Portfolio 2024

portfolio.

SAMANTHA AYLIN GARCIA CANTU M. Sc. Sustainable Architecture and Landscape Design

2024

selected works

samantha garcia

A B O U T

M E

+393515620448 samanthaaylin.garcia@gmail.com Berlin, Germany

LANGUAGES

PERSONAL SKILLS

SPANISH

creative problem-solver team collaboration adaptable & resilient proactive & energetic

ENGLISH GERMAN ITALIAN

SOCIAL ENGAGEMENT SCHÖNSTATT 5K RUN 2016-2019 -Organization team

,CAPULLOS’ group home for children 2011-2014 -Planning of activities

S.L.P. MISSION TRIP 2016-2017 -Group leader

,UVITAS' Teacher 2013-2014 -Math tutoring for children

PROFESSIONAL EXPERIENCE A24 Landschaft

Internship - Competition team

M&G Arquitectos Architect

Berlin 2023 Monterrey 2019

-Interior design of single family residences -Construction supervisor

wulf architekten Internship

Stuttgart 2018

-Interior design and visualizations -Facade development -Material and color concepts catalogue

ACADEMIC BACKGROUND POLITECNICO DI MILANO - Italy

2021-2024

M. Sc. Sustainable Architecture and Landscape Design -ENHANCE Sustainable Entrepreneurship & Innovation summer school - Chalmer’s University -’Rooms without walls’: guiding principle for the civic & social dimension of the SDG’s practice -Landscape Off Limits - workshop

TU BERLIN (erasmus) - Germany

2022-2023

Universidad Regiomontana - Mexico

2015-2018

Architecture

BTU Cottbus-Senftenberg - Germany

2017

(DAAD-scholar) Architecture

prepa UDEM - Mexico High school diploma

Notre Dame High School - USA

SOFTWARES

2011-2014

contents

INDUSTR Napo

HAUSBURGPARK Berlin, Germany 2022

BIBLIOTHEKSGARTEN Berlin, Germany 2022

SPACE FICTION Berlin, Germany 2023

LOMA BONITA Monterrey, Mexico 2018

RIAL ENCLAVE oli, Italy 2022

PIACENZA TANGENZIALE Piacenza, Italy 2021

A NEW CENTRALITY Ouagadougou, Burkina Faso 2021

PRIVATE GARDEN Monterrey, Mexico 2019

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S P A C E

F I C T I O N

Berlin | Germany MASTERSTUDIO LANDSCHAFTSARCHITEKTUR III WS 22/23 Fachgebiet Landschaftsarchitektur Entwerfen

The weather in Berlin exhibits distinct seasonal patterns, with cold winters and warm the design of the area is tailored to accentuate the coldness, leveraging water elem biance. Conversely, in the summer and rainy seasons, the high humidity prevalent in days. This humidity also fosters the growth of diverse vegetation, which thrives in th

The incorporation of organic shapes carved into the concrete serves multiple purpo crete structures, introducing a sense of fluidity and natural form. Additionally, these response to Berlin’s ever-changing weather conditions, enhancing the overall senso

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m summers, each contributing to a unique atmosphere. During the winter months, ments and the inherent chilliness of concrete surfaces to evoke a sense of wintry amn the area imparts a refreshing coolness, offering respite from the warmth of sunny he concrete gardens scattered throughout the area.

ses. Primarily, it serves to disrupt the rigid, man-made aesthetic of the existing cone organic shapes create dynamic visual scenarios that evolve throughout the year in ory experience of the urban environment.

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Dry season

D E T A I L 10

Rainy season

SPACE FICTION

M A S T E R P L A N 11

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H A U S B U R G P A R K Berlin | Germany ENTWERFEN MIT PFLANZEN II - Pflanzenverwendung

The redesign of the Hausburgpark not only serves a functional purpose but also aims the creation of a vibrant neighborhood park, envisioned as a central meeting poin carefully designed, with curved pathways weaving through the space, connecting v abundant greenery. These pathways, with their organic shapes, stand in contrast to visual dynamic.

Furthermore, the planting strategy plays a pivotal role in defining the park’s characte pattern, effectively transforming the park area into a lush green space. Meanwhile, th integration of the new elements with the surrounding environment. In essence, the and inclusive space that enhances the quality of life for residents while seamlessly b

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s to foster cohesion between the two districts it serves. This vision is realized through nt for residents to connect and engage with one another. The design of the park is various amenities such as the neighborhood square, playful recreational areas, and o the orderly grid-like arrangement of the Prunus avium grid, creating an intriguing

er. The tree plantings not only complement but also extend beyond the existing grid he design grid, anchored by the four sides of the parking area, ensures a harmonious e redesign of the park transcends mere functionality, striving to create a welcoming blending with the urban fabric of the two districts.

