JESÚS ACOSTA PORTFOLIO
JESUS ACOSTA ARCHITECT | ENVIRONMENTAL CONSULTANT
E | jesusacosta.jaque@gmail.com M | (+521) 55 29006703 A | Ocotepec 286 int. 17, Mexico DF, Mexico 10200
Typology collective housing
mix use
Content single housing
office
Profile
03 | 04
Passion 路 Experience 路 Education Technical Skills Personal Aptitudes
Casa Valna
05 | 10
Status | Constructed Responsibilities | Architectural design, tender documentation, landscape design, interior design and architectural supervision on site.
hospitality
cultural
Alamar Vallarta
11 | 16
Status | Competition, First Place Responsibilities | Team coordination, concept design, master plan design and typology design of apartment units.
Slumber Lodge
17 | 20
Status | Academic Project Responsibilities | Team coordination, concept design, architectural project, passive design modelling and development of sustainable strategies.
Casa Jikuri
21 | 24
Status | Detailed Project Responsibilities | Architectural design and development of tender documentation
Fitzroy Triangle
25 | 30
Status | Academic Project Responsibilities | Site analysis, framework development and design of urban regeneration plan.
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Profile
As an architect and urban planner, the organic behaviour of cities has always captivated me. At a smaller scale, I have developed a fascination for the influence that architecture has in the creation of identity, culture, art, as well as the capacity that it has to define function and space through the manipulation of forms, structures, materials and natural elements. Since I began my studies in architecture, I consider as vital the relationship that exists between the built environment and its surrounding context. For this reason, I have always tried to give a sense of belonging to every project that I have worked with. During the last semesters of my bachelor’s degree, I started to develop an interest for passive design and sustainability. This was primarily a consequence of the discourse that strongly emerged within the architecture practice, regarding the impact that buildings and cities have over the natural environment and the quality of life of millions of people. When I graduated as an architect, I received the Manuel Garibay Award, which is given to the student with the best thesis project. Upon receiving such prize, I was given a scholarship for a diploma in Sustainable Design and Construction, in which my interest for developing projects based on sustainable concepts grew even further. I have practiced most of my professional career in the recognized architecture firm JSª Arquitectura, located in Mexico City. During my process in this studio, I was in charge of the design an implementation of numerous projects, from concept design, to detail specification and construction supervision. This enabled me to thoroughly understand all the phases that exist in the development and construction of a building, and to exercise vital skills required when working with multidisciplinary teams. Additionally, I have extensive experience in team coordination, project administration, as well as supplier and clientele relationship management. Recently I concluded my master’s degree in Environment with specialisation in sustainable design and development. In addition of taking courses related with architecture and planning, I undertook subjects that analyse and study the different factors and elements that influence the functioning of urban settlements at different scales. This with the acknowledgment that today’s world is increasingly interconnected, and that the study and practice of city planning is now an interdisciplinary matter. I consider myself a passionate person with my profession and with willingness of taking responsibilities quickly. My biggest goal as a professional is to be involved in projects that pursue a state of interdependence with its social, economic and natural context. Moreover, I hope to develop projects that not only have low environmental impact, but also seek to be catalysts of ecologic regeneration and community building. Finally, I have great interest in developing strategies and frameworks, which in the long-term enhance urban landscapes into adaptable and resilient systems, especially in face of climate change and the challenges of the twenty-first century. This document presents some of the projects that I have done, both individually and collaboratively. The main intention is to demonstrate professional approach, versatility in scale and typology, design capacity, presenta-
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tion quality, as well as architectural and technical knowledge.
Professional Experience
Education
JSa Arquitectura | Mexico City, Mexico 2010 – 2013 Position | Project Architect and Team Coordinator
Master of Environment in Sustainable Cities and Regions University of Melbourne, Melbourne, Australia 2013 – 2014
Conducted and worked in the design process and project management of numerous projects throughout Mexico and Latin America, from office, housing and commercial
Bachelor of Architecture and Urban Design
buildings, to sustainable urban developments and mixed-use master plans.
