ECHA TRI ANGRAINI | LANDSCAPE ARCHITECTURE PORTFOLIO

SELECTED WORKS

LANDSCAPE ARCHITECTURE

Portfolio Echa Tri Angraini

2025 2026

About me Echa Tri Angraini

MSc. Landscape Architecture

Curriculum

echatriangraini28@gmail. +39 3514409467 Milan, Italy

linkedin.com/in/echa-tri-angraini behance.net/echatriangraini

My name is Echa Tri Angraini, a graduate student in Landscape Architecture at Politecnico Di Milano. I am a keen learner who over passed the years developed a passion for public space for community, ecological issues, the curation and management of historical landscape gardens, photography, and always paying full attention to details.

My previous studies and experience in landscape architecture and horticulture allowed me to tackle multidiscplinary and cross-section projects of varying complexity. I approach my work both independently and as a part of a team, relying on polytecnic skills that span from a large-scale systemic vision to the detailed design and the selection of plant species.

I consider the project as a technical-creative opportunity to enhance my skills in new topic and to propose a vision of a sustainable landscape, which is seen as a palimpsest oriented towards the future, capable of fostering a beneficial symbiosis between man and nature.

Portfolio | Echa Tri Angraini

Education 09.2024 Present

MSc Landscape Architecture - Land, Landscape Heritage Politecnico di Milano, Italy (Top 100 Universities by QS Ranking) Final year student. Course related : Open Space Design, Built Environment, Urban Planning, Ecology and Sustainabel, Landscape Heritage and Preservation

06.2025 09.2025

Short Course - Nature-based Solutions for Disaster and Climate Resilience PEDRR UN Environment Programme & SDG Academy Focus on climate adaptation, disaster risk reduction, and Nature-based Solutions (NbS). Explores practical ecosystem-based strategies for resilience in urban and rural areas.

01.2025 02.2025

Workshop - Vernacular Heritage and Cultural Landscapes in Lunigiana, Tuscany : From Knowlegde To Preservation Academic Workshop Collaborated by Politecnico di Milano and Liverpool School of Architecture

09.2016 12.2020

BSc Landscape Architecture IPB University, Indonesia Thesis : Coastal Landscape Design for Remediation at Putri Menjangan Beach in Buleleng-Bali, Indonesia.

GPA 3.34/4.00 (148 ECTS)

Curriculum

05.2026

Student Experience

Software

IFLA GLA Awards Global Landscape Architecture, Hongkong

Adobe Photoshop

Student competition participant | Project : “Where the Earth Teaches Again : A Living Landscape School for Disaster Resilience in Pasaman, Indonesia”

Adobe Indesign

04.2026 09.2025

Census of Historic Gardens of Italy Lombardy Region

09.2025

IFLA Student Charrette, Nantes-France

Internship | POLIMI DAStU - Italy’s National Recovery and Resilience Plan (PNRR)

Workshop and Seminars | Project : “Le Début De La Fin” 07.2025

C40 Student Reinventing Cities 2025 The 1st Winner - Student Design Competition Project : “THE SLOW SUBMERSION - A Framework Transition For A Sinking Heritage in Onrust Archaeological Museum & Islands”

Adobe Ilustrator QGIS Sketchup AutoCAD Procreate Microsoft Office

Skills Conceptual Analysis Hand sketching

Working Experience

Model-making

05.2022

The Old Westbury Gardens – New York, United States of America

Public Space Design

04.2021

Landscape Assistant and Horticulturist • Oversaw greenhouse microclimates and site operations for a two-acre cutting garden, managing plant propagation and ornamental plant rotations • Implemented precision horticultural strategies, botanical propagation, structured pruning regimens, soil fertility programs, and garden maintenances

04.2021

OKE Garden – Bogor, Indonesia

02.2021

Landscape Architect Junior • Directed the end-to-end design lifecycle, encompassing remote client consultations, spatial planning, and the generation of comprehensive BOQ of home scale gardens • Successfully delivered 52 nationwide residential landscape designs within a 3-month timeframe

01.2021 11.2020

Green Mountain Naturals – Bogor, Indonesia Internship | Horticulture Trainee • Environmental control systems for six greenhouses and collected data-driven hydroponic research to optimize cultivation results • Provided operational support for agricultural site management

09.2021 09.2019

Flolant Florist - Bogor, Indonesia Founder | Florist and Potted Ornamental Plants • Analyzing the market, creating ideas and branding, organizing and developing the business plan, handling social medias and promotion

Planting Plan Graphic Illustration

Interests Urban forest Nature-based Solution Travelling Camping and Hiking

Languages English - Advanced C1 Indonesian - Native C2 Malay/Melayu - Intermediate B1 Italian - Pre-intermediate A2

01 Cimoncino Plan for Resilience (CPR) Reimagining Fanano’s Highland

Academic works Built Environment and Landscape Design MSc Landscape Architecture Politecnico Di Milano Advisor Prof.Federico Zanfi Prof. Sebastiano D’Adda Brandolini Prof. Laura Daglio Year

2025

Location Modena, Italy Team Echa Tri Angraini; Andreas Papaefthymiou; Jimena Alvarez; Jingyi Chen; Maria Kaplanidou Contribution Produced analysis maps, built the Cimoncino masterplan and diagram of strategies, produced vegetation section distribution, developed the phase frameworks, built the 3D models (20% contribution across a 5-member team) Context Reimagining tourism and sustainability initiatives in the Tuscan-Emilian Apennines amid rising climate risks . The project focuses on the Mount Cimone area in the, addressing the consequences on a ski resort still reliant on mass tourism, despite a continuous decline in snowfall. Departing from the “whatever it takes” approach involving impactful energy solutions like artificial snow creation, the project proposes a transtormation of the area’s economic model.

The approach aims to convert the single-season touristic model, embracing sustainable mobility through promoting local productions, preserve the historical values including to restoring old paths and retransforming ski-related infrastructures. The key idea involves the creation of a high-altitude slow mobility system, start from Fanano as welcome area to Canevare as eco-hub and rest area, until the finish point at Cimoncino Ski Area.

Baseline Strategy : Stitching The Main Access and Network

Territorial Masterplan

Ecological Corridor System

Eco-District of Canevare LEGEND

Policies & Case Studies

The case studies, selected as examples of potential applications of eco-district policies, primarily illustrate how additional buildings intended to support the implementation of agritourism can be integrated into areas of

These interventions prioritize the placement of new constructions near existing roads, former routes, or hiking trails when such infrastructure is present.

This approach respects the formal configuration of agricultural fields and seeks to limit spatial dispersion by maintaining the built environment within its

Cimoncino Ski-Area Masterplan

A

P2

P1

A’

P1 : Ski Pillars & Central Meadow This area reuses the former ski lift pillars as the main axis for a series of outdoor activities connecting Lower Cimoncino to the upper landscape.

The existing structures are transformed into attractions such as climbing routes, zip lines, and panoramic viewpoints, giving new purpose to the abandoned infrastructure.

The area is further complemented by an open plaza, an amphitheater, and several picnic spots, creating a vibrant destination for recreation and social gathering.

P2 : Earthworks This area emphasizes contour engineering through a series of earthwork mounds created during the renaturalization of the former ski slopes. These sculpted landforms not only restore the landscape but also provide spaces for visitors to relax, explore, and interact with the terrain, creating a more immersive outdoor experience.

The mounds introduce varied viewpoints as visitors move through the site, making the journey more dynamic.

In addition, they naturally organize visitor circulation by defining movement paths while maintaining an open and accessible landscape.

Renaturalization Scheme Slope 1 : Naturalized Path

Phase 1 This phase begins with the selection of one of the three main active ski slopers as a starting point renaturalization process. The intervention focuses on soil decompaction and the introduction of native shrub and push species, complemented by selected herbaceous plants to support ecological. diversity. Bloodo gude evere nevolve naturally over time. The pathway emains unpaved, preserving a dirt surtace that maintains the natural character of the slope.

Phase 2 Once the snow has completely disappeared and the slope is no longer used for skiing, the two remaining paths support the renaturalization strategy. One serves as the main meadow and primary circulation route to the upper area, while the other follows the same approach introduced in Phase 1. At this stage, only the main circulation path requires maintenance, while the remaining areas are gradually reclaimed through natural ecological succession.

