cra
t
mi
d|S
o wo
8
95
e|1
us
o hH
Jason Decaires Taylor|Ocean Atlas
OFICIO|15 de Mayo|2015
Joachim Wtewael|Kitchen Scene|1605
AMDNL RENOVATION Location: Monterrey, N.L. Critique: Carlos Estrada, Eduardo Cadaval Holland|Secret Garden|1993
The building of the Mexican Association for Diabetes in Monterrey (AMDNL) was a house originally, however it has suffered various modifications through the years in order to accommodate the program the association needs. Currently, AMDNL needs more space for doctors’ offices and administration. Taking advantage of the imminent intervention, the renovation consisted on the recuperation of the old house and its original essence. The offices would act as the bedrooms or private spaces, and the social areas would be the living room and the kitchen; this last space was carefully placed due to its vital role in the institution: people need to learn how to eat. The building was divided in two volumes, a functional one and the other much more open. The skylight proposed also helps establish a definition of the original house and the new additions. The feeling of home is achieved with the relationships the social areas offer, as well as the connection to the outer garden and the sky.
20
Flemin
g|Wiza
z|1939
005
soli|2
s|Glo
r Ro Sigu
rd of O
Barragán|Fuente de los Amantes|1968
New multi-use space
Subtraction of roof
Facade recuperation
Current state House
Old/new definition
Private/public clarity
Order trhough axis
Current status
Addition of circulation
Portfolio
INTENTIONS
VOLUMETRICS
Street view & site analysis showing connections
ISOMETRIC VIEW
Windows to the sky
Original facade recuperation
New multipurpose space
Creation of protected extension of kitchen
New garden and access to upper floor
21
JJML
FLOOR PLANS 2
3
1.28 m
3.78 m
0.80 m
1.05 m
3.84 m
0.21 m
2.76 m
1.28 m
Alameda
1 | AR-07
2 | AR-07
1 | AR-07
2
0.10 m
13.72 m SIMBOLOGIA
1.28 m
A
3.78 m
0.80 m 1.05 m
1 | AR-07
Medidas de áreas
Recepción Consultorio 7 Farmacia/ monitoreo
A
A Pórtico Farmacia
D1
4.73 2.27 m m
Entrada
Sala de estar
-0.05 0.35 m m
Monitoreo
2.02 m
Baño
1.33 m
D
1.33 m2.27 m 2.02 m
Consultorio 1 E
21.87 m
E
D
Cocina comedor
4 | AR-08
21.87 m
C
C E
1
7
2.76 m
A Consultorio 8 B
C
Baño
B
El contratiusta rectificará en el lugar de la obra, antes de ejecutar, las dimensiones indicadas en ese plano Todos los acabados señalados en este plano deberán ejecutarse de acuerdo a las especificaciones correspondientes
4.05mm
NPT Nivel de piso terminado 3.95 NSL Nivel superior de losa BGN Banco General de Nivel
D
B C E Multiusos
Baño Dirección
3.95 m 4.05 m
4 | AR-08
D
Ubicación Sala juntas
E Multiusos
Dirección B
Consultorio 2
Archivo
SalaCall center juntas
F
6.40 m
F
6.40 m
6.40 m
0.35 m
Profesor titular
Consultorio 3
5 | AR-08
Archivo
Autor Call center Javier Jair Montemayor Leos 1175489
F
5.12 m
F
Consultorio 4
5.12 m
Arq. Carlos Estrada BZubía Administracion Operación
F
Consultorio 6
5.12 m
5.12 m 5 | AR-08
Administracion Operación Plantas arquitectonicas Planta baja
5 | AR-08
S
Escala 1 : 75 0.0
0.5
1.0
G
1| Planta alta
m 2.0
G
G
Ground floor plan
Longitudinal section
22
G
Upper floor plan
1| Planta alta
5.12 m
AR-04
G Consultorio 5
2
1.28 m
A
Las cotas son a paño o eje, según se indique Consultorio 8 Este plano deberá verificarse con los correspondientes de Almaceninstalaciones y estructurales
34 | AR-08
2.02 m
D
21.87 m
2.27 m
S
Baño
174 m2 187 m2 361 m2
6
2
1.28 m
2.76 m
No se tomaran coras a escala de este plano
D1
B
3 | AR-08
Area PA Area total
1
7
Consultorio 7 ESPECIFICACIONES GENERALES Acotaciones B en metros Niveles en metros
3 | AR-08
C
B
34.00 m2 17.60 m2 7.00 m2 31.20 m2 10.30 m2 13.80 m2 6.50 m2 6.50 m2 13.80 m2 10.14 m2 3.00 m2
AlmacenArea PB
B
6.40 m1.33 m
Servicios
4.73 m
0.35 m
Baños Cocina/ comedor Consultorio 1 Consultorio 2 Consultorio 3 Consultorio 4 Consultorio 5 Consultorio 6 Desechos
4.05 m
4.05 m
Consultorio 1: Odontología Consultorio 2: Endocrinología Consultorio 3: Podología Consultorio 4: Nutriología Consultorio 5: Nutriología Consultorio 6: Oftalmología Consultorio 7: Podología Consultorio 8: Psicología
0.20 m 4.73 m
Cajón de emergencia 3x6m
6
Proyectos integradores I Agosto - Diciembre 2015 3 4 5
BGN 0.00 m
1
5
4.73 2.27 m m
Modesto Arreola
4
Reforma y ampliación de 13.72 m edificio sede Asociación Mexicana0.80 de Diabetes en N.L. 3.78 m m 1.05 m
4.73 m
1
7
2.27 m m 3.35
6
21.87 m
5'
3.35 m
5 13.72 m
6.40 m
4
21.87 m
3
2 | AR-07
2
2 | AR-07
1
Portfolio
Reforma y ampliación de edificio sede Asociación Mexicana de Diabetes en N.L.
Estructura metalica propuesta en cubierta de cristal
STRUCTURE
Recuperación del pórtico original con estructura metálica
Proyectos integradores I Agosto - Diciembre 2015
SIMBOLOGIA Estructura existente original Estructura existente ampliación Estructura metálica propuesta
TRANSVERSAL SECTION
Estructura metálica propuesta
Estructura existente de ampliaciones posteriores ESPECIFICACIONES GENERALES Acotaciones en metros Niveles en metros No se tomaran coras a escala de este plano Las cotas son a paño o eje, según se indique Este plano deberá verificarse con los correspondientes de instalaciones y estructurales El contratiusta rectificará en el lugar de la obra, antes de ejecutar, las dimensiones indicadas en ese plano Todos los acabados señalados en este plano deberán ejecutarse de acuerdo a las especificaciones correspondientes
Existing structure made of reincorced concrete NPT Nivel de Piso Terminado NSL Nivel Superior de Losa BGN Banco General de Nivel
Se utilizaron perfiles PTR marca AHMSA, de distintas medidas
Ubicación
Estructura extistente del edificio
New proposed structure made of steel elements Profesor titular
Arq. Carlos Estrada Zubía Autor
Javier Jair Montemayor Leos 1175489
Cubo de elevador con columnas IPR
ES-02 Isometría estructural
Estructura metálica propuesta
1 | Isometría estructural
Escala 1 : 50
0
0.5
1
The homely atmosphere is achieved by the familiar social areas connected to the new garden
Se utilizaron perfiles W (IPR) marca AHMSA, de distintas medidas
23
JJML Old / new walls Original walls Wall subtraction Wall addition
Reforma y ampliación de edificio sede Asociación Mexicana de Diabetes en N.L. Proyectos integradores I Agosto - Diciembre 2015
SIMBOLOGIA Edificio original Ampliación actual Intervención adición Intervención sustracción
Casa original Ampliaciones actuales Propuesta de diseño
ESPECIFICACIONES GENERALES Acotaciones en metros Niveles en metros No se tomaran coras a escala de este plano Las cotas son a paño o eje, según se indique Este plano deberá verificarse con los correspondientes de instalaciones y estructurales El contratiusta rectificará en el lugar de la obra, antes de ejecutar, las dimensiones indicadas en ese plano Todos los acabados señalados en este plano deberán ejecutarse de acuerdo a las especificaciones correspondientes
1| Antes y después: PB
NPT Nivel de piso terminado NSL Nivel superior de losa BGN Banco General de Nivel
2| Antes y después: PA
Ubicación
Profesor titular Arq. Carlos Estrada Zubía Autor Javier Jair Montemayor Leos 1175489
5| Áreas: PB Reforma y ampliación de Reforma y ampliación de edificio sede Asociación edificio sede Asociación Mexicana de Diabetes en N.L. Mexicana de Diabetes en N.L.
