Ninike Celi Atala - NCA - Portafolio by Ninike Celi Atala

URBANISM - LANDSCAPE - ARCHI TECTU R E - S U S TA I N A B I L I T Y

PORTFOLIO

N I N I K E C E L I ATA L A

Names and surnames: Ninike Ariel Celi Atala Place and date of birth: Portoviejo, March 20, 1991 Age: 25 years old Civil status: Single Citizenship card: 130774465-4 Address: Eloy Alfaro 2078 y 6 de Diciembre Phone: (593) 984644984 E-mail: ninikeceli@gmail.com Website - BLOG: www.ninikeceliatala.com Country, city: Ecuador – Quito

ACADEMIC STUDIES:

LANGUAGES:

Universidad De Las Américas (UDLA) / / Promotion 2015. Architecture facuilty.

- Spanish: High Level - English: Middle level

PROGRAM MANAGEMENT: -

AutoCad Autodesk AutoCad 3D Autodesk Sketch Up Adobe Ilustrador CS6 Adobe Photoshop CS6 GIS - Basic Level

Unidad Educativa Experimental Almirante Nelson (ANAN). Promotion 2009.

- Italian: Basic Level

CONFERENCES IMPARTED:

COURSES AND SEMINARS OBTAINED:

Conference: "Urban Encounters of Habitat III". Academic Network of Urban Studies.

- Seminar and workshop Ecotect-Program for sustainable Design. College of Architects Ecuador, 2014 (30 h).

Expositor: "Methodology for the Recovery of RavinesAaccording to the Urban Environment of Quito". 25 May 2016 PORTFOLIO

- Design and Construction Course for Green Buildings LEED 300. Ecuador Green Building Council, 2013 - 2016 (30 h).

AWARDS:

B i e n a l P a n a me ri c a n a d e A rq u i t e c t u ra d e Q u i t o (2 0 1 6 )

HONORABLE MENTIONS:

U n i v e rs i d a d d e l a s A mé ri c a s (2 0 1 4 , 2 0 1 5 )

- Course of Environmental Management: SECAP Quito, 2013 (60 h). - Eco Construction 2012 Symposium: University Santiago de Guayaquil, september 2012, Guayaqui - Ecuador. NINIKE CELI ATALA

E n c u e n t ro s U rb a n o s - H I I I (2 0 1 6 ) * See mentions and award-winning projects

WORK EXPERIENCE: - Investigation department - odD+ ARCHITECTS Urban Investigation and Analysis. Quito, November 2016 - Nowadays / Maud. Arch. Lucas Correa

- Research and Diagramming - ECODIVERCITY: Research and diagramming of sustainable strategies for the architectural contest of "Governmental Platforms". The project was carried out for a contest proposed by the Government of Ecuador in the city of Guayaquil. Quito, April - 2014 / Arq. Carolina Proaño

- Resident of audit - CELI CONSTRUCCIONES Inspection of the set of buildings "Torres Carré". Quito, April to October 2016 / Ing. Leonel Cumbal

- Collaboration in research, design and drawing - CARDNO, CAMINOSCA: C o l l a b o r a t i o n i n r e s e a r c h , d e s i g n a n d d r a w i n g o f sustainable urban consulting, project"Master Plan Guasmo Sur of Guayaquil". The project was carried out for the institution of the Government of Ecuador, INMOBILIAR Quito, February - March 2014 /Arq. Isabel J. - Arq. María Becdach.

- Design M.A. - NCA ARQUITECTURA Architectural design of the work "M.A.". Mindo, June 2016 - July 2016 / Dr. Galo Montenegro - Design and construction - Deck 001 - NCA ARQUITECTURA Design and construction of the work "Deck 001". Quito, June 2016 - July 2016 / Mrs. Margarita Proaño - Planning, design and drawing - PROJECT: Collaboration in the planning, design and drawing for the emerging proposal of Tasaste for Earthquake of April 16, 2016 in Manabí. The project was carried out for the Cáritas Quito, June - 2016 / Arq. María Alicia Becdach. - Planning, design and drawing - ECODIVERCITY: Collaboration in planning, design and drawing for emerging proposal of Bahia de Caraquez for the earthquake of April 16, 2016 in Manabí.The project was carried out for MIDUVI (Ministry of urban development and housing) Quito, May - 2016 / Arq. Carolina Proaño - Design and drawing - ECODIVERCITY - STUDIO 685: Collaboration in design and drawing for the landscape design of the square of the "New LinQ Building". The project was carried out for the institution of the Municipality of Quito, LinQ Quito, January - 2016 / Arq. Carolina Proaño - Residential design Samborondón - R.A. - NCA ARQUITECTURA: Architectural design of the work "R.A.” Samborondón, September 2015 / Mr. Fidel Regalado - Architectural Environmental Consulting - Jaime Miranda Architects: Environmental consulting for sustainable strategies for the new typologies of the (CIBV) Centre Children of the Good Living. The Consultancy was done for the new proposal of the (CIBV) by The Government of Ecuador. Quito, July - 2014 / Arq. Daniela Maldonado PORTFOLIO

- Collaboration in research, design and drawing ECODIVERCITY: Collaboration in research, design and drawing of sustainable urban consulting, of the project "Master Plan Portoviejo".The project was carried out for the institution of the Government of Ecuador, INMOBILIAR (Inmobiliaria) Quito, November - December 2013 / Arq. Cristina Gomezjurado and Arq. Carolina Proaño - Research and diagramming - ECODIVERCITY: Draftsman of the architectural and environmental consultancy of "Terrestrial Ter m inals in Ecu a d o r" . Pro je ct wa s ma d e fo r a p ro p o sa l o f th e Government of Ecuador. Quito, July - August 2013 / Arq. Carolina Proaño - Draftsman - ECODIVERCITY: D r a f t s m a n o f t h e a r c h i t e c t u r a l and urban project "Puerto Napo”. Project was carried out for the municipality of Ahuano, located in the Amazon of Ecuador Quito, April - May 2013 / Arq. Ernesto Bilbao - Arq. Carolina P. - Draftsman - ECODIVERCITY: Dra f t sma n o f t h e p ro je ct " G re e n Infrastructure - Private Set San Sebastián" Quito, March 2013 / Arq. Carolina P. - Arq. Ricardo Da Sousa - Drawing and Design - ECODIVERCITY: A ssista n t o f d ra win g and design of the project "Spring of the River Napo - Ahuano" Project was carried out for the municipality of Ahuano /Ecuador Quito, February 2013 / Arq. Carolina P. - Arq. Daniela M

NINIKE CELI ATALA

INDEX

Thesis Methodology to Recover Ravines According to the Urban Environment of Quito. 2015

Architectural Projects

Residence R.A. - Guayaquil, 2016.

Conceptual Projects

Porosity Concept - Quito, 2014.

Residence M.A. - Mindo, 2016.

Urban Projects

Deck 001 - Quito, 2016. Vantage Point / Group of Observation Decks Quito, 2013.

Ecological Platforms / Sections Connected as Ecological Zones - Guápulo, 2014.

Ahuano Dock / Building on guadúa cane in the Amazon - Ahuano, 2012.

Master Plan: Urban Project in the south lands of Guayaquil Providing Green Areas and Public Spaces - Guazmo, 2014.

E Master Plan: State Park and Institutions, Creating Public Institutions with Space for the City - Portoviejo, 2013.

Environmental Consultancy Projects

Jose Engling Catholic School - Ilaló, 2016. Arezzo Building - Quito, 2016.

Landscape Projects

LINQ Building / Landscape and Sustainability Proposal - Quito, 2016.

Fez Aqua Building - Cumbaya, 2015. Children's Center Typology / Good Living Ecuador (Coast, Sierra and Amazon), 2014. Bus Station Typology Ecuador (Coast, Sierra and Amazon), 2013.

PORTFOLIO

NINIKE CELI ATALA

Models

Models of various projects.

DESIGN PARAMETERS WATER

ALTERNATIVE MOBILITY Reuse of rainwater and gray waters into the building and for landscaping, while reducing water consumption, discharge to sewer and improves thermal sensation.

ENERGY

MATERIALS Use of sustainable materials, which have no environmental impact and that are native of the place.

SOLID WASTE Provide specific places for the classification of the different types of garbage / waste.

NATURE / BIODIVERSITY Creation of green areas for biodiversity of the area and its close relationship with the estuary, conserving the land with soil mulched.

PORTFOLIO

Built environment to be aesthetic and usable to the greatest extent possible by everyone, regardless of their age, ability, or status in life.

Walkable sectors with multiple services and quality public spaces for pedestrians, with different routes and bicycle parking.

ENVIRONMENTAL CONFORT Passive strategies reduce the necessity of energy consumption for ventilation and lighting; instead, they are complemented by high efficiency active solutions.

UNIVERSAL ACCESSIBILITY

INFORMATION TECHNOLOGIES Technological tools that help to make the building or project more sustainable and tools that provides a suitable comfort to the user.

Spaces designed for the user, with shade, water, materials and vegetation outside, and with a double faรงade for thermoregulation inside the building.

HEALTH & WELLNESS Healthy spaces for people, where nature is present and spaces free of contamination that damages health.

IDENTITY - LOCAL CULTURE Services and equipments for communal use integrating the property to the urban context, communal spaces that favor the social interaction.

COMMUNITY EQUIPMENT Incorporation of activities other than transport within the terminal for the diversification of the use of the place and to generate resources

NINIKE CELI ATALA

LIFECYCLE

Adequate investment of products and materials, which in a long time period, generates economic savings for its durability and quality.

MULTIPLE USE / FLEXIBILITY The spaces adaptability according to the different needs of its habitants, where each user has the possibility to appropriate each space according to the required functions

LOCAL ECONOMIC EFFECT Economic production of the urban or architectural project, designed to a group of people or a specific place.

Thesis Projects

PORTFOLIO

NINIKE CELI ATALA

Methodology to Recover Ravines According to the Urban Environment of Quito MetodologĂa para la RecuperaciĂłn de Quebradas Segun el Entorno Urbano de Quito LOCATION

2015

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

2700 m.a.s.l.

