2015 Portfolio
Jürgen Eisenhauer MArch (1st Hons.), M.A., B.A.S.
Contact details: @ jurgenw9@gmail.com | jurgen@arq911.com M (MEX) +52 5535514543 H (MEX) +52 55 5592 4770 M (NZ) +64 220852880 H (NZ) +64 94762091 M (D)
+49 1773747544
Personal Info: Date of birth: Place of birth:
12 June 1989 Johannesburg, South Africa
Nationality: Languages:
New Zealand Fluent in English German and Spanish
Interests: Design, philosophy, amateur photography, travelling, international sporting events, fishing + diving, technology
2011 - 2013
Unitec Institute of Technology, New Zealand Master of Architecture (Professional), First Class Honours and Distinction for Architectural Design Auckland, New Zealand
2011 - 2013
Hochschule Wismar, Germany Master of Arts in Architecture Wismar, Germany
2008 - 2010
Unitec Institute of Technology, New Zealand Bachelor of Architectural Studies Auckland, New Zealand
2003 - 2007
Rangitoto College Auckland, New Zealand
1995 -2002
Deutsche Internationale Schule zu Johannesburg Johannesburg, South Africa
Education/Qualifications Jun 2014 - Feb 2015
arquitectura 911sc | Mexico Involved throughout the design process from leading design teams, developed design and construction drawing phases
Oct 2013 - Jun 2014
AT103 | Mexico Involved throughout the design process from concept design, developed design and visual production for clients/competitions
Nov 2012 - Aug 2013
archoffice | New Zealand Architectural graduate involved in concept design, visualisation, physical modelling and consent drawings
Sep 2012 - Apr 2013
Research Assistant for Dr. Branko Mitrovic | New Zealand Involved with the formatting of Rage and Denials and other documents
Mar 2010 - Dec 2010
SGA (Strachan Group Architects) | New Zealand Involved in design, documentation, council application and construction
Work Experience
Achievements
2013
Guest speaker at Olympic Legacies: International Conference - Impacts of Mega-Events on Cities at the University of East London
2012
- Top Student in all Theory and Criticism Courses 2012 - Recipient NZIA Local Award Winner 2011 _ Small Project Architecture (Thames + Coromandel Region)
2011
- Participant of student exchange with Hochschule Wismar in Germany
2010
- NZIA Student Design Award for highly commended Year 3 Studio - Bachelor of Architectural Studies, Unitec, New Zealand SAANZ Superstudio 1st runner-up NZ (highest ranked Unitec student)
2008
- NZIA Student Design Award for highly commended Year 1 Studio
Computer Programme Knowledge
Trimble SketchUp Pro
Adobe Photoshop
Adobe Illustrator
Adobe InDesign
Graphisoft ArchiCAD
Microsoft Office
ParaCloud GEM
Autodesk AutoCAD
Autodesk Revit
Maxon Cinema 4D
Rhinoceros 3D
Autodesk 3DS Max
Autodesk Ecotect
Contents
arquitectura 911sc Projects Steelcase Mexico City Offices 3 Planta de Asfalto Development 5 Various residential urban planning projects 7
AT103 projects Metro Cuauhtémoc 11 Martin Carrera Bus + Metro Terminal 13 Vista del Valle 15 Santa Martha Bus + Metro Terminal 17 San Pablo Cultural Centre 19 Museo Juan Soriano 21
Master Thesis Empathetic Kinaesthesia _ Sport within Architecture
25
archoffice Projects Devonport Library 35 Aotea Centre 37 Piha Changing Rooms 39
University Projects Future Office Building 43 Onemana Bach 45 MOTAT _ The Walsh Brothers Hangar 47
1
2
Projects
450
3
41.8
10
30
2.8
2
45
4.2
1
16
1.5
400
37.2
663
61.6
150
13.9
175
16.2
240
22.3
64
5.9
1420
132
113
10.5
144
10 1 1
?
EXPOSED
COVERED
14 LEGEND
Steelcase Mexico City Offices
1
1
13.4
1
1
15
1.4
1
10
9.3
650
60.4
340
31.6
283
26.3
30
2.7
3
40
3.7
2
40
3.7
1420
132
USERS SEATS COMPLETELY PRIVATE AT TIMES LEVEL OF WALL ENCLOSURE CUSTOMER INTERACTION GROUP ACTIVITIES
8
STORAGE NEEDS WIRELESS ETHERNET PRINTER
14 THE RUDIMENTARY CUBE
Location: Virreyes Tower, Miguel Hidalgo, Mexico City, Mexico Role: Concept design, developed design, 3D modelling, rendering, construction documentation
THE SHELLED ENCLOSURE
FENESTRATION
EXTENDED MATRIX EXTENDED MATRIX SPACE
Involvement in this project ranged leading the project from concept design right throught to construction documentation. As Steelcase Mexico needed to move offices within the space of 4 months, the condensed project time provided many challenges. The project was co-ordinated from the Steelcase general offices in Grand Rapids MI with weekly telepresence calls conducted from Mexico City. Also involved was the management in English and Spanish of all the subcontractors such as Henrybuilt kitchens in New York, Alpha Hardin, Luzen Arquitectos and various others. Conceptually the project looks to recreate the “Mexican neighorhood street” in the 17th floor of Virreyes Tower in order to give the project a familiar reference for employees and clients alike. Unlike other hi-tech Steelcase offices all over the world, this Mexico City edition looked to incorporate human scale, movement and appreciation of natural materiality and tones. Steelcase’s moto of “love how you work” was still upheld with their trademark “Workcafe” and respite areas providing alternatives forms of working.