3| Remodelación: PB
Proyectos integradores I Agosto - Diciembre 2015
Proyectos integradores I Agosto - Diciembre 2015
SIMBOLOGIA
SIMBOLOGIA
4| Remodelación: PA
Edificio original Ampliación actual Intervención adición Intervención sustracción
Casa original Ampliaciones actuales Propuesta de diseño
Edificio original Ampliación actual Intervención adición Intervención sustracción
Area social Farmacia Consultorios Servicios
6| Áreas: PA Area social Oficinas Consultorios Servicios
AR-02
Programa antes y después Ampliaciones y areas
Como se Escala indica 0.0
0.5
1.0
Casa original Ampliaciones actuales Propuesta de diseño
ESPECIFICACIONES GENERALES
ESPECIFICACIONES GENERALES
Acotaciones en metros Acotaciones en metros Niveles en metros Niveles en metros No se tomaran coras a escala de este plano No se tomaran coras a escala de este plano Las cotas son a paño o eje, según se indique Las cotas son a paño o eje, según se indique Este plano deberá verificarse con los correspondientes de Este plano deberá verificarse con los correspondientes de instalaciones y estructurales instalaciones y estructurales El contratiusta rectificará en el lugar de la obra, antes de El contratiusta rectificará en el lugar de la obra, antes de ejecutar, las dimensiones indicadas en ese plano ejecutar, las dimensiones indicadas en ese plano Todos los acabados señalados en este plano deberán Todos los acabados señalados en este plano deberán ejecutarse de acuerdo a las especificaciones ejecutarse de acuerdo a las especificaciones correspondientes correspondientes
PB
B
NPT Nivel de piso terminado NSL Nivel superior de losa BGN Banco General de Nivel
2| Antes y después: P2A| Antes y después: PA
NPT Nivel de piso terminado NSL Nivel superior de losa BGN Banco General de Nivel
Ubicación
Ubicación
Profesor titular
Profesor titular
Arq. Carlos Estrada Zubía
Arq. Carlos Estrada Zubía
Autor
Autor
Javier Jair Montemayor LeosJavier Jair Montemayor Leos 1175489 1175489
5| Áreas: PB Area social Farmacia Consultorios Servicios
4| Remodelación: PA 4| Remodelación: PA
5| Áreas: PB Area social Farmacia Consultorios Servicios
6| Áreas: PA
6| Áreas: PA
Area social Oficinas Consultorios Servicios
Additions
Area social Oficinas Consultorios Servicios
Original house
AR-02
AR-02
Programa antes y después Programa antes y después Ampliaciones y areas Ampliaciones y areas
Como se Escala indica 0.0
0.5
1.0
m 2.0
Como se Escala indica 0.0
0.5
1.0
m 2.0
First modification Proposed addition
Program Social areas Medical areas Offices
24
Circulation
Interior views and scale models
m 2.0
Portfolio
Views to the main skylight dividing the old&new house
2
1
2
1
25
JJML
Le Corbusier|Unité d’habitation|1952
Yaidel. Father son football. 2009.
05
Shames|Bronxy Boys JJP Oud|Rehenhauser|1927
Davis Humanai|Eleuterio Mejia|2015
COLLECTIVE HOUSING
Salgado|Latin A|2002
Location: Monterrey, N.L. Critique: Juan Carlos López Team: Viridiana Negrete
26
Burton|Big Fish|2003
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
The aim of the project was to create affordable houses for the students and young families living in the south of the city. Given its versatile location, along a fluent avenue, near the biggest university in the state, diverse possibilities had to be given. During the first stage of the exercise, four different types of row houses were created. In the second stage, the same model of house was used, but they were superimposed or placed one in top of the other (like a common duplex), alternating circulation cubes for accessibility. The third and final stage consisted on the creation of a single and continuous low-rise block, respecting the initial design. Finally, the master plan of the neighborhood had to change with each stage, in order to explore the potential the block had.
De Vito|Matilda|1996
Rotation Cuts
Blocks
2 3
1
Portfolio
EVOLUTION
Master plan
7
1
3
2
4
5
7 8 10
1 Entry 2 Kitchen 3 Dining 4 Living 5 Bathroom 6 Laundry 7 Bedroom 8 Patio 9 Terrace 10 Stair
9
7
7
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
8
8
10
10
9 9 4
4
3
4 3
2 8
6 7
5
3
2
1 8
1
6 7
5
2 8
1
6 7
5
Front elevation
27
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
JJML
TCUDORP LANOITACUDE KSEDOTUA NA YB DECUDORP
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
TCUDORP LANOITACUDE KSEDOTUA NA YB DECUDORP
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Longitudinal sections and facades PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Upper floor- type 1
Upper floor- type 2
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
28
S
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Ground floor
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
1-level house
B
B
Portfolio
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Back facades
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
29
Squares Direction
Blocks
2 3
1
JJML
Master plan
1 2 3 4
STAGE 2
2 2
3 4
3
1 2
4 2
1
30
Elderly house House for 4 House for 6 Circulation
Superposition concept
Basically, the main idea was to put one house over the other, having a more dense neighborhood. In order to achieve this, circulation cubes were insterted between the residences.
Portfolio
S
S
S
S
Ground floor
B
B
S
S
S
First floor
S
B
B
S
S
S
B
Second floor
S
B
B
B
Third floor Main facade 0
2
4
8
31
JJML
STAGE 3
Diagrams
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Breaks Direction
Blocks
2 3
1
Master plan
Exterior perspective
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
32
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
First floor- apartments
Second floor- apartments
Portfolio
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
The next stage was about creating a continous low-rising block of housing, maintainging the essence of the previous designs.
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Facades and sections
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
33
Personal|Finish landscape and city| 2014
JJML
Aalto|Jyväskylä University| 1923
06 Dirk Verwoerd|MIMOA Expo |92
GUGGENHEIM MUSEUM
Aalto|Säynätsalo |1952
Location: Helsinki, Finland Critique: Pirjo Senaksenaho
Aalto|Otaniemi campus|1969
Museums nowadays don’t just mean knowledge and reverence towards art, but a more socially interactive space where people can learn about each other. In this case, the museum’s character is greatly dictated by its monumentality, making it easier for people to identify it. By rendering it as an identifiable city point, the intention is to bring people with different backgrounds together. The design creates a connection between the park with the sea, without forgetting about the city and the harbor. In such way, people can easily flow through the building and appreciate the city in different ways. Noisy quiet becomes present since the beginning: its monumentality might appear distracting but as one gets closer its quietness and adaptation to the context are more evident. Currently, it is necessary for museums to provide unique experiences- it isn’t a luxury to afford. Through the use of fragmentation and sequences, people will get immersed in the museum without forgetting the world outside.
34
LOCATION
Anonymus|Finish landscape| 2000
Portfolio Extrusion
Subtraction
Direction
Fluidity
Site and context
Centrality
Slope
Intentions
Direction to Uspenski
Connection to park
Plaza for Palace Hotel
Visual to White Cathedral
Link with art street
Promenade
Connection
Public zones Mezzanine Exhibition area Horizontal circulation Vertical circulation
35
JJML
36
Basically the project consists of one base and three volumetric masses. To give the feeling of monumentality, they are almost completely closed. They have, however, extensive facades of glass overlooking Helsinki’s harbor and the sea.
Site plan Section in platform
Portfolio
Transversal section
37
JJML The ground floor hosts important public areas, including the entrance, café, auditorium, and a library. The next level is an extension of the first, acting as a mezzanine, which includes workshops, classrooms, and a restaurant. The second level is the most important one, because the exhibition area is entirely located there, making it more readable and digestible. The most interesting element is the sequence between open and close; the promenade starts inside a solid volume, then it transitions into the crystal corridor with views toward the park and see, then again into solidity, and so on. The ends of the exhibitions at the extremes provide a return to the public areas on the first floor, creating a loop in which people can easily transition.
3° Floor
2° Floor
1° Floor
Ground floor Front facade
38
Portfolio
39
JJML
Rob Minkoff|Stuart Little|1999
07
Above view of Monterrey City at night
MACROPLAZA Edward Hopper|Morning sun|1927
HIGH-RISE BUILDINGS Location: Monterrey, N.L. Critique: Carlos Zazueta
Two separate plots were given: one small and the other one large. The program was huge: hotel, apartments, a community center, and social housing. Because of the difficult plot situation (between two sites were there could be potential skyscrapers), the first building was divided into three rectangular elements. The elements formed a triangle that would assure a decent separation form the neighbors, leaving a void at the center. This arrangement would assure the ventilation and exposure to the exterior, which was necessary due to the nature of the building. The mentioned individual elements, which corresponded to the different functions in the program, were connected through the circulation nucleus on each edge of the triangle. The lack of exterior spaces was compensated with subtractions in some levels of the buildings, to then provide green spaces to the users. The building in the smaller plot, began from a practical 6x6 grid, in order to bring some order to the irregularity of the site. The main concern was to provide with enough ventilation and views to the users, so instead of doing a long building along the site, it was also divided into three elements, connected with the circulation module as well. This time, social terraces outside such module would promote the social relationships in the building, as well as the gardens in the middle levels.
40
Enoc Perez|Marina Towers Chicago|2011
Anonym|Monterrey Mountains
Edward Hopper.|Sketches|1927
Correa|Kanchanjunga Tower|1983 Charles Correa
Community garden
Formal restaurant SPA
Observation deck
9 10 11 12 13
Front facade
Street plaza
Hotel lobby
8 14
Portfolio
Site
41
JJML
1 2
3
1 2
4 A
5
B
C
D
A
B
C
D
6
3 S
S
Apartments
Apartments
Open space
4 5 GYM
6 1.50
7
16.00
S
B
S
Public Space
Doctor
Community center
Atrium
Entrance Hotel
0.00
Community patio
Community center Lobby
16.00
S
S S
S
Doctor
8
1.50
16.00 1.50
9 GYM
10
Open space
11
Services
Services
S
S
12
8 9 10
Ground floor
11
Community center
13 14
1
1
12
A
B
B
C
D
D
Bar
Bar
C
S S
Apartments
4 5
5 6
6
6 Spa
24.00
Spa
24.00
7
7
Apartments
4
4
7
C
3
Apartments
5
5 6
B
B
S S
Apartments
4
A
A
3
14
7
C
3
3
2
2 A
13
1
1
2
2
24.00 24.00
24.00 24.00
24.00 24.00
S S
S S
8
8
24.00
Lobby hotel
8
8
24.00
9
9
Lobby hotel
Information
Information
24.00 24.00
9
9
10
10 11
10
10
11
11
Offices
12
Services
Offices
11
Services Services
S
12
S
12
Hotel lobby
42
Apartments
13
13 14
14
Services
S
S
12
13
13 14
14
Portfolio
Isometric view
1.
2.
2.
3.
3. 4.
4.
A.
Lateral facade
Front facade
1.
A.
B.
B.
C.
C.
D.
D.
E.
E.
F.
F.
G.
H. G.
H.
43
JJML
4 DEP
MEDIOS NIVELES
1 DEP
3 DEP 2 DEP
Community terrace
A.
B.
C.
D.
E.
F.
G.
H.
1. S
S
Library
2. Grafitti Wall 0.20
0.20
3.
CAFE
Ground floor
4.
44
A.
B.
C.
D.
E.
F.
G.
H.
A.
B.
C.
D.
E.
F.
G.
