UCL Portfolio

P O R T F O L I O

JOSE FABIAN JIMENEZ

Applying for lAndscApe Architecture (Ml A)

Jose fAbiAn JiMeneZ

2014-2022

2019-2020

pontificiA universidAd cAtólicA del perú (pucp) - fAculty of Architecture And urbAnisM

Recognition: Pre-selected 30 projects for thesis (final project) “The best 10 architecture student projects in Latinamerica and Spain in 2023” by ArchDaily, march 2023. https://www.archdaily.pe/pe/997941/los-10-mejores-proyectos-disenados-por-estudiantes-de-arquitectura-enlatinoamerica-y-espana-2023

Professional Title (Worskhop 10) grade: 17/20.

Standout academic project exhibitions - Workshops: 1,3, 4, 5, 6, 7, 9, 10.

tecnico of lisboA (ist) - university of lisbon

Integrated Master Degree (MSC) in Architecture - 6 month exchange programme

Courses: Environmental Design II, Built environment and impacts, Building studies

Histories: Architecture theory, History of the city

ReseaRcheR - centre of Architecture And the city (ciAc, pucp)

Research group ‘Modelando el mundo’

2022-2023

2021-2022

2020-2021

“Guide of conservation and revalue of cultural landscape in Sondondo Valley” deliver to peruvian Ministry of Culture. Analysis between interior architecture and exterior landscape in different scales: territorial, urban-rural and architecture. On-site data collection.

Analysis and digitalisation of traditional houses as well as their construction systems: field work and survey of dwellings. Production of plans: floor plans, sections, elevations and construction details.

Analysis and digitisation of landscape units: ‘andenes’, terraces, towns, corrals and wetlands at different scales based on drone photos. Production of location, territory, urban, nolli and landscape unit plans. Design and layout of the book “Guide of conservation and revalue of cultural landscape in Sondondo Valley”. Arrangement of plans for publication.

Pre-selected 30 thesis projects: “The best 10 architecture student projects in Latinamerica and Spain in 2023” by ArchDaily 2023. Project ‘Balneario Miramar: The construction of a new coastal landscape from clearing’. Link: https://www.archdaily.pe/pe/997941/los-10-mejores-proyectos-disenados-porestudiantes-de-arquitectura-en-latinoamerica-y-espana-2023

First Place Public space design - Urban 95, Lima Como Vamos

Project design for public space ‘El Malambito’ in Barranco, Perú. Finally built in december 2022. Interview and project presentation as shown in ArchDaily, 2022. Link: https://www.archdaily.pe/pe/986849/ espacios-publicos-para-la-primera-infancia-en-lima-6-proyectos-para-barranco-y-miraflores

First Place urban development competition ‘Master Plan Salaverry’ - DESSIN TECHNISCH Organized by “Los Portales” company. LINK: https://www.instagram.com/p/CjmUAb2td7Y/?img_index=1

Landscape Representation Workshop, ‘Water shortage in Tacna region’ - paisajeORG and ANDES. LINK: https://www.instagram.com/p/CmfzMhRuE5v/?img_index=1

QGIS for architects workshop

Centre of Architecture and City (CIAC) in Pontificia Universidad Católica del Perú.

01 B A L N E A R I O M I R A M A R 04 L O M A S P A R K 02 W A T E R S H O R T A G E I N T A C N A 05 L A N D S C A P E H O U S I N G 06 B I C E N T E N A R Y S C H O O L S 07 O T H E R W O R K S 03 S O N D O N D O V A L L E Y the construction of A neW coAstAl lAndscApe froM the cleAring finAl thesis. AlternAtives through volcAnic presence revAluing culturAl lAndscApes revAluing culturAl lAndscApes green spAces priority in puerto sAlAverry peruviAn governMent proJect AcAdeMic Work. AcAdeMic Work. AcAdeMic Work. professionAl Work. professionAl Work AcAdeMic And creAtive Work