Ecuador, Pichincha / QUITO PROFESSIONAL

ACADEMIC

LEVEL: Final Project TUTOR: Maud. Arch. Lucas Correa lcs.arch@gmail.com INDIVIDUAL WORK: - Arch. Ninike Ariel Celi Atala CHARGE: 1) Background 2) Analysis 3) Conceptualisation 4) Design and Proposal DESCRIPTION: Topographical conditions of Quito has peculiar characteristics, which give a strong identity, as the presence of mountains, slopes and ravines. Throughout its history, the city has undergone physical changes in the natural territory because of the uncontrolled urbanization and misguided intervention. Emphasizing the RAVINES, the reality of these is quite harmful, as it has been given a negative role and significance, filling them, using them as dumps, mouth of urban runoff, implementing urban infrastructure, PORTFOLIO

IMPLANTATION

waterproof them or even settling informal housing; affecting ecological areas and the rich biodiversity that these presents. Quito has begun to suffer the consequences of these misguided actions, such as the collapse of the sewerage infrastructure, floods, mass

movements, among other events.

of the city.

These events gave way to an awareness by the municipal authorities, initiating projects that give way to environmental and urban sanitation of these, looking for the city health, recognizing them as a biodiverse element, and life in the middle

For this reason in this thesis is created a methodology of intervention for streams and urban environment, in order to recover the ravines. Thus, the project is divided into three methodologies: a) Analytical, b) Conceptual c) Proposal

NINIKE CELI ATALA

FIRST PHASE

SUMMARY OF RISK MAP OF THE CITY OF QUITO WITH THEIR TYPOLOGIES OF STUDY

ANALYTICAL METHODOLOGY L. GRID

The first phase is a compilation of information geography, topography, climate, risk, environment, infrastructure, etc. of the city of Quito. The information is graphically reinterpreted in a mesh (pixels) on the map of the city. Here the stage with the map "Summary risk of Quito" was concluded to classify risks into 5 different levels (1 lower risk, 5 more risk), indicating the most vulnerable areas of Quito. To diagnose the current state of ravines, 12 typologies of study were identified by their urban conditions and its immediate environment. The types are represented in pixels of 500m x 500m, divided into 3 areas of analysis: the ravines, the edges of immediate protection and the urban environment.

ATACAZO

K. ENVIRONMENT SEMI-RURAL

VOLCÁN PICHICHA

d EL BEATERIO

AREA OF INTERVENTION (DIAGNOSTIC MICROPIXELES 50x50)

PARQUE METROPOLITANO DEL SUR

PANECILLO

b a g

The next step is the diagnosis of the typologies of study (pixel 500m x 500m) divided into micro-pixels of 50m x 50m.

RÍO

I. RURAL ENVIRONMENT

H. PRESENCE OF INFRASTRUCTURE

10 km

A. ISOLATED BY INFRASTRUCTURE

B. INSTITUTIONS AND EQUIPMENTS

ILALÓ

C. GARDEN CITY

50m

PARQUE BICENTENARIO

PARQUE METROPOLITANO DEL NORTE

500m

ENTORNO URBANO

QUEBRADA FRANJA DE PROTECCION

PORTFOLIO

2. 50x50

500m

FRANJA DE PROTECCION

ENTORNO URBANO

1. 500x500

PARQUE LA CAROLINA

The micro-pixels give information with scores (positive or negative), depending on the condition of each typologie in its three areas of study. Risk Levels

J. INDUSTRIAL AGRICULTURAL RESIDENCE

NINIKE CELI ATALA

D. RESIDENTIAL COMPLEXES

E. GARDEN CITY

F. NATURAL ENVIRONMENT

G. PIPED RAVINE

ANALYTICAL METHODOLOGY

In the second phase of analysis; the qualification system is a diagnostic of the typologies, which is based on a set of parameters that contain variables with scores, which help to establish witch were the "good" or "bad" urban interventions that have been made in the immediate environment of the ravines of the city. The diagnosis is based on parameters which are composed of variables and scores ranges from -2 to +2 (each score represents a micro-pixel color). The scores of the variables are dependent on the level of risk that each typologie shows on the "Summary risk map". That is, it is an urban "thermometer", graphically represented by pixels of colors. In the summary map risk were identify the parameters, their variables, and the urban typologies were located respectively to observe which level of risk is each of them. Such that, it resulted that the typology "J" will be the area for intervention, this one will be involved in the perform of the diagnosis qualifier of 50x50 (micropixel)

POINTS

QUALIFYING AND VARIABLE PARAMETERS

SECOND PHASE

RAVINE INFRASTRUCTURE

SOIL PERMEABILITY INTERVENED

INTERACTION WITH LOTS NOT BUILT

GROUND OCCUPATION /GROUND CONDITION

CONNECTIVITY

AREA WITHOUT VEGETATION

HEAVY TRANSPORT

LEVEL -1

FOOTWEAR FOR MOTORIZED TRANSPORTATION

MOTORIZED PRIVATE TRANSPORTATION

LEVEL +1

PUBLIC AND RECREATIONAL AREAS

PUBLIC TRANSPORT

AREAS OF AGRICULTURAL PRODUCTION

ALTERNATIVE ECOLOGICAL TRANSPORT

ALTURA E: HIGH HUELLA E: LOW

ECOLOGICAL AREAS

PEDESTRIAN

ECOLOGICAL AREAS

-2

DOWNLOAD OF WATERS SERVED FROM THE CITY

LEVEL -2

-1

DOWNLOAD OF WATERS SERVED IN INFORMAL PLACES PLANTED ON THE RAVINE

RAVINE PIPED

RAVINE WITH CONNECTION BRIDGE

LEVEL +2

NATURAL RAVINE

MOBILITY

CONDITION NEAR THE RAVINE

LOW POROSITY ALTURA E.: LOW HUELLA E.: HIGH MEDIUM POROSITY

HIGH POROSITY

ALTURA E: MEDIAIM HUELLA E.: MEDIUM

DENSITY / PENDING

VEGETATION DENSITY

NFORMAL CONSTRUCTION RAVINE BORDER

HIGH DENSITY PENDING: MORE THAN 35%

CONSTRUCTION DISTANCE “A” OF THE RAVINE

DENSITY: MEDIUM - LOW PENDING: MORE THAN 35%

CONSTRUCTION DISTANCE NORMATIVE OF THE RAVINE

DENSITY: MEDIUM - LOW PENDING: 20 %- 35%

LOW

ROAD INFRASTRUCTURE

DENSITY: PENDING: 0% - 20%

MEDIUM

ECOLOGICAL AREA

DENSITY: - (VEGETION) PENDING: MORE THAN 35%

HIGH

NON VEGETATION

QUALIFICATION DIAGNOSIS / TYPOLOGY “J”

-2

-1

POINTS: 37

POINTS: -14

POINTS: 63

POINTS: -41

POINTS: -3

Ravine infrastructure

Permeability intervened

Interaction with lots not built

Mobility

Connectivity

-2

-1

-2

-1

-2

POINTS: 82

POINTS: -11

POINTS: 12

Floor numbers in edification

Ground ocupation Ground condition

Condition near the ravine

-1

-2

-1

POINTS: 35

POINTS: -19

Density Pending

Vegetation density

TYPOLOGY “J” INDUSTRIAL ENVIRONMENT (AGRICULTURAL HOUSING) Qualification:

5 -2

Total points:

PORTFOLIO

-1

-2

-1

141

NINIKE CELI ATALA

-2

-1

-2

-1

-2

-1

CONCEPTUAL METHODOLOGY

CONCEPT

CONCEPTUAL STRATEGIES

The concept of the proposal stems from the strategies implemented in the three areas of the ravine.

RAVINE URBAN CENTRALITY

GREEN DAMPER

GREEN BARRIER

BROWNFIELDS

PUBLIC SPACE

COMMUNITY INTERACTION NATURE

CONNECTIONS

RAVINE CONSERVATION

PEDESTRIAN GREEN AXES

WASTE TREATMENT

URBAN GROUNDS

GARDEN UNUNDABLE

WATER COLLECTION RAIN PARTER AND EDGE

RECREATION WITH PASSIVE DESIGN

GREEN TERRACES

GREEN BEDS

URBAN QUARRY DEBRIS

RIVER FITORREMEDIATION

FLOOR FITORREMEDIATION

ECOLOGICAL TALUDS

URBAN ENVIRONMENT OF THE RAVINE: It consists of an urban modification, by interventions that restructure the urban morphology, turning the ravine into a centrality, that functions as the motor of the whole neighborhood. PROTECTION BANDS: Interventions turn the borders of the ravines into a PARK, through an urban program with all the necessary elements for the neighborhood, used as "tools" for the improvement of: quality of life and environment, sanitation, economic impulse, public space, Congregation of the neighborhood, protection and recovery of the ravines. RAVINE: It is proposed a natural and biological filters (phytoremediation) in greenhouses implanted in the ravine; to maintain control, research and decontamination processes (selected plant roots). The greenhouses are complemented with architectural program, like: laboratories, offices, workshops, services, etc. Located in large pavilions installed in the ravine that fulfill functions such as decontaminants of ravines, rain water collection, presence of biodiversity, public and educational space, orchards, composting, etc. Below are the strategies to be implemented in the project. PORTFOLIO

The integration of the proposals into the three study areas, forms a systematic pilot project, which can be applied in any ravine of the city (with respective modifications according to the conditions of each typology), which concludes in: "EXPERIMENTATION PARK FOR THE RECOVERY OF RAVINES" NINIKE CELI ATALA

PROPOSED METHODOLOGY

ZONE 1: IMMEDIATE URBAN ENVIRONMENT / URBAN RESTRUCTURING

PIXEL 500M X 500M

100m

PIXEL 500M X 500M

100m

TRAFFIC PROBLEMS AND ACCESSIBILITY 0m

Av. M

aldo

Q. C

Av. M

aldo

nado

Q. C

apul

nado

Q. C

nado

Av. M

PIXEL 500M X 500M 0m

aldo

nado

100m

Q. C

apul

CALLE VILLANUEVA

Av. M

PROPUESTA GENERAL URBANA

PIXEL 500M X 500M

100m

aldo

Q. C

nado

apul

Av. M

CALLE VILLANUEVA

PIXEL 500M X 500M

LEVELS OF OCCUPATION

USE OF GROUND

STATE OF BUILDINGSIONES

1 1

Bo liv

Non-compliant (Modifiable) Complies with regulations

62%

ón

upic

Non-compliant (Modifiable) Complies with regulations

Hierarchy esc. city Hierarchy esc. sector Hierarchy e.neighborhood

Hierarchy esc. local Accessibility pathways Road conflicts

AV .S

upic

AV .S

Bo liv

ón

upic

AV .S

ón

Bo liv

Good condition Bad condition (Modifiable)