H.
Portfolio
1. S
S
Art
14.00
Library Exhibition
2.
12.00
Art
3.
Art
Library and workshops
4.
A.
B.
C.
D.
E.
F.
G.
H.
1. S S S
2.
Social terrace
Social terrace
20.00
22.00
3.
Apartment floor
4.
A.
B.
C.
D.
E.
F.
G.
H.
1. S
2.
B
Social terrace
Social terrace
40.00
42.00
3.
4.
Apartments and terraces
45
JJML
08
Rudolph|Yale architecture school| 1963
Breton|The song in the lark| 1915
NYC CONDO COMPETITION Location: New York, US Team: Ale Ferreyro, Viridiana Negrete
We didn’t want an invasive building, that’s why our proposal extended the sidewalk for the pedestrians; this gave more social space for the community, engaging the people to come inside the plaza and begin to explore the cultural and recreational experiences offered by the building. The context played a big role in the formal language, we proposed a convencional steel structure to blend the form with the ones of the existing buildings around. After deciding the structure we wanted to continue with a non-invasive form, we didn’t want the people coming from the High Line to feel overwhelmed by our building, that’s why we opted to stagger it. Following the structure, we decided to place the apartments most apart from the direct solar exposure; on the other hand the farm was located in the area directly exposed to the sun.
46
Hopper|American Gothic|1937
LOCATION
SITE
Imaan Hamaan in Vogue|2015
Portfolio 11
10
9
12 Glazed skin and
structural frames
11 Circulation 8
10 Level 1 lab 7 apartments
9 Level 1 lab 7 apartments
7
8 Level 2 lab 8 apartments
7 Level 1 lab 9 apartments
6
6 Level 1 lab 10 apartments
5 Level 5
2 labs 9 apartments
4 Level
Extrusion
Offset
Grid
Farm space
Fan
Frames
Lighten
2 labs 9 apartments
3 Level 4
2 labs 9 apartments
2 Level Art galleries Classrooms
3
1 Level Local green market
0 Level
HL connection
Public space Art park
2
1
0
Green house Vertical farm Community garden Apartments Personal garden Labs Water tank Art gallery Commercial
36 m2
18 m2
Services Circulation 36 m2
24 m2
47
Life cycle of the building
JJML
48
1. The water, coming from the Hudson river, is treated and collected in a tank.
4. The waste of the animals on the fifth floor also serves as fertilizer.
7. The users take care of the farm and community garden.
2. The water is distributed to the fish tank and irrigates the plants through a piping system.
5. The animals and fishes are used as products in the local market.
8. The garden produces fresh air for the whole complex.
6. The plants produce food for the neighborhs and market.
9. The waste form the apartements is used as biowaste to produce energy.
3. The fishes in the tank produce waste that acts as fertilizer for the plants.
10. The whole building is supported by the activity of tourism and life coming from the High Line.
Portfolio
1 2
3
3
6
5
4
1. Apartments
2. Community garden
3. Circulation
4
4. Labs
5. Vertical farm
6. core
Some harvests
Top floor/ greenhouse with fragrant plants
The central nucleus is the main attraction of the building: visitors will go up following the steps next to the core that distributes the elements that give life to the whole building. They will be able to see how it functions.
49
JJML
VIEW FROM THE HIGH LINE SECTION THROUGH GARDENS
Green house
with fragarant plants
Vertical farm grains
Vertical farm
fruits and vegetables
Vertical farm
chickens and bees
Labs
take care of crops
Water tank
serving the whole building
Art gallery
exhibition of local art
50
Mezzanine Public promenade
Portfolio
51
JJML
09
THE HUB Skyscraper competition
Located in Chicago’s loop
Location: Chicago, US Team: Roger Almaguer, Hugo Ozuna Chicago saw the origins of the skyscraper. The city has been hosting different iconic skyscraper for years, it has witnessed the rise of different theories and architects that let their legacy on their buildings as Mies Van der Rohe and SOM. Now, we pretend to give a continuation to the skyscraper evolution, predicting the new path such typology would follow. Moving away from unrealistic designs of towers that can levitate from the ground or walk like something out of a science fiction movie, our proposal is about connection. Contemplating the free urban space between buildings, the street represents a great opportunity to bring everyone closer. The Hub tower pretends to be the next step on skyscraper’s evolution; it takes key characteristics from previous buildings that were catalysts in their present time. This hybrid center will bring together different program uses and promote the integration of its users.
52
Two separate plots
Divided by the subway
Creation of hub in between
EVOLUTION
Portfolio
Actual context
Volumes according to neighboors
Integration of curtain wall
Volume repetition, creating terraces
Filling the void in between
Social hub to connect people
USES & PROGRAM
Circulation cores & lobbies
The hub in between
Complete program
53
JJML
SECTION
Art school
Auditorium
Sky lobby
Daycare
Promenade
Gallery
Theater
Learning commons
Lobbies
54
Portfolio
INSPIRATION
Le Baron Jenney's conception
C. Atwood's free facade
Mies' elegance and skin
SOM's tubular structure system
SOM's modular system
55
JJML
10 PLAZA 401 MEP DESIGN
View from the restaurant terraces
Location: Monterrey, N.L. Team: JosÊ Varela, Annette Sanchez, Melissa Toussaint The mixed used complex didn’t involve a complex design process whatsoever. Instead, the main objective of the exercise was to fully develop the MEP installations for the building, so a regular and simple U configuration was used. The lower levels were destined for commercial uses and the tower for offices, both of them connected through a green roof. After defining the service areas that would give the installations an easy flow, the structure was designed: reinforced concrete was used for the columns, and steel girder as well as joists. The next stage consisted on the HVAC proposal: offices required variable cooling meanwhile commerce needed a constant cooling system. The final stage had to do with the hydrosanitary system, and the last one was the electric/illumination design for the public spaces of the complex.
Green roof
56 Lightning fixtures in receptions
HVAC showing in office building
CATEDRA CATEDRA ITESM ITESM - TTQ - TTQ Enero Enero - Mayo - Mayo 20152015 .LP
A
AB
LP.
LP.
2.00°
11.30 m 11.30 m 4.50 m 2.00°
B
C
C
4.50 m 10.00 m 10.00 m
D
D
10.00 m 10.00 m
E
E
F
10.00 m 10.00 m
F
G
G
20.00 m 20.00 m
H
H
I
10.00 m 10.00 m
J
I
J
18.27 m 18.27 m
K
9.99 m
K
9.99 m
LP L
L
7.11 m
SIMBOLOGIA SIMBOLOGIA
7.11 m
*B.G.N. *B.G.N. Banco General Banco General de Nivelde Nivel *O.P. *N.P.T. *N.P.T. Nivel Piso Nivel Terminado Piso Terminado *M. *N.S.A. *N.S.A. Nivel Superior Nivel Superior Azotea Azotea *ELE. *s *N.A. *N.A. Nivel deNivel Acceso de Acceso *S1 *S1Estacionamiento Estacionamiento Sotano 1Sotano *b 1 *S2 *S2Estacionamiento Estacionamiento Sotano 2Sotano 2 *E *EElectricoElectrico / Voz / Datos / Voz / Datos *H *HHidrosanitario Hidrosanitario / Incendio / Incendio *H.V. *H.V. Hueco de Hueco Ventilacion de Ventilacion *S.H. *S.H. Shoot deShoot Basura de Basura *B. *B.BodegasBodegas *C. *C.Comercios Comercios *OF. *OF. OficinasOficinas
11.05°
19.15 m
19.15 m
11.05°
111.18 m 111.18 m
Entrada S1Entrada SalidaS1 S1 Salida S1
9.10 m 10.00 m
192
201
201
191
191
200
200
190
190
199
199
189
189
198
198
188
188
197
197
187
187
3
10.00 m
H.V.
164 163
164
165
166 165
166
150
150
b
b
149
149
ELE
ELE
148
148
s
s
147
147
146
146
145
145
144
144
130
130
143
143
129
129
142
142
128
128
118
118
117
117
102
102
84
84
70
70
101
101
83
83
69
69
B. 18
B. 18
100
100
82
82
68
68
99
99
81
81
67
67
98
98
97
97
80
80
66
66
79
79
65
65
132
132
116
116
131
131
115
115
114
114
96
96
113
113
95
95
112
112
94
94
B.11
B.11
B. 12
B. 12 17 B.
B. 17
B. 10
B. 10
B. 13
B. 13 16
B. 16
B. 9
B. 9
B.14
B. B.14 15
B. 15
B. 8
B. 8
NPT -4.35 NPT -4.35 s
78
78
64
64
63
63
62
62
61
61
B. 6
B. 6
B. 5
B. 5
170
170
159
159
141
141
127
127
111
111
93
93
77
77
60
60
169
169
158
158
140
140
126
126
110
110
92
92
76
76
59
59
168
168
157
157
139
139
125
125
109
109
91
91
75
75
58
58
167
167
156
156
138
138
124
124
108
108
90
90
166H.V.