S O F T W A R E S K N O W L E D G E

B A L N E A R I O M I R A M A R

the ConstruCtion of a new Coastal landsCape from the Clearing final proJeCt (proffesional title) - indiVidual worK softwares used (ai ps id sKetChup autoCad)

The project is located in the central coast of Lima city, in San miguel district, Peru. The coastline of San Miguel is a landscape that does not quite qualify as a beach. The wave conditions are among the highest in the whole coast in terms of height and intensity, which makes the place unusable for bathing. For more than 15 years it has been contaminated by more than 90 Hectares of clearing between rubble and demolition debris to gain space for the sea, which has accentuated the recreational sensory dissociation with the sea and the subsequent disarticulation with its city and hillside.

The proposal revolves around understanding the “beach” as a space for the inclusion of different social strata through leisure, sport and contact with nature, but also from the point of view of a landscape protected from erosion and as a marine ecosystem for birds, crabs and fishes. To this end, existing natural and anthropic resources will be used to reconstruct this new landscape. The boulder gabions as elements that have historically served to generate containment and filtration will form a new language in the landscape that will help to form a close link between the citizen and the sea.

RE-CONSTRUCTING the city from the seaside.

METROPOLITAN ESTRATEGIES LINK sea and lima citizen through recreation and ecology.

SAN MIGUEL DISTRICT

Use of the coast increased by 60% from “Sundays for cyclists”.

CONNECT with the northern part of the city through the metropolitan axis.

The most important public space in the city without activation.

Usable beaches in city with direct connection to the centre only

GENERATE environmental value through green axes

The green coast would add 0.5 m2 of green area/inh. to the city (currently 2.7m2/inh)

CLEARING THROUGH YEARS

01

COASTAL PROCESSES ANALYSIS AND RELATIONSHIP WITH CITY

The dynamics of deforestation are the dynamics of power in the coastal landscape of San Miguel. These have allowed vehicles to take over the beach in the interests of gaining access to the sea, and roads have become the main means of access to the coast, ultimately disarticulating it from its landscape logic. Likewise, the main actors of the city have been relegated and so have the biological actors due to the conditions of the material expelled towards the sea. The project aims to reverse the conditions of power and rearticulate the landscape through the experience of the pedestrian and dispersed interventions that reconvert the clearing into an agent that links citizens with their territory in terms of its protection, regeneration and recreational use.

Now

as

gabions function

that have been involved in the process. The aim is to use all those elements that have been part of the negativity of the clearing and domesticate them by means of the gabions. The materiality of these elements makes it possible to mimic the landscape and gives an aesthetic value to the tide levels in the rocks. An important factor that the project also takes into account is the process of degradation of the material for the formation of

Multi-possibilities

10 13 11 11 11 13 13 13 13 13 13 13 13 13 13 13 13 13 8 9 9

C L E A R I N G L A Y E R S T O B E A C H F O R M A T I O N ‘L A M A R B R A V A’ B E A C H

C L E A R N G P I E C E S A N D D A I L Y D Y N A M I C S WOODEN AND CONCRETE FURNITURE 4 GABION WALLS 1 MESHES 2 UNION PARTS MASIVE ISLANDS DIVERSE GRANULOMETRY SHADOW SPACES GEOMESHES SMALL ISLANDS VEGETATION SPOTS SPORTS DANCING ACTIVITIES WALKABLE TEXTURES FREATIC AFLORATIONS 3 MATERIAL FILLING

clearing.

processes

topographies, outcrops

materialities

ecologies.

it is explained in more detail what exists as land

The

and the different layers that make up this landscape show the pedestrian a series of objects between

and

new

Beach formed enterely by clearing. to transform the surfaces depending on the need. In the case of walkable surfaces, wood will be used, while concrete coping will be used for the attached elements such as shade elements.

pieces

channel

material

the shoreline whether

boulders from the natural shore itself

broken stones, building material, bricks

even vegetation. The steel bars in different scales

the possibility of designing pieces

can

joined together

function differently depending

the context of the project in which they are found: from large devices on the beach to functional furniture

smaller-scale public spaces in the city.