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P L A N T I N G

Gleditsia triacanthos ‘Skyline’

Styphnolobium japonicum

Koelreuteria paniculata

Amelanchier arborea ‘Robin Hill’

Tilia cordata ‘Greenspire’

Alnus spaethii

Populus berolinensis

Prunus avium ‘Plena’

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P L A N

A - A

HAUSBURGPARK

Trees grid

Pathways

Robinia ‘Casque rogue’

Ostrya carpinifolia

Aesculus carnea

Acer platanoides

City enclosure

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B I B L I O T H E K S G A R T E N Berlin | Germany ENTWERFEN MIT PFLANZEN II - Pflanzenverwendung

The current design concerns the outdoor spaces surrounding a library in Berlin, wh sive garden landscape. Certain ruderal species are conserved to establish preserved through controlled mowing. Additionally, tree species are predominantly retained in cum, Davidia involucrata, and Liquidambar styraciflua, chosen for their vibrant autum edges, tall herbaceous meadows, and forest islands, with the design approach driven

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Wegeführung Wiesensaum Hochstaudenflur Sukzessionsfläche

here existing plant species are strategically utilized and enhanced to create a coheareas, while existing grass and tall stand species are relocated to designated zones n the design, supplemented by climate-resilient varieties like Styphnolobium japonimn hues and blossoms. The area is segmented into three distinct sections: meadow n by the imperative to integrate a significant portion of the existing tree population.

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-WiesensaumMeadow edge The meadow edge comprises a mixture of flower and herb turf, mown 3-4 times a year to prevent the dominance of competitive species, with a wooden edging to prevent species migration through rhizomes.

S E C T I O N

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A - A

BIBLIOTHEKSGARTEN

-HochstaudenflurTall perennials The existing tall herbaceous vegetation is preserved and occasionally mown to maintain its composition.

-SukzessionsflächeForest island Successional areas beneath the woody plants are left to develop naturally, with annual removal of deadwood to ensure safety within the open space.

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I N D U S T R I A L

E N C L A V E

Napoli | Italy ARCHITECTURAL DESIGN STUDIO II

Transformation project for old Feltrinelli industrial area in the suburb of Sa

The area initially faced a scarcity of green spaces and biodiversity, compounded by intricate infrastructure posing obstacles to pedestrian movement. Primarily zoned fo emptiness.

To address these challenges, key strategies were devised. Firstly, ecological links were diversity and connectivity. Additionally, efforts were made to integrate the Feltrinell linear green spaces. Moreover, historical streams of the Foce del Sebeto river were u systems, enriching the area’s cultural and natural heritage. Lastly, to improve acces bike-friendly paths were proposed, promoting sustainable modes of transportation

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an Giovanni a Teduccio in Naples.

the prevalence of unused and potentially contaminated green lands, alongside the or industrial purposes, many of these areas lay abandoned, contributing to the overall

e established between the site and scattered green patches, aiming to enhance bioli area into the network of green corridors, facilitating seamless movement between unveiled through the re-opening of canals and the implementation of new hydraulic ssibility and connectivity between different industrial zones, various pedestrian and and fostering a sense of community within the industrial landscape.

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M A S T E R P L A N

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1. Entrance 2. Fountain 3. Cultural civic center 4. Playground 5. Food hall 6. Market 7. Dancing square 8. Park 9. Pedestrian cycling loop 10. Pedestrian cycling loop 11. Residential quarter 12. Community gardens 13. Wetlands 14. Canal 15. Amphitheater 16. Green lawn 17. Rain garden 18. Proposed pedestrian bridge 19. Technology museum 20. Skate park 21. Library 22. Offices 23. Student housing 22

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INDUSTRIAL ENCLAVE

Proposed slope

Re-opened canal and wetlands

Woods and canopies

Meadows and lawns High meadows and shrubs Woodlands Urban green and mounds

Railway Highway Local car roads

Pedestrian accessibility

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LANDSCAPE SECTION

Ailanthus altissima

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Quercus ilex

Antirrhinum siculum

Polypodium vulgare

Mercurialis annua

Nelum nucife

mbo era

INDUSTRIAL ENCLAVE

Hydrocotyle vulgaris

Phragmites australis

Hedera helix

Castanea mollissima

Adiantum capillusveneris

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INDUSTRIAL AREA

Cultural - civic center Market space multi purpose areas

Food hall

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INDUSTRIAL ENCLAVE

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RESIDENTIAL AREA

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INDUSTRIAL ENCLAVE

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C E N T R A L I T Y

Ouagadougou | Burkina Faso ARCHITECTURAL DESIGN STUDIO I

Metropolitan strategies for the continous growth of the city of Ouagadoug

The urban expansion of Ouagadougou has followed a concentric pattern ties predominantly clustered in downtown areas while residential zones spr ped plots and limited financial resources for acquisition, coupled with land

The introduction of a new railway traversing the city presents an opportunity to estab areas and the city center. Along this railway route, creating a green corridor is imperative infrastructure. This initiative not only addresses environmental concerns but also prom

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gou.

n with low population density, with economic and administrative activirawl across the metropolitan region. However, due to a shortage of develod speculation, informal settlements have proliferated on the city’s outskirts.

blish new focal points and public spaces, enhancing connectivity between peripheral e to mitigate noise pollution impacting residential neighborhoods adjacent to the new motes a more sustainable and inclusive urban development model for Ouagadougou.