166
155
155
137
137
123
123
107
107
89
89
165
165
154
154
136
136
122
122
106
106
88
88
164
164
153
153
135
135
121
121
105
105
87
87
163
163
152
152
134
134
120
120
104
104
86
86
162
162
151
151
133
133
119
119
103
103
85
85
161
161
160
160
B. 4
B. 4
74
74
B. 3
B. 3
B.2
B.2
73
73
72
72
71
71
B.1
Commerce
- Acotaciones - Acotaciones en metros. en metros. - Niveles- Niveles en metros. en metros. - No se tomaran - No se tomaran cotas a escala cotas ade escala este de plano. este plano. - Las cotas - Lasson cotas a paños. son a paños. - Este plano - Estedebera plano verificarse debera verificarse con los correspondientes con los correspondientes de de instalaciones instalaciones y estructurales. y estructurales. (Cualquier (Cualquier discrepancia discrepancia debera debera consuktarse consuktarse con la direccion con la direccion de la obra). de la obra). - El contratista - El contratista rectificara rectificara en el lugar en el delugar la obra, de la antes obra,deantes ejecutar, de ejecutar, las dimensiones las dimensiones y nivelesy indicados niveles indicados en este en plano, estedebiendo plano, debiendo sometersometer a la dirección a la dirección de la obra de cualquier la obra cualquier diferencia diferencia que hubiera, que hubiera, asi comoasilacomo interpretación la interpretación que de elque propio de elcontratista propio contratista a este a este dibujo. dibujo. - Todos -los Todos acabados los acabados señalados señalados en este en plano estedeberan plano deberan ejecutarse ejecutarse de acuerdo de acuerdo a las especificaciones a las especificaciones correspondientes. correspondientes. -BGN especificado -BGN especificado en plano. en plano.
s
ELE
10.00 m
10.00 m
ELE
Parking
ELE
Datos del Datos Terreno del Terreno Requerimientos Requerimientos m2 de Terreno m2 de Terreno
Parking Plaza Lobbies Public Private
11,102.711,102.7 m2 m2 10,800 10,800 COS 75% COS 75% m2 m2 CUS 3.5CUS % 3.551,812.6 % 51,812.6 m2 m2 28384.15 28384.15 m2 m2 CAV 15 CAV % 15 2,220.5 % 2,220.5 m2 m2 1773 m21773 m2
Patio de Patio de Maniobras Maniobras
Paseo Paseo 701701
B.1
ELE ELE
ELE M
H. E.
M
H. E.
Exploded view
s
s
8.54 m
8.54 m
0.90 m
0.90 m
1
A
LP.
L.P. .LP
2.00°
10.67 m
G NPT -4.50 NPT -4.50
C
4.50 m
11.05°
57
57
Subestación Subestación Electrica Electrica
B 10.00 m
D
E
10.00 m
10.00 m
F
G
10.00 m
0.020.02 NPTNPT ES1ES1 2 21 : 4001 : 400
10.00 m
H
10.00 m
J
I
K
L
Underground floor 10.00 m
8.27 m
9.99 m
Azotea Chaflan de mortero con tapa de ladrillo Impermeabilizante
UBICACION: UBICACION: Av. Eugenio Av. Eugenio GarzaGarza Sada Sada en la esquina en la esquina con Acon PedroPedro Martinez Martinez y M. Rincón y M. Rincón
LP
7.11 m
B
4.50 m
C
D
10.00 m
10.00 m
E 10.00 m
10.00 m
EQUIPO EQUIPO DE TRABAJO: DE TRABAJO:
110.55 m
19.15 m
E. H.
9.10 m 10.00 m
11 Local 2
Local 3
Local 4
Local 5
Local 6
Local 7
Local 8
Local 9
Local 10
Local 11
0
2
0 5 2
9.99 m
L 6.51 m
0.11 NP 36.00 m
0.10 NSA Elevación norte 35.00 m
10
20 m
Malla antierosión de 15 cm
20 m
2 -
Geotextil 0.10 cm
---
Dren para infiltración de 1.20 cm Emulsión acrílica 0.10 cm 2 Membrana 0.40 cm
Local 12
Baños
10
Local 17
Local 18
Local 19
10.00 m
Local 13
9
1 Membrana 0.30 cm Local 21
Local 20
Local 23
Local 24
Baños
Adhesivo 0.10 cm Relleno de piedras 30 cm NPT 5.15
Local 25 0.09 NPT OF5 30.00 m
9
56
Local 22
Emulsión asfáltica 0.10 cm Aislante térmico 3.80 cm
10
10.00 m
44
PENDIENTE 8%
55
8 10.00 m
Local 14 s
54
53
43
10.00 m
PENDIENTE 8%
7
51
51
s
Muro de tabique rojo recocido asentado con mortero de cemento arena 1:4
42
Local 15 47
41
Capa de protección y drenaje impermeabilizante Local 27
7
46 40
50
45
49
44
NPT 0.15 39
6 10.00 m
6 NPT 0.00
Local 16
5 38
27
10.00 m
-
Pieza de conexión de aluminio enlucido Local 28
0.04 NPT C2 5.00 m
9 37
26
17
36
25
16
35
24
15
34
23
14
33
22
13
8
4
Plafón Soporte metálico con alambra galvanizado calibre 16
Oficinas express Lobby Baños
Cafeteria
6
Sala de juntas
Local 29
Tablero de yeso resistente al fuego
4
Recepción
Cinta para tablero de yeso
7
10.00 m
Muro cortina Manguetería de aluminio Piel fija de cristal sencillo con lámina extra de cristal blanco y 24% de capa reflectante
5
18
BGN 0.00
Local 26
Murete Aplanado de mezcla de concreto
8 48
52
Eugenio Garza Sada
127.68 m
K
8.27 m
Macetero (ver detalle 2) Sustrato para crecimiento de vgetación de 10 cm 5 10
1 : 4001 : 400 EscalaEscala 11
AR-COR-01
SUBE A NA BAJA A S1
10.00 m
99.27 m
12 M
10.00 m
Sistema Losacero
AR-PL-01 AR-PL-01
12
Local 1
10.00 m
Entortado de mortero cemento-arena proporción1:4
Plantas Plantas Arquitectonicas Arquitectonicas Estacionamientos Estacionamientos
2 AR-COR-01
1
Enladrillado J F G H I Mortero cemento-arena proporción 1:6 para recibir enladrillado 3 cm Malla felxible y asfaltos refinados 1 cm Relleno de tezontle para dar pendiente 15 cm
Annette Annette Ortiz Ortiz 11391721139172 Arq. Ana Arq. Maria AnadeMaria la Cruz de la Cruz Melissa Melissa Toussaint Toussaint 11388771138877 Arq. Adriana Arq. Adriana Díaz Marchetti Díaz Marchetti José Varela José Varela 11906111190611 Javier Montemayor Javier Montemayor 11754891175489
Pedro Martinez
Resanado con compuesto de yeso
Auditorio
Exhibición
Instalación de luces fluorescentes
Oficina privada
NPT 5.15
3 32
21
12
5
31
20
11
4
30
19
10
3
3
Distribuidor
Storage
10.00 m
Baños
ELE s
Cocina
ELE
M
SITE
ELE
ELE
M
H. E. SB
s
HVAC
Oficina admin
2 8.54 m
1
Baños
H. E. SB HVAC
2 29
2
28
1
NPT 0.15
Losa Piso de piedra caliza San Vicente Empastado + Adhesivo Crest
b
0.90 m
L.P.
163 162
2
Sistema Sistema Cisterna / Bomba Cisterna / Bomba Contra Incendios Contra Incendios
1
161 162
Offices
3
M
2
161 160
NPT -4.50 NPT -4.50
ELE M
160 159
REFERENCIAS REFERENCIAS
4 10.00 m
4
158159
M
Elevation 1 - a
192
167
10.00 m
202
167 168
10.00 m
202
168
5 10.00 m
5
169
6 10.00 m
194
169 170
Vigilancia Vigilancia
10.00 m
195
194
170 171
7
10.00 m
195
172 171
ESPECIFICAIONES ESPECIFICAIONES GENERALES GENERALES
Sube a NA Sube Baja a NA a S1 Baja a S1
6 196
172 173
8
ELE
196
157 158
173 174
10.00 m
8
B.28
127.68 m
B.28 B. 25
10.00 m
s
156 157
10.00 m
10.00 m
B. 27
7
ELE
156 155
175 174
Sube a S1 Sube Baja a S1 a S2 Baja a S2
19
5s
155 154
B. 26
24 B. 27
B. 25
20
153 154
10.00 m
B. 24
21
153 152
175 176
NPT -4.50 NPT -4.50
9
10.00 m 127.68 m
B. 26 23
B. 23
152 151
10.00 m
22
151
176 177
10.00 m
9
178 177
10.00 m
321
178 179
10.00 m
321
184
179 180
10.00 m
322
184
10
181 180
8.54 m
322
10
181 182
M. Rincón
323
185
182 183
M. Rincón
324
323
185
183
*O.P. OficinasOficinas PrivadasPrivadas *M.Montacargas Montacargas *ELE. ElevadorElevador *s Sube Sube *b Baja Baja
Basura
324
186
Basura
325
10.00 m
325
M
186
E. H.
11
E. H.
11
M
10.00 m
326
10.00 m
326
9.10 m
12
E. H.
E. H.
M
12
Portfolio
LP
Elevación oeste
.LP
6.51 m 0.60 6.51mm 0.60 m
LP
9.10 m
9.99 m
L LP
L
107.64 m
9.99 m
K
10.00 m
K
10.00 m
J
Vaciado de mezcla de concreto de 12 cm Malla electrosoldada Losacero
1
L.P.
Ground floor 1
0.03 NPT C1 1 : 400
Viga joist de acero de 45 cm Girder de acero de 91 cm
2
Detail
0.04 NPT C2 1 : 400
1
Corte por fachada 1 : 50
Lateral and frontal facades
57
C
JJML
D
10.00 m
E
10.00 m
F
10.00 m
G
H
10.00 m
10.00 m
I
10.00 m
J
K
8.27 m
9.99 m
L
6.51 m
84.77 m
Elevación norte 9.10 m
12
10.00 m
11
10.00 m
10
10.00 m
9
10.00 m
7
Green roof and plaza
-
10.00 m
6
Elevation 1 - a Elevación oeste
99.10 m
10.00 m
8
5 10.00 m
Sala de Exhibiciones
Sala Común
4 10.00 m
Teatro Oficinas OP
3
R
NPT 10.15
ELE
10.00 m
Baños
ELE
Cuarto de Utilería M HVAC
Sala de Juntas
2
Green roof level 1
0.05 NPT OF1 1 : 400
Tabla de áreas Estacionamiento S-2 Estacionamiento s-1 Area común acceso Local Tipo 1 (1, 15, 17, 27) Local Tipo 2 (2-9, 19, 20) Local Tipo 3 (10-14, 16, 18, 21-26, 28, 29) Oficinas express Area común comercio Area común restauran Restaurante Tipo 1 (1,2,4) Restaurante Tipo 2 (3, 5)
Isometric view Structural sections
58
10,890 m2 10,890 m2 1468 m2 190 m2 80 m2 165 m2 335 m2 1619 m2 1130 m2 200m2 210 m2
Area común oficinas 1 Oficina Tipo 1 Oficina Tipo 2 Oficina Tipo 3 Oficina Tipo 4 Area comun oficinas 2 Oficina Tipo 5 Oficina Tipo 6 Area común oficinas 3 Oficina Tipo 1 Oficina Tipo 2 Oficina Tipo 3 Oficina Tipo 4 Area comun oficinas 4 Oficina Tipo 5 Oficina Tipo 6
425 m2 288 m2 184 m2 163 m2 348 m2 385 m2 511 m2 521 m2 425 m2 288 m2 184 m2 163 m2 348 m2 385 m2 511 m2 521 m2
The green roof serves as a link from the offices to the restaurants. The intention was to provoke a promenade for the workers.