The

to

all the

found on

it be

or

and

make possible to imagine

that

be

and

on

for

ESTRATEGIES AND MASTER PLAN

1 DOMESTICATE AND ACTIVATE BEACH

Domesticate the waves by programmatic intertidal breakwaters made of boulder gabions and domesticate the clearing topography as ecological buffers and sports areas that form transitional spaces towards the city. First, protection is formed following the topographical lines shaped as breakwaters. In the intermediate zone, ecological catchment islands are implanted as a buffer between the sports area and the sea as drop-off points. Finally, the sports areas on the border between the highway and the seaside as support for pedestrian flows.

2 ROADS AND ROUTES

Interventions articulated by transversal circuits from the city that cross towards the sea by the use of 3 bridges and a longitudinal network depending on the part of the landscape. In the city, the streets will be paved pedestrian streets; on the hillside, soil paths; and on the beach, stone and wood paths.

3

ARTICULATION OF PUBLIC SPACES ON SMALLER SCALE

A network of public spaces and parks are proposed to allow the reception of the new metropolitan flow and to permeabilise the neighbourhood towards the sea. This is done by opening up the perimeter walls and garages that create a sense of insecurity for pedestrians. On the hillside, rest areas that contain the terrain with gabion walls and by modifying the slope to 20% so that it can be used. Moreover, take advantage of these as refuge points for birds and fog water catch to generate drinking spots and irrigation.

M A S T E R P L A N : N E W L A N D S C A P E

STAYING SMALL SQUARE OCCUPIED CLIFF

Contain observation spaces

CATCHER’S SMALL SQUARE

Contain shelter space for birds.

PLAYFUL SMALL SQUARE

Lack of consideration of the landscape as a mental regenerator by being in contact with nature.

Element seen as stay point, not only as a connection between sea and city

New paths now belong to the cliff and allow people to walk and stay through to see finally the landscape. Small squares mimetize thank to gabion walls. The roofs intend to be as light as posible to generate shadows for runners and bikers. This place start to be transformed in a pause in the way to baths and shore.

Bridge connection Beach backfill for slope reprofiling Soil paths and bike route

BRIDGE

PAUSE THROUGH THE CLIFF

Sloping stares Gabion wall and concrete coping Gabion facade Lightweight wooden structures Hammocks D1 D2

CLIFF SECTION

D3

27m

BEACH EDGES: ECOLOGICAL BUFFERS

The topographies of the previous reprofiling of the land are reorganised and reused for the shaping of the buffers and sports programmes. Grandstands, amphitheatres, shade supports and screens, and vegetation outcrops are constructed from local materials and are positioned to function according to the dynamics of the site. Even the use of salinityresistant palm trees to provide shade depends on design placement on site to create buffer islands where people can be.

Slope for

Wooden furniture

Football pitch with gabion stands

Washingtonia robusta palm tree

Clearing islands contain space

Water table upwellings as ecological buffer

EDGES TOWARDS THE BEACH: SPORTS EDGE AND TOPOGRAPHICAL PARKS

The buffers appear as raised and depressed topographies that currently exist in the landscape. The outcrops of water table and the islands of clearing form a potential for establishing a transition between the city and the beach. Despite being a metropolitan public space, the dynamics are intended to slow down from a sporting edge (that is for the actors who constantly activate the place) to the intertidal devices. Furthermore, the winter seasonality leads to the creation of these spaces that are not for bathing but that do maintain the characteristics of leisure and relaxation.