Project Information
FT²
M²
USERS SEATS
1.
MARKETING
495
45.98
11
11
2.
SALES MOBILE
165
15.3
11
4
3.
EDUCATION
45
4.2
3
1
4.
PROJECT MANAGEMENT
180
16.8
4
4
5.
DATA ROOM
100
9.3
6.
ADMIN + LOGISTICS
225
20.9
5
5
7.
ADMIN MOBILE
8.
MARKETING MOBILE
9.
30 60
2.8 5.6
2
1
4
1
2
2
PRODUCT SALES & SERVICES
90
8.5
10. PROJECT MANAGEMENT MOB
15
1.4
1
11. INFORMATION TECHNOLOGY
30
2.8
2
WALL RELATIONS CONDITION
STORAGE
NETWORK
PRINTER INTERNAL STRUCTURE
STEEL | TIMBER
OUTER CLADDING
STEEL | TIMBER | COMPOSITE
1
12. CALA MOB
30
2.8
2
13. FUTURE GROWTH MOBILE
150
13.9
10
4
14. FUTURE GROWTH
450
41.8
10
10
15. HUMAN RESOURCES MOBILE
30
2.8
2
1
16. HUMAN RESOURCES
45
4.2
1
1
17. PHONE
16
1.5
18. LOBBY
PRIVACY
1
GRAPHICS
PERFORATED
4
5
Planta de Asfalto Development Location: Ajusco, Mexico City, Mexico Role: Concept design, 3D modelling, rendering
Located in an abandoned quarry in Mexico City, this mammoth project includes 9 commercial towers and over 20 apartment blocks (approx 15 stories each). By utilizing the existing terrain, we were able to easily incorporate up to 6 car parking levels across the whole site as well as allowing the fractured earth to form amphitheatres, parks and pedestrian thoroughfares. On an infrastructural scale, the project incorporates various forms of public transport such as bus services, shuttles, metro (underground rail) as well as facilitating for large logistics trucks. Seen as a model mini-city in the south of Federal District of Mexico, construction is set to get underway in mid-2015.
Project Information
6
7
Various residential urban planning projects Location: Mexico City + Guadalajara + Merida, Mexico Role: Concept design, 3D modelling, rendering
Over various months, numerous large scale developments were worked on, primarily in the concept phase. These residential projects of up to 12 stories looked to respect human scale, whilst respecting the developer’s need for maximum m2. Quality public spaces were incorporated where possible for attractive gathering and socialising spaces. The entry gate to the residential complex in the southern city of Merida was an initial opportunity to prove rendering skills. The project was later taken through to construction drawings with site work beginning late 2014.
Project Information
ARA Development, Mexico City
8
CEMEX Development, Guadalajara ANALISIS VOLUMETRICO _ ARA Tlateloco
ANALISIS DE LOS CONCEPTOS _ ARA Tlateloco Área por piso_ Área total (x5 pisos) _ Área libre _
4,770 m2 23,850 m2 58 %
Área por piso_ Área total (x5 pisos) _ Área libre _
4,330 m2 21,650 m2 62 %
Área por piso_ Área total (x5 pisos) _ Área libre _
4,760 m2 23,800 m2 58 %
S itio : 11310m2
1
Área por piso_ Área total (x5 pisos) _ Área libre _
5,630 m2 28,130 m2 50 %
2
Área por piso_ Área total (x5 pisos) _ Área libre _
5,560 m2 27,800 m2 51 %
3
Área por piso_ Área total (x5 pisos) _ Área libre _
6,560 m2 32,800 m2 42 %
4
Área por piso_ Área total (x5 pisos) _ Área libre _
5,680 m2 28,400 m2 50 %
5
Área por piso_ Área total (x5 pisos) _ Área libre _
5,800 m2 29,000 m2 49 %
6
Área por piso_ Área total (x5 pisos) _ Área libre _
5,680 m2 28,400 m2 50 %
7
Área por piso_ Área total (x5 pisos) _ Área libre _
6,520 m2 32,600 m2 42 %
8
Área por piso_ Área total (x5 pisos) _ Área libre _
6,030 m2 30,130 m2 47 %
SENDERO _
EDEFICIOS _
PATIOS _
9
Área por piso_ Área total (x5 pisos) _ Área libre _
4,380 m2 21,900 m2 61 %
10
Área por piso_ Área total (x5 pisos) _ Área libre _
6,880 m2 34,400 m2 39 %
11
Área por piso_ Área total (x5 pisos) _ Área libre _
6,240 m2 31,200 m2 45 %
12
Área por piso_ Área total (x5 pisos) _ Área libre _
5,100 m2 25,500 m2 55 %
Arco Norte residential complex, Merida
LOCA
NPT
NIVEL DE PISO TERMINAD
NLBL NLAL
NIVEL AL LECHO BAJO D NIVEL AL LECHO ALTO D
NLBP NLBT NAN
NIVEL AL LECHO BAJO D NIVEL AL LECHO BAJO D NIVEL AL ANTEPECHO D
NPR
NIVEL AL PRETIL
NMB
NIVEL MEDIO DE BANQU
BAP
BAJADA DE AGUA PLUVIA
BAN
BAJADA DE AGUAS NEG
NPT= 0.00 NPT=0.00 SUBE
NIVEL EN PLANTA NIVEL EN ALZADO I
ES
CAMBIO DE NIVEL
PU
MURO DE CONCRETO A
MURO DE TABIMAX DE 1
MURO DE TABLAROCA 1 h.libre
2.50
SIMBOLO DE ALTURA LIB
P00 0.00
INDICA TIPO DE PUERTA INDICA ANCHO DE VANO
K00 0.00
INDICA TIPO DE CANCEL INDICA ANCHO DE VANO INICIO DE DESPIECE
Para la realizacioón G.P.S. marca LEICA G el mismo equipo G.P realizado y
D.R.O. C.D.U.yA.