AV .S

upic

im ón

ar Bo liv ón

AV .S

Bo liv ar

upic

Hierarchy esc. city Hierarchy esc. sector Hierarchy e.neighborhood

Hierarchy esc. local Modifiable batches Green axes

ZONE 2: PROTECTION FRAMES / MASS PLAN OF THE PARK LAYERS 1-4:

LAYERS 5-9:

AXES, RAVINE & ACCESS

MESH, PEDESTRIAN CIRCUITS and BICYCLE

LAYERS 10-14:

PAVILIONS, NODES AND PLAZAS

LAYERS 15-19:

LAYERS 20-28:

CHILDREN'S AND SPORTS AREAS

ORCHARDS, W.C. AND KIOSCOS

ZONING THE STRATEGIES IN THE TYPOLOGY “J” LOCATION OF AREAS:

GENERAL IMPLANTATION

a b c

PORTFOLIO

1) Phytoremediation of the ravines ground with plants. 2) Remodeling of Av. Maldonado Modification and restoration of bloks, lots and buildings. 3) Areas for recreation and interaction with nature. 4) Areas for urban agriculture. 5) Areas where Green Infrastructure strategies will be applied. 7) Green shock absorber, with high density and vegetation height. 8) Areas destined to the biodiversity and stay of the citizen. 9) Phytoremediation of the river with

NINIKE CELI ATALA

DESCRIPTION: native plants of the area. 10 Restructuring of bloks, lots and buildings. 11 Public parking New green roadway. 12 Discharge of non-recyclable waste. Kiosks of the agricultural production. 14 Places of social interaction. Green road, slow traffic. 16 Polyduct shaft - Peratonal green axis. a Pavilion A Purification and Research. b Pavilion B Production, composting, recycling. c Pavilion C Commerce and leisure.

By adding the maps of the information collection, we can see the zones and lots of the neighborhood that can be modified to make a proposal that solve the problems identified. The proposal, exposes the layers which explain the process of each one in a logical order. The sum of all these, throw the final result.

LAYER

2 + 3

= FINAL PROPOSAL

LAYERS 1-4:

PROPOSED METHODOLOGY

ZONE 3: RAVINE / DECONTAMINATING PAVILIONS

PLANTA MODULO

SECCION

EJEMPLO

AXONOMETRIA

1,2 m 1,2m

9,6 m

4,0 m

12m

1,2 m

13m 12m

MAIN AXES 0m 25m

PAVILION

PLANTA CIRCULACION

9,6 m

It was decided to create several types of spaces modulated volumetrically, that comply with an architectural program, and that when they are united with each other, they generate the final result of the pavilion; Like a heads breaking.

MODULO 10 m2

CONCEPT:

P. A

PABELLON- A

P. B

PABELLON - B

100m

P. C

PABELLON - C

JUSTIFICACIÃ&#x201C;N P.C) Continue pedestrian axis P.B) Perpendicular to the ravines flow P.A) Continue green axis of the Polyduct

CIRCULATION AND ACCESSIBILITY

P. A

PABELLON- A

P. B

PABELLON - B

PAVILION - A,B,C Internal Circulation External Tour Access

P. C

PABELLON - C

ZONING PABELLON - A Invernadero Oficinas

HEIGHT PER MODULE

Servicios Laboratorios Herbario

Compostaje PABELLON- B Talleres Agricultura Invernadero Taller de Reciclaje Servicios PABELLON - C Invernadero Servicios/Cocina Comedor Sala de Eventos Locales Comerciales

0m 25m

P. A

PABELLON- A

P. B

PABELLON - B

PAVILION - A,B,C 1 height module 2 height modules 3 height modules

ACCESSIBILITY ROOF

100m

P. C

PABELLON - C

0m 25m

PABELLON- A

P. A

PABELLON - B

P. B

ROOF USE

Cubiertas: Uso

PAVILION - A,B,C Vegetation Gardens Vegetation Vegetation

100m

PABELLON- A

P. C

PABELLON - B

P. A

PABELLON - C

P. B

P. C

Natural light Greenhouse Dining Room Outdoor Circulation

PAVILION - A,B,C Accessible Not accessible

PROPOSAL: The architectural proposal, is located in the area of the "Qurebrada". It is based on pavilions, large structural containers that cross the ravine; Will have two main functions, the first one: the greenhouses, where the phytoremediation will be carried out to decontaminate the ravines; And the second: bridges, which connect one side of the ravine with the other.

Surrounding

l progra

itectura

s - arch

Module

tion

Circula

l slab

ctura

Stru

tion

nda

PORTFOLIO

NINIKE CELI ATALA

uctu

e str

Bas

Fou

PAVILIONS

PROPOSED METHODOLOGY

STRATEGIES, SECTIONS AND VIEWS

PAVILION A First Filter - Phytoextraction: The use of plants that absorb and concentrate contaminants contained in water and soil (often heavy metals) in their collectible parts (leaves, stems). Accumulating plants are used that are capable of tolerating and accumulating heavy metals. It is possible to improve the extraction by the addition of chelates in the ground. In most cases the plants are harvested and incinerated, the ashes are stored in places conditioned for it. PAVILION B Second Filter - Phyto-transformation: This filter uses enzyme-producing plants that catalyze the degradation of absorbed substances, which become less toxic or non-toxic by the metabolization of pollutants in plant tissues or by fed rhizosphere organisms by the plant.

Increase in biodiversity

Agricultural production

Natural Ventilation

Connection of the ravine

PORTFOLIO

Non-motorized Increase transport public space

Ravines Phytoremediation

Community interaction

+/-

PAVILION C Third Filter - Fitorrestauraciรณn: The last filter consists of the complete restoration of contaminated grounds and water to a state close to the operation of a natural ground. At this stage of phytoremediation, plants native to the area exposed to phytoremediation are used. It is tried to achieve the full restoration of the original natural ecosystems of the ravines, to recover the biodiversity from these.

Universal Accessibility

Nature & User interaction

Rainwater reuse

TYPE PAVILION

recycling / Composting NINIKE CELI ATALA

Reusable materials

Agricultural Trade

Educational tour

EXTERIOR VIEW 1

PROPOSED METHODOLOGY

EXTERIOR VIEW 3

EXTERIOR VIEW 2

CONCLUSION

QUALIFYING PARAMETERS / COMPARISION

All methodologies applied, design decisions and modifications in the urban environment, were able to convert the polluted, abandoned and unhealthy ravine, into a centrality for that area of the city with totally different results. The pavilions are made up of the assembly of several modules. There comes a point in the design of the pavilion, in which it is necessary to solve each element that composes the building, as a whole and no longer as separate elements. To verify, if the proposal of the "J" typology works, it became a diagnosis of the proposal with the qualifying parameters, and the result of the new typology was 946 points compared to the previous one which was 141 points. The established objectives and goals of the methodology were achieved.

PORTFOLIO

V1 V2

TYPOLOGY J: 141 POINTS

PROPOSAL J: 946 POINTS

-3

-11

116

-14

-41

-19

134

116

NINIKE CELI ATALA

134 108

Urban Projects

PORTFOLIO

NINIKE CELI ATALA

Ecological Platforms / Sections connected as ecological zones Plataformas Ecológicas LOCATION

2014

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

2850 m.a.s.l.

Ecuador, Pichincha / GUÁPULO PROFESSIONAL

ACADEMIC

LEVEL: 8 Semester TUTOR: MSc. Arch. Maria Alicia Becdach / mbecdach@gmail.com

AREAS FOR MEDITATION AND CHILDREN GAMES

TEAM WORK: - Arch. Ninike Ariel Celi Atala - Arch. Sophie Zurita CHARGE: Sketches, conceptuaization, diagramming and design DESCRIPTION: Section 1: Urban Ecological Platform. In this area of intervention there are 3 important perrons, of which only one has direct access to the main avenue “Los Conquistadores.” The proposal is to enable and rehabilitate the three staircases connecting them directly to the avenue. Section 2: Ecological Platform in Los Conquistadores and Green Corridor. The proposal wants to rehabilitate the avenue and improve the quality of public space with better lighting, universal accessibility, PORTFOLIO

RIVER PLATFORMS

BALCONY VIEW

vegetation, bus stops, priority for bicycles and pedestrians. The green corridor along the street, implements lush vegetation, recreation areas for children, good public spaces for the inhabitants. Section 3: Ecological Platform in the

pond area. This section has a big potential for its lush vegetation and its slope. However, it could be identified a plain terrain which has the objective of being the main culmination of the path from “Los Conquistadores”.This platform also collects the run-off water in ponds, in order to irrigate the orchards of this area.

NINIKE CELI ATALA

Section 4: Ecological Platform of an Urban Lab. This section is directly related with “Machángara River”. Its principal objective is to create consciousness of its highly polluted. This platform becomes a lab, where is shown the actual state and the strategies that might be applied to decontaminate the river.

DIAGNOSTIC & PLAN

URBAN PLAN

SITE ANALYSIS AND CONTEXT

Stay Area Stairway 2

Topography

Stay Area Stairway 2

A’

Stay Area Stairway 1

Balcony towards Miravalle

Path of wood deck with water channel

Path of stone and earth with water channel

Areas for meditation Direct relationship with nature and water ponds

Areas for meditation Picnic

Stay Area Stairway 1 Machángara River Bridge Connection with Miravalle

Section A-A¨

Topography 3D

Vehicular Flow

Pedestrian Flow

7 am Stairways: Recollection of rain water runoff

12 pm

Stay Area Stairway 3

18 pm

Pedestrian connection between exhibition area and stairway

Culmination of stairways 2 and 3

PORTFOLIO

Oxidation pond with vegetation

Water treatment with vegetation and river stones

Sidewalk and road are at the same level Culmination of exhibition area (balcony)

Games for children Safe zone

NINIKE CELI ATALA

Wetlands for recollection of haze Rest zone made of stone and wetlands

Stone path directed towards the urban lab in the river

Balcony for learning about river pollution

PROPOSAL

SECTION 1

Rehabilitation of public space and integration of vegetation.