Slope 2 : The Central Meadow (Most Active Ski Slope)

Phase 3 After Phases 1 and 2, herb cultivation gradually establishes across the site, reinforcing Cimoncino’s agrotourism identity and supporting the Canevare area and local economy. Soil from the decompaction process is reused to create mounds that enhance ecological functions and visitor experiences.

Together, these interventions redefine the landscape, shifting it from ski-based recreation toward a more sustainable agrotourism destination.

Cimoncino’s Ski Slope : Renaturalization Framework Climax stage Intermediate stage Early stage Soil decompaction and acclimatization; requires heavy human intervention and care.

Rapid growth and canopy formation; resilience builds, significantly reducing maintenance needs.

Full ecological maturity where nature takes over completely, requiring zero human intervention.

Physical Model Scale 1 : 50

Section A-A’ : Longitudinal Section Across The Herb

Cimone high altitude meadows

At this altitude the path reaches its terminal node, where people can continue along the Alta Via or explore the refurbished buildings and enjoy the mountain views.

Cimone high altitude meadows

At this altitude the path reaches its terminal node, where people can continue along the Alta Via or explore the refurbished buildings and enjoy the mountain views.

A’

Upper Part of Cimoncino

Former slopes

Lower Part of Cimoncino The secondary ski slopes are put through a process of naturalization and regrowth,

while the main, central slope is preserved as an open ecosystem for people and animals.

Former slopes

The secondary ski slopes are put through a process of naturalization and regrowth, while the main, central slope is preserved as an open ecosystem for people and animals.

Cimone high altitude meadows

At this altitude the path reaches its terminal node, where people can continue along the Alta Via or explore the refurbished buildings and enjoy the mountain views.

Cimone high altitude meadows

At this altitude the path reaches its terminal node, where people can continue along the Alta Via or explore the refurbished buildings and enjoy the mountain views.

Former slopes

The secondary ski slopes are put through a process of naturalization and regrowth, while the main, central slope is preserved as an open ecosystem for people and animals.

Former slopes

The secondary ski slopes are put through a process of naturalization and regrowth, while the main, central slope is preserved as an open ecosystem for people and animals.

Cimoncino area

The existing ski area and infrastructure are repurposed into a mountain herb cultivation system, with spatial modifications to increase the interest of the visitors passing through.

Cimoncino area

The existing ski area and infrastructure are repurposed into a mountain herb cultivation system, with spatial modifications to increase the interest of the visitors passing through.

Cimoncino area

The existing ski area and infrastructure are repurposed into a mountain herb cultivation system, with spatial modifications to increase the interest of the visitors passing through.

Casolari info point

A series of old farm houses and complexes that are established on this altitude are used to host and educate the visitor in matters of high altitude agriculture.

Casolari info point

A series of old farm houses and complexes that are established on this altitude are used to host and educate the visitor in matters of high altitude agriculture.

Pastor info point

The industrial cow farm that exists here, and the intersections of the traturelli paths that are proposed create an interesting educational node, focused on pastural activity.

the Alta Via or explore the refurbished buildings and enjoy the mountain views.

The existing ski area and infrastructure are repurposed into a mountain herb cultivation system, with spatial modifications to increase the interest of the visitors passing through.

Former slopes

Casolari info point

The secondary ski slopes are put through a process of naturalization and regrowth, while the main, central slope is preserved as an open ecosystem for people and animals.

A series of old farm houses and complexes that are established on this altitude are used to host and educate the visitor in matters of high altitude agriculture.

Former slopes

Casolari info point

Cimoncino area

Pastor info point

The existing ski area and infrastructure are repurposed into a mountain herb cultivation system, with spatial modifications to increase the interest of the visitors passing through.

The industrial cow farm that exists here, and the intersections of the traturelli paths that are proposed create an interesting educational node, focused on pastural activity.

Cimoncino area

Pastor info point

The secondary ski slopes are put through a process of naturalization and regrowth, while the main, central slope is preserved as an open ecosystem for people and animals.

The existing ski area and infrastructure are repurposed into a mountain herb cultivation system, with spatial modifications to increase the interest of the visitors passing through.

A series of old farm houses and complexes that are established on this altitude are used to host and educate the visitor in matters of high altitude agriculture.

The industrial cow farm that exists here, and the intersections of the traturelli paths that are proposed create an interesting educational node, focused on pastural activity.

A

Casolari info point

Canevare

Canevare A series of old farm houses and complexes that are established on this altitude

The proposed farmer’s market and communal kitchen are placed as an extension Fanano

Casolari info point

Canevare

Pastor info point

Scenic Rest-stop

The industrial cow farm that exists here, and the intersections of the traturelli paths that are proposed create an interesting educational node, focused on pastural activity.

Being on the crest of the mountain, this area provides view on both Fanano and Canevare, and the main road is easily accesible.

Pastor info point

Scenic Rest-stop

Canevare

Fanano - Piazzale Fairbanks

The proposed farmer’s market and communal kitchen are placed as an extension of the small settlement, and welcome the visitor when walking from Fanano.

The path reaches on the south side of the town, in an area with public parking spaces, amenities and public green areas.

Canevare

Fanano - Piazzale Fairbanks

are used to host and educate the visitor in matters of high altitude agriculture.

A series of old farm houses and complexes that are established on this altitude are used to host and educate the visitor in matters of high altitude agriculture.

The industrial cow farm that exists here, and the intersections of the traturelli paths that are proposed create an interesting educational node, focused on pastural activity.

The proposed farmer’s market and communal kitchen are placed as an extension of the small settlement, and welcome the visitor when walking from Fanano.

Scenic Rest-stop

Being on the crest of the mountain, this area provides view on both Fanano and Canevare, and the main road is easily accesible.

of the small settlement, and welcome the visitor when walking from Fanano.

The proposed farmer’s market and communal kitchen are placed as an extension of the small settlement, and welcome the visitor when walking from Fanano.

Being on the crest of the mountain, this area provides view on both Fanano and Canevare, and the main road is easily accesible.

The path reaches on the south side of the town, in an area with public parking spaces, amenities and public green areas.

02 Trust Onrust : Archeological Museum & Islands The Framework Transition for A Sinking Heritage

Awards 1st Winner (C40 Student Reinventing Cities 2025) International Student Competition Magistrale - Representing Politecnico Di Milano School of Architecture Project Proposal of re-imagining archipelago of historical tourism destination Advisor Prof. Chiara Nifosi Location Jakarta, Indonesia Area 11,83 ha Year 2025

Context This project reimagines the four small islands of the Onrust Archipelago as a unified yet distinctive historical and archaeological destination, where each island contributes a unique identity to a cohesive visitor experience. Responding to the threats of climate change and rising sea levels, the proposal integrates landscape engineering, low-impact modular architecture, and nature-based solutions to enhance long-term resilience. A sustainable circular tourism route and an innovative coral reef conservation strategy not only restore marine ecosystems but also prepare for future sea-level rise, creating opportunities for underwater heritage exploration and snorkeling tourism.

Team Echa Tri Angraini; Dimas Dewantara, Dinda Agithawuri Widyakinanti, Jeremiah Delonix Aipassa, Alver Giandri Melvern, Samantha Isabela Ongkowijoyo, Timothy Immanuel Contribution Produced landscape analysis (Nature-based Solution) Designing the landscape planning strategies and diagrams Produced landscape sections and visualized the landscape solutions (20% in total contribution of members of 7 of the team)

Kelor has sunk

Year 2164

+3 m Rise

Onrust 25% sunk

Onrust 50% sunk

Onrust 65% sunk

Onrust 85% sunk

Onrust has sunk

Bidadari 30% sunk

Bidadari 50% sunk

Bidadari 70% sunk

Bidadari 90% sunk

Bidadari has sunk

Cipir 20% sunk

Cipir has sunk

Cipir 50% sunk

Year 2234 +6 m Rise

Year 2289 +9 m Rise

Year 2335

+12 m Rise

Year 2375

+15 m Rise

Year 2412 +18 m Rise

The Circular Islands

0

125 m

Second Stop: Kelor Island

Circular Experience Each island will have its own theme based on its unique characteristics and heritage. Through a designated tour route and cohesive storytelling, these distinct islands will be unified under a shared tourism narrative that celebrates their diversity while providing a seamless and enriching visitor experience.