No.
Con
arqu
Arq. Saidee S
Ago
9
10
Projects
11
Metro Cuauhtémoc rín Tu
Cuauhtémoc, Mexico City, Mexico Concept design, 3D modelling, diagrams, renders
rín Tu
Location: Role:
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Av. C ha
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Located in the heart of Mexico City, this metro (underground) concept project had the job of integrating new office towers into a mixed use context comprising of residential apartments, industrial quarters and low rise commercial. The existing market place at street level was remodelled and topped with a big public draw card: a large green plaza featuring restaurants and retail shops. The towers themselves feature deep louvres and roof gardens to complete an attractive, sustainable design.
pec
0 5 10
25
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0 5 10
50
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Av. C ha
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Abrah
pulte
Gu
50
rí Tu
rí Tu z
nzále
am Go
Av. C ha
25
Tapancos Mercado | N +2.80 m
Estacionamiento Tipo | N -2.40 m
Abrah
Project Information
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am Go
Abrah
Gu
c
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hte
uau
C Av.
Av. C ha
as
m
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Buca
pec
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Buca
pulte
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0 5 10
25
Av. C ha
pulte
c
mo
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uau
C Av.
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50
0 5 10
25
Plaza Pública | N +6.00 m
50
Planta Tipo
ín
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Abrah
Av. C h
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Buca
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Av. C h
apult
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0 5 10
25
50
Conjunto
12
13
Martin Carrera Bus + Metro Terminal Madero, Mexico City, Mexico Concept + developed design, 3D modelling, diagrams, renders
Metro Martin Carrera _ Gustavo A. Madero ild ag
o
Análisis del forma
F. C .H
Martin Carrera, one of Mexico City’s largest public transport hubs offered an opportunity to regenerate a shabby part of town. The convergence of Cetram (bus services) and 2 metro (underground) lines posed a difficult logistical challenge in the distribution and transition of the thousands of daily users. Extensive investigations into the flow of commuters and influences from the surrounding context generated a large public plaza over the street level bus terminal. This plaza features a range of activities from gathering spaces and football pitches to small retail stores in order to draw the public.
Av en ida
Location: Role:
Proceso
Grid paralela a la Avenida F. C. Hildago (PARA) Grid adyacente a la Avenida F. C. Hildago (ADY) Grid del barrio A (A) Grid del barrio B (B) Barrio A
N
C_2 B-PARA 90%
Barrio B
The initial studies eventually led to further explorations into how the plaza and the proposed commercial + retail towers could be configured. Various studies into metabolic and parametrical forms were conducted in order to find the optimal forms satisfying commuter movement, sun exposure, rentable space, spacial qualities etc. The final solution featured seven towers of incremental height on the raised plaza which tapered off into the surrounding context for horizontal access whilst voids in the plaza provided vertical access points right down to the metro levels
Código Grids de intersección (preferencia primero) Porcentaje de libre Tiempos sombra _ 08:00 / 12:00 / 16:00
A_1
B_1
C_1
D_1
E_1
F_1
A_2
B_2
C_2
D_2
E_2
F_2
A_3
B_3
C_3
D_3
E_3
F_3
PARA-ADY 75%
ADY-PARA 75%
PARA-A 63%
A-PARA 87%
PARA-B 61%
B-PARA 90%
ADY-A 64%
A-ADY 87%
ADY-B 60%
B-ADY 91%
A-B 79%
B-A 85%
Project Information PARA+ADJ 76%
PARA+A 76%
PARA+B 75%
ADJ+A 74%
ADJ+B 74%
A+B 89%
14 Metro Martin Carrera _ Gustavo A. Madero Análisis del forma
176m
19551m2 130m
45m
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
74m
19551m2 4 78204m2 25.5m 11552m2 0m2 (0%)
CONCEPTO 1 _ El enorme agujero
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
13683m2 6 82080m2 34.5m 16011m2 5865m2 (30%)
CONCEPTO 2 _ Los tres amigos
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
13683m2 6 82080m2 34.5m 24328m2 5865m2 (30%)
9776m2 8 78208m2 43.5m 38883m2 9776m2 (50%)
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
CONCEPTO 3 _ Los dientes
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
13683m2 6 82080m2 34.5m 34530m2 5865m2 (30%)
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
9776m2 8 78208m2 43.5m 43180m2 9776m2 (50%)
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
9776m2 8 78208m2 43.5m 29255m2 9776m2 (50%)
CONCEPTO 4 _ Los otros tres amigos
13683m2 6 82080m2 34.5m 14898m2 5865m2 (30%)
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
9776m2 8 78208m2 43.5m 31340m2 9776m2 (50%)
Área por piso_ Pisos _ Área total _ Max. elevación _ Área de fachada _ Área libre _
13683m2 6 82080m2 34.5m 24503m2 5865m2 (30%)
ag
o
PLUG-IN CITY _ Metabolismo Mexicano
Av e
nid
a F.