SECTION 2

System of rainwater collection on the roofs.

Trunks of different heights

SECTION 3

Channel of rainwater.

Increased biodiversity and relationship with human beings.

SECTION 4

Trees

Water treatment with vegetation and river stones

River detour on a small scale to start natural treatment of water.

Ecological slope.

Structural wall pedestrian path. Canal of collected water, connected to the recollection system.

PERSPECTIVE: Stairways - rainwater collection system PORTFOLIO

Wood deck.

PERSPECTIVE: Game for children - Logs on water

SECTION OF PEDESTRIAN PATH: Walking down from the avenue.

NINIKE CELI ATALA

PERSPECTIVE: Urban Lab - Decontamination of water

Master Plan: Urban Project in the south lands of Guayaquil Providing Green Areas and Public Spaces Plan Masa: Proyecto Urbano en los terrenos al sur de Guayaquil LOCATION

2014

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

4 m.a.s.l. 12 13 16

Ecuador, Guayas / Guayaquil PROFESSIONAL

ACADEMIC

9 17

CLIENT: Management Service of the Real Estate for the Public Sector.

DESIGN: CARDNO 4

SUPERVISOR: MSc. Arch. Isabel Jácome / isa.jacome@gmail.com

1 2

TEAM WORK: - MSc. Arch. Isabel Jácome - MSc. Arch. Maria Alicia Becdach - Arch. Ninike Ariel Celi Atala - Arch. Sophie Zurita - Arch. Bélen Pérez

3 4 5 6 7 8 9

Hospital General del Sur Instituto Tecnológico Superior Unidad Educativa del Milenio 1 Unidad Educativa del Milenio 2 Centro Infantil del Buen Vivir Citizen Attention Center Fire Department Flagrancy Unit Community Police Department 100

10 11 12 13 14 15 16 17 18

ZOFRAGUA offices Electrical substation Transportation Logistics Attention Center SENAE Warehouse CONTECÓN concession Harbourmaster Offices Agora Sports Area Children Games

250

500

IMPLANTATION - PROJECT PROPOSAL

CHARGE: Investigation, design and diagramming

DESCRIPTION: The plan focuses on generating a large space with active and passive recreation, that is transformed into a busy, ecological and safe park. In addition to meet the local needs, this park is sustainable because it serves as a purifying lung for the area. The design has movement through PORTFOLIO

organic gestures, which manag to create a connection between the human being and the area. This park is the container of various equipments that becomes a catalyst for the regeneration of this area through an acupuncture effect. Due to pre-existing conditions of the

property, a section already has a defined program. An outline of the planned area and the area available for intervention is presented. The proposal generates various pedestrian access, each of them leads to the different functions inside the park, considering their connections with their immediate context.

NINIKE CELI ATALA

2 3 4 5 6 7 8

Naval Base Guayaquil Planetarium CALT Electrical Substation Hospital ZOFRAGUA Offices SENAE Warehouse Guayaquil’s Port

Area available for intervention: 68.26 Ha. Programmed Area: 12.81 Ha.

1 2 3 7

4 6

DIAGNOSTIC

SITE ANALYSIS AND CONTEXT

DISTRIBUTION OF AREAS

Equipments: Existent vs. Proposed

A zoning strategy was used during the design process to implement the various institutions required by type of use; especially in the area of expansion of the operation port, in order to create a separation between the port and unrelated uses that surround it.

Potentiality

Equipment and parking surface: 36.11 ha. Public green surface: 32,16 ha. Public squares surface: 12,80 ha.

Manglar Accessibility Channel

Young People

BUILT AREAS

Commerce Services Education Health Port

RECOVERED PUBLIC SPACE: 44,96 ha.

GREEN AREAS

Parking Plazas Active Green Area Passive Green Area

MOVILITY SYSTEM The proposal aims to facilitate mobility in the sector, it presents solutions for increasing the circulation of light vehicles and prioritize the safety of students and users of the equipments implanted in the project. Limitation

Flammable silos

Pollution

Lack of Sewage

Clay

Incompatibility land use

Pedestrian and Bicycles Routes

Heavy transportation - Now

School vehicles / Small vehicles

Heavy transportation - Proposed

URBAN IMAGE: VEGETATION Connectivity of Urban Plan

The urban image of this project consists mainly of two types of materials: hard materials and planting trees and vegetation. It presents a development of these two types of materials and specific recommendations for this project. Planting trees and vegetation: This plan has considered in its design incorporate green areas for recreational purposes. Plant selection wants to prioritize the use of native species of the place. Hard materials: Preferably local materials that respect the environment, and above all have durability and are easy to maintain used in ecological trails, viewpoints, hard floors in squares, floors and furniture in general. Vegetation

PORTFOLIO

NINIKE CELI ATALA

Hard materials

ECOLOGICAL PATH (MANGLAR)

PROPOSAL

AERIAL VIEW

Treated wood deck, similar as a dock over the mangrove swamp. Lighting in every path to proide safety for the users.

PEDESTRIAN CROSSIN IN STREET

View from the avenue ¨25 de julio¨ towards the plaza of access. It forms an extension from the plaza to the street.

PLAZAS AND PARK ACCESS

GAMES FOR KIDS

COMMERCE

View from the plaza of access towards the street ¨Cacique Tomalá¨. Mix between grass and concrete in order to prevent flooding.

PORTFOLIO

NINIKE CELI ATALA

SOCCER FIELD

Master Plan: State Park and Institutions, Creating Public Institutions with Space for the City Parque e Instituciones Estatales, Creating Public Institutions with Space for the City LOCATION

2013

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

AV. 15 DE ABRIL

53 m.a.s.l.

15 1

URUGUAY

ACADEMIC

CLIENT: Management Service of the Real Estate for the Public Sector.

BRE

NOM

IN LE S CAL

Ecuador, Manabí / PORTOVIEJO PROFESSIONAL

5 17

DESIGN: EcodiverCity

Hills

D AB

rds owa

250

cti

ELES

VIE

14 NAM

MB RE

Riv e

rc on

21 ROAD

S RO

ills

100

11. Indoor Court 12. Gerontology center 13. Centro Infantil Buen Vivir 14. CNT (telecommunications) 15. Boulevard 16. Institutional Plaza 17. Floodable Garden 18. Agora 19. Skate Park 20. Community Plaza 21. Neighborhood parks

1. Commerce 2. Hospital de Especialidades 3. Hospital Services 4. Covered Parking 5. Inst. Tecnológico Superior 6. SENAGUA 1 7. SENAGUA 2 8. Comisión Tránsito Ecuador 9. ECU 911 10. SETEDIS

NAM

ELESS

Buildings and Public Spaces

Hills

ard

CHARGE: Investigation and diagramming

VACANT LOT rds owa

w To

TEAM WORK: - MSc. Arch. Carolina Proaño - MSc. Arch. Ernesto Bilbao - MSc. Arch. Cristina Gómezjurado - Arch. Ninike Ariel Celi Atala - Arch. Juan Diego López

Hills

Proaño / carolina.proano.l@gmail.com

OS EVALL RDO C

ards

Tow

MEDA

SUPERVISOR: MSc. Arch. Carolina

500

rds

PROJECT PROPOSAL / IMPLANTATIONhills

DESCRIPTION: A property of the State would be divided among several institutions and an integral planning was requested as a public space of the city without fragmenting it. The proposal considers 24 hectares for government uses including free access green areas. The buildings implanted in the area are organized PORTFOLIO

considering the solar incidence, potential interactions with the existing urban context and are grouped by function: health, social welfare, education, offices and shops, also, the potential of the property is used to consolidate a green infrastructure in the city, in order to create green areas that contribute to the prevention of risks.

Airport

Bus Station

Downtown

Way to Santa Ana

NINIKE CELI ATALA

URBAN INTEGRATION

SITE ANALYSIS AND CONTEXT

CURRENT SITUATION WITHOUT INTERVENTION OF PUBLIC SPACE

Equipments and Bus Routes

Area: 11,5 Ha SPECIALTY HOSPITAL MINISTERIO DE SALUD PÚBLICA Status: Construction

LOTES / PRIVATE PROPERTY

Area: 1,35 Ha Status: Existing

DIAGNOSTIC ZONAL CENTER ECU 911

Area: 1,35 Ha Status: Existing

Vial and Environmental Analysis

Caracterization

Land use

Land Occupation

Intervention area

100m

ATTENTION CENTER SETEDIS

250m

500m

Area: 1 Ha Status: Without project

Area: 0,6 Ha CENTRO INFANTIL DEL BUEN VIVIR Status: Projected GERONTOLOGIST CENTER M. DE INCLUSIÓN ECONÓMICA Y SOCIAL

INSTITUTO TECNOLÓGICO SUPERIOR / SENESCYT

PORTFOLIO

Area: 3,2 Ha Status: Projected

NINIKE CELI ATALA

RELOCATION DWELLINGS GAD MUNICIPAL

Area: 0,16 Ha Status: Construction

PROVINCIAL OFFICES SENAGUA

Area: 4,35 Ha Status: Partially Existent

EDIF. DIRECCIÓN y COMISIÓN DE TRÁNSITO DEL ECUADOR

Area: 1,6 Ha Status: Projected

LAND USE COMPARISON Private Public

Construction

PROPOSAL

SLOW MOBILITY

Vehicles

GREEN CONNECTOR

Private lots Business

Existent 62,52% 159941 m2

7,19% 18389 m2

15,16% 38797 m2 15,12% 38686 m2

Proposal 85,06% 217604 m2 13,38% 34229 m2

1,67% 4273 m2

CLUSTER

8,40% 21464 m2

COMPONENTS OF THE PROPOSAL

PROPOSAL - AERIAL VIEW

Slow mobility

Cluster

Green connector

UNIFYING SURFACE

Unifying surface

Superblock

PORTFOLIO

NINIKE CELI ATALA

Landscape Projects

PORTFOLIO

NINIKE CELI ATALA

LINQ Building / Landscape and Sustainability Proposal Edificio LINQ / Propuesta de Paisaje y Sostenibilidad LOCATION

2016

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

IMPLANTATION

2670 m.a.s.l.

