Landscape Architecture Portfolio_Trupti kale

0102

Ecological Sound Park

Thesis project, Term III & IV

Kingston Upon Thames

pg 02

Petrochemical Remediation of London

Portfolio, Term II

London

pg 16

03 0405

The Kingston Riverfront Park

Portfolio, Term I

Kingston Upon Thames

pg 26

Planting for the Future

Primer, Term I

Kingston Upon Thames

pg 34

Extracurricular

Model making Sketches

Illustrations

Graphic Design

Animation

Football

pg 50

Ecological Sound Sanctuary

Thesis project, Term III & IV

Location : Canbury Gardens, Kingston Upon Thames

Project Type : Community and Social Regeneration

Exploring Soundscapes in Landscape Architecture: A Journey Through Canbury Gardens

Exploring soundscapes in landscape architecture presents a unique challenge due to its intangible nature, yet it profoundly influences our spatial experiences. Despite often being an afterthought in design, the soundscape significantly impacts how we perceive and interact with an environment. To delve deeper into the role of soundscapes, I conducted extensive fieldwork in Canbury Gardens. This involved capturing various sounds present in the park and recording their decibel levels. By analyzing these sounds and their effects on humans, I gained valuable insights into how different sonic environments influence mood, stress levels, and overall well-being. My research uncovered several strategies to shape soundscapes to create specific experiences. These include incorporating natural sound elements like water features, using vegetation to buffer unwanted noise, and designing spaces that encourage positive social interactions through sound.

Leveraging this knowledge, I designed a journey through Canbury Gardens that guides visitors through a series of distinct sonic environments. Each area is crafted to evoke particular emotions and responses, from the calming effects of rustling leaves and flowing water to the invigorating sounds of birdsong and social chatter. This curated auditory experience enhances the overall ambiance of the gardens, making each visit unique and memorable.

Classification of sounds based on soundscape ecology. Biophony, geophony, and anthrophony are categorized as components of the soundscape, which is the acoustic environment of a specific area or ecosystem. They are known as categories within the field of soundscape ecology, which studies the composition, structure, and dynamics of sounds in natural and human-modified environments.

The graphical map of Kingston Upon Thames delineates key areas meticulously chosen for sound documentation based on the diverse auditory experiences they offer, ranging from the tranquil sounds of parks and green spaces to the bustling anthrophonic ambiance of market squares and commercial areas, providing a comprehensive representation of the city’s rich acoustic tapestry.

A comprehensive analysis of documented areas of Kingston upon Thames incorporates measurements of decibel levels alongside emotional assessments utilizing the circumplex model of affect, providing valuable insights into how different soundscapes influence individuals’ perceptions and emotions within the city.

(6.4 Buffers for Noise Control, no date)

DESIGN STRATEGIES & PRECEDENTS STUDY

Dense evergreen trees and shrub plantation are effective in diffusing noise

1. Reduction of unwanted sounds

2. Introduction of wanted sounds

Adding noise screens to block harsh noise

Use of water sounds is good at creating a calm environment

Use of earth berms to block or diffuse noise

effects from 60 decibels to 55, the barrier enhances biodiversity, increases absorption of particles and manages stormwater with the help of 28,000 plug plants inserted in the screen.

Adding noise screens to block harsh noise

Grön Bullerskärm, Stockholm, Sweden LAND arkitektur

Use of water sounds is good at creating a calm environment

Schiphol Airport, Amsterdam H+N+S Landscape Architects

in half for people living in nearby neighborhoods.

Isamu Noguchi playground

Topographical inspiration to contain and amplify sound

Dense evergreen trees and shrub plantation are effective in diffusing noise

2. Introduction of wanted sounds

A 170-meter-long green, noise barrier designed by LAND has been placed along a once heavily trafficked street, Lidingövägen, bordering a sports field in central Stockholm. Besides from lowering the noise effects from 60 decibels to 55, the barrier enhances biodiversity, increases absorption of particles and manages stormwater with the help of 28,000 plug plants inserted in the screen.

Use of earth berms to block or diffuse noise

Schiphol Airport, Amsterdam H+N+S Landscape Architects

Use of sound shells to enhance sound quality

Shell-shaped shelter, Littlehampton Flanagan Lawrence architects

At Amsterdam’s Schiphol Airport, one of the largest travel hubs in the world, a sprawling field filled with a pattern of ridges sits next to the largest runway. When planes take off, the ridges absorb and deflect the drone of the engines on the ground. This cuts noise in half for people living in nearby neighborhoods.

Isamu Noguchi playground

The Acoustic Shells were designed by London studio Flanagan Lawrence to facilitate community events and provide residents of the West Sussex town with a scenic resting spot on the edge of a sunken garden, between the town and a beach facing the English Channel. Pellettieri Associates

Topographical inspiration to contain and amplify sound

Jean-Marie Cultural Center by Renzo Piano

Semi-circular shell which is see-through designed by Renzo Piano.

Dense evergreen trees and shrub plantation are effective in diffusing noise

2. Introduction of wanted sounds

When strategically placed by a roadway, in a backyard, or in a park, trees help reduce pesky noises by absorbing, deflecting, refracting, or masking sound waves. A tactically designed 100-foot-wide tree barrier will reduce noise by 5 to 8 decibels (dBA), according to the USDA. The best noise barriers have diverse structures that prevent gaps and add varied textures to the environment. So, in addition to trees, effective sound barriers will include shrubs, bushes, vines, and herbaceous plants.