C.
Hild
Proceso de aleatorización
Grid paralela a la Avenida F. C. Hildago (PARA) Grid adyacente a la Avenida F. C. Hildago (ADY)
N
Grid del barrio A (A)
C
Barrio A
30% vacíos / 20% @ 6m
20% @ 26m
ADY-A
Código Grids de intersección
20% @ 66m
A
Sólo aleatorización
PARA-ADY
B
PARA-A
C
Optimización
ADY-A
_ 30% vacíos _ más densificación _ plazas diseñadas _ conexiones de circulación
D
PARA-ADY-A
E
Programa de plug-in
PARA-ADY-X
_ comercial _ oficinas _ residencial _ plazas _ circulación
LOS ESPAGUETIS _ más opciones
8:00
12:00
16:00
15
Vista del Valle Marnhos housing development Location: Role:
Azcapotzalco, Mexico City, Mexico 3D modelling, facade design, renders
The competition for a new Marnhos housing development in the north of Mexico City called for an incredibly dense configuration due to increasing demand for residential influx in this city sector. In order to avoid a homogenous design we once again looked into metabolic principles. By providing 4 types of apartments which could interlock in different configurations, we were able to create a richly textured facade composition. The protrusions and voids generated by the seemingly random stacking allowed for patios and roof gardens to the scattered all over the development, providing a familiar cornerstone of Mexican urban fabric; outdoor entertainment.
Project Information
16
17 Santa Martha _ Iztapalapa Análisis volumétrico
Santa Martha Bus + Metro Terminal Location: Role:
Conceptos volumétricos
ero
rtill
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Niñ
Iztapalapa, Mexico City, Mexico Concept design, 3D modelling, diagrams, renders
Área por piso_ Área libre _ Pisos _ Área total _ Max. elevación _
M
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Sa
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ha 353m Ign
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Eje 8
In yet another concept project for the remodelling of a busy transport hub, this project took the on the idea of velocity to shape the development. The surrounding highways, metro lines and squeezed site confines generated a horizontally stretched form which bent with the shape of the site. We could once again employ raised public terraces over the bus terminals as means of attracting members of the public and proving access to commercial sections of the project. Much like airport terminals, public access bridges extended into surrounding neighborhoods in order to provide viable pedestrian accessibility.
Project Information
io
Za
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go
Sur
Plataforma_ 21000m2
oz
a
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Ge
ne
rali
sm
68m
oM
ore
los
Área de fachada _ 12,560m2
Área de fachada _ 17,090m2
Área de fachada _ 17,290m2
Área de fachada _ 18,410m2
Área de fachada _ 44,160m2
Área de fachada _ 25,560m2
Área de fachada _ 22,870m2
Área de fachada _ 54,820m2
12,600m2 8,400m2 (40%) 5 63,000m2 22.5m
18
19 Andador Macedonio Alcalá
UNIVERSIDAD AUTÓNOMA BENITO JUÁREZ DE OAXACA ESPACIO PÚBLICO
REVALORACIÓN HISTÓRICA
ESPACIOS LIBRES
SUSTENTABILIDAD
El Centro de Vinculación San Pablo propone una conexión con la catedral y el zócalo de Oaxaca a través de un circuito cultural donde se favorezca, tanto al peatón, como a los medios de transporte no motorizados.
Las proporciones de la fachada responden directamente a las mismas en construcciones circundantes. Logrando así una óptima integración dentro del contexto central de Oaxaca además de reducir la altura pre existente a una más homogénea de 7.20 metros de altura.
Tanto el sótano como los tres volúmenes superiores responden a esquemas de espacio abierto que permiten una flexibilidad excepcional para albergar diversos tipos de actividades que ampliarán la oferta cultural de la Universidad.