ROOF DESIGN

1 FLOOR

Ecuador, Pichincha / QUITO PROFESSIONAL

ACADEMIC

CLIENT: Municipality of Quito DESIGN: EcodiverCity SUPERVISOR: MSc. Arch. Carolina Proaño / carolina.proano.l@gmail.com

1. WATER FOUNTAIN WITH PLANTER

TEAM WORK: - MSc. Arch. Carolina Proaño - Arch. Ninike Ariel Celi Atala

2. BENCH WITH PERIMETER PLANTER

CHARGE: Investigation, design sustainable strategies and diagramming

4. ACCESS MOUNDS

OBJECTIVES:

3. BENCH WITH PLANTER

5. FLOODABLE GARDEN 6. GREEN WALL AND BAMBOO PLANTER

- Use the most recycled materials that can be recovered. -Use of passive systems in the interior and exterior. -Renewable energy production to partially satisfy the demand.

-Create a motivating and inspiring environment.

-Restoration of interior and exterior space on several levels.

-The space generated adapts to new specific uses without requiring large jobs or producing waste

Reduction consumption and effluent.

-Alternative mobility systems.

PORTFOLIO

NINIKE CELI ATALA

NORD FACADE

DETAIL1: WATER FOUNTAIN WITH PLANTER Concrete Curb

DETAIL2: BENCH WITH PERIMETER PLANTER

Vegetation: Hebes purple

Concrete cobble Stonelike 7 cm.

Vegetation:Asparagus 0,5

Garden

0,3

0,7

PROPOSAL

DETAIL3: BENCH WITH PLANTER Concrete ledge H: 40 cm

Topsoil

Railing

Grass Wood curb Gravel

0,1

Railing 4

0,7

Concrete bin with structure

0,4

2,8

0,1

n +10.52

Vegetation: jasmine

n +10.32

Topsoil

Concrete ledge f´c: 210Kg/cm2

Curb

Section 2-2' Concrete 210 Kg/cm2 Overflow Wood curb

Grass

Gravel

Finishing of waterproofing and drainage according to supplier specification

0,3

0,5

Concrete bin

Railing

Bank changes height

Grass

Concrete bin f´c: 210Kg/cm2

Gravel

Vegetation: Asparagus

Railing

0,1

n +10.82

0,25

0,2

0,6

n +10.52 0,4

n +10.32

0,15

impermeabilizante

0,1

0,27

0,6

0,65

0,03

1,15

0,15

0,4

0,2

0,5

0,4

0,1

Bank changes height

0,25

Wrought Iron Grille

Concrete bin f´c: 210Kg/cm2

Gravel

0,45

Concrete Cobble Stonelike 7cm.

0,4

Concrete slab

Grass

0,65

Wrought Iron Grille

n +10.82

1 1,24

0,8

Potable drinking water

PORTFOLIO

Bottom drain

Compacted earth

Mesh

Fertile soil

Draining and filtering layer

Building Slab

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Perforated tube 4 "

Bank changes height

Fertile soil

Draining and filtering layer

Perforated tube 4 "

Gravel 2-5 cm

Geomembrane

DETAIL4: ACCESS MOUNDS Filled earth

Fertile soil

PROPOSAL

DETAIL6: GREEN WALL AND BAMBOO PLANTER Grass

Geomembrane

Vegetation: liriope Wood Pergola Palm frond

Steel tensioning cable

3,87 2,7

1,16

Expansive steel anchor Drain and waterproofing according to provider’s specification 34%

Climbing plant

0,4 0,4

1,2

0,9

77%

Existing wall Grass

0,45

Topsoil Fertile soil Concrete ledge f’c: 210 Kg/cm2

0,5

Draining and filtering layer

DETAIL5: FLOODABLE GARDEN

Asphalt sheet waterproofing

Waterproofing

Exhaust pipe

0,4

River stone 5cm

Asphalt sheet waterproofing

0,25

Earth Mixed earth 40% earth, 40% sand, 20% fertilizer

Geomembrane Gravel

0,5

Slope formation 1%

Perforated tube 4 " Mortar

2.41 Wood pergola Steel tensioning cable 0,6

Palm frond

Expansive steel anchor

Railing Vegetation: bamboo 2,3

Bamboo planter

3,3

Perforated drainage pipe

PORTFOLIO

Crushed and washed gravel

Geomembrane

Climbing plant

0,2

0,25

0,6

Asphalt sheet waterproofing

0,4

1,5

Earth Drain and waterproofing according to provider’s specification

0,75

0,5

0,65

Concrete ledge f’c: 210 Kg/cm2

Geomembrane

0,4

Gravel

0,6

Mortar

NINIKE CELI ATALA

Existing wall

Architectural Projects

PORTFOLIO

NINIKE CELI ATALA

Residence R.A. Residencia R.A. LOCATION

2016

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

4 m.a.s.l.

Ecuador, Guayas / GUAYAQUIL PROFESSIONAL

ACADEMIC

CLIENT: Familia. Regalado Astudillo DESIGN: NCA - Architecture SUPERVISOR: Arch. Ninike Celi Atala / ninikeceli@gmail.com TEAM WORK: - Arch. Ninike Ariel Celi Atala - Arch. Maria Angeles Naranjo CHARGE: Design and diagramming DESCRIPTION: The residence R.A. Was designed for a family with 4 members, located in a residential complex in the city of Samborondรณn. The modernist style, materiality and independent spaces were one of the requirements that the customers asked for. The architectural parti and the volumetry depart from a structural wall of material seen (Concrete), from which the main zoning of the residence is born. PORTFOLIO

EXTERIOR VIEW / V1

It is important to mention that the building complies passive design strategies, such as: cross ventilation, elements to control the entrance of rays sun to the residence, green roofs and green walls (to increase biodiversity and help to climatize some areas).

Volumetric Process 6

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PROJECT RENDERS

PROJECT PLANS (1 FLOOR, 2 FLOOR, FRONT FACADE & SECTION A-A’)

Exterior view / V2

1 FLOOR

PROPOSAL FRONT FACADE Scale_1:150

Living room / V3

2 FLOOR

SECTION A-A’

Scale_1:150

Vertical circulation & double height / V4

PORTFOLIO

NINIKE CELI ATALA

Residence M.A. - Mindo Residencia M.a. - Mindo LOCATION

2016

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

1250 m.a.s.l.

Ecuador, Pichincha / MINDO PROFESSIONAL

ACADEMIC

CLIENT: Familia Montenegro Alvarado

DESIGN: NCA - Architecture SUPERVISOR: Arch. Ninike Celi Atala / ninikeceli@gmail.com TEAM WORK: - Arch. Ninike Ariel Celi Atala - Arch. Cecilia OrdoÃ±ez CHARGE: Design and diagramming DESCRIPTION: The M.A. house, was designed for a family with 4 members, located in a humid climate. Is a traditional style which use materials such as wood, river stones, brick and concrete blocks The main objective of the project was to create environmental comfort and connect the user to the natural environment of the residence, through open spaces, flexible and family meeting. PORTFOLIO

EXTERIOR VIEW / V1

$ The main strategies of passive design were: the cross ventilation with open spaces towards the exterior, and the effect chimney which generates in the interior of the house thanks to the difference heights, where the warm air has an opening for it exit and a rapid renewal of air.

CONCEPT SKETCH

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EXTERIOR VIEW / V2

PROJECT RENDERS Exterior view / V3

PROPOSAL

PROJECT PLANS (1 FLOOR, 2 FLOOR, FRONT FACADE & SECTION B-B’) 1 FLOOR

FRONT FACADE

Scale_1:150

Living room / V4

SECTION B-B’

Scale_1:150

Dinning room / V5

2 FLOOR Scale_1:150

PORTFOLIO

NINIKE CELI ATALA

Deck 001 Deck 001 LOCATION

2016

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

2670 m.a.s.l.

Ecuador, Pichincha / QUITO PROFESSIONAL

ACADEMIC

CLIENT: Familia Atala Proaño DESIGN: NCA - Architecture SUPERVISOR: Arch. Ninike Celi Atala / ninikeceli@gmail.com TEAM WORK: - Arch. Ninike Ariel Celi Atala - Arch. Cecilia Ordoñez CHARGE: Design and construction DESCRIPTION: Deck 001, is a family project which the main purpose is the meeting and integration between the family. The 28m2 of the project consists of two zones, the first is an area that has BBQ, furnace with furnishings and shelves and a small dining room. The second area, was designed as a metting place with benches, fireplace and surrounded by greenery. The materials used in the project were: 1) Wood, in places such as PORTFOLIO

INTERIOR VIEW / V1

cover, furniture and in some areas of the floor; 2) Concrete seen, located in elements like the fireplace, mesons, floors and planters. Also, as a fundamental part of the design and construction, the tree plays a fundamental design because of its family history and meaning.

Sketch: Idea

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Modelo: Diseño

Realidad: Construcción

PROJECT RENDERS Exterior view (Entry) / V2

PROPOSAL

PROJECT PLANS ( FLOOR, VIEWS & PROCESS) PROCESS

FLOOR Scale_1:100

V3 V2

BBQ view / V3

Exterior view (Backyard) / V5

Living room view / V4

PORTFOLIO

NINIKE CELI ATALA

Vantage Point / Group of Observation Decks Mirador / Grupo de plataformas de observaciรณn LOCATION

2013

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

2670 m.a.s.l.