(6.4 Buffers for Noise Control, no date)

Shell-shaped shelter, Littlehampton Flanagan Lawrence architects

Shell-shaped shelter, Littlehampton Flanagan Lawrence

Shell-shaped shelter, Littlehampton Flanagan Lawrence architects

At Amsterdam’s Schiphol Airport, one of the largest travel hubs in the world, a sprawling field filled with a pattern of ridges sits next to the largest runway. When planes take off, the ridges absorb and deflect the drone of the engines on the ground. This cuts noise in half for people living in nearby neighborhoods.

The Acoustic Shells were designed by London studio Flanagan Lawrence to facilitate community events and provide residents of the West Sussex town with a scenic resting spot on the edge of a sunken garden, between the town and a beach facing the English Channel.

The Acoustic Shells were designed by London studio Flanagan Lawrence to facilitate community events and provide residents of the West Sussex town with a scenic resting spot on the edge of a sunken garden, between the town and a beach facing the English Channel.

Topographical inspiration to contain and amplify sound

The Shells designed London Flanagan Lawrence to tate community events provide residents of the Sussex town scenic resting spot on the edge of a garden, between the town and a facing the English Channel. Center by Renzo shell which is see-through by Renzo Piano.

When strategically placed by a roadway, in a backyard, or in a park, trees help reduce pesky noises by absorbing, deflecting, refracting, or masking sound waves. A tactically designed 100-foot-wide tree barrier will reduce noise by 5 to 8 decibels (dBA), according to the USDA.

The best noise barriers have diverse structures that prevent gaps and add varied textures to the environment. So, in addition to trees, effective sound barriers will include shrubs, bushes, vines, and herbaceous plants.

When strategically placed by a roadway, in a backyard, or in a park, trees help reduce pesky noises by absorbing, deflecting, refracting, or masking sound waves. A tactically designed 100-foot-wide tree barrier will reduce noise by 5 to 8 decibels (dBA), according to the USDA. The best noise barriers have diverse structures that prevent gaps and add varied textures to the environment. So, in addition to trees, effective sound barriers will include shrubs, bushes, vines, and herbaceous plants.

EB&S

evergreen trees and shrub plantation are effective in diffusing noise

Naturalistic stone water features

Use of water sounds is good at creating a calm environment

Naturalistic stone water features

Research on strategies used for the mitigation, masking, and enhancement of sounds in various environments. For example, Planting dense vegetation, such as trees and shrubs, to act as natural sound barriers and absorb sound energy; Designing pleasant ambient soundscapes, such as flowing water features, gentle wind chimes, or bird songs, to mask unwanted noise and create a more pleasant auditory environment; Incorporating architectural features like curved surfaces, diffusers, and sound-reflective materials to enhance the clarity and richness of desired sounds; Arranging spaces and structures to optimize sound propagation and maximize the enjoyment of natural or designed soundscapes, etc.

Reclaimed Landscape Water Features

Shell-shaped shelter, Littlehampton Flanagan Lawrence architects

The Acoustic Shells were designed by London studio Flanagan Lawrence to facilitate community events and provide residents of the West Sussex town with a scenic resting spot on the edge of a sunken garden, between the town and a beach facing the English Channel.

Isamu Noguchi playground

(6.4 Buffers for Noise Control, no date)

Pellettieri Associates

Jean-Marie Cultural Center by Renzo Piano

Semi-circular shell which is see-through designed by Renzo Piano.

Jean-Marie Cultural Center by Renzo Piano

Semi-circular shell which is see-through designed by Renzo Piano.

(6.4 Buffers for Noise Control, no date)

Pellettieri Associates

EB&S

Reclaimed Landscape Water Features

Jean-Marie Cultural Center by Renzo Piano

Semi-circular shell which is see-through designed by Renzo Piano.

Use of water sounds is good at creating a calm environment

Shell-shaped Flanagan

The London tate dents resting garden, facing

Pellettieri Naturalistic

EB&S Reclaimed

Jean-Marie Piano

Semi-circular designed

AND PROPOSED ZONING

Hydrophonic zone

used : Water feature

venture deeper away from the zone, the ambient chatter of voices gradually blends with gentle rhythm of water dripping in background, introducing a sooth undertone that alleviates the monotony of the bustling chatter.

space. Here, visitors can retreat from the surrounding chattering sounds of the walkways and immerse themselves in the tranquil melodies of water birds singing amidst the

Event zone

: Sound shells

entering this zone, where existing bandstand stands, greeted with the melostrains of musical perforechoing from the stage. takes a seat near sound shells, the music amplified, enveloping in a rich auditory expe-

Heavily anthrophonic and low biophonic zone

train noise, human chatter & bird sounds

Transitioning from the musical zone to the event zone, visitors are enveloped in the lively soundscape of people cheering and enjoying the events, accompanied by the gentle melodies of background music and the playful laughter of children exploring sound play equipment. Encircled by tall trees, this area forms a harmonious auditory oasis, enhancing the overall atmosphere of the space.

Play zone

space. Here, visitors can retreat from the surrounding chattering sounds of the walkways and immerse themselves in the tranquil melodies of water birds singing amidst the

As one takes a seat near the sound shells, the music becomes amplified, enveloping the listener in a rich auditory expe-

Transitioning from the musical zone to the event zone, visitors are enveloped in the lively soundscape of people cheering and enjoying the events, accompanied by the gentle melodies of background music and the playful laughter of children exploring sound play equipment. Encircled by tall trees, this area forms a harmonious auditory oasis, enhancing the overall atmo-

Biophonic zone

Strategy used : Sound play equipments

Upon entering this space, you're greeted by an ensemble of melodies and rhythmic sounds emanating from the play instruments, serving both as entertainment and educational tools for children. Interwoven with the joyful laughter and playful chatter of children, the harmonious ambi ance fosters an immersive and enriching experience for all who visit.