Captación, filtración y almacenamiento de agua pluvial para servir tanto en servicios como en riego de áreas verdes.
relos
Pino Suá rez
Juárez lo dez Fial
Ahorro de energía = mejor economía
Indepe
ndencia
Xicoté ncatl
El esquema permite la dualidad de permanencia y transición entre espacios cubiertos y abiertos sin perder la naturaleza de ser un complejo en su totalidad.
La inclusión de áreas arboladas en el complejo permiten la aparición de micro climas que ayudan a regular la temperatura en el interior.
Av. Hida
lgo
Ocamp o
Tanto en la galería de exposición superior, como en los talleres se utilizan materiales que permitan tanto la transparencia como la incidencia de luz y ventilación naturales.
La multiplicidad de patios responde a una ventilación pasiva que permita la circulación del aire a través del centro cultural.
Melcho r
La naturaleza del terreno permite que, conceptualmente, el volumen del sótano pre existente sea elevado hasta una planta superior para generar una plaza pública, hundida en su parte media que favorezca diversos tipos de actividades tanto culturales como sociales; haciendo una referencia al juego de pelota.
Además de la sensibilidad tectónica, es evidente que los sistemas constructivos tradicionales son los predominantes en el edificio, así como el uso de materiales y técnicas típicas de la región.
Supresión de rampas en el esquema del edificio para lograr una mayor claridad de recorridos. Proposición de integrar un montacargas para el montaje de exposiciones y servicio de los talleres superiores además de tener la opción de servir a personas vulnerables.
0m
Manue l Fernán
Su fachada es permeable por ambos frentes desde la calle. Para controlar el acceso se propone un sistema de cerramiento compuesto de puertas metálicas.
La disposición del terreno permite un acomodo programático que responde a un filtro entre lo público y lo privado.
40
Celdas fotovoltáicas en cubiertas para contemplar el gasto energético tanto en iluminación como en montacargas.
En la parte privada se propone la inclusión de una residencia para artistas locales y extranjeros con cuatro habitaciones y áreas comunales de estar. El espacio formado entre lo público y lo privado albergará tanto oficina del Rector y director así como una pequeña terraza para albergar reuniones más casuales.
La proporción de vanos y macizos de la pre existencia derivaron en una retícula articuladora para la definición proporcionada de cada elemento programático que constituye al edificio.
m
El automóvil no es suprimido de esta dinámica; se pretende que su uso quede, preferentemente, ligado a las calles cercanas al perímetro central en donde puede ser estacionado para después optar por un medio de transporte no motorizado. El proyecto propone extender el alcance de la banqueta peatonal al permitir la permeabilidad del espacio público hacia el interior del recinto.
The sunken courtyard provided the conceptual driver to this competition entry which eventually won second prize. The University of Oaxaca requested a new cultural centre for social events, community activities and exhibition to be housed in an existing faculty in the historical city center. By dropping a large courtyard below suspended volumes we successfully negotiated the most difficult condition of the brief; an auditorium for 200 people.
Mercado Benito Juárez Salón de usos múltiples / Auditorio abierto
Museo Textil de Oaxaca
Facultad de Derecho y Ciencias Sociales (UABJO)
Zócalo
Alameda de Léon
Catedral de Oaxaca
Jardín San Pablo
Iglesia y Exconvento de la Merced
Iglesia de Nuestra Señora de las Nieves
Centro Cultural San Pablo
Teatro Macedonio Alcalá
Palacio de Gobierno Sala de exposición
Áreas comunales de trabajo / Talleres Residencia para artistas
Salón de usos múltiples / Auditorio abierto
s
Sala
ale
Baños hombres y mujeres
es
ion
culac
vertic
sic
ión
es
ion
culac
vertic
Sala
de
expo
sic
Cir
a nd y tie Libr
eria
a nd y tie eria Libr
ión
s de ale s re mun lle s co jo / Ta ea Ár traba
Privado para director y rector
s
ale
expo
s de ale s re mun lle s co jo / Ta ea Ár traba
Administración
Residencia
Salón de usos múltiples / Auditorio abierto
de
Cir
Cafetería
Administración
Sala de juntas
Servicios
mu jere s
Talleres / Trabajo
sy hom bre
hom bre sy
>
Baños
Primer Nivel
Baños
Planta Baja
rmación
Abierto
de info
Semiabierto
rmación
de info
Cerrado
Módulo
Módulo
mu jere s
Circulaciones verticales
TIPOLOGÍA
para artistas Residencia
Libreria y tienda
Bodegas y equipamiento técnico
para artistas Residencia
Módulo de información Bodegas y equipamiento técnico
Intensive analyses of the how the spaces might configure, allowed us to not only incorporate all the programmatic activities but also temporary residences for artists. We took careful consideration of the surrounding context through the control of scale in the streetside facade as well as its limestone materiality. Sustainable control of the internal environments of the enclosed spaces was achieved through passive means whilst also harvesting solar energy and rainwater.