Universidad Iberoamericana, Mexico City, Mexico 2005 – 20100
Instituto Nacional de Vivienda (INVI) | Mexico City, Mexico 2008-2009 Position | Project Architect
Diploma in Sustainable Design and Construction Universidad Iberoamericana, Mexico City, Mexico 2011
Designed and developed social housing projects for low-income communities located in Mexico City. Conducted participatory design processes, and mediated communica-
International Exchange
tion procedures between the local government and the community.
Universidad Politecnica de Cataluña (UPC) Barcelona, Spain 2008
Technical Skills Drawing Software
Office Software
proficiency
Autodesk Revit
Office Word
Autodesk AutoCAD
Office Excel
Autodesk 3dsmax
Graphic Design Software Adobe Photoshop CC
SketchUp
tim
e in veste d
Analysis Software
Adobe Illustrator CC
Sefaira
Adobe In Design CC
Personal Attributes
Proactive creativity and initiative in decision making
Critical Thinking developed capacity of analysis and evaluation
Leadership
Resilient
constant development of interpersonal skills and ability to motivate others
challenges and crisis situations are opportunities for learning growth and development
Productive organized with timeframes and efficient in task prioritization
Team-player collaboration and teamwork are key for the success of any project
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Casa Valna Location | Santa Fe, México City , Mexico Year | 2012-2013 Collaboration | Javier Sanchéz + Juan Soler Area | 606m2
Casa Valna is a single family home in a real estate development in the Santa Fe area, within Mexico City. The first defining factor was to give the client a project that would make the most of the built surfaces without sacrificing the program. We faced several restrictions, which instead of limiting us pushed us to find an architectural solution in an “L” shape. This was in order to make it feel more spacious by joining the two gardens, front and back, and to maximize the depth of the plot. The resulting space is the composition axis of the project, which is a lineal sequence of spaces with different characters and functions. All the main spaces of the house are subordinated to this axis, and are incorporated visually and physically by large sliding and folding doors and windows. The colour palette is based on raw materials, like exposed concrete, oil finished timber and grey limestone, together with its surrounding vegetation.
Restrictions | Morphology
0m
1.5
45 0m 2
5.
00
m
0m
6.5
%
15 0m
.5
11
5
0m
5.5
e
rag
Ga
6
c b
13
b’
9
0 1
3
5m
12 11
9. hallway
10
10. main bedroom 11. walk-in closet 12. main bathroom
15
13. bedroom 2 14. bedroom 3
14 16
a
a’
16. terrace
c’
First Floor
15. TV room
c 8
b
b’ 6
1. garage entrance
5
7
2. hall 3. deck
2
4. study
3
5. family room
1
6. kitchen
a Ground Floor 7
a’
4
c’
7. living room/diner 8. main stair-hall
Section c-c’
0 1 0
1
3
3
5m
5m
Section b-b’
Section a-a’
0
1
3
5m
8
Adaptability | Uses A. 230m2
access + hall + terrace + deck + garden
B. 74m
hall + living room + diner
2
C. 255m
A
B
C
9
D
D. 65m
2
2
kitchen + family room + terrace + garden + deck study + deck
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Alamar Vallarta
Upon entering the complex and parking in one of the buildings, one can go down the stairs towards the 6 villas, situated in the two floors below street level, or alternatively
Location | Nuevo Vallarta, Nayarit, Mexico
go up to one of the twelve apartments in the upper levels. As the slope of the terrain
Year | 2012
increases each of the buildings appear to naturally follow by organically adapting to the
Collaboration | Juan Soler + Fernando Orozco
topography. The project is composed by apartments that range form 75 to 125m2, all
Area | 11,466m2
of which are articulated by a terrace that functions as the focal point of each unit. The master bedroom and main living spaces live towards this terrace, however they all have
The project is composed by four residential modules adapted to the landscape and
different orientations and views that never face each other.
integrated to the natural environment. Panoramic views and interior privacy were used
as determining factors in the design of each of the units. Furthermore, the conditions
terized for having open and integrated spaces, as well as for providing privacy and
of both the site and the market, forced us to find a practical solution for the distribution
versatility to transform when required. The finishes are modest in colour and natural in
and location of each module, together with a master plan that could easily be devel-
appearance. This provides simplicity and creates a relaxing sensation within the space,
oped in four different phases.
thus giving more protagonism to the natural landscape.