Planters planted with palms and xerophytic vegetation

Washingtonia robusta palm tree

Clearing islands contain space

Water table upwellings as ecological buffer

New usable topographies Pitch Calisthenics in park Slope for highway sound isolation level Schinus terebinthifolius and myoporum Wooden furniture

Tree planters with palm trees and xerophytic vegetation as ecological buffer

highway sound isolation level

BUFFERS AND LEVELS OF TRANSITION

GABION POOLS

LOW

BATHS LANDSCAPE

The landscape was domesticated and adapted to the current conditions of material resources. The gabions form the new programmatic spaces for the safe use of the citizens and slow down the waves on the different breakers. Birds now perch on the walls and coexist with human dynamics reflecting the balance between enjoying leisure and respecting our environment.

hammocks A A Children pool Voleyball pool Water entrance and exit by overflow Freatic level afloration Wood paths Ecological pool “T” breakwater Waves direction Principal breakwater Pebble microbeaches

TIDE +1.00m

Rest

HIGH

TIDE +0.00m

ECOLOGY BALANCE WITH SHORE

The actual landscape is now balanced. It boost and capture new sea birds species as guanay, piqueros, seagulls, pelicans and sea ravens. Additionally, the created rock grounds allows medium-dry habitats for crabs and sea urchins. The human is transformed into an expectator of part of the natural shore landscape.

BIOMARINE POOLS

Cartographies made in a landscape representation workshop. Graphic search to show specific qualities of the hydrographic landscape in the Tacna region from basins, volcanoes, geysers, agricultural soils, mining and how they are immersed in a problem of scarcity of resources for the city.

NATURAL CONTAMINATION AND WATER SPACES

The structure of an active and predominant volcano in the Andean areas of the Tacna region is shown. The aim is to understand the natural system of contamination by volcanic action and at the same time to show the bubbles of clean water that exist in the place and from which all the cities in the region are supplied. These act as a resistance to the strong climate change that has caused the decrease of water for the cities and it is also necessary to show the elements attached to each of these water spaces. These include mining, agriculture, fauna, volcanoes and nearby population centres. On the other hand, volcanic activity counteracts a non-usable visual water landscape such as geysers. These are preserved together with the lagoons of the Vilacota National Reserve, but are a benefit for the village of Candarave due to its tourist activity.

a l t e r n a t i V e s t h r o u g h V o l C a n i C p r e s e n C e W A T E R S H O R T A G E I N T A C N A 02

aCademiC worK (indiVidual)- landsCape representation worKshop

softwares used (Qgis earth ai ps id autoCad

WATER PROCESS: STAGES OF WATER TO A DWELLING

After visibilizing the problem the next step analysis is the way to home and all the actors that are present on it. Mining, farmers, cities, populated centres, geographical issues, lagoons and snow-capped mountains. Mining takes all the percentage of water use in the region taking away from lagoons and from agricultors the main resource in the arid desert. Besides the arsenic contamination problem, the remaining amount of water goes to cities putting in risk several people. The graphic tend to make a comparison with different sectors through the region and take in consideration the amoun of rain, the scale of the cities and the amount of forest that still despite the mining process.

SPATIAL LAYERS RELATIONSHIP

S O N D O N D O V A L L E Y

n g C u l t u r a l l a n d s C a p e

professional praCtiCe - researCh group ‘modelando el mundo’ (researCh Centre of arChiteCture and CitY (CiaC-puCp)

softwares

used (Qgis

EARTH AND GIS VERSION: Cartographic analysis of ‘andenerías’, terraces, rivers, canals, divine mountains, lagoons, roads and populated centres connected. Different representations as eart

CABANA AND SONDONDO TOWNS: Cartographic analysis of the relation between constructed area of a populated centre and their landscape units around.

CABANA AND SONDONDO TOWNS: Cartographic analysis of fertile agricultural areas, abandoned agricultural areas and traditional roofed areas. More over, paths and main squares as empty spaces in plan.

CCECCA AND AUCARÁ TOWNS: Inside town analysis in a closer view to the populated centres recognizing differences between the nine of them specially the scale of constructed areas and empty spaces.