Av. Mo
0
Oaxaca, Mexico Project leader, diagrams, 3D modelling, renders
Facultad de Arquitectura (UABJO)
20
Location: Role:
Museo de Arte Contemporáneo
Museo de los Pintores Oaxaqueños
CENTRO DE VINCULACIÓN “SAN PABLO”
Bodegas y equipamiento técnico
San Pablo Cultural Centre | Oaxaca University
NIVEL Sa
la
Sotano
de
ju
Espacios principales
Privado
Servicios
la
Ca
as
para direc tor y rector
Núcleo central de usos múltiples
Sa
ría
te
fe
nt
USOS
de
ju
ría
te
fe
nt
Ca
as
Privado
ación
Administr
para direc tor y rector
Público
ación
Administr
FORMACIÓN DE GRUPOS
RELACIÓN FÍSICA
RELACIÓN VISUAL
CARÁCTER
Público
Privado
Público-Privado
PROGRAMA Y CONDICIONES PROPUESTAS
Sitio existente
Fachadas permeables generan cuadrícula
ESTRATEGIA VOLUMETRÍA
Servicio Patio privado Residencia para artistas
Residencia para Artistas
Circulaciones verticales
Administración
Administración
Project Information Circulación perimetral
PROGRAMA Y VOLUMENES
Sotano existente
Plaza pública
Sala de exposición
Libreria y tienda
Salón de usos multiples / Auditorio abierto
Áreas comunales de trabajo / Talleres Áreas comunales de trabajo / Talleres
Módulo de información Cafeteria
Patio de acceso principal
Foro de discusión
Cuartos privados de residencia de artistas (60 m²)
Terraza de reunión
Sala de juntas (40 m²) Exposición de fotografía
Taller de escultura
Montecargas / Elevador Servicio (10 m²) Privado para Rector (20 m²)
Dibujo al desnudo
Sala de exposición (260 m²)
Exposición de esculturas
Áreas comunales de trabajo / Talleres (75 m²)
Proyección de cine
Clases de baile
Áreas comunales de trabajo / Talleres (110 m²)
Exposición laberíntica
Curso de computación
Patio privado de residencia
Área común de residencia (45 m²)
ESPACIOS DE USOS MÚLTIPLES. PLANTA ALTA Baños para mujeres (15 m²)
Baños para hombres (15 m²)
Administración / Oficina (40 m²)
Montacargas / Elevador Servicio (10 m²) Privado para director (20 m²)
Bar Bodega y equipamiento técnico (130 m²) Salón de usos multiples / Auditorio abierto (200 m²) Pasarela / Desfile de moda
Concierto
Libreria y tienda (40 m²)
Patio de acceso principal
Módulo de información y cocina (10 m²) Cafetería (20 m²) Proyeccion de cine y conferencia
Pista de baile
H2O
Ca
lle
Mel
O2
ch
or
Oca
mpo
nd
pe
lle
Inde
H2O
cia
en
O2 H 2O
Ca
CO2
ESPACIO DE USOS MÚLTIPLES. PLANTA BAJA
Independencia Diagrama de captación de agua pluvial y ventilación
Independencia Diagrama de captación y distribución de energía
Calle Independencia
ALZADO CALLE MELCHOR OCAMPO (1:200)
Calle Melchor Ocampo
ALZADO CALLE INDEPENDENCIA (1:200)
CO2
20
B
D
A
D
C
A
E
B
E
E
C
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Museo Juan Soriano Location: Role:
Acceso Calle Allende
Cuernavaca, Morelos, Mexico 3D modelling, diagrams, renders Camerinos Bodega Bodega
Escenario Auditorio Patio
Upon the death of its most celebrated artist, the town of Cuernavaca commissioned a competition to house Juan Soriano’s works. Our concept looked at creating a range of architectural experiences to accommodate the artworks. As most are massive sculptures, the subterranean approach formed as a way not only approaching the site, but also allowed various vantage points to appreciate the artworks. An abundance of additional programmes were also incorporated such as a lecture theatre, bookstore and a community participation centre.
Sala de exposición permanente
Patio
Patio
Acceso
Sala de lectura
Archivo Histórico
Fondo Reservado Librería Tienda
Audio Video
Calle Guill
Proceso Técnico
ermo
Acervo
Gand
Plaza Adolfo López Mateos
ara
Calle Adolfo
López
Mateos
Acceso Calle Adolfo López Mateos
Primavera: Tulipán africano, Bugambilia, Jacaranda, Níspero, Laurel de jardín
Av.