Strategy used : Enhancing biodiversity

Approaching this zone, the gentle chirping of gravel beneath your feet accompanies your journey into a biodiverse haven, where the symphony of birdsong and the soft hum of bees envelop you in nature's embrace.

mances echoing from the stage.

As one takes a seat near the sound shells, the music becomes amplified, enveloping the listener in a rich auditory expe

Play zone

Strategy used : Sound play equipments

Upon entering this space, you're greeted by an ensemble of melodies and rhythmic sounds emanating from the play instruments, serving both as entertainment and educational tools for children. Interwoven with the joyful laughter and playful chatter of children, the harmonious ambi ance fosters an immersive and enriching experience for all who visit.

designated ing space. the of the

A comprehensive analysis of existing usage and footfall within the site that contributes to the existing soundscape of Canbury Gardens (left). A detailed description of the proposed sound journey (right).

Transitioning to the oped people events, melodies the children ment. area oasis,

High footfall

The conceptual diagram of the sound journey through Canbury Gardens outlines a carefully orchestrated progression of auditory experiences from the main entrance to various proposed zones within the landscape. Each zone is characterized by distinct soundscapes and is enhanced by specific material choices aimed at creating unique atmospheres. Buffer zones are strategically placed throughout to mitigate noise interference between zones, ensuring a cohesive and immersive auditory journey for visitors.

Microforest

Microforest Wildflower meadow

1. Meandering pathway 2. Reclaimed stone seating areas 3. Wildflower plantation 4. Main walkway 5. Cycle path 6. East entrance 7. Microforest with understorey plantation 8. Tree buffer

Microforest trees palette

Wildflower meadow palette

Tilia x europaea Betula pendula Platanus × acerifolia Populus canescens Fraxinus excelsior

Prunus avium Acer pseudoplatanus Pinus sylvestris

Malus sylvestris

Succisa pratensis Dipsacus fullonum Digitalis purpurea Sanguisorba officinalis Papaver cambricum

Rhinanthus minor Papaver rhoeas Aquilegia vulgaris Valeriana officinalis

The longitudinal sections through the anthrophonic and hydrophonic areas illustrate the distinct materiality and landform of each zone, showcasing the proposed vegetation. In the anthrophonic area, the modified landform creates seating terraces that allow users to experience amplified music from the bandstand, while the hydrophonic area features a waterbody with the soothing sound of falling water, surrounded by rich native planting that immerses users in a serene, natural environment.

+10.0m

Buffer zone

Rain garden

A planting plan of hydrophonic area that features a wildflower plantation scheme aimed at enhancing biodiversity. This plan integrates a diverse mix of native plants, carefully selected and positioned to thrive in their respective environments, whether shaded or sunlit. The placement of sun-loving plants ensures they receive ample sunlight, which is crucial for their growth and flowering. Shade-loving plants are well-adapted to low-light conditions and provide ground cover, which helps in preventing soil erosion and retaining moisture. These plants not only add vibrant colors but also attract pollinators like bees, butterflies, and other beneficial insects.

The physical model of the proposed soundscape for Canbury Gardens features undulating waveforms that represent the varying sound levels across different zones, with taller waves indicating louder, more active areas such as social gathering spots, and shorter, smoother waves depicting quieter, tranquil zones, offering a tangible preview of the immersive auditory experiences designed for each section of the garden.

Term II

Petrochemical Remediation of London

Location : London

Project Type : Restoration project

Reviving Urban Landscapes: Remediation and Redevelopment of Contaminated Petrol Station Sites in London

This project focuses on transforming decommissioned petrol stations into public green spaces, driven by the shift towards electric vehicles (EVs) and stringent governmental regulations aimed at reducing petrol vehicle usage to mitigate climate change and pollution. As petrol stations are phased out, these sites, often laden with petrochemical and mechanical oil contaminants, pose significant environmental hazards, including soil and groundwater pollution. These pollutants have even reached the River Thames, adversely affecting aquatic life.

The foremost objective of this project is to remediate these contaminated sites, employing advanced decontamination techniques to eliminate pollutants and ensure the land is safe and sustainable for future public use. This remediation is crucial not only for environmental health but also for reclaiming valuable urban spaces for community benefit and ecological restoration.

Typologies of petrol stations in Greater London

when pollutsettle on the road, such from oil spills, and brake vehicles, build dry weather washed into rivers and it rains.

While filling petrol sometimes there be petrol spew if people are attentive. There are also some spills while taking out the petrol nozzle handles. These spills remain the road until they are cleaned in proper way.

Toxic metals, hydrocarbons found in fuel and other pollutants washed into water pose a significant threat to river health. Road run-off can carry over 300 pollutants, causing short and long-term damage including killing fish and even discolouring water turning the river water black.

Storyline

Storyline

Storyline

While filling petrol sometimes there can be petrol spew if people are not attentive. There are also some spills while taking out the petrol nozzle handles. These spills remain on the road until they are cleaned in proper way.

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose the oils onto the side of the road.

Damaged cars often leak oils on the road. Also the iron barrels that are used to store oils are sometimes faulty and may leak some oil or the small cans that store oil can be knocked over by mistake which can lead to considerable oil spills.

even discolouring water turning the river water black.

even discolouring water turning the river water black.

rainfall leads to surface water flooding in which part of the roads is submerged in water.