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In order to give a bigger sensation of amplitude, all typologies are charac-
A
A
Site Plan 0
10
25
50
12
Module 3
8
7
= 125 m2
100 m2
18 units per module
75 m2
5º Level
4º Level 3º Level
2º Level
1º Level
Street -1º Nivel -2º Nivel
Typology arrangement eliminates any possibility of facing views
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14
Section A-A’ 15
0
2.5
5
10
Typologies | A B C
1
1 3
9
7
4
4
7
9
1
9
4
5
2
4 7
8
8
1
1
8
5
8
2
3
1
8
2
9
9
0
4
3
2
7
5
5
5
3
10
7
3
2
2.5 m
0
1
7
2.5 m
7
1. kitchen
6. bedroom 2
2. diner
7. bathroom
3. living room
8. terrace
4. laundry room
9. dressing room
5. master bedroom
10. pantry
7
6
6
6
9
0
1
9
2.5 m
0
1
9
2.5 m
0
1
2.5 m
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Slumber Lodge Location | Werribee Zoo, Melbourne, Australia Year | 2013 Collaboration | Marisa Vintamilla + Samyuktha Meena Area | 410m2 The Slumber Lodge is conceived as a project where the whole experience of space
thus providing a spatial sense of warmth and tranquillity. Furthermore, rammed earth
and function is defined by the natural conditions of the site. The lodge highlights the
walls are adapted to the natural slope and appear to be an extrusion of the landscape
panoramic views towards the river, while adapting to the natural topography of the
itself. This condition further integrates the project to the site.
landscape, thus giving the project a real sense of belonging.
not just being a building with a low carbon footprint, but a building that enhances its
The project takes in consideration the value of its surrounding environment,
Since the first sketches, the project was intended to go the extra mile by
by providing outdoor spaces that connect visually, both with the southern landscape
surrounding environment, in other words a “Living Building�. With a net zero energy
and the northern playground. Through the use of materials, like timber, concrete and
and water consumption, all the energy required for the project is provided by passive
rammed earth, and the appropriation of natural elements, such as water, vegetation
solutions and renewable energy technology. Furthermore, all of the open spaces on the
and sunlight, the lodge engages in an organic dialogue with the surrounding landscape,
site are to be used for conservation and protection of native species.
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Function | Flexibility One of the main characteristics of the project is its flexibility. It can be used either as a dinning space, a conference room or an open amphitheatre, allowing the possibility to adapt to different needs, therefore making Slumber Lodge more versatile and user friendly.
Passive | Design 1. The thermal mass of the rammed earth walls provide
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passive temperature control both in winter and summer. 2. The predominant south west
5
winds are used to cool the building in summer.
4
3. Cross ventilation is provided in every interior space of the
1
building.
3
4. Rainwater is captured and stored for water use 5. Direct summer sunlight on the southwest facade, is blocked using overhangs and louver systems. 6. PV cells provide 100% of the energy required.
2
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A
B
1. multi-use area/diner
northern fireplace
2. breakout space 3. kitchen 4. pantry 5. disabled wc 6. public wc 7. storage room 8. sleeping quarters 9. deck 10. sightseeing deck
3
4
7 6 8
5
1
2
9
A’
19
General Plan
B’
10
southern fireplace
0
2
5
10
Section A-A’
Section B-B’
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Casa Jikuri Location | Guasca, Colombia Year | 2010 Collaboration | Juan Soler Area | 302m2 Guasca is a high-altitude region with cold weather and clear skies, close to Bogota, Colombia. Higher than 10,800 ft. above sea level and in a property that measures more than 500 acres, the adobe, wood and mud house, marks a place on a hill from where you have panoramic views to a large natural valley.