A strong impression with its striking ruins and raw, natural setting. With no modern structures, it highlights military heritage, making it one of the most unique and photogenic stops on the tour.

Circular Utility f yo cit pa rs ca ge th sen wi at pas Bo 20 C er f ta or de m yb oN YI nu KI rP NOcejo t

Since achieving complete self-sufficiency on small islands is challenging, this integrated utility strategy focuses on minimizing waste, maximizing local water reuse, and generating renewable energy on-site. By combining rainwater harvesting, solar energy production, and a circular waste management approach (with residual waste responsibly sent to Jakarta), the system significantly enhances the islands’ sustainability and resilience.

Third Stop: Onrust Island An adventurous experience as the main ernut d by hib Project Create e Nounattraction. historical Rich in colonial from th relics, the island features ongoing archaeological excavations, allowing visitors to witness history in the making.

Constructed Wetland Rain Barrel

Roof Gutter

Water Filtration

Bioswale and Rain Garden

First and Final Stop: Bidadari Island Solar Panel

Building Grey Water

Souvernir from Inorganic Waste

A restful start or end to the journey, with cottages for overnight stays and the first bastion nestled in natural surrounding.

Ideal for recharging or preparing for the trip.

Fourth Stop: Cipir Island

To Marina Ancol Dock

A relaxing and fun break with watersports, dining, and scenic ruins.

With added amenities like gazebos and a gift shop, the island blends leisure with light heritage exploration.

Boat with capacity of 50 - 100 passengers

Waste Bank

Compost Organic Waste and Black Water

Inorganic Waste Final Processing in Jakarta

Created by HIMMATUL ULIYAH from Noun Project

C40 Jakarta | Onrust Archaeological Museum & Islands

Islands Management PUP for Eco-Tourism Development

carrying capacity 26-100 person

m

3.5 k

carrying capacity 30-60 person

rs of ge ity en ac ss at ap pa Bo ith c 100 w m 50 .7 k 12

Streamlined and Low-Carbon Water Transport To reduce carbon emissions and manage waste more effectively, we propose using a Marina Ancol as the sole mainland dock. Bidadari Island will serve as the main gateway 2 a waste bank for inorganic waste return. A large boat will link the mainland to and host Bidadari, while a smaller boat will loop through Kelor, Onrust, and Cipir to collect people and sorted waste. We also propose a new dock at Pantai Indah Kapuk to serve short distance trips using fisherman boats for a low-impact alternative access point.

C er rf ta o de N m yb uo YI n KI rP O o N cej t

To PIK Dock

With Ancol’s strong presence in North Jakarta, it can efficiently oversee the remaining areas of Bidadari and the other three islands. Being the main operator, the SOE will oversight the eco-tourism business and enforce the environmental protection such as complying the tourism carrying capacity.

carrying capacity 10-30 person

f yo cit rs pa ge at Bo h ca sen wit pas 20

The south side of Bidadari Island is managed by PT Sea Breeze Indonesia (SBI), a subsidiary of the Jakarta-owned SOE PT Taman Impian Jaya Ancol. We propose a PublicPublic Partnership with SBI for the management of the islands.

ional Tradit an Fisherm at Bo

carrying capa 50-100 pers

To Marina Ancol Dock Both Owned

by PT Taman Impian Jaya Ancol

North Jakarta

Ancol Station Created by Leonardo Henrique Martini from Noun Project

acity son

1

2

3

17-18 Centuries: Bastion (Fort) and Shipyard

4

5

19 Century: Shipyard

6

7

20 Century: Hajj Quarantine Center

Vision Built to remember, ready to let go We are committed to ensuring the longevity of this island cluster by safeguarding its rich cultural heritage and sharing its historical value with a broader public. Yet we must also face the reality that, in the face of rising sea levels, this heritage may one day be lost beneath the water.

When that moment arrives, we recognize that conventional preservation methods may no longer be viable. We ensure that the site’s transition is guided by ecological responsibility and longterm foresight, allowing the islands to decline in a way that is both gentle and meaningful.

To execute this, we have 3 vision: 1. Preservation and Resilience We are committed to maintaining the current condition of the islands for as long as possible by strengthening the islands’ resilience against environmental threats such as coastal erosion and rising sea levels.

2. Sustainable Eco-Tourism We will promote eco-tourism that respects ongoing archaeological work and highlights the layered histories of the islands. We aim to foster public appreciation for the islands’ significance, both cultural and ecological.

3. Adaptive Transition Recognizing that long-term submergence is inevitable, we are proactively planning for a sustainable transition. We ensure that any future decline of the islands occurs thoughtfully, allowing nature to reclaim the space in a way that is beneficial.

We will expand the vision 3 into strategies that will be implemented using practical actions.

01.Kelor Island Initial historical statement

01.Kelor Island

Kelor Island is the smallest and most fragile among Initial ecologically historical statement the nearby islands, located at the outer edge of the island cluster, making it highly exposed to wave action and erosion. Despite Kelor Island is the smallest and most ecologically fragile among its size, it holds cultural significance due islands, to thelocated presence ofedge theof the island cluster, the nearby at the outer it highly exposed to wave action and erosion. Despite Martello tower ruins. To strengthenmaking the island’s resilience, a series its size, it holds cultural significance due to the presence of the of ecological interventions have been implemented.

Martello tower ruins. To strengthen the island’s resilience, a series

C1 C1 KEYPLAN

of ecological interventions have been implemented.

BEFORE

AFTER

BEFORE

AFTER

HYDROLOGY SCHEME

B2 C2

KEYPLAN HYDROLOGY SCHEME

Martello Tower Martello

B1

Tower

Ruins Buildings Existing Plaza

Existing Ruins Existing Buildings Existing Plaza Proposed Building Green Intervention

Rooftop Rainwater Harvesting System: - Roof Gutter - Cistern Rooftop Rainwater- Water Filter - Water Supply

Harvesting System: Existing Ruins - Roof Gutter Existing Buildings Starting from the coastline, existing tetrapods provide a foundation for reducing wave energy and - Cistern Existing Plaza canProposed be integrated with mangrove planting to enhance -shoreline protection. Behind the mangroves, a Water Filter Building vetiver belt helps stabilize the recently filled sand areas, whileSupply tree vegetation further inland acts as a - Water Green Intervention

Ruins Buildings Existing Plaza

wind-breaker and enriches the island’s habitat. Offshore, artificial reef structures also serve as wave barriers and support a coral garden, increasing marine biodiversity. These layered strategies work together to preserve Kelor Island’s ecological integrity and historical value.

Starting from the coastline, existing tetrapods provide a foundation for reducing wave energy and can be integrated with mangrove planting to enhance shoreline protection. Behind the mangroves, a vetiver belt helps stabilize the recently filled sand areas, while tree vegetation further inland acts as a wind-breaker and enriches the island’s habitat. Offshore, artificial reef structures also serve as wave barriers and support a coral garden, increasing marine biodiversity. These layered strategies work together to preserve Kelor Island’s ecological integrity and historical value.

Hybride Tetrapod

Hybrid tetrapod

Hybride Tetrapod

Vetiver plantation detail

B1

B3 D3

Main Dock

Prayer Room

G7

G4

B3 D3

Main Dock B1

B2 C2

0 G4

G7 50

B1 Blue Green Infrastructure C2 Artificial Reef B2 Eco Wave Breaker

D3 Tourist Center

B3 Eco Wind Breaker

G4 Sorted Trash Can

C1 Coral Reef Restoration

G7 Compost Toilet

B2 C2

B1

B1 Blue Green Infrastructure C2 Artificial Reef B2 Eco Wave Breaker

D3 Tourist Center

EcoGreen Wind Breaker B2.Eco Wave B3B1.Blue

Sorted Can Toilet C1. Coral Reef Trash G7.Compost G4

C1 Coral Reef Restoration

G7 Compost Toilet

Infrastructure

C40 Jakarta | Onrust Archaeological Museum & Islands

B2 C2

Breaker

Restoration

Conceptual Section : Implementation of Landscape Engineering

B1.Blue Green Infrastructure C40 Jakarta | Onrust Archaeological Museum & Islands

4

B2.Eco Wave Breaker

C1. Coral Reef Restoration

02.Onrust Island Historical Open-air Museum

02.Onrust Island

Martello Ruins

02.Onrust Island

Martello Ruins

Dutch Onrust Island is deeply rootedOpen-air in rich historical Historical Museum significance, with Cemetery multi-layered archaeological artifact spanning from Historical different Open-air Museum Dutch Islandbeing is deeply rooted in rich with centuries that are stillOnrust actively excavated.