Verano: Tabachín, Ciruelo, Tulipán africano, Bugambilia, Laurel de jardín
Otoño: Níspero, Bugambilia, Laurel de jardín
Invierno: Níspero, Eucalipto, Fresno, Areca, Coco plumosa, Guaje, Laurel, Guayabo Planta Conjunto
ulco com
Atla
0
1
5
0
10
1
5
10
3
Calle Adolfo López Mateos
5
Project Information
Acceso Calle Allende
o s art ina Cu áqu m
de
de or s ed o m ad Co mple e e od a art erí Cu rdin ja s ño Ba
Bodega Tránsito
Pintura
Exposición Temporal
Gráfica
Tapices
Cerámica
Escultura
Danza
Restauración
M Juan emor Sori ial ano
Sala Permanente
Sala Temporal
Calle ara Gand rmo Guille
Investigación
Privado
Opciones museográficas
Sala juntas
Área administrativa
Acceso Calle Adolfo López Mateos Cafetería
At Av.
Terraza
Planta Jardín
co mul laco 0
Calle Adolfo López Mateos
1
5
10
4
22
23
24
Master Thesis
25
Empathetic Kinaesthesia _ Sport within Architecture Unitec, New Zealand Grade: Hochschule Wismar, Germany Grade:
A 1.3
“Where crowds gather, history is made.” Spiro Kostof Sport has been part of human life throughout recorded history, shaped by architecture since ancient times. How is this still relevant today as we strive towards future ‘sporting legacy’? This project looks at the impact of a proposed global sporting event in Auckland in a masterplanning exploration, after which a particular stadium is chosen for further development in terms of legacy transformation and spatial/structural articulation. The latter part of the project seeks to incorporate theories of kinaesthetic movement resulting in empathetic experiences for all users of the sporting venue which reacts to its function, site and legacy.
Abstract GREATER AUCKLAND _ SITE LOCATION
INFRASTRUCTURE _ MANUKAU HARBOUR
RECREATIONAL PARKS _ MANUKAU HARBOUR
26
SITE PLAN
n Architecture
Motorways MOTORWAYS rail RAI LlinEs LINES MaJor roads MAJOR ROADS rEsidEntial buildinGs RESIDENTIAL BUILDINGS coMMErcial + industrial buildinGs COMMERCIAL BUILDINGS publicPUBLIC concoursE CONCOURSE sErvicE roads SERVICE ROADS sportinG facilitiEs SPORTING FACILITIES sErvicE + transport facilitiEs SERVICE FACILITIES
27
28
29
CONCEPT SKETCHES
ANALYSES
30
31
32
33
34
Projects
35
Devonport Library Location: Devonport, Auckland, New Zealand Role: 3D modelling, concept design
The competition for a new library in historic Devonport primarily called for design which respected the contextual heritage, whilst advertising itself toward the Hauraki Gulf in the south-west. This was achieved by incorporating Victorian lace patterning in the precast panels on the first floor which follow the proportions of the facades across the street. The colour palette resembles the local sand, surf and park environment. A “fish-scale” facade towards the park takes on the concept of shimmering water whilst allowing upper level ventilation.
Project Information
36
37
Aotea Centre Foyers Location: Auckland CBD, New Zealand Role: 3D modelling, concept design, rendering
After completing the renovation of the ASB Theatre (largest in the country), our office was asked to refurbish the existing foyers directly adjacent to the theatre. The foyers, arranged into 5 split levels offered an interesting design challenge that called for some floors to be treated individually whilst others were linked through large feature walls which wrapped up the back of the main stair and up over to form a dynamic ceiling. Integrated furniture included new bars as well the “lava columns” which allow one to lean on and rest drinks on a shelf wrapping around the existing columns.
Project Information
38
39
Piha Changing Rooms Location: Piha Beach, New Zealand Role: 3D modelling, concept design, rendering
Piha, Auckland’s famous surf beach, required a new changing room block to serve both the camp ground as well as the new cafe whilst keeping the functions separate. The resulting design respects this dilemma by having a split level set up by a large precast concrete panel wall which features wave patterning. The wave metaphor is continued with the undulating louvre screens and curved planting mounds. The building sits comfortably in its ‘rough’ west coast location with the colour palette reflecting the red pohutukawa tree blossoms and Piha’s black sand beach.