The circular building retakes the traditional plan of the house
with a hallway and a patio. The patio is eccentrically placed to the axis of house, and with a pitched roof, it creates warped surfaces that require a series of structural frames, which are asymmetric and unique to each other. This architectural condition forms a crater with contemplative character, ideal to observe the stars and clear skies of the site.
Once inside the patio, two entrances framed by vegetation
can be appreciated. These plants are part of inner gardens that function as a greenhouse in order to passively heat the house. Furthermore, both gardens are situated at the end of the spatial sequence of the interior spaces, thus integrating the circulation area in order to interconnect them. The use of passive systems for the generation of energy and water recollection disconnects the house from the grid, thus making it self-sufficient and more interconnected with its natural environment.
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Plan 3
1. entrance hall 2. patio
Z
3. garage 9
4. laundry/storage room
4
5. kitchen/diner 6. living room 7. terrace
8
8. master bedroom
2
9. bathroom/walk-in-closet 10. bedroom 2 11. bathroom 2
1 10
0 1 6 7
Section Z-Z’
6m
3
Z’
5 11
0
1
3
6
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8S
9S
10S
8S
11S 12S
7S
9S
10S 11S 12S
7S
13S
13S
6S
6S
14S
14S
5S
5S
15S
15S
4S
4S 3S
3S
16S
16S 17S
17S
2S
2S 18S
18S
1S
1S 19S
19S
0B
0A
0B
0A
19N
19N
1N
1N 18N
18N
2N
2N 17N
17N
16N
3N
16N
3N
4N
4N 15N
15N
5N
5N 14N
14N
6N
6N
13N 7N
12N 8N
Roof | Skin
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13N 7N
12N
11N 9N
10N
8N
Structure | Frames
11N 9N
10N
1
3 4 2
5
6
Detailed Section scale 1:25 1 2 3 4 5 6 7
8
9
10 11
Clay tile Pine wood beam 8”x4”. Pine wood beam 4”x4”. Reinforced concrete chain with integrated sealant. Pine wood window frame; 2”x2” section; translucent matt silicone sealant Hinged window, duovent glass 4mm + 12mm + 4mm. Pine wood counter-frame, section 16”x1”, translucent matt silicone sealant. Reinforced concrete wall, cast with plank formwork 3” wide, with integrated sealant. Clay-cement floor, 3” thick, made with clay-soil + 7% limestone sand, stabilized for 72hrs, polished finish. Concrete template 2” thick Masonry footing, bounded with mortar and local stone
7
8 9
10 11
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2014
2030
DE EEN S
PAR A
E
RAD
E PA
NDR
XA ALE
QU
N
Fitzroy Triangle Location | Fitzroy, Melbourne, Australia
arises to redesign and transform this important section of the urban fabric. A deep
Year | 2014
urban study has been undertaken in order to define the core characteristics that give
Area | 35,000 m2
form and character to the area, as well as its main issues, which undermine its role as a bridging point for social encounter. Furthermore, a vision and a set of principles are established, which shape the design guidelines that are used to create an urban renewal
Fitzroy Triangle, is an urban space located in the intersection of two mayor arteries (i.e.
plan. This plan seeks the development of an urban space that is both inclusive and
Alexandra Parade and Queens Parade) and between the inner suburbs of Fitzroy and
interconnected with its given cultural and natural environment.
Fitzroy North. It is surrounded by vibrant and diverse communities, retail corridors,
parks and rivers. Therefore, it holds enormous potential as an iconic area for economic,
network, a connected community and a resilient built environment. Finally, the project
social and natural development. However, the site currently feels isolated, out of human
hopes to be a catalyst for urban renewal and regenerative development throughout the
scale and completely underutilized.
city, by establishing linkages with outside communities and a green network system,
which will enhance natural and social processes.