It historical is homesignificance, to a Cemetery multi-layered archaeological artifact spanning from different historical museum, and together with its diverse ruins, it holds centuries that are still actively being excavated. It is home to a A1 H1 great potential to be historical transformed into open with air museum that Onrust museum, andan together its diverse ruins, Island it holds is deeply rooted in rich historical significance, with great potentialand to be transformed an open air museum that integrates the existing heritage the ongoinginto archaeological multi-layered archaeological artifact spanning from different Scenario integrates the existing heritage and the ongoing archaeological excavation process for a more immersive experience.

KEYPLAN AFTER

BEFORE

AFTER

Existing Ruins Existing Buildings Archeological Buffer Demolition

Existing Ruins Existing Buildings Archeological Buffer Proposed Plaza

Rain Garden Bioswale Constructed Wetland Modular Architecture Rain Garden Water Treatment Plant Proposed Building Bioswale Water Dependent Building Green Intervention

Existing Ruins Water Collection Constructed Wetland Modular Architecture Existing Buildings Water Processing Treatmentexhibition Plant Proposed Archeological Modular structure is designed Buffer with flexibilities toBuilding hold the needsWater of outdoor spaces that can Water Supply The Building experiences.

Green Proposed Plaza engaging be placed in between the ruins, theIntervention historical ruins as Water a partDependent of the museum

Archeological Buffer Demolition

Bioswale to convey and filter the rainwater

D3

A3

Main Dock

A3 KEYPLAN

C6

D3

C6

A1 H1

E2 G7

G1

E1

A1 H1 0

50

A3 03

plaza: connecting the ruins, act as main rain Open-air Exhibition A1the G1 PV Panels UsingCenter Merbau wood, the C6 Constructed Wetland C3 Bioswale D3 Tourist Center wateriscatchment area Modular structure is designed structure designed to with flexibilities to hold the needs of outdoor exhibition spaces that can Indoor Exhibition Business (F&B) experiences.

E1 Local be modular to cater A2 historical G7 Compost be placed in between thethe ruins, engaging the ruins as a part of the museum TheToilet flexibility of the museum center plaza Mimicking make awetclear axis for the visitor, connect all the ruins and act as the rain water catchment.

Archaeological Buffer Local Souvenir Shop lands to improve E2 H1 Modular Architec exhibition. It use a knockA3 01 water quality and down joint system to reduce runoff Bioswale Tourist Center C3 D3 Scenarioenable the structure to 01 be moveable and easily C6.Constructed Plaza seating area A2.Interactive A3.Archaeological C3.Bioswale dismantled.

Mimicking wetlands to improve water quality and Scenario reduce runoff

Bioswale to conC40 Jakarta | Onrust Archaeological Museum & Islands vey and filter the rainwater

02

Indoor Exhibition

Buffer

Wetland

Channel

Scenario 02

01

Scenario 03

03

Scenario 02

A2.Interactive Indoor Exhibition

04

A3.Archaeological Buffer

C3.Bioswale Channel

C6.Constructed Wetland

C40 Jakarta | Onrust Archaeological Museum & Islands

Using Merbau wood, the structure is designed to e modular to cater the flexibility of the museum xhibition. It use a knock-down joint system to nable the structure to be moveable and easily ismantled.

05

Modular Architecture Exhibition

40 Jakarta | Onrust Archaeological Museum & Islands

A3

Plaza Seating Area A1 H1

A2

E1

G1

A3

A1 H1

E2 G7 Rain Garden Open-air Exhibition C6 Constructed Wetland Bioswale G1 PV Panels ExistingA1 Ruins Main DockArchitecture Water Collection Constructed Wetland Modular Existing Buildings E1 Local Business (F&B) 0 A2 Indoor Exhibition G7 Plant ToiletWater Processing Water TreatmentCompost Proposed Building Archeological Buffer Scenario Water Supply Water Dependent Building Green Intervention Proposed Plaza Archaeological Buffer Architecture E2 Local Souvenir Shop H1 Modular

Modular Architecture: Existing Ruins Existing Buildings Enabling Flexibilities in Reusing The Ruins

Modular Architecture: Enabling flexibilities in reusing the ruins

Plaza Seating Area

C3

A2

A1 H1

C3

Area

Modular structure is designed with flexibilities to hold the needs of outdoor exhibition spaces that can be placed in between the ruins, engaging the historical ruins as a part of the museum experiences. The center plaza make a clear axis for the visitor, connect all the ruins and act as the rain water catchment.

A1 H1

HYDROLOGY A1 H1 SCHEME

A1 H1

C3

Scenario Plaza 02 Seating

center plaza make a clear axis for the visitor, connect all the ruins and act as the rain water catchment.

A3 A1 H1

C3

Seating Area

Water Collection Water Processing Water Supply

A1 H1A1 H1

A1 H1

A3

Plaza AFTERSeating Plaza Area

C3

C3

KEYPLAN

HYDROLOGY SCHEME

BEFORE Existing Ruins Existing Buildings Archeological Buffer Demolition

A2

A2

centuries that are still actively being excavated.

It is home to a 01 HYDROLOGY historicalSCHEME museum, and together with its diverse ruins, holds C3 itC3 great potential to be transformed into an open air museum that A3 A1 archaeological H1 integrates the existing heritage and the ongoing A1 H1 excavation process for a more immersive experience.

A3

excavation process for a more immersive experience.

BEFORE

A1 H1

Scenario 03

Conceptual Section : Implementation of Water Management This element helps widen user movement without disrupting the bioswale’s flow and also serves as a spot to pause, observe the water closely, and connect with the landscape.

Bioswale to con1.Bridge vey and filter the rainwater The selection 2.Shrubs mixing

of lowmaintenance and non-invasive vegetation can enhance ecological value. Incorporating multiple shrub species can lead to better outcomes.

Mimicking the shape of a natural stream brings a sense of nature to the plaza while also helping to control rainwater flow, aided by strategically placed stones.

4.Sitting area

5.Coconut ‘walls’

3.Meander Exhibition using modularC40 architecture shape Archaeological Museum & Islands Jakarta | Onrust

Besides serving as an evacuation point, the sitting area can also provide a spot to enjoy the stream after strolling around the island’s historical sites.

Mimicking wetlands to improve water quality and The line of coconut trees reduce runoff not only serves as a tropical visual feature but also adds architectural value by creating a sense of enclosure and guiding visitors to the next point.

5

Plaza sea

03.Cipir Island

Leisure Leisureand andlight lightheritage heritageexploration exploration

F3 F3

03.Cipir Island

Leisure and light heritage exploration Cipir Cipir island island holds holds some some of of the the significant significant historical historical traces traces along along with Onrust island.

Therefore, outdoor exhibition areas with with Onrust island. Therefore, outdoor exhibition areas with Cipir island holds some of the significant historical traces along with Onrustsome island. Therefore, outdoor exhibition areas with modular with leisure modular architecture architecture is is implemented, implemented, together together with some leisure modular architecture is implemented, together with some leisure activities (such as water sport) that are also placed to embrace the activities to embrace the activities(such (suchas aswater watersport) sport)that thatare arealso alsoplaced placed to embrace the visitor to have a relaxing experience as it is also the last journey in thethe historical museum area. visitor journey in visitor to to have have aa relaxing relaxing experience experience as as itit is is also also the last last journey in the thehistorical historicalmuseum museumarea. area.