Principal ‘apus’

Paved road

Principal ‘apus’

Rivers and canals Rivers

Secondary ‘apus’

Paved road

Sondondo Valley Lagoons

Terraces outside

Town natural spaces

Traditional roofs

Cultivable areas

Disused greens

Populated towns Populated towns

Agriculture outside Agriculture

Roads and paths

River terraces

Canyon borders

Non vegetation areas

Constructed area Abandoned greens Abandoned greens

Cultivable areas

Main square

Town natural spaces

Traditional roofs

Cultivable areas

Disused greens

Natural area Lagoon

Rivers and canals

Constructed area

Cultivable areas

Main square

Non vegetation areas

Roads Roads Natural area

Rivers and canals Rivers and canals Rivers and canals

r e V a l u

i

Secondary ‘apus’

T E R R I T O R Y M A P S I N T E R M I D I A T E S C A L E T Y P E O F G R O U N D C O N S T R U C T E D A N D E M P T Y S P A C E S 03

The research analyses territory and goes through landscape units, landscape architecture and andean cosmovision and houses materials of construction This through representation of cartographies with deep analysis using GIS and Earth tools as well as on-site work. Rural villages with their respective representations of units such as ‘andenes’, terraces, rivers, canals, living spaces, agricultural spaces, ‘apus’ (sacred mountains), types of trees, cliffs and embankments, full and empty spaces, etc. ai ps id

autoCad hand sKetCh waterColor painting)

L A N D S C A P E U N I T S

Deep analysis and representation of several sectors in the general territory in which andenes are noticeable. The work consisted in create a mosaic of different types of ‘andenerías’ and also identify which other landscape units are related to the place such as rivers, specific vegetation and the shape of its geography.

In this case corrals or barryards are considered one of the main landscape units related to economic solvency. Here, the farmers keep livestock and graze their animals until they are ready to sell them. This generates an important resource for their survival. In this cartography, different variables can be seen, such as the areas of wetlands, the most used corrals, the less used corrals and even the manure produced in the entire landscape. Likewise, the areas of snow and water run-off such as canals.

Here terraces allow a major area of cultivation in contrast with ‘andenerías’. As a matter of fact, they have their own type of bushes and trees that grow there. The graphic tend to express the relation with rivers, abandoned areas and the different shapes of the land.

C O R R A L S T E R

N

R A C E S ‘A

D E N E S’

Andenes Andenes Terraces Andenes CCECCA SONDONDO CABANA AUCARÁ Snow areas Snow areas Lagoon Agriculture houses Agriculture houses Agriculture terraces Soil paths in between River Abandoned greens Canals Canals Vegetation Vegetation Agriculture area Corrals less used Corrals less used Roads Corrals most used Corrals most used River Populated centres Water ponds Water ponds Terraces between towns Animals manure Animals manure

In this scale the analysis identify the natural and traditional roof houses in a traditional block. Some towns have more tiled roofs and adobe walls than others but in the case of Ishua, Sondondo and Cabana they are highly preserved.

ishua TOWN BLOCK (HAND SKETCH)

sondondo TOWN BLOCK (HAND SKETCH)

CaBana TOWN BLOCK (HAND SKETCH)

In this case the work is close to the traditional building scale. This work was carried out in situ by asking the different house owners to make internal and external sketches of their houses in order to know the materiality of their walls, roofs and the details of the facades. Some of them maintain the use of balconies, reed and reed roofs, wood and stone finishings in the exterior.

CaBana TOWN PUBLIC BUILDING

sondondo TOWN HOUSE

CCeCCa TOWN HOUSE

sondondo HOUSE SECTION

CCeCCa HOUSE SECTION

andamarCa HOUSE FACADE

auCara COMUNAL CENTER

As well as important is the landscape from inside houses and roads. To have a sensitive visualization the work presented use hand drawings and post digital interactions to show specific contexts in the perspectives.

landsCape - house RELATIONSHIP (DIGITAL COLLAGE)

sondondo TRADITIONAL WALKWAYS (WATERCOLOR STYLE)

BLOCK isometrY (waterColor stYle)