Project Information
40
41
42
University Projects
43
Future Office Building _ Sustainable approach to a Berlin office building Unitec, New Zealand Grade: Hochschule Wismar, Germany Grade:
Location: Ernst-Reuter-Platz 6, 10587 Berlin Floor Area: 24,593m² - Communal workspace, sense of community throughout - Transparency - Communication between departments - Atrium which functions as the “lungs” of the building - Facades with environmental consideration - Extensive greening of the facades, roof and inner atrium - Building advertises itself towards Ernst-Reuther Platz roundabout
Brief
A 1.3
44
45
Onemana Bach _ Studio 19 Unitec, New Zealand Grade: A A+ A
Collaboration with Strachan Group Architects, John Cocks and Marshall Cook. Located in the coastal town of Onemana this small project is more than meets the eye. Whilst it was small in both budget and footprint, clever thinking and innovative solutions have produced a bach which ticks all the boxes; the clients “couldn’t be happier.” They did not want a large, elaborate beach house, nor would their budget allow; they wanted a well designed, compact, stylish yet simple easy care place to go with their two girls. With a total footprint of only 100m2 (75m² interior + 25m² decks) Onemana bach offers a master bedroom with private deck, bunkroom, bathroom/ laundry with both interior and exterior access, kitchen, living, dining with decks to both the east and west and built in furniture and storage throughout. A number of design decisions have elevated a simple building to a project which is full of interest and rich in character; a key move is the timber slatted breezeway which penetrates the high performance thermal envelope, running north east - south west, this assists the natural cross ventilation and highlights the play of light with the late afternoon sun filtering through the trees and timber slatting. The building also includes a take on traditional board and batten, offering rhythm and relief; a double floor step work with the natural contours of the site and the monopitch roof which wraps the building to the south; the north eastern corner hovers above the slope with large timber doors peeling back to open the corner; and the material palette is locally sourced, boasting timber throughout including decking inside and out, slatted ceilings and privacy screens and plywood on both walls and ceilings. NZIA LOCAL AWARD WINNER 2011 -SMALL PROJECT ARCHITECTURE “Adventurous clients have benefitted from a programme set up to teach Unitec architecture students practical skills. Student teams designed and built the elegant, two-bedroom bach on campus, and then assembled it on the site for which it was intended. A success in itself, the project has also provided the participating students with a valuable introduction to New Zealand’s timber design and construction tradition.” Jury Citation Nominated (top 5 in New Zealand) for NZIA AWARD 2011 - RESIDENTIAL ARCHITECTURE - HOUSE
Brief
(design) (documentation) (construction)
46
47
MOTAT _ The Walsh Brothers Hangar Unitec, New Zealand Grade:
The new extension of the existing hangar at MOTAT in Auckland looked at creating a contradiction between itself and the existing hangar which can be described as dark and solemn, housing the war planes. The extension opposes this by having its structure draped by lightweight ETFE, housing the agricultural and luxury airtravel planes. Ramped viewing platforms culminating around a central exhibition area allow views to be appreciated in both hangars as one journeys from one to the other.
Brief
A
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49
50
Appendix
51
A Memorial for the Canterbury Earthquakes
How does one reflect upon a tragedy? It is not for one person to say, each of us deals with grief in our own separate ways. What is clear is that life goes on in a forward direction, so we need to come together as one in order to progress whilst reflecting on a moment frozen in time; a bridge is formed. The centerpieces of this concept are the pillars located on the northern bank which reflect ruptured earth. They, however, pay homage to the people, communities and organizations responsible for the rebuilding process. From international response teams down to groups such as the “Farmy Army”, all are permanently remembered as they are the ones that need to be thanked and have their names preserved.
SECTION (Cambridge Terrace to Oxford Terrace) _ not to scale
Speaking of names, the victims shall of course never be faded memories. Their names are etched upon slabs on the largest pillar, a central white column stretching up the sky and folding into a ramp up to Oxford Terrace.
PLAN _ not to scale
3
Spaces for gathering and reflection are located throughout the scheme from the stairs flanking the bridge to a sculpture garden displaying works from local artists. Other considerations include wildlife shelters and plant rearing.
Cambridge Terrace
Reconcile, Reflect, Remember. 2
Canterbury consists of people from all walks of life
KEY thought space
Earthquakes ... moments frozen in time
Montreal Street
gathering space 4 1 rd
o xf
ce
Te
rra
sculpture garden flower beds
O
plant nursery aquatic shelter
Bridge ... consolidation moving froward
and
avian refuge wheelchair ramp drinking fountain bicycle zone
A complete picture
EQM 2028
52 1
2
3
Possible mentions:
Note: names are fictional
+ Christchurch police services + NZ Defense Force + NZ Fire Service + International response teams + Urban Search and Rescue + Electricity firms + Fonterra + NZ Government - CERA - EQC + Red Cross + Salvation Army + UC Student Volunteer Army + Federated Farmers + Riangiora Earthquake Express + Ngāi Tahu + Christchurch Councils
“Life can only be understood backwards; but it must be lived forwards.”
- Søren Kierkegaard
4
EQM 2028
53
CUBIERTA
ESTRUCTURA
PLAFOND
TERRAZA
COLUMNAS
CASA
PREEXISTENCIA
54
Techos
1. Piso
Planta Baja
-1. Piso
55
Casa Bosques _ Bosques de las Lomas Análisis del programa
Terraza _ 80m2 Sala _ 30m2 za
Terra
Sala
Family _ 30m2
rag
e
Cocina _ 20m2 Ga
Comedor _ 20m2
Fam ily
R. P. _ 36m2
2 R. _ 12m2
Cocina
Servicio
1 R. _ 24m2
Servicio _ 55m2
Co
2 R.
me
do
r
Garage _ 50m2
TIPOLOGÍA
Privado
Semiprivado
Publico
Primer Nivel
Nivel Calle
Dormitorios
Servicio
1 R.
R. P.
NIVEL
Planta Baja
RELACIÓN DIAGRAMA
CARÁCTER
Principales
PROGRAMA Y CONDICIONES PROPUESTAS
ESTRATEGIA VOLUMETRÍA
Concepto 1
Concepto 2
Concepto 3
Concepto 4
56