BEFORE

BEFORE BEFORE

AFTER

AFTER AFTER

Existing ExistingRuins Ruins Existing ExistingBuildings Buildings Existing ExistingWater WaterResevoir Resevoirand andArtesian ArtesianWell Well

C7

KEYPLAN HYDROLOGY SCHEME

KEYPLAN KEYPLAN

Beach

HYDROLOGY HYDROLOGY SCHEME SCHEME

Existing Ruins Existing Buildings Existing Water Resevoir and Artesian Well

Proposed Path Existing Ruins Existing Buildings

Modular Architecture Proposed Building Green Intervention

Artesian Well

A1 H1

Water Reservoir Bioswale Water Resevoir and Artesian Well Water Treatment Plant Water Dependent Building

Integrating oyster beds beneath the decking structures offers a sustainable approach to both ecological enhancement and coastal protection.

It could promote natural filtration, reduce wave energy, and encourage sediment accumulation, Bioswale thus strengthening the shoreline's resilience.

Bioswale This design supports marine biodiversity and also Water WaterResevoir Resevoirand and aligns with nature-based solutions for erosion Artesian Proposed Path Modular Architecture combined with decking, the ArtesianWell Well Proposed Pathcontrol. When Modular Architecture structure allows for public access and educational Water Treatment Plant Existing Ruins Proposed Building Water Treatment Plant Existing Ruins engagementProposed Building while minimizing disturbance to the Water Existing Green WaterDependent DependentBuilding Building ExistingBuildings Buildings Green Intervention intertidal zone.

By Intervention merging ecological function with recreational design, oyster beds beneath decking embrace the harmonious design that engage with coastal ecosystems.

Integrating Integrating oyster oyster beds beds beneath beneath the the decking decking structures structures offers offers aa sustainable sustainable approach approach to to both both ecological ecologicalenhancement enhancementand andcoastal coastalprotection. protection.

ItIt could could promote promote natural natural filtration, filtration, reduce reduce wave wave energy, energy, and and encourage encourage sediment sediment accumulation, accumulation, thus thus strengthening strengthening the the shoreline's shoreline's resilience. resilience.

This Thisdesign designsupports supportsmarine marinebiodiversity biodiversityand andalso also aligns aligns with with nature-based nature-based solutions solutions for for erosion erosion control. control. When When combined combined with with decking, decking, the the structure structureallows allowsfor forpublic publicaccess accessand andeducational educational engagement engagementwhile whileminimizing minimizingdisturbance disturbanceto tothe the intertidal intertidal zone. zone. By By merging merging ecological ecological function function with with recreational recreational design, design, oyster oyster beds beds beneath beneath decking decking embrace embrace the the harmonious harmonious design design that that engage engagewith withcoastal coastalecosystems. ecosystems.

C C

F3

G1 Beach Beach

Prayer Room

Artesian ArtesianWell Well

Generator Room

Water Collection Water Processing Water Supply

A1 H1

C3 C7

03.Cipir Island

B1

G7

E2 Water Water Reservoir Reservoir E1

Main Dock

D3

Martello Ruins

Prayer PrayerRoom Room

Leisure and light heritage exploration

Generator Generator Room Room

Water Collection Cipir island holds some of the Open-air historical traces along Water Collection Exhibition A1 significant D3 Tourist Center with Onrust island. Therefore, outdoor exhibition areas with Water WaterProcessing Processing modular architecture is implemented, together with some leisure Blue Green Infrastructure B1 E1 Local Business (F&B) Water WaterSupply Supply activities (such as water sport) that are also placed to embrace the visitor to have a relaxing experience as it is also the last journey in Souvenir Shop E2 Local C3 Bioswale the historical museum area.

BEFORE

HYDROLOGY F3 Water Sport SCHEME

AFTERBed C7 Oyster

Coastal Protection Dynamics Through the Implementation of a Mangrove Belt System Existing Ruins Existing Buildings Existing Water Resevoir and Artesian Well

0

G1 PV Panels G7 Compost Toilet KEYPLAN

Existing Buildings

C7.Oyster Bed Modular Architecture Proposed Building Green Intervention

G7 G7

C3 C3

H1 Modular Architecture

E2 E2

C7 C7

B

A

Main MainDock Dock A1.Open-air Proposed Path Existing Ruins Exhibition

50

W

D DR

P

Bioswale Water Resevoir and Artesian WellWater Sport Water Collection F3.

G1.PV Panels Water Processing Water Treatment Plant Water Supply Water Dependent Building

G R

C40 Jakarta | Onrust Archaeological Museum & Islands

Integrating oyster beds beneath the decking structures offers a sustainable approach to both ecological enhancement and coastal protection.

It could promote natural filtration, reduce wave energy, and encourage sediment accumulation, thus strengthening the shoreline's resilience.

This design supports marine biodiversity and also aligns with nature-based solutions for erosion control. When combined with decking, the structure allows for public access and educational engagement while minimizing disturbance to the intertidal zone. By merging ecological function with recreational design, oyster beds beneath decking embrace the harmonious design that engage with coastal ecosystems.

A1 Open-airExhibition Exhibition A1 Open-air

M

D3 TouristCe C D3 Tourist

BlueGreen GreenInfrastructure Infrastructure E1 B1 LocalBus Bus B1 Blue E1 Local

A1 Open-a

Bioswale C3 C3 Bioswale

Gr B1 Blue Sou Local Sou E2 E2 Local

OysterBed Bed C7 C7 Oyster

Sp C7 Oyster Water Sp F3 F3 Water

C3 Bioswa

Oyster Bed Underneath Dock

A1.O Exh C40 Jakarta | Onrust Archaeological Museum & Islands

A1.Open-air A1.Open-air Exhibition Exhibition C40 C40Jakarta Jakarta||Onrust OnrustArchaeological ArchaeologicalMuseum Museum& &Islands Islands

6

C7.Oyster C7.OysterBed Bed

04.Bidadari Island 04.Bidadari Island Nature exploration Nature exploration 04.Bidadari Island

04.Bidadari Island

Nature Bidadariexploration Island features a central constructed wetland that Nature exploration

Bidadari Island features a central constructed wetland that Bidadari features a central constructed wetland that functions Island to collect and purify rainwater, supporting sustainable functions to collect and purify rainwater, supporting sustainable water distribution across the island. Water flows into the wetland functions to collect and purify rainwater, supporting sustainable Bidadari Island features a island. centralWater constructed water distribution across the flows the wetland not into only wetland from rainfall but that also through a bioswale system that runsinto along the mainwetland pathway. Located within a forested area and water distribution across the island.

Water flows the functions to collect and rainwater, sustainable not only from rainfall butpurify also through asupporting bioswale that connected system by nature trails, the wetland offers both ecological andsystem a space for visitors to engage with the landscape. not from rainfall butthe also through a flows bioswale that water distribution across island.

Water into the wetland runs only along the main pathway.

Located within a benefits forested area and runs along the main pathway.

Located within a forested area and not only from but also bioswale that connected by rainfall nature trails, thethrough wetlandaoffers bothsystem ecological connected by nature trails, the offers both ecological runs along the main pathway.

Located within forested area and benefits and a space for visitors towetland engage withathe landscape. benefits andby a space visitors engage offers with theboth landscape. connected naturefor trails, thetowetland ecological benefits and a space for visitors to engage with the landscape.