F'c= 200 Kg/cm2. - El RecubrimeintoNPTLibre 15.00 de: *ZapatasNATy-1.20 contrarastres sera de 7cms. *Pedestales de 5 cms. *Columnas, Losas y Vigas 3 cms. *Cerramientos y Castillos 2cms. Los recubrimientos deberan ser verificados antes y durante el 7.49 0.87 4.25 colado. - El tamaño maximo de Agregado sera de 19 mm. - Se usara Acero de Refuerzo con resistencia F'y: 4200 Kg/cm. DNG-B-294 Controlado el Esfuerzo Minimo de Fluencia al 1.94 8.39 4.24 corrugado y al doblado. H J K - Longitud de Traslapes sera de 40, salvoI donde se indique otra medida. NPT 20.00 - Todos los Dobleces de varillas se haran alrededor de un perno 10.00 NAT -1.17 10.00 8.27 9.99 6.51 con diametro de 8 veces el de la varilla. 44.77 -No se debera Traslapar mas del 50 % del refuerzo en una misma G H I J K L seccion. - El Relleno se colocara bajo Firmes sera de 30 cms. con tierra inerte compactada en dos capas de 15 cms cada una. La compactacion al 95 % Prueba Proctor. 10.00 10.00 8.27 9.99 6.51 - La Humedad de Relleno Debera ser Optima segun COLUMNA DRENAJE SANITARIO DE 4'' Ø recomendaciones del Laboratorio. COLUMNA DE VENTILA DE 2" Ø - La capacidad de Carga del Suelo considerada en el diseño sera qA= 1.50 Kg/cm2. - Acotaciones y Niveles en metros.
1.14 1.27
2.38
5 0 2 1
3 1 1 1
3, Oficina 2 3, Privado 3 3, Privado 2 3, Privado 4
1200 CFM 300 CFM 600 CFM 400 CFM
INNES INNES INNES INNES
CFO CFO CFO CFO CFO
1 400
12" ø "x1 0"
18 "x1 0"
3, Area común 3, Privado 1 3,2"øOficina 3
1000 CFM INNES CFO Difusor Tipo Placa: CFO a R010- 24X24" 600 CFM INNES CFO Difusor Tipo Placa: CFO a R010- 24X24" 800 CFM INNES CFO Difusor Tipo Placa: CFO a R010- 24X24" Sala de juntas Sala de juntas
CFO CFO CFO CFO
1/2"ø
2.10
? ? ? ?
R
1.932"ø
18 "x1 2"
1 400
1 400
1 16 "x1 400 0" 1 400
3.11
0.92
3/8 "ø
5/8 "ø
1.00
1P
1.00
1.26 0.69 1.00
2.51
1B
1B
0.06 NPT OF2 15.00 m
3/4"ø
12" ø
12" ø
UE- 3,17 1.0TR 1
5 1200
2.38
4, Oficina 3 4, Oficina 4 4, Oficina 2 4, Sala de juntas 1 4, Area común
3/4"ø
0.93
1.38
2.21
2.29
1.89
1S 1E
2.21
1.38 1.21
2.38
2.95
3/4"ø
M
3.02
CFM
Marca Modelo 1/2"ø
1 1/2"ø
800 CFM 800 CFM 800 CFM 4.21 800 CFM 1200 CFM 400 CFM 800 CFM 400 CFM
INNES INNES INNES INNES INNES INNES
CFO CFO CFO 0.42 CFO CFO CFO
800 CFM 1200 CFM 1200 CFM 1000 CFM 1000 CFM
INNES CFO I INNES CFO INNES INNES INNES INNES INNES
CFO CFO CFO CFO CFO
E.
2"ø SB 1 1/
1S 2A
1.92
3.15
3.15
N POR CADA VÁLVULA INSTALADA ENTACIONES SON ESQUEMÁTICAS, LA POSICIÓN SE VERIFICA EN CAMPO. ZAR UN CRUCE DE INSTALACIONES CON LAYOUT ESTRUCTURAL CON EL FIN DE APROBBAR TRAYECTORIAS DE INSTALARSE CUANDO SEA LA PROGRAMACION DE LOS COLADOS DE LAS AREAS PARA EVITAR FILTRACIONES Y HUMEDAD. BERIA DEBERAN SER DEL S=1.0% N DE PVC CED.40 Y CONEXIONES DWV MCA. CHARLOTTE
1.46 1.16 2.38
ES
COLUMNA DE AGUA DE 4'' Ø (SUBE ALIMENTACIÓN HIDRÁULICA PRESIÓN REGULADA A NIVEL SUPERIOR EN 2 1/2'' Ø) DISTRIBUCIÓN DEL NIVEL DE 2 1/2'' Ø
UBICACIÓN UBICACION Av. Eugenio Garza Sada en la esquina con Av. Eugenio Garza en la esquina con PedroPedro Martinez y M.Sada Rincón Martinez y M. Rincón
BAJA Descripción ALIMENTACIÓN DE AGUA POTABLE Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R01024X24" 9.99 Difusor Tipo Placa: CFO a R010- 24X24" 28.27 a R010- 24X24" Difusor Tipo Placa: CFO 8.27 a R010- 24X24" Difusor Tipo Placa: CFO 10X10" Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" 10X10" Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24"
EQUIPO DE TRABAJO:
EQUIPO DEArq. TRABAJO: 1139172 Ana Maria de la Cruz
Annette Ortiz Melissa Toussaint
1138877
Arq. Adriana Díaz Marchetti
Annette Ortiz José Varela 1.851139172 1190611 Javier Montemayor 1138877 1175489 Melissa Toussaint José Varela 1190611 Javier Montemayor 1175489
7.27 Arq. Ana Maria de la Cruz Arq. Adriana Díaz Marchetti
2"ø
2"ø
2 1/ 2" ø
2"ø
1.63
3.91
AA-PL-07
J
- Acota - Nivele - No se - Las c - Este instalac consuk - El con las dim somete asi com dibujo. - Todo ejecuta -BGN e
9.99
Plano de HVAC Instalaciones en Oficinas tipo
IN-DR-04
K
Plano Drenaje Sanitario Planta Tipo Lightning fixtures 0
2
Escala
4
6
8
10
A
LUMINARIAS Y UBICACIÓN TIPOS DE LUMINARIAS
0 2"ø
Dib Jav
2 1/2"ø
2
4
6
8
1S Luminaria lineal fluorescente Phillips Day-Brite de uso rudo de 96 watts, 127 volts
10
1P Luminaria lineal fluorescente empotrada TRU Groove Continua de Phillips Ledalite 54 wa 127 volts
Escala As indicated
1L Luminaria lineal fluorescente suspendida Phillips Ledalite Chopstisk 54 watts, 127 volts 1B Luminaria LED en spot suspendido Phillips Lightolier 50 watts, 127 volts 1C Luminaria empotrada en muro Phillips Sconce LytePro 16 LED 40 watts, 127 volts
ø 1/2"
NOTAS SIMBOLOGÍA CONCENTRACIÓN DE MEDIDORES CM-01 AUTO SOPORTADO100% NEUTRO, PARA 10 SERVICIOS Y OPERAR EN 220/127 VOLTS. TABLERO DE DISTRIBUCION DE EMERGENCIA, TRIFASICO 3F, 4H, 60Hz, 220/127 VOLTS TABLERO DE DISTRIBUCION GENERAL, TRIFASICO 3F, 4H, 60Hz, 220/127 VOLTS TRANSFORMADOR TIPO PEDESTAL TRIFASICO 13200-220/127V, CAPACIDAD 750 KVA. TABLERO DE TRANSFERENCIA AUTOMATICA 220/127 VOLTS GENERADOR DIESEL O PLANTA DE EMERGENCIA DE 100KW, TRIFASICO, 220/127V TANQUE DE DIESEL DE USO DIARIO CON CAPACIDAD DE 187 GAL. PARA 8 HORAS TRAYECTORIA DE CABLE ARMADO DE ALUMINIO TIPO MC CALIBRE INDICADO EN PLANOS TABLERO DE ÁREAS COMUNES TABLERO DE EMERGENCIA DE ÁREAS COMUNES TABLEROS DE ÁREAS RENTABLES
0.92
Iluminación en planta oficina Tipo 2 Escala 1:200
S ALIDAD S SERÁN A CADA 1.50 MTS. ERÁ SOMETERSE A LA PRUEBA HIDROSTÁTICA CARGANDO LA TUBERÍA A 120 PSI DURANTE UN TIEMPO DE 24 HRS A SATISFACCIÓN DE LA SUPERVICIÓN
1.06
UE- 3,16 3.0TR 1
06 CORTE DE INSTALACION HIDRÁULICA EN ESCUSADOS 4
3/4"ø
Isometría de Oficina Tipo 2 Paseo 701 Escala 1:200
ø 1/2"
HVAC
2.10
0.28
1.17 2.03
1.52
6
2"ø
H.