T R A D I T I O N A L B U I L D I N G S T H A T R E M A I N

D R A W I N G S B L O C K P L A N S S C A L E

L A N D S C A P E A R C H I T E C T U R E

‘A M A N C A E S L O M A S’ P A R K

the union Between two distriCts BY green puBliC spaCe

aCademiC group worK (6 integrants) - semester 2018-2

softwares used (sKetChup ai ps id autoCad hand sKetCh waterColor painting)

Project that seeks change in the city on 3 different scales (metropolitan, inter-district and zonal). The long-awaited cable car project between SJL and Independencia arose to give potential to the idea of working in the ‘Amancaes Lomas’. In this way, it was proposed to work all the way up from the Naranjal station, proposing a design for the cable car stations and creating different public spaces according to the previous analysis and to achieve an eco-friendly project that integrates the Lomas to its city.

DISTRITAL MARKET VIEW POINT

Shopping spaces nearby cableway stations where people can sell what is being produced in organic gardens uphill.

Organic gardens in edges of Lomas that supply and generate incomes for local people.

HOUSING TYPE 2 (green corridor)

HOUSING TYPE 1 (density/commercial)

LOCAL MARKET

TRADE

INTENSIFICATION

A new eco-tourism sub-centrality based on the creation of an eco-tourism cultural inter-district park with recreational spaces. Likewise, the use of the cultivable area of the unique ecosystem of “Lomas” through bio-gardens, thus leaving an area for the conservation of species and their visibility on a metropolitan scale, which is connected to other sub-centralities of the same area.

HOUSING TYPE 3 (edge / public spaces)

Areas where desification is planned now have services and equipuiments. It is densified with residential buildings in the most consolidated areas of the districts.

Green areas supply people that live in this area and create a connection between parks and family groups.

Housing is supported by economic activity within your own home. Boulevard that surrounds the entire hill allows communication between houses, gardens and ravines.

Allocate cultivable areas as a basis for the creation of a productive-economic development system and shopping spaces for these products in cableway stations that will have new equipment that corresponds to the type of activity being proposed.

The densification of housing near the Naranjal and San Carlos bus stops and the consolidation of housing in high areas of the hillside connected through a system of public spaces on the edge of the hill and/or ravines control the expansion of housing that in turn, it is linked to a road system with connections to cableway stations, improving people’s access to these slopy areas.

E S T R A T E G I E S M E T R O P O L I T A N G R E E N A R E A S A N A L Y S I S C A R T O G R A P H Y C O N C E P T D R A W I N G 1. E C O L O G I C A L - T U R I S T I C 2. E C O N O M I C 3. S O C I A L

Cultivable hills Boulevard next to principal avenues Eco-turistic park Boulevards connecting the park Conservation area of ‘lomas’ ECO-TURISTIC PARK CEMENTERY

04

G E N E R A L M A S T E R P L A N S P O R T / T U R I S T I C S T A T I O N Z O O M S E C T O R C E M E N T E R Y S T A T I O N

The division of urban allotments responds to the criteria of population needs. The distribution from the road and a sequence of common spaces.

The organic form of the sustainable circulation axes for pedestrians and cyclists provokes the discovery of new visuals from an experience isolated from the vehicular grid.

Proposal of ideas for the urban development of a 70 Ha plot of land in Puerto Salaverry - La Libertad. Mobilisation approach and design response to different clients. Private participation of architecture offices. Obtaining the First Place in DESSIN TECHNISCH office.

The main idea of the project consisted in work with specific portions of area that the client gave to the office. In those spaces we produced a concept of central green area for every housing sector. Eventhough those were different economic classes families they deserved decnt and appropiate public spaces for leisure. Another main idea was to establish green corridors in all the roads that unify the different sectors making the proposal one big housing park responding to the area where it was located.

Green areas are pockets that branch off from the project’s main axis, creating public social interaction centers that guarantee quality of life in the neighborhood.