BEFORE

BEFORE BEFORE

AFTER AFTER

BEFORE

AFTER Existing Ruins Existing Buildings

AFTER

HYDROLOGY SCHEME Proposed Path HYDROLOGY Trail SCHEME Forest Existing Ruins HYDROLOGY Existing Buildings Proposed Building SCHEME Green Intervention

KEYPLAN

HYDROLOGY SCHEME

A1 Open-air Exhibition C3 Bioswale A1 Open-air Exhibition C3 Bioswale Open-air Exhibition Bioswale A1 C3 Forest Blue Green Infrastructure B1 Exhibition Tower Trail A1 Open-air F1 Birdwatching C5 C3 Bioswale B1 Blue Green Infrastructure C5 Forest Trail B1 Blue Green Infrastructure C5 Forest Trail F2 Eco-glamping & Camping Blue Green Infrastructure C5 Constructed Forest Trail W B1 Coral ReefConstructed Restoration C1 C6Bank Wetland G5 Waste C1 Coral Reef Restoration C6 Restoration Constructed W C1 Coral Reef C6 C2 Artificial Reef D3 Tourist Center Coral Reef Restoration Constructed Reef CenterW C1 Artificial C6 C2 D3 Tourist Artificial Reef C2 D3 Tourist Center C1 C2 Artificial Reef D3 Tourist Center

KEYPLAN KEYPLAN

Water Collection Water Processing Water Supply Water Supply Extension to Cottages Bioswale Constructed Wetland Water Treatment Plant Water Dependent Building

KEYPLAN C2 B1

F2

Water

C3.Bioswale C3.Bioswale Channel Channel C3.Bioswale Channel

C5.Forest Trail C5.Forest Trail C5.Forest Trail

F2

F1

C2 C3 B1

C3

C2 C2 C2

Water Water Supply Processing Proposed Path Extension to Water Supply Water Supply Forest TrailPath Proposed Cottages to Extension Water Supply ExistingTrail Ruins Forest Bioswale Cottages Proposed Path Extension to Buildings Existing Ruins Constructed Wetland Bioswale Forest Trail Cottages Proposed Building Existing Buildings Existing Ruins Water Treatment Plant Constructed Wetland Existing Ruins Green C5.Forest Trail C6.Constructed C2.ArtificialProposed Reef Intervention C3.Bioswale Bioswale Building Buildings Dependent Building Existing Ruins Water Treatment Plant Existing BuildingsChannel Constructed Wetland Wetland Green Intervention Existing Buildings Water Dependent Building Proposed Building Existing Ruins Water Treatment Plant Green Intervention The island is divided into two zones, with the upper area owned by the government and the lower Existing Buildings Water Dependent Building

C2.Artificial Reef C2.Artificial Reef C2.Artificial Reef

F2 C5

C6

The island is divided into two zones, with the upper area owned by the government and the lower Collection Water section managed by Ancol. While the wetland design is concentrated in the upper part, visitor access begins at the Ancol-owned entrance, creating a gradual transition from a more urban edge to a natural Water Collection core. Enhancing this journey are the island’s Martello Water buildings, preserved colonial-era structures that Processing Water add historical depth and reinforce Bidadari’sCollection identity as a place where ecological design and cultural Water Supply Processing heritage come together.

The island is divided into two zones, with thedesign upper is area owned by the government theaccess lower section managed

by Ancol.

While the wetland concentrated in the upper part,and visitor section managed

by Ancol.

While the creating wetland is concentrated inathe upper part, visitor The island is divided into two zones, with thedesign area ownedfrom by the government and lower begins at the Ancol-owned entrance, aupper gradual transition more urban edge tothe aaccess natural begins at the Ancol-owned creating a gradual transition frominathe more urban edge to aaccess natural section managed byjourney Ancol.entrance, While the wetland design is concentrated upper part, visitor core. Enhancing this are the island’s Martello buildings, preserved colonial-era structures that core.

Enhancing this journey are theBidadari’s island’s Martello buildings, colonial-era structures that begins at the Ancol-owned entrance, creating a gradual from ecological a more urban edge to acultural natural add historical depth and reinforce identity as transition a placepreserved where design and add historical and reinforce identitybuildings, as a placepreserved where ecological design and cultural core.

Enhancing this journey are theBidadari’s island’s Martello colonial-era structures that heritage comedepth together. heritage comedepth together.

C40 Jakarta | Onrust Museum & Islands ecological design and cultural add historical and reinforce Bidadari’s identity as Archaeological a place where heritage come together.

C3

G5

B1 B1 B1 D3

Main Dock

Martello Tower

A1

F2 F2 F2

C3 C3 C3 C6 C6 C6 C3 C3 C3 G5 G5 G5

C6.Constructed C6.Constructed Wetland Wetland C6.Constructed Wetland

D3 D3 D3

Main Dock Main Dock Main Dock C40 Jakarta | Onrust Archaeological Museum & Islands C40 Jakarta | Onrust Archaeological Museum & Islands C40 Jakarta | Onrust Archaeological Museum & Islands

F2 F2 F2

C5 C5 C5

F1 F1 F1

0

A1 A1 A1

50

03 Breaking The Line Interweaving The Landscape

Academic works Landscape Design Studio 2 MSc Landscape Architecture Politecnico Di Milano

Location Lake of Lugano, Switzerland

Advisor Prof. Hopes Ives Strode Prof. Sara Pratasoni

Contribution Developing and produced Strategies Plan, Produced Manifesto, Developed Two of Transect Plans and Detail Drawings

Year 2026

Context Breaking the Line challenges the idea of the shoreline as a rigid urban boundary.

Instead, it reimagines the edge of Lake Lugano as a living ecological interface where wetland ecosystems and urban life coexist. By restoring ecological continuity along the lakeshore, the project creates resilient habitats for Tachybaptus ruficollis, Podiceps cristatus, Acrocephalus scirpaceus, and Bufo bufo, while reconnecting fragmented landscapes through ecological corridors that support seasonal migration and species mobility. Human access is carefully guided to reduce disturbance within sensitive habitats, allowing natural processes to recover and thrive.

Rather than separating nature from the city, Breaking the Line dissolves the boundary between them, transforming the shoreline into a dynamic landscape where biodiversity, ecological resilience, and human presence evolve together.

Team Echa Tri Angraini; Jimena Alvarez; Andreas Papaefthymiou; Drashti Tanna Chandrakant

9

CRITICAL MAP : OVERLAPPED SPECIES INTEREST ZONES CRITICAL MAP : OVERLAPPED SPECIES INTEREST ZONES HUMAN ELEMENTS

SPECIES ELEMENTS

Important buildings

HUMANTrain ELEMENTS station

Great Grebe interest zones

Little Grebe interest zones

Forested areas Great Grebe Green open areas interest zones Possible wetlands Forested areas

Forested areas Little Grebe Green open areas interest zones Possible wetlands

SPECIES ELEMENTS

Ferry dock Important buildings Lidostation comunale Train Camping Ferry dock site

Forested areas

Green openToad areas Common interestwetlands zones Possible

Eurasian Reed Warbler Green open areas interestwetlands zones Possible

Coastal Access Roads Church

Forested areas Common Toadareas Green open interest zones

Forested areas Eurasian Reedareas Warbler Green open interest zones Possible wetlands

FootpathsShoreline Accessible

Forested areas

Forested areas Green open areas Existing reedbeds* Possible wetlands

Church Lido comunale Accessible Camping siteShoreline

Green open areas

Coastal Access Roads Footpaths

Existing reedbeds*

Podiceps cristatus

Tachybaptus ruficollis

Acrocephalus scirpaceus

Bufo bufo

Podiceps cristatus

Tachybaptus ruficollis

Acrocephalus scirpaceus

Bufo bufo

1. Expansion Distance Lines Initial longitudinal guiding lines are placed every 15m reaching up to our desired new soft-edge, and never exceeding the maximum allowed expansion distance.

2. River Mouth Lines The first transversal lines we draw follow the five river mouths, with lateral lines creating a fan shape. These lines later will be used to shape river deltas.

INITIAL LOGIC : SHAPING THE IDEA OF A NEW SOFT-EDGE ALONG THE SHORLINE Intermidiate Line

1. Expansion Distance Lines Initial longitudinal guiding lines are placed every 15m reaching up to our desired new soft-edge, and never exceeding the maximum allowed expansion distance.

1. Expansion Distance Lines

In order to complete the logic, we start focusing the lines in our four selected transects. The lines not merely following the geometry of the river mouth lines, but also slightly in a way that creates variability and complexity to each sites. The resulting of this logic is used as a guideline, Completing Intermediate Lines In order to complete the logic, we start focusing the lines in our four selected structuring thethedifferent parts ofbutthe proposal under a common language. transecs.

The lines not merely following geometry of the river mouth lines, also slightly in a way that creates variability and complexity to each sites. The resulting of this logic is used as a guideline, structuring the different parts of the proposal under a common language.

1. Expansion Distance Lines Initial longitudinal guiding lines are placed every 15m reaching up to our desired new soft-edge, and never exceeding the maximum allowed expansion distance.

2. River Mouth Lines The first transversal lines we draw follow the five river mouths, with lateral lines creating a fan shape. These lines later will be used to shape river deltas.