3.66
0.50 3.20 1 400
2"ø
ø
1S
2A
0.50
0.360.38 1.10
12" ø
3.90
10,800 m2 28384.15 m2 1773 m2
3/4"ø
4"ø
Sube OP de Tablero de Areas Comunes a Planta tipo de oficinas
OP
1.58
2.07
s
2A
" 12 "x8
1 400
1.63
m2 de Terreno
11,102.7 m2 51,812.6 m2 2,220.5 m2
2"ø
Hidraulic plans 4 6 3 1 2
1.21
Sala de juntas 1.21 1.07
10 05 IE-ILU-04
1 1
K
1.24
1.62
ELE
1.68
1P
1.00 0.81
2.55
10.00
OP
2 1 3 5 5 4 4
Ubicación
4, Sala de juntas 3 4, Sala de juntas 2 4, Privado 4 0.43 0.43 4, Privado 5 4, Oficina 1 10.00 4, Privado 2 L 4, Privado 1 6.50 4, Privado 3
1/2"
C
1L ELE
Baños 2A
1P
rican
1 1 1 4.21 1 4 1
2.27
de 1 1/2'' ø CED 40
2A
1.67
1.08
" 14 "x8
12" ø
12" ø
0" 16"x1
0" 18"x1
REJILLAS DE INYECCION / RETORNO - OFICINA 4
16.26
1.24 1.89
3/4"ø hidraúlica de cobre 1 1/2 ø
12"x8"
16"x10"
1.24 16 "x1 0"
1 2"ø 400
4 1000
5 1200
1 500
1.02
18 "x1 2"
12" ø
2"ø
16 "x1 0"
12" ø
3.18
1 1/2"ø
3 3 3 3 5 1
R
1L Tubería
5/8"ø 3/8"ø
1.02 0.51 3.33 0.78
UE- 3,18 4.0TR 1
12" ø
3/
Cocineta
16"x10"
12"x8" 1 1/8"ø 5/8"ø
1 1/8"ø 5/8"ø
1 1/8"ø 5/8"ø
5/8"ø 3/8"ø
12"x8"
1 1/8"ø 5/8"ø 1 1/8"ø 5/8"ø
1 1/8"ø 5/8"ø 1 1/8"ø 5/8"ø "ø 1/8
1 5/8"ø SB 18 "x1 2"
UE- 3,19 4.0TR 1
3/8"ø8"ø 5/
20 m
Cantid ad 1/2"øClave
1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30
1 1/2"ø
2.93
12.13
100 m lineales 80 m lineales OP 50 m lineales Tapón de PVC
0.49
UE- 3,12 3.0TR E.1
H.
1S
HVAC
10
1.78
18 "x1 0"
UE- 3,13 3.0TR 1
1 1/8 5/8 "ø "ø
14" ø
" 14 "x8
"ø 2 1/2"ø 1 1/8 "ø UE3,15 5/8 2.5TR 1 12" ø
0.81
2 1 4
1 1/2"ø
2
16"x10"
12"x8"
12"x8"
1S
12" ø
2"ø
1 500
COS 75% CUS 3.5 % CAV 15 %
1.08
12 "x
12" ø
12" ø
2.83
16 "x1 0"
2"ø
0" 18"x1
8"
1.06
4 2 3
2.32
3.48
12" ø
14 "x
UE- 3,21 2.5TR 1
12" ø
7.27
Requerimientos
14" ø
UE-3,11 1.0TR 1 " 12 "x8
2"ø
0" 16"x1
1.05
1000 CFM INNES 1200 CFM INNES 1200 CFM10.00 INNES 500 CFM INNES Oficinas
nt to novaPDF printer (http://www.novapdf.com) 0.41
14
1 300
1 400
1.35
0.51
1.24 1.58
3, Sala de juntas 2H 3, Oficina 1 3,10.00 Sala de juntas 1 1.05 0.90 3, Cocina
OP
ACION HIDRÁULICA MINGITORIO
" 12 "x8
2A8" 16
? ? ? ?
1 4 1 1
Cantidad (m)
Codo de PVC de 90°x 1 1/2'' ø CED 40
1 500
5/8 3/8 "ø "ø
Sube 12" deø Tablero de " "x8
1 300
400
3/4"ø
3/4"ø
BAJA Descripción ALIMENTACIÓN DE AGUA POTABLE Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" 0.42 Difusor Tipo Placa: CFO a R010- 24X24" Difusor Tipo Placa: CFO a R010- 24X24" 10X10" 24X24" Difusor Tipo Placa: CFO a R010I J Difusor Tipo Placa: CFO a R010- 24X24" 8.27 Difusor Tipo Placa: CFO a R010- 24X24" H 9.99 Difusor Tipo Placa: CFO a R010- 24X24" Oficinas 12X12"
4G 5 5 1.06 1
Plumbing model 1 1/2"ø
14" ø
0.29
PASEO 701
Datos del Terreno 1.85
12.72
5/8 "ø 3/8 "ø
8"
1.24
Mod Marca elo
Ubicación Iluinación en planta Oficina Tipo 1 CFM 04 1:200 RED GENERAL DE INSTALACIÓN Escala 5 6 3, Oficina 4EN PLANTA 1200 TIPO CFM INNES HIDRÁULICA 1
0.94
2"ø
11.84
1.78
3
ISOMETRÍA DE RED GENERAL DE INSTALACIÓN SANITARIA Y VENTILACIÓN EN PLANTA TIPO 1
0.06 NPT OF2 15.00 m
" 12 "x8 UE- 3,08 12" ø 1.0TR 1
OP1
5 1200
Escala 1 : 400 1.88 2.28 3.02
2.95
? ?
6.51
3
16 "x1 0"
1 400
? ? ?
Tubería de PVC de 2Ø para drenaje sanitario Tubería de PVC de 3Ø para drenaje sanitario Tubería de PVC de 4Ø para drenaje sanitario
14 "x
UE- 3,22 2.5TR 1
HVAC isometric
- No se tomaran cotas a escala de este plano. - Las cotas son a paños. Requerimientos m2 de Terreno - Este plano debera verificarse con los correspondientes de instalaciones y estructurales. (Cualquier discrepancia debera 10,800 m2 COS 75% 11,102.7 consuktarse con la direccion de la obra).m2 - El contratista rectificara en el lugar de la obra, antes de ejecutar, CUS 3.5 % 28384.15 m2 51,812.6 m2 las dimensiones y niveles indicados en este plano, debiendo CAV someter15 a la% dirección de la obra cualquier 1773 2,220.5 m2 diferencia que hubiera, 7.27m2 asi como la interpretación que de el propio contratista a este dibujo. - Todos los acabados señalados en este plano deberan ejecutarse de acuerdo a las especificaciones correspondientes. -BGN especificado en plano.
7.00
2.39 Isometria
0.42
14" ø
REJILLAS DE INYECCIÓN / RETORNO - OFICINA 3
1.03
16"x10"
0.81
5
- Acotaciones en metros.
- Niveles del en metros. Datos Terreno
BAJA ALIMENTACIÓN DE AGUA POTABLE
3.33
R18"x12"
"ø 1 1/88"ø 5/
M
3/4"ø 2
1 500
Luminaria Phillips D d Cuarto de servicio
Corte con especificaciones de luminarias Escala 1:100 ESPECIFICAIONES GENERALES
1 400
5/8 3/8 "ø "ø
2.27
1 400
cuadrado visto en planta (la primera cota indica la dimensión del 14" X 12"enDucto - Acotaciones metros. ducto mostrado, la segunda indica la dimensión no mostrada) LED en spot Luminaria lineal fluorescente empotrada Luminaria empotrada en - NivelesLuminaria en metros. Ducto redondo flexible . La cota indica el diámetro del ducto mostrado suspendido Phillips Lightolier TRU Groove Continua de Phillips muro Phillips Sconce en cualquiera sus vistas) - No se tomaran cotas adeescala de este plano. Ledalite 54 watts LytePro 16 LED 40 watts T 50 watts Termostato - Las cotas son a paños. 1 Indica el número de rejilla Sanitario Sanitario Escaleras de emergencia - Este plano400debera con los correspondientes Pasillo de de servicio Indica elverificarse flujo de aire en CFM EU-1A Unidad evaporadora (Cualquier discrepancia debera instalaciones y estructurales. consuktarse con la direccion de la obra). 1/2"ø - El contratista rectificara en el lugar de la obra, antes de ejecutar, 2 1/2"ø REFERENCIAS las dimensiones y niveles indicados en este plano, debiendo someter a la dirección de la obra cualquier diferencia que hubiera, asi como la interpretación que de el propio contratista a COLUMNA este DE AGUA DE 4'' Ø (SUBE ALIMENTACIÓN HIDRÁULICA dibujo. PRESIÓN REGULADA A NIVEL SUPERIOR EN 2 1/2'' Ø) DISTRIBUCIÓN DEL NIVEL DE 2 1/2'' Ø - Todos los acabados señalados en este plano deberan ejecutarse de acuerdo a las especificaciones correspondientes. -BGN especificado en plano.