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose the oils onto the side of the road.

Excessive rainfall leads to surface water flooding in which part of the roads is submerged in water.

fuel that seeps into the ground to faulty underground tanks may be a serious fire hazard to the residential places nearby because the fumes that arise from the petrochemicals.

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose the oils onto the side of the road.

HOW?

The petrochemicals then get mixed with the surface water. All of the oil, grease and petrol is carried along with the flow of the water.

Damaged cars often leak oils on the road. Also the iron barrels that are used to store oils are sometimes faulty and may leak some oil or the small cans that store oil can be knocked over by mistake which can lead to considerable oil spills.

While filling petrol sometimes there can be petrol spew if people are not attentive. There are also some spills while taking out the petrol nozzle handles. These spills remain on the road until they are cleaned in a proper way.

Damaged cars often leak oils on the road. Also the iron barrels that are used to store oils are sometimes faulty and may leak some oil or the small cans that store oil can be knocked over by mistake which can lead to considerable oil spills.

While filling petrol sometimes there can be petrol spew if people are not attentive. There are also some spills while taking out the petrol nozzle handles. These spills remain on the road until they are cleaned in a proper way.

HOW?

This water then naturally drains down the sewers. In some cases this water seeps directly in to the ground.

Car washing services mostly release soap waste and petrochemical waste that could be stuck on the car. This soap water can be found accumulated in corners if proper drainage isnt provided.

Car washing services mostly release soap waste and petrochemical waste that could be stuck on the car. This soap water can be found accumulated in corners if proper drainage isnt provided.

Car parks harbour all of the chemicals released from car exhausts. A significant number of cars use car parks in a day. The tyres of cars also contain certain chemicals that stay on the road when the car leaves a tyre mark.

The petrochemicals then get mixed with the surface water. All of the oil, grease and petrol is carried along with the flow of the water.

The petrochemicals when released into the river or oceans form a layer over them which cuts off oxygen supply to the organisms living below water . This results in loss of fishes, plants underwater that fishes feed on and the micro organisms that

This water then naturally drains down the sewers. In some cases this water seeps directly in to the ground.

Petrochemicals when mixed with the soil contaminate the soil killing the micro organisms that are present in soil making the soil in fertile and unfit for crop cultivation. Some of these chemicals are absorbed into the crops which is harmful for

Excessive rainfall leads to surface water flooding in which part of the roads is submerged in water.

Excessive rainfall leads to surface water flooding in which part of the roads is submerged in water.

HOW?

HOW?

While filling petrol sometimes there can be petrol spew if people are not attentive. There are also some spills while taking out the petrol nozzle handles. These spills remain on the road until they are cleaned in a proper way.

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose the oils onto the side of the road.

Car washing services mostly release soap waste and petrochemical waste that could be stuck on the car. This soap water can be found accumulated in corners if proper drainage isnt provided.

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose the oils onto the side of the road.

While filling petrol sometimes there can be petrol spew if people are not attentive. There are also some spills while taking out the petrol nozzle handles. These spills remain on the road until they are cleaned in a proper way.

Some places where there is no proper management of sewer waste drain directly in to water bodies like rivers or oceans. This leads to formation of thick layer of petrochemical waste over the water bodies and it keeps on spreading.

Car parks harbour all of the chemicals released from car exhausts. A significant number of cars use car parks in a day. The tyres of cars also contain certain chemicals that stay on the road when the car leaves a tyre mark.

Excessive rainfall leads to surface water flooding in which part of the roads is submerged in water.

The petrochemicals then get mixed with the surface water. All of the oil, grease and petrol is carried along with the flow of the water.

Some places where there is no proper management of sewer waste drain directly in to water bodies like rivers or oceans. This leads to formation of thick layer of petrochemical waste over the water bodies and it keeps on spreading.

When the petrochemicals get mixed with the crops and water and meat that humans consume it creates the highest risk to humans as they are on top of the food chain. It can cause serious health problems over time and can even lead to

The petrochemicals then get mixed with the surface water. All of the oil, grease and petrol is carried along with the flow of the water.

WHAT?

WHAT?

While filling petrol sometimes there can be petrol spew if people are not attentive. There are also some spills while taking out the petrol nozzle handles. These spills remain on the road until they are cleaned in a proper way.

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose the oils onto the side of the road.

Damaged cars often leak oils on the road. Also the iron barrels that are used to store oils are sometimes faulty and may leak some oil or the small cans that store oil can be knocked over by mistake which can lead to considerable oil spills.

Car parks harbour all of the chemicals released from car exhausts. A significant number of cars use car parks in a day. The tyres of cars also contain certain chemicals that stay on the road when the car leaves a tyre mark.

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose

The car repairing shops use different car oils which can fall down during repairing the car or pouring the oil inside the car. They also deal with greasy materials whose cans can be found lying on the floor. Sometimes the mechanics dispose

times or be can

UK experiences rainfall almost frequently. In some cases exccessive rainfall which causes surface water

Damaged cars often leak oils on the road. Also the iron barrels that

times faulty and may leak some oil or the small cans that store oil can be knocked over by mistake which

The waste from car repair shops like car oils is sometimes dumped onto the ground which seeps into the ground over time causing soil contamination.

Damaged cars often leak oils on the road. Also the iron barrels that are used to store oils are sometimes faulty and may leak some oil or the small cans that store oil can be knocked over by mistake which can lead to considerable oil spills.