Ecuador, Pichincha / QUITO PROFESSIONAL

ACADEMIC

LEVEL: 7 Semester TUTOR: Arch. Diego Salazar d.salazar@udlanet.ec DESIGN: - Arch. Ninike Ariel Celi Atala CHARGE: background, conceptualization, diagramming and design DESCRIPTION: The Oteador, is a set of observation decks directed at key points in the area and the city, which seeks to give a leading value to the urban perspectives. - The volumetric designed consists on the formation of several viewpoints routed to the best views and perspectives of the sector, like the park, the ravine, Avenue Rodrigo de Chavez, El Panecillo, etc. Environmental strategies: - Materials with low impact. PORTFOLIO

IMPLANTATION

- Collection of rainwater (commun areas) - Solar panels. - Terrace Garden. - Flexible design spaces - Selection of recycled materials (T-Plack) - Smart Growth - Recycling and sorting trash - Passive Design Strategies

VOLUMETRIC DESIGN

Typology - Dpt. 1

NINIKE CELI ATALA

Typology - Dpt. 2

Circulation

Green terrace

PROJECT PHOTOS Interior Perspective

PROPOSAL

PROJECT PLANS (ELEVATION & SECTION) COMMUNAL AREA MODULE

Flexible Housing Module

Scale_1:50

Scale_1:50 Persianas - Direccionana entrada del Sol 3

Accessible terrace

Terrace

Void Round stairs Second floor connection

Movable module

Exterior Perspective

Ducts

Circulation

Service

Void 3

Second Floor

AREA TOTAL: 49m2

SECTION A-A

SECTION B-B

Interior Perspective

N +30.50

N +27.50

N +24.50

N +21.50

N +18.50

N +15.50

N +12.50

Exterior Perspective

N +9.50

N +6.50

N +3.50

N +0.50

N -6.00

NINIKE CELI ATALA

N +12.50

N +9.50

N -3.00

PORTFOLIO

Garbage Ducts

Circulation

Garden First Floor

Recycled chipboard

Mobile booths Small flexible offices

Mobile panels Flexible Communal spaces

N -3.00 N -6.00

Modular furniture

Ahuano Dock / Building on guadúa cane in the Amazon Muelle de Ahuano / Construyendo sobre la caña de guadúa en el Amazonas LOCATION

2012

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

200 m.a.s.l.

Ecuador, Napo / AHUANO PROFESSIONAL

ACADEMIC

CLIENT: (MIDUVI) Ministry Of Urban Development And Housing DESIGN: EcodiverCity SUPERVISOR: MSc. Carolina Proaño carolina.proano.l@gmail.com TEAM WORK: - MSc. Arch. Carolina Proaño - MSc. Arch. Daniela Maldonado -Arch. Ninike Ariel Celi Atala CHARGE: Design and diagramming VIEW OF THE BUILT PROJECT

DESCRIPTION: It consists of a landscape and architectural study of a touristic and community infrastructure along the pier on the Napo River in the Amazon. A large covere is proposed as a landmark for sailors, shade for users and gatherer of rainwater as an autosupplier, which derives in its particular form. It is conceived in bamboo cane, material that is locally PORTFOLIO

available which is also rapidly renewable.This structure has shops, bathrooms, it serves as a dining room, it also has a communal space, parking for cars and bicycles, a waiting area, an outdoor plaza and an existing grotto of a local virgin on the site. NINIKE CELI ATALA

CONCEPT SKETCHES

GENERAL INFORMATION

PROJECT PLANS (ROOF & ELEVATION )

SPECIFIC LOCATION

ROOF PLAN

PROPOSAL FRONTAL ELEVATION

Existente Structure

2 1

1. Lighthing

3,92

2. Ventilation with mesh

380

4,74

3. Wood structure 0.04m x 0.04m for anchoring the glass that protects the virgin

4. Tempered glass 0.01m 5. Cobblestone floor

0,70

DOCK PLATFORM

B BUS STOP

RAMP/ STAIRCASE

7,67

ARRIVAL ZONE BOATS AND BARGE

B RO

385

380

ROOF

COMMERCIAL PLAZA

C 8

4,80

17,36

7 6 5,56

D 5

17,36

2 1

6,00 PARKING

0,87

2,70 WAITING AREA

9,36

5,17

5,00 EXISTENT HOUSE

2,40

5,29 GROTTO

6,12

0,74

385

4,31

6,04

CONSTRUCTION SYSTEM

FRONTAL VIEW / MODEL

AERIAL VIEW / MODEL

STRUCTURE 2

4 5 6 7

Bamboo 10 cm

Bamboo 10 cm 8 9

2,40

2,36

2,32

2,22

2,08

1,89 0,64

1,66

0,31

PORTFOLIO

4,03

3,85

1,31 0,73

0,63

0,42 3,99

1,01

3,94

NINIKE CELI ATALA

3,64

2,65

1,47

1,95

Environmental Consultancy Projects

PORTFOLIO

NINIKE CELI ATALA

Jose Engling Catholic School Colegio Católico Jose Engling LOCATION

2016

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

3161 m.a.s.l.

Ecuador, Pichincha / ILALÓ PROFESSIONAL

ACADEMIC

CLIENT: Foundation José Engling

NATURAL HERITAGE:

DESIGN: Rafael Velez Architects

1. Conservation and participatory management of the ravine

SUPERVISOR: MSc. Arch. Carolina Proaño / carolina.proano.l@gmail.com

TEAM WORK:

3. Underground parking - Space optimization

CHARGE: Sustainable strategies and diagramming

4. Reforestation of the land with native plants

DESCRIPTION: The project proposes the protection of the creek next to the school Jose Engling, thanks of interest and support expressed by the community Chiviquí. The main idea is to recover the creek, and turn it into public space that recognizes the local biodiversity. For this reason, the presence of the College in this transition zone between city and nature is strategic PORTFOLIO

2. Orchards planted and harvested by the community of the school

- Arch. Ninike Ariel Celi Atala

-MSc. Arch. Carolina Proaño

IMPLANTATION

because it can become an actor to exercise responsibility in issues that are important for the city, involving the educational community with its social and environmental context, witch is a benefit for both, students and visitors in general.

CONCEPT: Architecture as a transition from urban to rural

NINIKE CELI ATALA

Natural Zone

Transition Zone

Urban Zone

PROPOSAL

ENVIRONMENTAL CRITERIA

STRATEGIES:

1. Reuse of materials site 2. Garbage management Waste collection point Differentiated classification

3. Soil permeability Environmental comfort 4. Roof gardens Control runoff

2 ms

Irrigation syste (Green)

5. Bioclimatic strategies of environmental comfort 6. Adaptation to the topography

water cistern

Sewage treatment

water cistern

MOVILIDAD & P. ENCUENTRO School bus circuit. Parking circuit.

Circuit private cars

a) Area school buses Boarding students

b) landing zone private cars Avoid traffic congestion on public streets

c) Underground parking Space optimization d) Main square entrance Meeting point

PORTFOLIO

NINIKE CELI ATALA

Arezzo Building Edificio Arezzo LOCATION

2016

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

IMPLANTATION / GREEN AREAS

STUDY OF SHADOWS

3 PM

DISTRICT URBE 12 AM

9 AM

2400 m.a.s.l. MARCH SEPTEMBER Ecuador, Pichincha / CUMBAYA PROFESSIONAL

ACADEMIC

CLIENT: Ordoñez Architects. CONSULTANT: EcodiverCity

JUNE

SUPERVISOR: MSc. Arch. Carolina Proaño / carolina.proano.l@gmail.com

TEAM WORK: -MSc. Arch. Carolina Proaño

- Arch. Ninike Ariel Celi Atala CHARGE: Sustainable strategies and diagramming DESCRIPTION: The main purpose of the project is to grow in height, and to obtain this permit in the municipality, it is necessary to demonstrate that the building has certain requirements of sustainability and environment. It is for this reason that the proposal was developed to responds on the some basic needs that the project require to get its objectives. 1) Environmental comfort PORTFOLIO

DECEMBER Planter on slab Losa garden (communal) Losa garden (exclusive) Garden on floor (communal) Garden on floor (exclusive)

2)Natural ventilation 3)Separation of rain water on deck 4) Natural light and ventilation in subsoils 5)Solid waste classification 6)Supply and water treatment 7) Natural light and ventilation in circulation NINIKE ARIEL CELI ATALA

CONTEXT

Ciclo-ruta: Luluncoto - Cumbayá Ruta viva Av. Simón Bolivar Predio Arezzo

PROPOSAL

ENVIRONMENTAL STRATEGIES

Bicycle parking Cyclo-route: Luluncoto - Cumbayรก

Roof gardens Control runoff

Separati

on of ra

in water

on deck

Natural light and ventilat ion in circulation

Irrigation systems (green areas)

Environmental comfort Natural ventilation

Runoff of rain water infiltrates the natural soil

Tank Cisterna

lation in subsoils

d venti Natural light an

Solid waste classification

Greywater treatment

Supply and water treatment Waste sorting departments

PORTFOLIO

NINIKE ARIEL CELI ATALA

Storage of waste classified

Classified collection

Fez Aqua Building Edificio Fez Aqua LOCATION

2015

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DISTRICT URBE

2400 m.a.s.l.

Ecuador, Pichincha / CUMBAYA PROFESSIONAL

ACADEMIC

CLIENT: Artec Group CONSULTANT: EcodiverCity SUPERVISOR: MSc. Arch. Carolina Proaño / carolina.proano.l@gmail.com

URBAN ENVIRONMENT

Project ground Alemán High School Filled ravine Ravines Main Road Ruta viva

Interior Gardens Vegetation Conservation

FIRST FLOOR

Garden Terraces

TEAM WORK: - MSc. Arch. Carolina Proaño - Ing. Lorena Gallardo - Arch. Ninike Ariel Celi Atala Rain water recollection

CHARGE: design and diagramming DESCRIPTION: This project was designed thinking about the best environmental strategies to be applied in the site. The strategies help the building to be more comfortable for the user. They respond to sustainable and environmental parameters including water management, use of vegetation, recycling, universal accessibility and access for pedestrians or bycicles; all of them result in happy and comfortable surroundings not only for the inhabitants but for the visitors. PORTFOLIO

Interior garden Irrigation

Irrigation System (exterior green areas) Cleaning of communal areas

Water Cistern

SECTION

Rain water treatment

Water mirrors

Water Cistern

Sewage Treatment

NINIKE ARIEL CELI ATALA

PROJECT LOCATION

Children's Center Typology / Good Living CIBV - Centro Infantil Buen Vivir LOCATION

2014

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

between

DISTRICT URBE

Passive Ventilation

5 m.a.s.l. 3000 m.a.s.l.