0.78
2.29
Cantid ad Clave
20.00
Descripción
1 1/8 5/8 "ø "ø
1 400
0
4.21
Areas Comunes a Planos Estructurales Sala Planta tipodedejuntas oficinas Losa Comercios 16 "x1 0"
1S
2A
0.43
0.80
05
UE- 3,02 1.0TR 1
1.02
2.07
5
1139172 Arq. Ana Maria de la Cruz 1138877 Oficinas Arq. Adrina Díaz Marchetti 2.28 4.53 1190611 16.30 1175489
UE- 3,04 4.0TR "ø 1 1 1/8 "ø 5/8
1.03
1.00
2.23
18 "x1 2"
s
1E
UC-4,02 UC-4,01 10.0TR 10.0TR 3 3
4.24
UC-4,07 UC-4,06 UC-4,05 UC-4,04 UC-4,03 8.0TR 8.0TR 10.0TR 10.0TR 8.0TR 3 3 3 3 3
1 1/2"ø
0.43
1 1/8 "ø 5/8 "ø
0.50
2.38
12" ø
" 12 "x8
18 "x1 2"
UE- 3,09 4.0TR 1
5/8"ø 3/8"ø
25.00
0.07 NPT OF3
K
1 1/8"ø 5/8"ø
1/2"ø
0.66 0.21
1 1/2"ø
4.21
1.68
1.62
1P
1 400
1.89
1L
ELE
0.93
1.35
1L 1.03 1.47
1 1/8"ø 5/8"ø
05 IN-HI-04
EST - LOS - 02
UE- 3,05 4.0TR 1
UE- 3,07 4.0TR 1
18 "x1 2"
1 400
2.83
UE- 4,07 4.0TR 1
1 400
18 "x1 2"
2 1/2"ø
2.27
5 1200
18 "x1 0"
18 "x1 0"
18 "x1 2"
1 400
UE- 4,03 1.0TR 1
12"x8"
K
Ducto cuadrado de inyección en vista de corte 9.99 Ducto cuadrado de retorno en vista de corte
1.12
1 400
Difusores de inyección de 400 CFM DE 10 X 10"
12" ø
16 "x1 0"
18 "x1 0"
12" ø
Tubería de refrigerante
"ø 1 1/88"ø 5/
1.21
1.20 Plafón
Oficina
3/8"ø
16 "x1 0"
1B
1.24
Cocineta
0.99 1 400
5/8"ø
12"x18"
0.20 0.09 1.25
1 400
Reducción concéntrica
10"x18"
3.25
0.50 0.91 5 1200
Oficina
3.37
1 400
E UBICACIÓN
12" ø 10"x16"
8"
18 "x1 0"
1P
1.00 1.00
1.16 1.25
2A
2.88
T
UE- 4,01 2.0TR 1
2 400
1/2"ø
Ductos de inyección 3/4"ø
ESPECIFICAIONES GENERALES
D
3 800
Rejillas y difusores
J
8.27 28.27
D
3 800
12"x8"
5 1200
8.27
SIMBOLOGIA 1175489
Equipos HVAC
5/8 1 1/8 "ø "ø
2.93
Baños 2A
04 IN-HI-040.08 NPT OF4
8"x12"
1 400
16 "x1 0"
400
ELE
1B
6.83
12" ø
12" ø
Dibujó: Javier Montemayor
EQUIPO DE TRABAJO:
Annette Ortiz Melissa Toussaint 1.20 José Varela Javier Montemayor
8"
12" ø
2A
1L
Sala de juntas
2
12" ø
1 400
14" ø
UE- 3,01 2.5TR 1
2.27
1L
1P
10.00
3
12 "x
R
3.15
R
1.33
10.00
4
0"
5 1200
20.00 10.00
12 "x
12 "x
12" ø
1.02
OP 0.06 NPT OF2
" 12 "x8
OP
0" 18 "x1
0.50
Privado
3
1 400
R
8"
3.35
Difusores de retorno de 1000 CFM DE 24 X 24"
2"ø
1 400
1.90
UC- 3,03 8.0TR UC- 3,04 3 10.0TR UC- 3,06 3 8.0TR 3
0.83
Viene ducto de inyección para oficina
UE- 3,17 1.0TR 1
5 1200
2"ø
T
4 IE-ILU-04
1 400
12"x8"
1 400
12" ø
HVAC plans
UC- 3,01 10.0TR UC- 3,02 10.0TR 3 3
1.22
Oficina
UE- 3,18 4.0TR 1
1 500 4 1000
2"ø
14" ø
8" 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 1.30 16 "x1 1
12.09 Oficinas
4 1000
14" ø
1 1/8"ø 5/8"ø
9.99
5/8 3/8 "ø "ø 12 "x
0" 16"x1
OP
12" ø
8"x14"
1.02
1/2"ø
1.88
Oficina
1 400
1.00
38.27
9.99
14"x8"
1 1/8"ø 5/8"ø
1 400
14"x8"
D
12" ø
J
1.12
8.27
Oficinas
1.09
8.27
K5/8"ø
14" ø
UE- 4,02 2"ø 2.0TR 1
1 400
1 1/8"ø 5/8"ø
10.00
1 400
12"x8"
1 400
16"x10"
18"x10"
T
1 1/8"ø 5/8"ø
5/8"ø 3/8"ø
1 400
18"x12"
1 400
I
-1.33
5 1200
1 400
12"x8"
1 400
ø NPT12"20.00 16"x10"
NAT 18"x10"
1 400
UE- 4,04 4.0TR 1
D
D
1 500
18"x12"
UE-4,05 4.0TR 1
1 1/8"ø 5/8"ø
5/8"ø 3/8"ø
UE- 4,23 2.5TR 1
1.56
J
10.00
RED GENERAL DE INSTALACIÓN HIDRÁULICA EN PLANTA TIPO 1
20.00 12" ø
12" ø
1 1/8"ø
2"ø
1 400
D
1 400 UE- 4,08 2.0TR 1 2"ø
T
1 500
14" ø
12"x8"
D
4"ø
0.76
10.00
2.20
10.00 Difusores de inyección de 400 CFM DE 10 X 10"
1 400
1.41
2.41
14"x8"
3/4"ø
3 800
1 400
12"x8"
1 400
16"x10"
12" ø
UBICACION: K L Av. Eugenio Garza Sada en la esquina con 9.99 K Pedro Martinez y M. Rincón 6.50
BAJA J ALIMENTACIÓN DE AGUA POTABLE
I
0.93
J
UE- 3,19 4.0TR 1
0.25 1.34
12" ø
I
1 400
3.20
0.64 0.67
12" ø
5/8"ø
16"x10"
4.57
14" ø
12" ø
T
5/8"ø 3/8"ø
NAT -1.20
0.42
3/8"ø
D
2"ø
NPT 20.00
1.22
0.07 NPT OF3 1 : 200
Oficinas
03
H
07
D
UE- 4,22 2.5TR 1
T
UE- 4,11 2.0TR 1
3 800
12" ø
1 400
18"x10"
D
UE- 4,09 4.0TR 1
06 12"x8" 2 IN-HI-04 400
12" ø
1 400
4 1000
1.80
2
1 400
18"x10"
12" ø
18"x12"
I
CATEDRA ITESM - TTQ Enero - Mayo 2015
AA-PL-07
5 1200
1.90
2 400
12" ø
18"x12"
10.00
Planta de ubicación Oficina Tipo 2 7.49 Escala 1:500
14" ø
1 500
16"x10"
1 400
18"x10"
1 1/8"ø 5/8"ø
14"x8"
1 1/8"ø 5/8"ø
2
12" ø
1%
12" ø
1 400
16"x10"
1 400
D
1 400 12" ø
5 1200
1 400
18"x12"
UE- 4, 06 4.0TR 2"ø 1
T
5/8"ø 3/8"ø
1 500
3 800
4"ø
18"x10"
12"x8"
10.00
12"x8"
10.00
12"x8"
12"x8"
12"x8"
02
15.00
1.59
30.00
11.00
H
I
0.07 NPT OF3
1 400
0.68 0.91
12"x8"
10.00
H
Difusor de retorno de 1200 CFM DE 24 X 24"
UE- 4,16 2.0TR 1
2"ø
1 400
12" ø
18"x10"
12" ø
T
1 500
D
T
D
1 400
D
UE- 4,07 4.0TR 1
D
1 400
T
1 400
4 1000 UE- 4,15 2.5TR 1
12" ø
1
2 800
5/8"ø 3/8"ø
D
12" ø 18"x12"
16"x10"
1 400
5 1200
5/8"ø 3/8"ø
UE- 4,10 4.0TR 1
5 1200
12"x8"
12"x8"
1 1/8"ø 5/8"ø
8.27
G
1 400
T
12" ø 1 400
T
12" ø
1 400
Paseo 701
H
D
28.27
Structural plans
5 1200
UE- 4,18 1.0TR 1
UE4,17 4"ø 1.0TR 1 400 2"ø
C4
03 IN-HI-04 10.00
12" ø
1 400
T
12" ø
1 400
UE- 4,12 3.0TR 1
UE- 4,19 4.0TR 1
1 400
18"x10"
UE- 4,13 3.0TR 1
18"x12" 12" ø
3 800
1 400
16"x10"
D
5/8"ø 3/8"ø
5/8"ø 3/8"ø
D
1 400
2
C4
16"x10"
12"x8"
1 400
1 400
0.94
1.45
10.00
0.79 0.37 0.83
C4
1 400
1 400
3
NAT -1.06
12" ø
5 1200
3
1%
Tapón registro
Planta de ubicación Oficina Tipo 1 Escala 1:500
UC- 3,02 UC- 3,01 10.0TR 10.0TR 3 2.85 3
1 400
1 400
18"x10"
UE- 4,14 3.0TR 1
D
1 400
0.90
0.35
NPT 20.00
C4
1 4"ø
1 400
D
D
3 IE-ILU-04
C4
UC- 3,07 UC- 3,06 UC- 3,05 UC- 3,04 UC- 3,03 8.0TR 8.0TR 10.0TR 10.0TR 8.0TR 3 3 3 3 3
10.00 Viene ducto de inyección para oficina
3.20
10.00
1 1/8"ø 5/8"ø
2E UBICACIÓN
G
12"x8" 16"x10"
s.v. 2"ø
1 1/8"ø 5/8"ø
C3
UE- 4,20 4.0TR 1
4
10.00
s.v.
s.v.
1 500
14"x8"
14" ø
C3
1 400
C4 1% Joist Girder 1.03 36BG 10N 26.6KN
4 1000
UE- 4,21 4.0TR 1
5 1200
12" ø
1.54
2.82
14"ø 500
C3
18"x10"
s.v.
2"ø
12" ø
1 400
3 800
1 400
16"x10"
1 400
18"x12"
5 1200
1 400
D
0.86
11.60 1/8"ø 5/8"ø
T
12" ø
1 400
T
D
5 1200
12" ø
16"x10"
16"x10"
2"ø
UE- 3,01 2.5TR 1
s.v.
UE- 3,03 1.0TR 2"ø 1
D
12" ø
1 400
4
1.22
s.v.