2. River Mouth Lines

Completing Intermediate Lines In order to complete the logic, we start focusing the lines in our four selected transecs. The lines not merely following the geometry of the river mouth lines, but also slightly in a way that creates variability and complexity to each sites. The resulting of this logic is used as a guideline, structuring the different parts of the proposal under a common language.

RECLAIMING STRUCTURE ForestedTHE bufferSHORELINE : TRANSITIONAL COMPOSITION Riparian Shrubland 50m distance dense buffer from railway and highway activities with Forested buffer high biodiversity plants species and dimension to cancel the noises 50m distance dense buffer from pollution. railway and highway activities with high biodiversity plants species and dimension to cancel the noises pollution.

1

An “ecotone area” to serve as a supporting habitat (foraging area) Riparian Shrubland for main species, included habitat area for toad species.

An “ecotone area” to serve as a supporting habitat (foraging area) for main species, included habitat area for toad species.

1

2

Wetland

2

habitat for the species to breeding Wetland and also hunting which distribute

70m

wide-spreading

as

main

along the coastline.

70m wide-spreading as main habitat for the species to breeding and also hunting which distribute along the coastline.

3 3

EXTRACTION & DEPOSITION : EDGE RESHAPING STRATEGY

EXTRACTION & DEPOSITION : EDGE RESHAPING STRATEGY

EXTRACTION & DEPOSITION : SHORELINE RESHAPING STRATEGY

INITIAL LOGIC SECTION INITIAL LOGIC SECTION

Fill Area : Berm

Cut Area

Extension Area

Reeds Edges

Utilizes the excavated earth from the shoreline modification to construct structural inland topographies. These newly formed berms will reach a Fill Area : Berm maximum height of up to 2 meter and width up to 20 m, especially next to trainline.

The existing shoreline is recessed by up to 50 meters to establish a new, shallow aquatic profile. This deliberate excavation Cut Area creates the optimal water depth required to cultivate a reeds ecosystem for grebe species.

Constructed from local waste materials, this new landmass extends 60−70 meters outward into the lake. It serves as a foundational habitat for Extension Area grebes and Eurasian warblers, featuring integrated ponds specifically for Bufo bufo.

Surplus waste materials are sculpted into small, terraced extensions along the remaining in-between shorelines.

This continuous Reeds Edges edge treatment ensures a cohesive and robust reeds ecosystem across the entire lake perimeter.

Utilizes the excavated earth from the shoreline modification to construct structural inland topographies. These

The existing shoreline is recessed by up to 50 meters to establish a new, shallow aquatic profile. This deliberate

Constructed from local waste materials, this new landmass extends 60−70 meters outward into the lake. It

Surplus waste materials are sculpted into small, terraced extensions along the remaining in-between shorelines.

TRANSECT 1 : MARROGIA LAKE FRONT 1

KEYPLAN

T. 02

T. 03

LAKEFRONT BEACH AREA

ective From R rsp ee e P ds

T. 04

T. 01

T 1.1

The river outlet and narrow coastal habitats are ecologically enhanced,TRANSECT while public 1.1 spaces and piers extend towards the lake.

PIER ANDand LIDO AREA A public path begins here follows the SCALE 1:100 coast line towards the south.

T 1.2

A

1

m yste os Ec

TRANSECT 01

nd and Delta etla Riv W e

) nt

a re rA

ing Area (L ido imm w S Po i

A’

Ferry Pier and Docks | Scale 1:200

Open plaza

Riparian zone

Wetland and Reeds Ecosystem

SECTION A-A’ 1 : 250 Lakeside

Soft-edge

2.0 m

B

Green-soft Edge

271.00 m

Recycle rock materials formed into a soft-edges extention

PLAZA AREA

RIPARIAN BOARDWALK AREA

B’

PIER AND LIDO AREA SCALE 1:100

A

1

A’

Ferry Pier and Docks | Scale 1:200

SECTION A-A’ 1 : 250

RIPARIAN ECOSYSTEM IN SECTION Open plaza

Riparian zone

Lakeside

2.0 m

B

Riparian zone

Lakeside

Recycle rock materials formed into a soft-edges extention

AN BOARDWALK AREA

Recycle rock materials formed into a soft-edges extention

271.00 m

B’

T2.1

TRANSECT 02

AMPHIBIAN POND DETAILS

My

Le

Pod i

N

C

275

SUP

Meny

E Equi s

Myos

y

laria au hu

ulata ric

the cro an

ta ca

des ioi

is scorp ot

MEADOW BUFFER + RAINPONDS

G

EXPAND INTO NATURE PATCHES

ES

ile iat

Clay-Muddy Soil

Butterfl

272

REPLICATE TREE RHYTHM

CI

um fluv et

SP E

R ME

NT GE

TIN

asshop Gr

r pe

iata ol

273

OR

thes trif an

USE EXISTING TREE LINE

5

N Existing

Proposed

Rewilding and extending existing tree lines for campervan camping

REPLICATE TREE RHYTHM

EXPAND INTO NATURE PATCHES

MARGIN VEGETATIO

PLANTING CONCEPTUAL PLAN

271

WET

Substrate Barrier

USE EXISTING TREE LINE

y

VEG

g Dra onfl 274

Oen

Iris

ETATION

2

eudaco ps

rus

Debris

Mantis

275

4

BIRD WATCHING DEVICE

3

274

Scrop

Phra

TRANSECT 02

ites au gm

alis str

T2.1

tus rufi ap

llis co

D´

alus sc i ph

Tachyb

1

D

Acroce

ER

BM

SU

Hydroch

T. 04

-ranae us

T. 03

T. 02 T. 01

s mors ari

IES EC rpaceus

275

SP

KEYPLAN

M

IN

G

ps crist ce

A

phaea ym

s atu

D

fo bufo Bu

r

N

a min o mn

ca spi tum

A

ON ETAT

DEVICE TINBIRD WATCHING phyllum OA rio L F

a alb

ED

EG GV

DETAIL RIVER

Proposed meadow

Proposed green patch

Expanding the existing tree logic by introducing small green patches to create a wild camping forest.

Meadow buffers and seasonal rain ponds protect the existing forest while enabling immersive nature experiences.

MEADOW BUFFER + RAINPONDS

271

270

269 Existing

Proposed

Rewilding and extending existing tree lines for campervan camping

Proposed green patch

Expanding the existing tree logic by introducing small green patches to create a wild camping forest.

Proposed meadow

Meadow buffers and seasonal rain ponds protect the existing forest while enabling immersive nature experiences.

268 267 266 265 264 263 262 261 260

C’

R STONE-CROSSING

Recycle rock materials formed into a soft-edges extention Filtered pipe connection

WETLAND Topography patterns with islands and depressions LAKE

TRANSECT 2 : CAMPING AROUND SAVOGLIA

NEW TOPOGRAPHY

from added material

2

F ective rom Wet rsp lan e P d

The existing camping sites are expanded in an ecologically friendly way towards the river, and merge with the expanded forest creating a gradient of public use and ecological conservation. The coast line is carved to create wetlands in the form of small bays and islands. The public path runs between the two zones, and continues along the coast.

VIEW FROM THE BERM

p e Cam ing Grou tur nd a N

em yst os Ec

d and Pond blan u Ar r ea Sh

3

1

274 C

275

4

2 275

274

273

272

5

271

271

270

269 268 267

1

Trail

2

Boardwalk

3

Natural camping area

4

Berm

5

Habitats area

266 265

C’

264 263 262 261 260 259 258 257 256 255

LANDSCAPELANDSCAPE GRADIENT SECTION (D-D´) GRADIENT SECTION (D-D´) SCALE 1:200SCALE 1:200 NATURAL CAMPING AREA NATURAL CAMPING AREA

RIVER AREA RIVER AREA

Riparian river buffer Riparian river buffer

Riparian river buffer Riparian river buffer

NATURAL PLANTING DIAGRAM PLANTING DIAGRAM

Rain ponds

Rain ponds

NATURAL

Natural camping Natural zonescamping zones in forest clearings in forest clearings

NATURAL

NATURAL HUMAN

HUMAN

NATURAL CAMPING NATURAL AREA CAMPING AREA

RIVER AREA RIVER AREA

COAST SECTION (C-C´) SCALE 1:100

Highly dense and Highly diverse dense existing and diverse vegetation. existing vegetation.