Vegetation generating shadow

Module Floor Plan Sustainable Strategies

Ecuador, Coast, Sierra and Amazon PROFESSIONAL

Cross ventilation by module

ACADEMIC

CLIENT: Ministry of Economic and Social Inclusion DESIGN: Jaime Miranda Architects.

Flexibles spaces Cross ventilation in social areas

SUPERVISOR: MSc. Arch. Daniela Maldonado / cd.maldonado@udlanet.ec

TEAM WORK: - MSc. Arch. Daniela Maldonado -Arch. Ninike Ariel Celi Atala Charge: Sustainable analysis, calculations, and diagramming

Vegetation generating micro weather Natural lighting suitable for the weather that the building is implanted

DESCRIPTION:

Ing reso

Public space

The main intention in this consulting project is to design a typology of educational building in each of the three regions of Ecuador (Coast, Sierra and Amazon). For this, the relevant parameters are defined in the environmental and sustainable areas, according to the use and context of the project. Thus, a qualitative scope is proposed that is expected to arrive in each theme between the current situation and the optimum horizon of sustainability PORTFOLIO

It is recommended that the location of the module, is addressed to 45 Â°, the solar axis (East - West), because the natural light may enter into the module indirectly, without raising the climate temperature inside the building or allow the entry of natural light directly affecting the user comfort.

Ing reso

luz

natu

ral

nera

luz

natu

ral

nera

ind

irec ta

ind

irec ta

Permeable pavement E

PROJECT PROPOSAL

Module Floor Plan Sustainable Strategies

Floor Type / Sustainable Strategies

NINIKE CELI ATALA

Natiral lighting

PROPOSAL

COAST / AMAZON REGION MOISTURE

MOISTURE The module is made of materials which allow a slight moisture permeability loss inside.

SUSTAINABLE STRATEGIES Design and use of windows in strategic locations to allow continuous air exchange.

Increased biodiversity through vertical gardens, on the walls of the modules.

Using vegetation to create shade in exterior and interior spaces to the module. It also helps lower the humidity inside the module affected by the climatic conditions of the region.

Sloping roofs, with system of rainwater harvesting.

Rainwater collection for use of health services.

Cistern for the recollection of rainwater.

Rainwater collection for irrigation of green areas of the project.

Rain water infiltration into permeable soil. It contribute and attracts the conservation of biodiversity in the area.

TEMPERATURE The module is made of materials that allow light permeability to allow entry of air and lower the temperature inside.

Design and use of windows in strategic locations to allow continuous air exchange.

Using vegetation to create shade in exterior and interior spaces to the module. It also helps to lower the climate temperature inside the module affected by the climatic conditions of the region.

Design and use of windows in strategic locations to allow continuous renewal of air accumulated inside the module, through cross ventilation.

VENTILATION Design and use of windows in strategic locations to allow continuous renewal of air accumulated inside the module, through cross ventilation. The module is made of materials that allow light permeability for air income.

Use of vegetation, as a barrier module, to reduce air and noise generated outside the center contamination.

MATERIALS

Design and use of windows in strategic locations to allow continuous air exchange.

WATER Rainwater collection for use of health services. Sloping roofs, with system of rainwater harvesting. Cistern collecting rainwater.

Rainwater collection for irrigation of green areas of the project. Rain water infiltration into permeable soil. It contributes and attracts the conservation of biodiversity in the area. Product served to the sewer system of the city water.

PORTFOLIO

NINIKE CELI ATALA

The module is made of materials that allow light permeability for the entry of cold air.

Using vegetation to create shade in exterior and interior spaces to the module. It also helps to lower the climate temperature inside the module affected by the climatic conditions of the region.

Used water served to the sewer system of the city.

PROPOSAL

MOUNTAIN REGION SUSTAINABLE STRATEGIES

MOISTURE

Using vegetation to create shade in exterior and interior spaces to the module. It also helps lower the humidity inside the module affected by the climatic conditions of the region.

Increased biodiversity through vertical gardens, on the walls of the modules.

Photothermal panels on the roof, to heat and raise the temperature inside the modules.

Sloping roofs, with system of rainwater harvesting.

Rainwater collection for use of health services.

Photothermal panels on the roof, to heat and raise the temperature inside the modules.

Using vegetation as a barrier to even the wind and the low temperature that is routed inside the modules.

TEMPERATURE

Photothermal panels on the roof, to heat and raise the temperature inside the modules.

Using vegetation as a barrier to even the wind and the low temperature that is routed inside the modules.

Cistern collecting rainwater.

Rainwater collection for irrigation of green areas of the project.

Rain water infiltration into permeable soil. It contributes and attracts the conservation of biodiversity in the area.

Used water served to the sewer system of the city.

Use of vegetation, as a barrier module, to reduce air and noise generated outside the center contamination.

Arupo

-its scientific name Chionanthus Pubescens Kunth - is characterized by its varied colors: red, pink and white. Trees reach 6 to 8 meters high. It grows on the slopes and valleys.

Poplar (silver)

- its scientific name is Populus alba - It is a tree that reaches 20 meters high. Its leaf deciduous, ornamental, very attractive foliage, contrasted by the white reverse leaf green.

Pajilla

- It is a herbaceous plant from 1.5 to 2.5 meters high, without a visible stem. Has simple leaves, grouped and forming a rosette, with sheets of up to 65 cm long, fan-shaped, folded and with serrated edges.

Vincas

- They are herbaceous, with slender branches 1-2 meters in length. The branches often take root when they touch the ground, allowing the plant to spread widely. Leaves simple, broad, ovate 1-9 cm long, green.

VEGETATION Rear garden and green area Gardens and green side areas

Gardens

PORTFOLIO

NINIKE CELI ATALA

COAST-AMAZON

Design and use of windows in strategic locations to allow continuous renewal of air accumulated inside the module, through cross ventilation.

MOUNTAIN

VENTILATION

Ceibo

- its scientific name is Erythrina crista-galli - It is a medium-sized tree with a diameter that can exceed one meter, and heights of 5 to 10 m, rarely reaching up to 20 m. Its root is a taproot with nodules produced by nitrogen-fixing bacteria.

GuachapelĂ

- its scientific name is Albizia guachapele. - It is a tree that reaches up to 15 meters high, its flowers are white and elongated shape of the fruit.

Mocora straw

- is characterized by having the shape of a palm tree trunk whose medium size without fan-shaped leaves emerging from the ground, supported by long cylindrical petioles. It needs to be cultivated in humid soils.

Balsam

- its scientific name Is Saxifraga geranioides - is characterized for its multiple branches stem from the base. It reaches a height of 20 centimeters, with leaves 2 cm wide, hairy and slimy texture. Flowers grow in the form campanular

Grass

COAST/MOUNTAIN Grow into a dense cover. They are used as ornamental plants in lawns and gardens or as ground for a variety of sports and recreational activities.

Importance of vegetation: The presence of vegetation in the urban environment and above all in architecture satisfies an ecological and psychological need, and also has many uses such as improving the environment; One of the examples is to improve air quality because it purifies it and also stores pollutants

Architectural Typologies of Bus Stations Tipologías Arquitectónicas de Terminales Terrestres a Nivel Nacional LOCATION

2013

URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

between

Local economical effect

Flexibility

5 m.a.s.l. 3000 m.a.s.l.

Commerce

Handmade brick

Stone

Materials

ACADEMIC

CLIENT: (MIDUVI) Ministry Of Urban Development And Housing

Concrete

Bamboo

Wood

Plants Vegetation

Open

Covered

Construction

Workforce

CONSULTANT: EcodiverCity SUPERVISOR: MSc. Arch. Carolina Proaño / carolina.proano.l@gmail.com

Identity- local culture Agora

Vegetation

Commerce

TEAM WORK: - MSc. Arch. Carolina Proaño - Ing. Romel Arboleda - Arch. Ninike Ariel Celi Atala

Lifecycle

Water

Ecuador, Coast, Sierra and Amazon PROFESSIONAL

DISTRICT URBE

CHARGE: Sustainable strategies and diagramming

Energy

Adaptable space to cultural conditions.

DESCRIPTION:

PORTFOLIO

Bus station wraparound adaptable to climatic conditions.

vegetation and adaptable to climatic conditions.

Communal facilities

Dry

Ca ñ

er a

Al u

Wet

Semi - wet

NINIKE ARIEL CELI ATALA

This project consists in a typology of bus stations that can be implanted in any city of the country, which can change certain characteristics according to the climatic area. It is considered a guide to how volumetrics should be designed, not in form, just in place according to these strategies, for example with the use of different materials, considering water management, vegetation, natural light.

Materials

Commerce

PROJECT LOCATION

PROPOSAL Materials

Solid waste

Masonry

Wrap

Roof

Biodiversity

Shadow

Glass

Barrier

Finishes

Confort (active)

Waterproof floor Rain water runoff directed to pipes.

Use

Structure

Windows

Masonry

Waste sorting (consumer)

Confort (Passive)

Permeable floor Runoff of rain water seeps down

Weighing classified waste

Building Classified recollection

Electricity

Environmental quality

ACTIVE

PASSIVE

High rainfall

Reduce electricity consumption with passive design decisions.

Lavatory supply

Potable water system Lavatory

Artificial climate

Low Rainfall

Recollection

Provision efficient toilets

Toilets supply Irrigation system (green areas)

Irrigation systems (Green area)

Artificial lighting Land infiltration

PORTFOLIO

Rain water treatment

Land infiltration Eviction sewage

Potable water system

Gray water treatment

Paper/cardboard

Storage of classified waste

Barrier

Recollection

Plastic

Building

Shadow

Water supply / Sewage

Common

Eviction sewage

NINIKE ARIEL CELI ATALA

Natural lighting

Avoid air conditioning with passive design decisions.