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G R E E N - G R A Y - B L U E I N F R A S T R U C T U R E

M A S T E R P L A

C E N T R A L I T I E S

TANGHIN

GARE DE L’EST

TAMPUY

PÉDIATRIE CENTRE BOULMIOUGOU

CISSIN

OUAGARINTER

OUAGA 2000

M A T R I X

INFRASTRUCTURAL INTERSECTION (VOIX DE LES FEMMES)

INFRASTRUCTURAL INTERSECTION

GARE CENTRAL

MARCHÉ DE SAABA

INFRASTRUCTURAL INTERSECTION (PROJECTED RAILWAY)

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A NEW CENTRALITY

A N

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A NEW CENTRALITY

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P I A C E N Z A

T A N G E N Z I A L E

Piacenza | Italy URBAN AND ENVIRONMENTAL DESIGN STUDIO

Design of a green belt connecting the urban tissue and the rural areas in t

The project’s objective is to enhance connectivity between green spaces and pote ventions. This includes repurposing vacant spaces to create inviting public areas an existing parks. Additionally, the project proposes utilizing the city’s canals to create g lutions will be implemented to reduce pollution generated by the expressway, contr aims to introduce new energy resources across different areas of the city, aligning w livability, promote social cohesion, and create vibrant and accessible public spaces

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the periphery of the city of Piacenza.

ential public areas surrounding the tangenziale in Piacenza through various internd establishing pedestrian and bike-friendly pathways to connect these spaces with green and blue systems, enhancing biodiversity and visual appeal. Nature-based soributing to improved air quality and environmental health. Furthermore, the project with sustainability objectives. These interventions collectively seek to enhance urban for residents of Piacenza.

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G R E E N

S T R A T E G Y

green corridors canals green areas agriculture tangenziale

I N F R A S T R U C T U R E

railway bus stops bike-sharing points cycle path tangenziale

V A C A N T

oversized vacant suspended underused tangenziale green areas

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S P A C E S

S T R A T E G Y

PIACENZA TANGENZIALE

M A S T E R P L A N M A S T E R P L A N P A R C O D I

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1. Gym 2. Urban farming Galleana 3. Linear park 4. Visitor center 5. Flower garden 6. Park 7. Open theater 8. Sports area 9. Greenhouses 10. Agrivoltaic 11. Bike sharing spot 12. Botanical houses 13. Botanical garden 14. Urban farming Besurica

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L O M A

B O N I T A

Monterrey | Mexico SUSTAINABLE RESIDENTIAL DESIGN STUDIO This project was meticulously crafted with the goal of establishing a sustainable residence. The chosen location offers advantageous conditions for utilizing specific materials, including rammed earth walls and blocks alongside concrete elements. Moreover, the design incorporates a roof structure that facilitates the integration of a photovoltaic (PV) system, thereby harnessing renewable energy sources. The orientation of the house was carefully selected to maximize the benefits of the rammed earth walls, ensuring they receive direct sunlight throughout the evening. These walls are renowned for their exceptional insulation properties, contributing to a comfortable and thermally efficient interior environment. As a result, the residence not only embodies sustainability principles but also prioritizes occupant comfort and well-being.

double-glazed windows for higher thermal resistance

rammed-earth blocks

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P R I V A T E

G A R D E N

Monterrey | Mexico LANDSCAPE DESIGN STUDIO

The garden installation was specifically tailored for a single-family house, aiming to is a versatile area that serves as a gathering space, equipped with cooking amenitie design lies in the integration of five farming beds, strategically positioned alongside fruits and vegetables throughout the year, promoting self-sufficiency and sustainab purposes as a storage facility for harvested produce and as a communal space for va garden but also fosters a sense of community and connection with nature within th

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maximize both functionality and aesthetic appeal. A central feature of the design es to facilitate outdoor dining and socializing. However, the cornerstone of the e orchard trees. This symbiotic arrangement ensures a continuous supply of fresh bility. Additionally, the installation includes a post-production shed, serving dual arious activities. This holistic approach not only enhances the practicality of the he household.

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SAMANTHA AYLIN GARCIA CANTU

M. Sc. Sustainable Architecture and Landscape Design

2024

samanthaaylin.garcia@gmail.com