LEGEND

New tree planting New follows tree planting existingfollows tree alignments, existing tree diverse alignments, meadow diverse planting meadow creates planting patterned creates vegetation patterned andvegetation camping andStrategic campingtree place Strate clearings. clearings. gathering spaces. gathe S natural character natur of

LEGEND

EXISTING EXISTING MATURE TREES MATURE TREES

NEW Vegetation NEW Buffer.

ADDED TREES ADDED TREES

GRASSES / GRASSES / GROUND COVER GROUND COVER

Quercus robur Quercus robur Tilia cordata Tilia cordata Fraxinus excelsior Fraxinus excelsior

Acer campestre Acer campestre Ostrya carpinifolia Ostrya carpinifolia Prunus aviumPrunus avium

Festuca spp. Festuca spp.

Briza media Briza media Anthoxanthum Anthoxanthum odoratum odoratum

Elevated Boardwalk & Viewing Point For observation and education purposes.

Captures runoff, filters pollutants and helps create secondary habitats.

UPLAND

TRANSITION ZONE

WETLAND SHELF

Dry

Moist

Seasonally flooded

Seasonally Inundated Shelf.

Supports wetlands

FLOWERING FLOW P MEADOW SPECI MEA

H e

Leucanthemum Leuc vu Centaurea jacea Cent Knautia arvensis Knau

Saturated

LANDSCAPE GRADIENT SECTION (D-D´) SCALE 1:200 RIVER AREA

NATURAL CAMPING AREA

PUBLIC AND GATH

VAN CAMPING AREA VAN CAMPING AREA

PUBLIC AND GATHERING AREA PUBLIC AND GATHERING AREA

public zone Gathering Gathering and publicand zone around existing infrastructure around existing infrastructure

Narrow roads Narrow roads

Tree lines Tree lines

Vanareas camping areas Van camping

to slow down vehicles to slow down vehicles

NATURALNATURAL HUMAN HUMAN

HUMAN HUMAN

PUBLIC AND GATHERING AREA PUBLIC AND GATHERING AREA

VAN CAMPING AREA VAN CAMPING AREA

ion and camping Strategic tree placement provides shadeactivities for publicwhile activities while maintaining areasbuildings, for paths,and buildings, andNew tree planting New tree planting follows existing alignments, providing and strengthening naturalof character of the camping follows existing alignments, providing shade and shade strengthening the natural the character the camping mping Strategic tree placement provides shade for public maintaining clear areasclear for paths, gathering spaces.

Shrub and meadow planting beneath the treesbiodiversity enhances biodiversity and strengthens the area. area. gathering spaces.

Shrub and meadow planting beneath and aroundand thearound trees enhances and strengthens the naturalof character natural character the site. of the site.

LANDSCAPE GRADIANT SYSTEM :

FLOWERING FLOWERING Permanent Pool MEADOW MEADOW SPECIESSPECIES

Habitats for wildlife even in dry seasons

Leucanthemum Leucanthemum vulgare vulgare Centaurea jacea Centaurea jacea Knautia arvensis Knautia arvensis

Habitat island Provides protection, resting and nesting places

MOIST MOIST Open lake MEADOW MEADOW PLANTS PLANTS

SEASONAL SEASONAL SHRUBS level to promote SHRUBS This section is designed as one of the highest FLOWERING PERENNIALS FLOWERING PERENNIALS

Lythrum salicaria Lythrum salicaria Succisa pratensis Succisa pratensis

Primula veris Cornus sanguinea Primula veris Cornus sanguinea Ranunculus spp. minimal human intervention.

Corylus avellana Ranunculus spp. with Corylus avellana area Landscape elements Achillea millefolium Crataegus monogyna Achillea millefolium Crataegus monogyna

Connects to larger ecosystems

ecological system, functioning as a dedicated conservation

271.2 270.5 270.2

WETLAND

LAKE EDGE

Permanent water

HERING AREA

Open water

VAN CAMPING AREA

are strategically layered to perform different ecological and environmental functions. Earth berms are introduced along the railway edge to act as both visual and acoustic buffers, reducing the impact of the adjacent rail corridor on the habitat. Human interaction is intentionally limited to a dedicated observation path located between the railway and the riparian-wetland zone, allowing visitors to experience the ecosystem from a respectful distance without disturbing sensitive habitats.

The wetland topography is carefully shaped to create a variety of shallow and enclosed water bodies that provide suitable breeding habitats for grebes, particularly during the nesting season. A diverse composition of native vegetation further enhances the ecological network by establishing secondary habitats that support small mammals, amphibians, insects, and other wildlife, while also providing foraging opportunities and increasing overall biodiversity across the conservation landscape.

04 Beyond The Bounderies Weaving A New Network Through Land and Water

Academic works Open Space System and Parks Design Studio MSc Landscape Architecture Politecnico Di Milano Advisor Urbanism and Landscape | prof. Antonio Longo (coordinator) Landscape Design | prof. Andrea Oldani Agronomist | prof. Raffaele Orrù Year 2025

Location Serio River and Brebemi Highway (A35 Motorway Milano-Verona), Italy Team Echa Tri Angraini; Alessia Masini; Fernanda Jaramillo Espinoza; Drashti Tanna Chandrakant Contribution Reading and developing analysis of bounderies perception, Developed final proposal overal eagle-eye perspective, Developed Planting Plan Context This project explores the relationship between infrastructure networks and infra-spaces. It addresses the fragmentation of green infrastructure caused by largescale grey infrastructure by reconnecting ecological systems through a landscape-based approach. By tracing existing water sources, the proposal integrates water management strategies, including water catchment and agricultural and highway wastewater purification, to restore ecological connectivity and strengthen the region’s green infrastructure.

Territorial : A Historical Review Features Of Landscape Elements 1975

Features Of Landscape Elements 2012

2025 | Open Spaces System Studio

Interaction Between Infrastructure Fontanili Strategy System

Layers of Pre-Existence Values 1. Fontanili In The Land

2. Geological Border of Fontanili Presence Landscape Architecture Land. Landscape Heritage Politecnico Di Milano

| GREEN-GREY INFRASTRUCTURE ANALYSIS MAP

Bounderies Perception

| LOCATION

Infraspaces Perception Existing tree lines Infraspaces

BETWEEN TERTIARY ROAD AND PRODUCTIVE FIELDS ( A4-A4’)

BETWEEN THE CANAL AND PRODUCTIVE FIELD

SURROUNDED NEAR THE CANAL ( A1-A1’)

( A3-A3’)

( A2-A2’)

NEXT TO RAILWAY (B1-B1’)

ON BOTH SIDE OF RAILWAY (B2-B2’)

BETWEEN SETTLEMENTS AND PRODUCTIVE FIELDS ( B3-B3’)

BETWEEN TWO VEHICLE ROAD ( C1-C1’)

BETWEEN SPORT FIELD AND VEICHLE ROAD ( C2-C2’)

BETWEEN CANAL AND ROAD ( C3-C3’)

THE RAISED PART IN BETWEEN INFRASTRUCTURE ( D1-D1’)

25m

12m

33m

50m

INFRASPACES AT THE LEVEL OF INFRASTRUCTURES ( D2-D2’)

12m

62m

33m

50m

| LOCATION Location

Lan

Pol

Landscape Architecture Land. Landscape Heritage Politecnico Di Milano

Landscape Architecture Land. Landscape Heritage Politecnico Di Milano

ndscape Architecture Land. Landscape Heritage

litecnico Di Milano

Landscape Architecture Land. Landscape Heritage Politecnico Di Milano

Landscape Architecture Land. Landscape Heritage Politecnico Di Milano

U IVE CT E P

NDERNEAT

HB

RE B

EM

I

PE RS

SPECTIVE F PER

FRO

Vegetation Typologies

M

BR

EB I EM

Echa Tri Angraini | Portfolio

Thank you !

Echa Tri Angraini echatriangraini28@gmail.com +39 3514409467 Milan, Italy

2025 2026