Photovoltaic panels

Artificial lighting

PROJECT LOCATION

Conceptual Projects

PORTFOLIO

NINIKE CELI ATALA

Porosity Concept Concepto Porosidad URBAN ARCHITECTONIC LANDSCAPE CONCEPTUAL CONSULTANCY

DESIGN: - Arch. Ninike Ariel Celi Atala

PORTFOLIO

LIGHT POROSITY

- Property of the bodies to pass through FLUIDS. - Ability to transmit a fluid. - Material consisting of actual amount of material and amount of the voids (porosity). - The relationship between pore volume and total volume. - Permeability.

CHARACTERISTICS - Ability to hold something - Ability to allow fluid inside - Materia/solid contains pores - Skeleton material - Filled with fluid - Network of pores - Permeable - Resistance - Conductivity

VEGETAL POROSITY

The percentage between the volumeâ&#x20AC;&#x2122;s voids of a certain material and the total volume of this; the pores allow absorption and flow of environmental elements or substances (light, connectivity, spaces, etc.) through the material or "solid".

ELEMENTS

DESCRIPTION:

CHARACTERISTICS

CHARGE: Sketches, conceptuaization, diagramming and design

MEDIUM POROUSE

-Absorbs -Connects -Fragments -Transmits

The experiences are impacts causing constant changes and transformations to the mind of a person.

POROUSE

CHARACTERISTICS - Empty space of a material -Gaps/Voids/Perforations an element allows another one to pass through it - Space: texture permeability - routes - Interstice - Permeability - It's a space

NINIKE CELI ATALA

Porosity

Students Teachers Administrative Services External

FLUID

CHARACTERISTICS - Continuity - Is deformed when subjected to a solid/ It molds the solid - Fluid moves through gaps or pores or structure - Its properties are: Speed - Pressure density - temperature.

ABSORBS

TUTOR: MSc. Arch. Maria Alicia Becdach / mbecdach@gmail.com

As learned from experience the theory is created

-Absorbs -Process -Connects -Pulls answers -Transmits (information)

TRANSMITS

You learn and solve problems through EXPERIENCES, practices, etc.

Brain

The brain of a human being, conceptually speaking, is not a solid element. Two of its main features are FLEXIBILITY and POROSITY. It is through the experiences of human beings that the brain ABSORBS knowledge and information (like a sponge).

PROJECT PROGRAM SPACES

LEVEL: 8 Semester

How the brain acquires information through EXPERIENCES?

CONNECTS

ACADEMIC

KOLB methodologies

ARCHITECTURAL VOLUME SOLID

PROFESSIONAL

When in practice the theory is checked

LEVELS OF PRIVACY

Ecuador, Pichincha / QUITO

The theory is taught

LEVELS OF OPACITY AND TRANSPARENCE

2670 m.a.s.l.

TEACHING METHODOLOGIES

Common methodologies

DISTRICT URBE

FRAGMENTS

2014

LEARNING THROUGH EXPERIENCE

LOCATION

USER Light - Illumination Sound - Acoustics Visual - Transparency Air - Wind

PLANS

PORES

Floor Plan 1

FLUIDS

PROGRAM

ILLUMINATION

LEVELS OF POROSITY Floor Plan 3

LUMINOUS POROSITY (LIGHT)

POROSITY-

USERS

AIR - WIND STUDENTS

TEACHERS

ACOUSTIC POROSITY (SOUND)

WIND POROSITY (VENTILATION)

VISUAL POROSITY (TRANSPARENCY)

LABS

WORKSHOPS

GYM

LABS

WORKSHOPS

GYM

LABS

WORKSHOPS

GYM

CLASS HIGH SCHOOL

7 CAFETERIA

10 SERVICES

CLASS PRIMARY

8 RECTORY

11 ADMINISTRATION

CLASS PRE KINDER

CLASS HIGH SCHOOL

LIBRARY

CAFETERIA

AUDITORIUM

SERVICES

CLASS PRIMARY

CLASS PRE KINDER

CLASS HIGH SCHOOL

RECTORY

11 ADMINISTRATION

LIBRARY

CAFETERIA

AUDITORIUM

SERVICES

T10

Wind porosity Luminous porosity Acoustic porosity

Wind porosity

Wind porosity Luminous porosity Without: Visual porosity Acoustic porosity

Acoustic porosity Visual porosity Without: Wind porosity Luminous porosity

Acoustic porosity Visual porosity Luminous porosity Wind porosity

Without: Visual porosity

PORTFOLIO

ACOUSTICS

VISUAL TRANSPARENCY

ADMINISTRATION

SERVICES

OUTDOORS

SUMMARY

Class Workshops Labs Recreational Areas Bathroom Cafeteria Library Auditorium Cellar Rectory Administration Guardian Infirmary DOBE GYM Teacher’s room Parking Copies

Floor Plan 2

Floor Plan 4

PROPOSAL

LEVELS OF POROSITY

Without: Visual porosity Luminous porosity Acoustic porosity

T11

Acoustic porosity Wind porosity Without: Luminous porosity Visual porosity

Acoustic porosity Luminous porosity Without: Wind porosity Visual porosity

Without Porosity

Acoustic porosity Without: Wind porosity Visual porosity Luminous porosity

NINIKE CELI ATALA

T9 Wind porosity Visual porosity Without: Acoustic porosity Luminous porosity

CLASS PRIMARY

8 RECTORY

11 ADMINISTRATION

IDENTIFICATION OF POROUS WALLS

CLASS PRE KINDER

LIBRARY

12 AUDITORIUM

T5 Luminous porosity Without: Wind porosity Acoustic porosity Visual porosity

T12

SUM OF POROSITIES

Luminous porosity Visual porosity Without: Wind porosity Acoustic porosity

By having the schematic reinterpretation of the matrix with each of the fluids (one fluid per mesh), all these meshes are joined, giving a single result. What will be achieved with this is to identify the porous conditions of the edges of each space of the program. Each edge will be convetirá in panels with different conditions, which will indicate to me what type of porosity transmits each panel to the various spaces of the project.

PROPOSAL

VOLUME

As for the parti and architectural volume of the project, it is identified a new "fluid" or porosity standard , which answers to the privacy levels (the more private, the less porous + the less private, the more porous). IDENTIFICATION OF AXES - SUN AND WIND

PROJECT PROPOSAL

ARCHITECTURAL PARTI

ABSORBS One of the characteristics of a porous medium is the absorption, in the project, this is represented at the meeting point, or main point of agglomeration that will have the educational unit (absorbs users inside this point).

WIN

In this case it is the main courtyard of the building (soccer field).

CONNECTS

TRANSPARENCY AND LUMINOCITY (full and empty)

IND

SUN

The yellow are axes located 55 Â° from the axis of the sun, this will allow the building to be illuminated indirectly with sunlight. The blue axis follows the direction of the wind. This results in a mesh, which will be the guide for the volume.

The connectivity is represented by means of the circulations in the building.

A porous medium (building), has transparencies, this allows to have visuals to other sides of the project and the entrance of light.

The volumetry of the educational unit is fragmented by volumes, as we can see in the diagram, we have circulations that connect these volumes.

POROSITY IN GROUND ACCORDING TO PRIVACY

Privacy

1 2 3 7

In the project this is represented by gaps found in the building (yellow squares in the diagram) that allows that transparency from one side to another and the entry of light.

We mark two potential entries to the land, which would be to define more private (less porous) (more porous) and less private areas on the ground.

Porosity not only connects, it also fragments. As can be seen in the diagram, the volumetry is formed by bars that fragment each other, the red ones interrupt the green ones and vice versa.

`In the diagram we can see that each bar has a different level of porosity, depending on its location in the field.

Each area of the architectural program was located in different porous axes according to the level of privacy and porosity required for each space.

PORTFOLIO

Porosity

Poin

Privacy

ess

Porosity

This feature is one of the most important that was taken into account when designing the building, since the zoning and composition of the building is composed according to the privacy levels of each space.

8 11

sP oint

Porosity

Privacy

FRAGMENTS

PRIVACY LEVELS

Acc

#* *

Most porous, less private

Porosity Privacy

NINIKE CELI ATALA

INTERNAL AND EXTERNAL VIEWS

PROPOSAL

MATERIALS AND PANELS (POROSITY IN SPACES)

T4 T6 T9

MATERIAL 1: Aluminum Blinds Porosity Winds Acoustic porosity

The social contribution that gives an educational unit to society is of great importance and of great impact to the population, since it is the means in which children and young people will be formed for their own well-being and of the society.

Without porosity: Low luminous porosity Low visual porosity

lon

MATERIAL 2: Nylon Mesh Light Porosity Porosity Winds Acoustic porosity

D Gla ouble Ny Alum lon ss W ini G ind lass W Mes um B h lind ow ind s ow

N Alu ss W ylon min ind Me ium Blin ow sh d

Gla

Without porosity: No visual porosity

Focusing more on architecture and its user, the main objective of the building is to achieve comfort spaces through the "porosity" and its materials.

MATERIAL 3: Glass window Light Porosity visual porosity Acoustic porosity Without porosity: It does not allow the entrance of air and wind MATERIAL 4: Double Glass Window Light Porosity visual porosity Acoustic porosity Without porosity: No noise input Does not allow air to enter

One of the advantages that this school brings to the society, is to be facing the neighborhood as part of the urban and natural landscape. It also contributes to the public space of the area. Is open to the public and is a familiar meeting point.

PORTFOLIO

Four different types of materials were selected, each of which avoids passing one of the "flows" according to the characteristics of the material. Once these 4 materials have been identified, we combine them with each other according to the requirements of the different types of panels needed in each space.

NINIKE CELI ATALA

D Gla ouble Alum ss W ini G ind lass W um B lin ow ind ow ds

D Gla ouble Ny lon ss W G ind lass W Mes h ow ind ow

T10

Gla

Labs

T3 - T4 - T7

T3 - T12

ss W

Rectory

T12

T11

Gla Alum ss W ini ind um b ow lind

Classrooms

Ny Alum lon in Me ium Blin sh

ind

lon

Workshops T7

Library

T7 Services

T6 - T3

D Gla ouble ss W G ind lass W ow ind

GYM

Cafeteria

T2 - T8 - T12 Administration T12 - T3

T2 Auditorium T3 - T5

Models

PORTFOLIO

NINIKE CELI ATALA

Models / Pictures Maquetas / FotografÃas

PORTFOLIO

NINIKE CELI ATALA