12" ø
C4
C3
NAT -1.04
0.61
2
C4
NAT -0.99
1 1/8"ø 5/8"ø
12"x8"
1.0TR 1
4 1000
500
1 400 12"x8"
1 400
C3NPT 20.00
1 400
1 400 18"x12"
16"x10"
1 400
5 5 1200
5/8"ø 3/8"ø
10.00
D
C3 s.v. UE- 3,02
4"ø 1 14" ø
2"ø
NPT 20.00
14" ø
10.00
0.49 0.54 0.41
1 1/8"ø 5/8"ø
0.92 1 1/8"ø 5/8"ø
14"x8"
12"x8" 1 400
16"x10"
18"x10"
400
1 1/8"ø 5/8"ø
1%
1 500
1 1/8"ø 5/8"ø
5/8"ø 3/8"ø
14" ø
1 400
s.v. 1
T
C4
1 400
1.09
1 500
18"x12"
D
UE- 3,04 4.0TR 1
1 400
C3
16"x10"
12" ø
s.v.
2"ø
1 1/8"ø 5/8"ø
18"x10"
1 400
12" ø 5 1200
6.51
C3
C4
1%
1 500
s.v. 14" ø
C4
D
UE- 3,22 2.5TR 1
3
5/8"ø 3/8"ø
12"x8"
1 400
1 400
9.99
5 1200
12" ø
12"x8"
1 400
12" ø
1 400
NAT -0.98
1%
T
s.v.
C3
UE- 3,05 4.0TR 1
8.27
NPT 20.00 16"x10"
18"x10" 2"ø
18"x12"
D
4
5 1200
C4
1 400
10.00
REFERENCIAS H 04
5 1200
5
5 1200
12" ø
12"x8"
12" ø
1 400
12" ø
1 400
1 1/8"ø 5/8"ø
5/8"ø 3/8"ø
V8 de 3/8 @20 cms. Momentos s.v. negativos
14"x8"
2 500
D
D
2"ø3, 06 UE4.0TR 1
1 400
10.00
400
NAT -0.95 18"x12"
D
UE- 3,09 4.0TR 1
T
T
2"ø UE- 3,08 1.0TR 1
0 300
1 400
2"ø 12" ø
300
2 600
NPT 20.00
D
12" ø
18"x12"
C4
1 NAT 400-0.94 K
18"x10"
C4 1
UE- 3,07 4.0TR 1
5
5 1200 16"x10"
1 1/8"ø 5/8"ø
14"x8"
300
14"x8"
12"x8"
5/8"ø 3/8"ø
14"x8"
12" ø
0.81
UE- 3,15 2.5TR 1
1 400
14" ø
0.77
1 1/8"ø 5/8"ø
1 500
D
18"x10"
T
D
1.22
UE- 3,21 2.5TR 1
16"x10"
NPT 20.00
s.v. J
s.v.
UE-3,11 1.0TR 1
1 400
1 400
18"x12"
D
D
1 400
1 400
Viga Joist 18HL07 s.v. m. 9.99 1 1
1 300
5/8"ø 3/8"ø
3 800
12" ø
8.27 12"x6" 12" ø 1@1.00
T
38.27
12" ø
18"x10"
1 1/8"ø 5/8"ø
2 400
1 1/8"ø 5/8"ø 4 1000
T
5/8"ø 3/8"ø
2.24
1 1/8"ø 5/8"ø
10.0012"x8" D
5/8"ø 3/8"ø
2 600
1 400
I
16"x10"
UE- 3,18 4.0TR 1
T
0.82
18"x12"
1 400
12"x8"
10.00
1 400
T
0.83
1 400
10"
8"ø 8"ø
UE- 3,12 3.0TR 1 D
12" ø 18"x12"
1 400
5 1200
12"x8"
16"x10"
18"x10" D
H
C4
16"x10"
800
1 400
1.00
1 400 12" ø
5 1200
5/8"ø 3/8"ø UE- 3,10 4.0TR 1
10.00
12"x8" EST - DE - 01 3
12" ø
12" ø
UE- 3,13 3.0TR 1 5/8"ø 3/8"ø
3 800
1 400
1 400
1.00
D
5/8"ø 3/8"ø
1 400
G
5 1200
5/8"ø 3/8"ø
1 400
12" ø
1.00 18"x10"
18"x10"
3 800
10 7
0.80
18"x12"
1 400
12"x8"
x10"
UE- 3, 14 3.0TR 1
UE- 3,19 4.0TR 1
1 400
5 1200 16"x10"
D
UE- 3,20 4.0TR 1
1 400
1 400
5/8"ø 3/8"ø
D
12"x8"
5 1200 18"x12"
2.97
1 400
x10"
NAT -0.90
1.30
NPT 20.00
4.57
L
0.50
C2
K
1.30
C2
J
0.26
I
1.10
C2
H
1.03
6.51
G
0.94
9.99
1.06
8.27
1.05
3.15
10.00
L
2.40
Sistema Losacero Lamina Galvanizada Cal. 24 espesor de 10 cms. F'c = 250 Malla electrosolada 6x6 / 6-6
44.77 10.00
Portfolio
NOMENCLATURAS NPT. NIVEL DE PISO TERMINADO NLBT. NIVEL LECHO BAJO TUBO TR. TAPON REGISTRO 2C. JUEGO DE CODOS
1.30
G
L
0.90
NAT -0.86
K
1.54
J
5/8"ø 3/8"ø
NPT 20.00 I
H
1 1/8"ø 5/8"ø
20.93
12"x8"
C2
SANITRIA TUBERÍA PVC SANITARIO CED. 40 MCA. CHARLOTTE SOPORTADO VENTILACIÓN SENTIDO DE PENDIENTE AL S=1.0%
1.10
1.10
12.12
Joist Girder 36BG 10N 26.6KN
1%
C2
0.85
0.50
2.68
2.55
C2
2"ø
18"x10"
1.45
4"ø
14"x8"
0.35
C2
NAT -1.06
4"ø 1.03
C2
0.80
NPT 15.00
1%
2.74
1%
Tapón registro
0.61
1%
2"ø
0.96
C2
1.88
NAT -0.99
2"ø
1.09
0.77
NPT 15.00
0.94
s.v.
s.v.
0.38 0.80
0.81
2"ø
1%
s.v.
2"ø
1@1.00 m.
s.v.
1.00
1.
Momentos negativos
C1 C1 Joist Girder 36BG 10N 26.6KN
2 1/ 2" ø
1- TODA LA INSTALACIÓN DEBE CUM 2- ACOTACIONES Y NIVELES EN MET 3- ANTES DE EJECUTAR CUALQUIER 4- EL CONTRATISTA QUE EJECUTE L PARA CONSTRUCCIÓN. 5- LOS TABLEROS DE ALUMBRADO Y MEDIDOS AL PAÑO SUPERIOR DESD 6- TODOS LOS EQUIPOS Y TABLERO APROBADA PARA CONSTRUCCIÓN 7- TODAS LAS PUERTAS DE ACCESO "PELIGRO ALTA TENSION ELECTRICA Av 8- VERIFICAR LAS DIMENSIONES DE MEDIANTE MEDICION DIRECTA A Pe EST 9- EL CUARTO ELECTRICO DEBERA SEGUN EL ARTICULO 450-45 DE LA N DE LA OBRA CIVIL
Annette Melissa José V Javier M
7
ISOMETRÍA DE INSTALACIÓN HIDRÁULICA EN PLANTA TIPO 1
P
Cantidad (m) Structure modules
Descripción
Tubería de PVC de 1/2Ø para red hidrosanitaria Tubería de PVC de 3/4Ø para red hidrosanitaria Tubería de PVC de 2 1/2Ø para red hidrosanitaria
100 m lineales 80 m lineales 50 m lineales
0
Esca
s PDF from an application that is not licensed to print to novaPDF printer (http://www.novapdf.com)
59
JJML
1932
1969
1989
2007
2014
11 NARINKA SQ URBAN INTERVENTION 2001
Location: Helsinki, Finland Critique: Mina di Marino, Frances Zhu Team: Dan Palaire, Ana Torrres Narinkka Square is the main focus point, a public space located in the Kamppi district, in central Helsinki. It serves as a hallway for people coming from Kamppi center, a complex designed by Juhani Pallasmaa which encompasses commerce, business, and transportation. It is because of this mixed typologies that the square can become quite confusing, especially when the square is occupied by some event or exhibition. The main necessity was to bring clarity into the square: it could only function as a transition zone for those who want to get somewhere but it can also serve as an event platform for the people that want to stay and be there.
Interactive walls
60
Exhibition
After extensive research on the theories of Jan Gehl and the Collective Pattern of Motion theory from Moussa誰d, we came up with a design that would define spaces and bring a better definition for the possible activities occurring there. Circular wooden modules of different sizes were used to house events, exhibitions, and general community interaction; and in case the people would only want to passby, the same circular shapes create the path for them to exit rapidly. Our theory states that a better definition of spaces would bring each activity its rightful place and therefore the users will identify with the place and better attach to it.
Event places
Natural moving patterns
Patterns: small disturbances
Patterns: events
Morning flows 7-9 am
Afternoon flows 16-18 pm
Weekend & evening flows
Exhibition configuration
Event configuration
Everyday configuration
Portfolio
The district received its name “Kamppi” in the time when Finland was part of Sweden. The word was a derivative from the Swedish word kamp, meaning ‘battle’. The area was selected for having a very strategic position for the displacement of the army and its ability to reach both the seashore and the Northern part of the city.
61
JJML
12
ARTWORK 01 DRAWINGS Drawings in pecolored pencils, India ink, charcoal, Chartpak, and others. Inspirations drawn from different cultures, ĂŠpoques, and human beings.
62
Portfolio
63
JJML
FIie
13
ARTWORK 02 SCULPTURES 64
Time
Portfolio
Water
Earth
Wind
Sculptures done in clay using different techinques, colors, textures and topics. If you look closely enough, you will be able to find the four elements and an extra one.
65