Car washing services mostly release soap waste and petrochemical waste that could be stuck on the car. This soap water can be found accumulated in corners if

Car washing services mostly release soap waste and petrochemical waste that could be stuck on the car. This soap water can be found accumulated in corners if proper drainage isnt provided. Car cals significant parks also stay leaves

UK experiences rainfall almost frequently. In some cases exccessive rainfall which causes surface water

Excessive rainfall leads to surface water flooding in which part of the roads is submerged in water.

Excessive rainfall leads to surface water flooding in which part of the roads is submerged in water.

The petrochemicals then get mixed with the surface water. All of the oil, grease and petrol is carried along with the flow of the water.

The petrochemicals that seep into the ground water cause contamination of drinking water.

The waste from car repair shops like car oils is sometimes dumped onto the ground which seeps into the ground over time causing soil contamination.

This water then naturally drains down the sewers. In some cases this water seeps directly in to the ground.

This water then naturally drains down the sewers. In some cases this water seeps directly in to the ground.

The fuel that seeps into the ground due to faulty underground tanks

The fuel that seeps into the ground due to faulty underground tanks

In older times the underground petrol tanks used to be made out of iron and placed into the soil without proper encasement. The leaks caused in these tanks directly went into the ground and contaminated to ground water.

The petrochemicals then get mixed with the surface water. All of the oil, grease and petrol is carried along

The petrochemicals then get mixed with the surface water. All of the oil, grease and petrol is carried along with the flow of the water. This down this ground.

This water then naturally drains down the sewers. In some cases this water seeps directly in to the ground.

In older times the underground petrol tanks used to be made out of iron and placed into the soil without proper encasement. The leaks caused in these tanks directly went into the ground and contaminated to ground water.

The petrochemicals when released into the river or oceans form a layer

Some places where there is no proper management of sewer waste drain directly in to water bodies like rivers or oceans. This leads to formation of thick layer of petrochemical waste over the The like onto the contamination.

The petrochemicals when released into the river or oceans form a layer

Some places where there is no proper management of sewer waste drain directly in to water bodies like rivers or oceans. This leads to formation of thick layer of petrochemical waste over the

Damaged the are

UK experiences rainfall almost frequently. In some cases exccessive rainfall which causes surface water flooding.

Excessive

1. Blue-Green Infrastructure : Providing landscape infrastructure that cleans the soil and groundwater by capturing the surface runoff water. (left) Phytoremediation, (center) Rhizofilteration, (right) Phytoextraction

Title : Public plaza at Bexley Petrol station with service station (BP), Bexley Description : Site lies within a highly commercial zone with heavy footfall of pedestrians that come to visit shops and restaurants.

Aim : The aim was to create a public plaza in place of the petrol station that can be used by visitors to sit and relax when they’re done with shopping and roaming around the street. It can also be used as a meeting point for other people residing nearby.

The goal is to plant trees that help with soil decontamination around the periphery of the site along with sol capping ro stop the contaminated groundwater from entering nearby areas. The central part of the site is designed in a way that will collect the surface runoff water coming from the street into bioswales and the excess will be drained into the site where plants and groundcovers will help with shallow decontamination.

The Kingston Riverfront Park

Portfolio, Term I

Location : Kingston Upon Thames

Project Type : Redevelopment project

Reviving Urban Landscapes: Remediation and Redevelopment of Contaminated Petrol Station Sites in London

This project focuses on transforming decommissioned petrol stations into public green spaces, driven by the shift towards electric vehicles (EVs) and stringent governmental regulations aimed at reducing petrol vehicle usage to mitigate climate change and pollution. As petrol stations are phased out, these sites, often laden with petrochemical and mechanical oil contaminants, pose significant environmental hazards, including soil and groundwater pollution. These pollutants have even reached the River Thames, adversely affecting aquatic life.

The foremost objective of this project is to remediate these contaminated sites, employing advanced decontamination techniques to eliminate pollutants and ensure the land is safe and sustainable for future public use. This remediation is crucial not only for environmental health but also for reclaiming valuable urban spaces for community benefit and ecological restoration.

Vehicular accessibility

Pedestrian accessibility

River view

Planting for the Future

The aim of this exercise is to initiate the process of incorporating plants as an essential component of our design practice. Recognizing the significant impact that well-designed and ecologically considered planting has on urban environments is vital to the field of landscape architecture. Thoughtful planting not only enhances the aesthetic appeal of urban spaces but also contributes to environmental sustainability, improves air quality, supports biodiversity, and fosters a sense of community and well-being among residents.

To apply these principles, four sites have been identified within the Kingston upon Thames area for this project. By working with these sites, we aim to demonstrate the transformative power of plants in urban design, showcasing how strategic planting can turn neglected or underutilized areas into thriving green spaces that enhance the quality of life for the community.

Concept

The space will be designed with the intention for people to hangout and have small gatherings. In the current scenario the space seems to be a dead space with not much activities happening in or around it.

The space will be designed with the intention for people to hangout and have small gatherings. In the current scenario the space seems to be a dead space with not much activities happening in or around it.

Vegetation

Vegetation

Trees

Trees

Sorbus aucuparia 'Sheerwater

The plants species selected for the site are all plants for pollinators meaning they enhance biodiversity in that area.

The plants species selected for the site are all plants for pollinators meaning they enhance biodiversity in that area.

Zoning of plants is according to their sun /shade tolerance to ensure proper growing conditions.