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With the upcoming development of the East-West Link, a new opportunity
Fitzroy Triangle bets for a diverse public realm, a green transportation
Vision | Principles
families adults students
Prioritise spaces that enhance encounter and community engagement.
artists young
locals south hipsters elderly
north
multi-use round-the-clock activities
em-power
let us play our part
flexible & adaptable spaces
identity
Improve mobility and permeability in the area through a more diverse and walkable public network.
Establish a stronger connection between the natural and built environment.
Recognize the existing diversity, values, character, architecture and scale on future development.
Fitzroy
FITZROY By 2030 Fitzroy Triangle is a place that is sensitive both to its social and natural context, and bridges the communities of Fitzroy together through a flexible, dynamic and inclusive urban space. 26
URBAN DESIGN FRAMEWORK Design Objectives
A
+
B
+
C
Public Space Program
Merri Creek
Arts Workshops Community Garden
Clifton Hill +
D
+
E
Farmers Market Skaters Park
Community Courtyards
Childerns Playground Arts & Dance Theatre Sports Park Dog Park Yoga/Tai-chi Medow Water Activities Native Species Garden
Edinburgh Gardens Yarra River
Transportation Network Tram Bus
Land Use Princess Park
Residential
Bicylce
Comercial
Transfer Stop
Mixed-use
Pesdestrian Crossing
Public Space
Health & Education Clusters
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N
A
Regenerate the urban tissue through development that is sensitive to the social, economic and natural context Land Use Residential / 5 stories (18m)
Enhance pedestrian use, as well as the retail and commercial sector
Comercial / 5 stories (20m) Mixed-use / 8 stories (32m) Public Use Site Boundary
1.40 4.00 3.00
3.00
2.20
Sitting Area + Footpath
Courtyard Space
8 Existing Building
7 8
6
7
5
6
4
5 4
3 2
3 2 1 Fitzroy
Alexandra Parade
Green Corridor
Fitzroy Triangle 0
5
10
25m
28
Inclusive public realm and round the clock activity
arts theatre
community garden arts workshops
elderly
youth
adults
dog park
Activity occuring
B
children
Entertainment Cafe
C
farmers market
tai-chi medow
water activities
Food
Morning
Exercise
Bars
Office Commuters
Morning endemic garden
Park
Evening
Time of day
Establish an interconnected and universal transportation network Symbiotic Transportation Network
East-West Public Lines
Robust Bike Grid
ens
Que
e
d Para
4.1 Alexandre Parade
6.00
Tram Line
29
Bus Line
Existing Bicycle Lanes New Bicycle Lanes
D
Reconnect the natural and the built environment
Drought...
INTERCONNECTED ENVIRONMENT! Normal
Merri Creek Edinburgh Gardens
High rainfall Princess Park & Cementery
ADAPTABILITY!
Clifton Hill & Darling Gardens
Fitzroy Triangle Yarra River
Parks and Natural Reserves Green Corridors Green Network System
ENHANCED RESILIENCE!
E
Encourage sustainable transport options
15%
6.0
2.2 2.0 Bicycle Lane
3.0
3.0
4.2
5.0 RainGarden Canal
6.5 2.2 4.0 Tram Bicycle Lane Lane
15.9 Ecologic Corridor
85%
2015
A PERMEABLE URBAN TISSUE
6.0 Footpath
80% East-West Link
0
5
10
20
20%
2030
Street Typology | Section Alexandra Parade & Queens Parade 30
“The essential in architecture depends on the relationships with the surroundings, with the margins, with the transition zones, where you can find a multiplied vocation of transformations, and the ignored pores of the city.” Álvaro Siza
“The strength of a good project resides within ourselves, and our capacity of perceiving the world with sentiment and reason. A good architectural project is sensorial. A good architectural project is rational.” Peter Zumthor
“Organic architecture is based on the harmonic relationship with the landscape, in other words, with the geography of the region, and for that reason it is regionalist.” Juan O’Gorman
“The relationship between architect and nature is one of love and hate. Sustainability consists in building thinking about the future, no only taking into account the physical resistance of a building, but also thinking on its aesthetic resistance, in future needs, and in the resistance of the planet and its natural resources.” Renzo Piano
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