A central curved vehicular axis is constituted as a guiding circuit distributed among neighborhoods that connects each urban development.

professional worK - dessing teChsniCh studio

L A N S C A P E H O U S I N G 05 g r e e n s p a C e s p r i o r i t Y i n p u e r t o s a l a V e r r Y

aiapaeC

STRATEGIES AND SECTOR 1 HOUSING DETAIL AND SECTOR 2 softwares used rhinoCeros

id)

grasshopper autoCad ai ps

peruVian goVernment proJeCt to reform puBliC sChools

professional worK - landsCape arChiteCt

softwares used (reVit ai ps id autoCad)

BICENTENARY

This was a program dedicated to reform specific public schools in the country that were in poor conditions. The government produce some regulations for the project and the design itself was produce by a design house where I worked. All design with BIM colaborate metodology in Revit. The integral project included the design of 9 schools. I was personally commissioned to design the landscaping and outdoor areas of one of them, Fe y Alegría 23 school.

Main roads of pozzolanic concrete, paving with cobblestones, burnished semi-polished concrete and concrete basins. Green areas defined by ground cover, xerophytic gardens, sensory gardens, colour gardens and native species such as Huaranhuay, Molle costeño, Mutuy, Mioporo, etc.

V1. SECONDARY GARDEN

V2. SEATING TRIBUNE

Square paving block, pre-fabricated concrete 0.20x0.10m, grey colour e=60mm, laid on a 40mm compacted sand base.

Concrete slab e=150 mm or pozzolanbased cement, natural reddish pigmented, finished in semi-polished cement and polished.

Concrete

SBR

ACTIVITIES

Podotactile tile type alert cementitious fibre-pressed mortar product composed of two layers, 0.30x0.30m, e=30mm. Installed on simple mortar, embedded 25mm yellow colour.

Podotactile tile type tiles cementitious fibre-pressed mortar product composed of two layers, 0.30x0.30m, e=30mm. Installed on simple mortar, embedded 25mm yellow colour.

LEGEND ATRIUM

YARD SPACES

REUNION SPACES

SUM EXPANSION

WORKSHOPS EXPANSION

CLASS EXPANSION

LIBRARY EXPANSION

TRANSITION SPACE (GENERAL CIRCULATION)

BOULEVARD SPACE (STRUCTURING CIRCULATION)

LUDIC FURNITURE SPACES

FOREST GREEN AREAS

GREEN SPACES OF SENSORY AND XEROPHYTIC GARDENS

CULTIVABLE AREA (BIOGARDEN)

BIBYCLE PARKING

BUILDING 418 BUILDING 418 BUILDING 417 BUILDING 417 BUILDING 416 MAIN ENTRANCE BUILDING 416 BUILDING 469 BUILDING 469 PRIMARY SCHOOL YARD V2 V1 SECONDARY SCHOOL YARD S C H O O L’ S L A N D S C A P E HARD PAVEMENTS

SCHOOL LANDSCAPING POINTS CLOUD (ACTUAL STATUS AND TOPO)

T E X T U R E S P L A N P A T H S A C T I V I T I E S P L A N

burnishing.

slab e=150mm with semipolished and burnished natural light grey cement finish and

tile

Installed on false floor

recycled rubber and polyurethane

0.50x050m e=30mm.

06

Small stones from 2 to 6.4mm placed on raschell 50% mesh.

Washed river, beach or hillside sand, coarse-grained. From 2 to 8mm placed on compacted soil. Separated with raschell mesh 50%.

Enriched organic substrate specially prepared for garden, 150mm width

Compacted earth paths, dimensions according to soil study.

Recycled pieces of wood from local trees, treated against fungus, insects, humidity and painted with varnish. Height=150mm embedded in compacted soil. Diameter approx. 400mm.

Grouping of vegetable crops: aromatic, leguminous, solanaceous, gruticals and greens sown in rows of earthen mounds with intermediate channels.

S O F T P A V E M E N T S G A R D E N S E C T I O N S C O L O U R G A R D E N X E R O P H Y T I C G A R D E N H A R D A N D S O F T P A V E M E N T S F U R N I T U R E C O N S T R U C T I V E D E T A I L S

Painting 18

DIGITAL ART LANSCAPES