Zoning of plants is according to their sun /shade tolerance to ensure proper growing conditions.

Access and circulation areas are left open for undisturbed movement of people. It is designed accordingly - Main walkways (1m) and strolling walkways (0.7m)

Access and circulation areas are left open for undisturbed movement of people. It is designed accordingly - Main walkways (1m) and strolling walkways (0.7m)

blocks

The existing planter is removed because it doesnot fit into proposed design. Existing pavement is reused for makin insect house using gabion blocks which can also be used as seatings. Insect house will encourage wildlife in the space.

The existing planter is removed because it doesnot fit into proposed design. Existing pavement is reused for makin insect house using gabion blocks which can also be used as seatings. Insect house will encourage wildlife in the space.

Flowering perennials

Ornamental grasses

Trees

Trees

Flowering perennials

Flowering perennials

Sorbus aucuparia 'Sheerwater Seedling' (rowan 'Sheerwater Seedling')

Seedling' (rowan 'Sheerwater Seedling')

Ultimate height : 8–12 metres

Erica carnea 'Myretoun Ruby' ( heather 'Myretoun Ruby')

Erica carnea 'Myretoun Ruby' ( heather 'Myretoun Ruby')

Ultimate height : 0.1–0.5 metres

Juncus effusus f. spiralis (corkscrew rush)

Juncus effusus f. spiralis (corkscrew rush)

Ultimate height : 0.1–0.5 metres

dealbata (blue wattle)

Acacia dealbata (blue wattle)

Ultimate height : 8–12 metres

Brachyscome multifida (perennial daisy)

Brachyscome multifida (perennial daisy)

Ultimate height : 0.1–0.5 metres

Bidens ferulifolia (Blazing Fire)

Bidens ferulifolia (Blazing Fire)

Ultimate height : 0.1–0.5 metres

Ultimate spread : 2.5–4 metres

Ultimate height : 8–12 metres

Time to ultimate height : 10–20 yrs

Ultimate spread : 2.5–4 metres

Time to ultimate height : 10–20 yrs

Habitat : Columnar upright

Foliage : Deciduous

Habitat : Columnar upright

Foliage : Deciduous

Benefits : plant for pollinators

Benefits : plant for pollinators

Spring : white flower

Summer : green leaves

Spring : white flower

Autumn : red yellow leaves

Summer : green leaves

Autumn : red yellow leaves

Winter :red orange fruit

Winter :red orange fruit

Ultimate spread : 0.1–0.5 metres

Ultimate height : 0.1–0.5 metres

Time to ultimate height : 2–5 yrs

Ultimate spread : 0.1–0.5 metres

Time to ultimate height : 2–5 yrs

Habitat : Matforming

Foliage : Evergreen

Habitat : Matforming

Foliage : Evergreen

Benefits : Low Maintenance, plant for pollinators

Benefits : Low Maintenance, plant for pollinators

Spring : pink flowers

Summer : green leaves

Spring : pink flowers

Autumn : green leaves

Summer : green leaves

Winter : pink flowers

Autumn : green leaves

Winter : pink flowers

Ultimate height : 0.1–0.5 metres

Ultimate spread : 0.1–0.5 metres

Time to ultimate height : 2–5 yrs

Ultimate spread : 0.1–0.5 metres

Time to ultimate height : 2–5 yrs

Habitat : Tufted

Foliage : Evergreen

Habitat Tufted

Benefits : Florishes in rainy

Foliage : Evergreen

season

Benefits : Florishes in rainy

season

Spring : green leaves

Summer : brown flower

Spring : green leaves

Summer : brown flower

Autumn : green leaves

Winter : green leaves

Autumn : green leaves

Winter : green leaves

Ultimate spread : 2.5–4 metres

Ultimate height : 8–12 metres

Time to ultimate height : 10–20 yrs

Ultimate spread : 2.5–4 metres

Time to ultimate height : 10–20 yrs

Habitat : Bushy

Foliage Evergreen

Habitat : Bushy

Foliage : Evergreen

Benefits : visually appealing

Benefits : visually appealing

Spring : Yellow flowers

Summer :

Spring : Yellow flowers

Autumn :

Summer :

Winter : Yellow flowers

Autumn :

Winter : Yellow flowers

Ultimate spread : 0.1–0.5 metres

Ultimate height : 0.1–0.5 metres

Ultimate spread 0.1–0.5 metres

Time to ultimate height : 1 year

Time to ultimate height : 1 year

Habitat : Trailing

Foliage : Evergreen

Habitat : Trailing

Foliage : Evergreen

Benefits : Fragrance, plant for pollinators

Benefits : Fragrance, plant for pollinators

Spring : green leaves

Summer : purple pink flowers

Spring : green leaves

Autumn : purple pink flowers

Summer : purple pink flowers

Winter purple pink flowers

Autumn : purple pink flowers

Winter : purple pink flowers

Ultimate spread : 0.1–0.5 metres

Ultimate height : 0.1–0.5 metres

Time to ultimate height : 1 year

Ultimate spread : 0.1–0.5 metres

Time to ultimate height : 1 year

Habitat : Trailing

Foliage : Evergreen

Habitat : Trailing

Foliage : Evergreen

Benefits : fragrance, plant for pollinators

Benefits : fragrance, plant for pollinators

Spring : green leaves

Spring : green leaves

Summer : orange flowers

Autumn : orange flowers

Summer : orange flowers

Winter :

Autumn : orange flowers

Winter :

Ornamental grasses

Flowering perennials

Flowering perennials

Flowering perennials

Acacia

Paver blocks

Existing planter

LEGEND

to 4m)

to 8m Wt-3 to 4m)

Sorbus aucuparia 'Sheerwater Seedling' (Ht-6 to 8m Wt-3

Acacia dealbata (blue wattle) (Ht-6

Erica carnea 'Myretoun Ruby'

Brachyscome multifida (perennial daisy)

Bidens ferulifolia (Blazing Fire)

Juncus effusus f. spiralis (corkscrew rush)

Seasonal timeline

Season of interest : Spring

Season of interest : Spring

walkway green buffer

Season of interest : Spring

walkway green buffer

Plant dispersion pattern

Season of interest : Spring

walkway green buffer

walkway green buffer

Acacia dealbata Sorbus aucuparia

ferulifolia

Acacia dealbata Sorbus aucuparia

ferulifolia

Acacia dealbata Sorbus aucuparia

Acacia dealbata Sorbus aucuparia

Bidens ferulifolia Brachyscome multifida

carnea Juncus effusus

Location : Ashdown Road Type : Microforest

Four layers of plantation area used; Tree, subtree, shrub and groundcover layer. The secluded space between shrub plantation can be used by the neighbouring residents as a relaxation space. It also has edible species of trees which will give fruits during a specific season.

Vegetation

Vegetation

Ulmus minor (European field elm)

Ulmus minor (European field elm)

Ultimate height : > 12 metres

Malus sylvestris (crab apple)

Malus sylvestris (crab apple)

Ultimate height : 8-12metres

Site is divided into 3 zones; the secluded seating area, shrub plantation area and dense tree plantation area (i.e. the microforest).

Teucrium scorodonia(wood sage)

Teucrium scorodonia(wood sage)

Ultimate height : 0.5–1 metres

Potentilla fruticosa (shrubby cinquefoil)

Potentilla fruticosa (shrubby cinquefoil)

Ultimate height : 1–1.5 metres

Existing raised platform Fence is shifted towards the rear side

The existing raised platform is demolished and the bricks obtained from the demolision are used to make insect houses and seatings. Soil below is preped for planting with fertilizers.

Perennial

Viola odorata (Vt) (sweet violet)

Viola odorata (Vt) (sweet violet)

Ultimate height : Up to 10cm

ground cover

Hypochaeris radicata (cat's ear)

Hypochaeris radicata (cat's ear)

Ultimate height : 0.1–0.5 metres

Ultimate spread : > 8 metres

Ultimate height : > 12 metres

Ultimate spread : > 8 metres

Time to ultimate height : 20–50 yrs

Time to ultimate height : 20–50 yrs

Habitat : Bushy

Foliage : Deciduous

Habitat : Bushy

Foliage : Deciduous

Benefits : Native

Benefits : Native

Spring : red flower

Spring : red flower

Summer green leaves

Autumn : yellow leaves

Summer : green leaves

Autumn : yellow leaves

Winter :

Winter :

Ultimate spread : 4-8 metres

Ultimate height : 8-12metres

Ultimate spread : 4-8 metres

Time to ultimate height : 20–50 yrs

Time to ultimate height : 20–50 yrs

Habitat : Bushy

Foliage : Deciduous

Habitat : Bushy

Benefits : Native , edible fruit

Foliage : Deciduous

Benefits : Native , edible fruit

Spring : white flower

Spring : white flower

Summer green leaves

Summer : green leaves

Autumn : fruit

Autumn : fruit

Winter

Winter :

Ultimate spread : 0.5–1 metres

Ultimate height : 0.5–1 metres

Time to ultimate height : 2–5 yrs

Ultimate spread : 0.5–1 metres

Time to ultimate height : 2–5 yrs

Habitat : Clump forming, Bushy

Habitat : Clump forming, Bushy

Foliage : Semi evergreen or Evergreen

Benefits : plant for pollinators

Foliage : Semi evergreen or Evergreen

Benefits : plant for pollinators

Spring : green leaves

Spring : green leaves

Summer green flower

Autumn : green leaves

Summer : green flower

Winter green leaves

Autumn : green leaves

Winter : green leaves

Ultimate height : 1–1.5 metres

Ultimate spread : 1–1.5 metres

Time to ultimate height : 5-10 yrs

Ultimate spread : 1–1.5 metres

Time to ultimate height : 5-10 yrs

Habitat : Bushy Foliage : Deciduous

Habitat : Bushy

Benefits native

Foliage : Deciduous

Benefits : native

Spring : yellow flower

Spring yellow flower

Summer : yellow flower

Summer : yellow flower

Autumn : yellow flower

Autumn : yellow flower

Winter :

Winter :

Ultimate spread : 0.1–0.5 metres

Ultimate height : Up to 10cm

Ultimate spread : 0.1–0.5 metres

Time to ultimate height : 2–5 yrs

Time to ultimate height : 2–5 yrs

Habitat : Matforming

Habitat : Matforming

Foliage : Evergreen

Foliage : Evergreen

Benefits : native, fragrant

Benefits : native, fragrant

Spring : purple flower

Spring : purple flower

Summer : green leaves

Autumn : green leaves

Summer : green leaves

Winter purple flower

Autumn : green leaves

Winter : purple flower ground cover

Ultimate height : 0.1–0.5 metres

Ultimate spread : 0–0.1 metre

Ultimate spread : 0–0.1 metre

Time to ultimate height : 2–5 yrs

Time to ultimate height : 2–5 yrs

Habitat : Bushy Foliage : Evergreen

Habitat : Bushy

Benefits : native

Foliage : Evergreen

Benefits : native

Spring : green leaves

: green leaves

Summer : yellow flower

Summer : yellow flower

Autumn : yellow flower

yellow flower Winter : green leaves

Winter : green leaves

Trees Sub Trees Shrub Shrub

Perennial

Dense tree plantation area

Location : Kingston Library Type : Rain Garden

Plant dispersion pattern

05

Extracurricular Work

This section showcases a curated collection of artwork, including illustrations and physical models, created over the course of my Bachelor’s and Master’s degrees. It also features graphic designs produced during my entrepreneurial endeavors.

Additionally, I believe that physical activities play a crucial role in personal development. Throughout my undergraduate studies, I have received numerous awards as an athlete, particularly in football, volleyball and running.

Landscape Architecture foundation and a diverse architecture industry. for design, a strong creating sustainable have gained valuable

innovative individual studying a Master of Landscape Architecture University. Armed with a solid academic foundation and a diverse embark on a career in the landscape architecture industry. journey, I have demonstrated a keen eye for design, a strong environmental principles, and a commitment to creating sustainable With a hands-on approach to learning, have gained valuable internships, studio projects, and group projects. professional journey, I am eager to contribute my creativity, to meaningful projects that make a positive difference in environment. I look forward to exploring opportunities for learning from experienced practitioners, and making a lasting landscape architecture.

truptikale2312.biz@gmail.com

contribute my creativity, positive difference in opportunities for and making a lasting

Kingston School of Arts, Kingston University

Masters in Landscape Architecture

Art Installation, Wall Painting, Stage Design,

design

Architectural Competitions

VIT’s PVP College of Architecture, Pune, India

Bachelors in Architecture

Fattechand Jain Junior College, India High school

International School, India

Academic Achievements & Extracurricular

John Farmer prize for Considerations of Landscape Sustainability

LI Student Member

Freelance work

storyTRAIL India (Branding company)

Worked as a designer and composer of architectural portfolio for a client in the United states

Illustrations

Digital portraits and illustrations done for clients

Entrepreneurship

(Jun, 2023)

(April, 2024)

(Dec 2020)

Archdias (The container studio)

Argillartistry (Terracotta product start-up company)

Co-founder of the company, interior decor products made purely from terracotta clay, sustainable packaging and products

Work in Public Domain

Re-contexualizing Bhugaon (Fourth year design studio)

Autocad 2023

(Oct 2020)

(Jun-Dec 2018)

Worked on Mobility in Bhugaon panel as a group project. Panels put on display in Bhugaon for

Structural drawings, planning, BOQ, door window schedules

Sketchup Pro

Detailed 3d modelling, concept models

Indesign

Presentation reports

Procreate

Concept diagrams, sketches

Sketchbook 2020

Graphic sketching, paint effects, digital portraits

Vray 2020

Rendered views, process diagrams

Software Skills Technical Skills

Design thinking

Developing concepts, forms, strategies

Problem solving

Ability to quickly resolve errors, find solutions

Detail oriented

Ability to construct or create detailed drawings

Presentation

Ability to speak or present

Interests

Football

Animation

Graphic Design

Illustrations

Sketching

Travelling

Worked

spectators

The Drawing Board Competition (Multipurpose activity centre)

Creativity

Argillartistry

Co-founder

Leadership

Re-contexualizing

Creating new ideas, designs

Alloting proper tasks to each member, guiding and helping

Technical drawing Ability to make working drawing and detailed sections, BOQ, schedules

John Farmer

terracotta

Enscape

Illustrator

Work Experience

Intern Graduate Landscape Architect

Andy Sturgeon Design, Brighton, UK

Junior Architect

ADCPL, Pune, India

Interior Designer

Aspire Arch Studios, Pune, India

7 months, 2023

1 year, 2021-22

1 year, 2022-21

Work in Public Domain

Re-contexualizing Bhugaon (Fourth year design studio)

(Jun-Dec 2018)

Worked on Mobility in Bhugaon panel as a group project. Panels put on display in Bhugaon for spectators

Architecture a diverse industry.

design, a strong sustainable gained valuable creativity, difference in opportunities for a lasting months, 2023

John Farmer prize for Considerations of Landscape Sustainability

LI Student Member

Freelance work

storyTRAIL India (Branding company)

Worked as a designer and composer of architectural portfolio for a client in the United states

Illustrations

Digital portraits and illustrations done for clients

Entrepreneurship

Argillartistry (Terracotta product start-up company)

Co-founder of the company, interior decor products made purely from terracotta clay, sustainable packaging and products

Work in Public Domain

Re-contexualizing Bhugaon (Fourth year design studio)

(Jun, 2023)

(April, 2024)

(Dec 2020)

digital portraits

Vray 2020

Rendered views, process diagrams

Technical Skills

Design thinking

Developing concepts, forms, strategies

Problem solving

Ability to quickly resolve errors, find solutions

Detail oriented

Ability to construct or create detailed drawings

(Oct 2020)

Presentation

Ability to speak or present

(Jun-Dec 2018)

Worked on Mobility in Bhugaon panel as a group project. Panels put on display in Bhugaon for spectators

Interests

Football

Animation

Graphic Design

Illustrations

Sketching

Travelling

Creativity

Creating new ideas, designs

Leadership

Alloting proper tasks to each member, guiding and helping out

Technical drawing

Ability to make working drawing and detailed sections, BOQ, schedules

Illustrations

Sketching

Travelling

7 months, 2023

Graphic Design