Portfolio

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Minh Tran

CONTENT

University work

2023

Leyte Seed Exchange Centre

2020 Spike Island Zen Dojo pg 4 pg 12

Professional work

2021

2023

2024

ShapeUs Studio, Vietnam

Martha Read Architects, UK

A.C.T Studio, Ireland

pg 18

pg 20

pg 22

Site: Tacloban City, Philippines

Year: 2022-2023

University of Dundee

Leyte Seed Exchange Centre

5th year

The site of the project is in northern Tacloban City, located in Leyte region of the Philippines, which is a natural disaster prone country.

Through our research, we discovered that agriculture is one of the first sectors to fall after a disaster, and it is declining at a concerning rate in the Philippines.

Video

However, several projects over the world have proven that tackling agriculture in the context of a disaster prone city, leads to opportunities that could positively impact communities in the long run.

Hence, in a group of four, we established the “Organic Strip Strategy”* (based on the cluster farm approach) which is comprised of four components: water, education, storage and market. The strip’ goal is to improve Tacloban’s resilience against natural disasters through agriculture.

My thesis focuses on the storage aspect. I researchd about a facility for rice seed storage, production, research and exchange, in order to sustain Tacloban’s rice resources. This is because after typhoon Haiyan hitting the Philippines in 2012, rice farmlands needed to be regrown.

Site analysis
MAIN ROAD
BRIDGE
RICE PADDIES
Minh Tran
Seed exchange centre: exterior and interior

Yet, there was a seed shortage for this purpose, which could have left millions of Filipinos without rice the following year. Hence, for a natural disaster prone city like Tacloban, providing and preserving good quality seeds for longterm rice production and regrowing farmlands post-disaster are crucial.

Coco lumber structure: local material & can be sourced from the strip’s coconut trees
Double-layered retaining wall
Purlins Dried bamboo leaves: local and low heat absorption material
Research / relief seed area
Minh Tran

The building is located on the hillside within the strip, where I want to take advantage of the topography for rice terraces. They provide not only rice resources, but also protection against soil erosion for the site. The structure’s main materials are coco lumber and dried bamboo leaves, as these are the local resources and availible onsite.

Within the building, there are two seed preservation zones: daily seed hubs and research/relief seed storage. Daily seed hubs are located along the rice terraces and their seeds are used for rice growing throughout the year. Seeds for research and aid purpose are stored in the hillside because they need extra protection from external factors.

Section through structure

Concept sketch

In the seed production system, scientists and farmers need to collaborate to produce and exchange seeds efficiently Yet, that is not the case in the Philippines. To tackle this issue in the design, there is no formal walls between areas to increase passive social interaction. This strategy also improves natural ventilation across the building, which is needed to minimise humidity and heat to protect the seeds.

Passive interaction diagram
Coco lumber structure: local material & can be sourced from the strip’s coconut trees
Foundation: washing and sitting area
Purlins
Dried bamboo leaves: local and low heat absorption material

Site: Spike Island, Bristol

Year:2019-2020

Cardiff University

Zen Dojo

3rd year

The site is situated in a vibrant tourist area due to its rich industrial past. For this module, we were required to propose a Zen meditation dojo here. Connecting this brief with the site was the main challenge.

In the end, I proposed a community centre where people congregate for multiple activities, which includes discovering the site’s history and Zen Buddism meditation. This is because in Zen Buddism, interacting with the local is an important aspect. Hence, the inclusion of Zen meditation in Spike Island’s community centre alligns with the religion’s belief and helps local people and visitors connecting with each other through tranquilty.

Front elevation view
Zen meditation dojo

In the 1800s, Avon River was excavated and railways were built for shipping purposes.

On a site visit, I noticed people were only visiting the Floating Harbour side, where there was a museum pathway. Despite having an interesting history, the Avon River side is ignored.

To connect the community centre’s site, which is located on the forgotten Avon River side, to the rest of Spike Island, within the community centre, I created a path to let people visualise the connection between Avon River and Floating Harbour.

On the site there was an existing abandoned brick building which I wanted to utilise because it reflected the area’s industrial past. Brick was then further incorporated into the design, along side with steel supporting structures, for the same reason.

Section AA
Spike Island’s liveliness study
Proposed situation analysis
Busy Quiet Floating Harbour
Floating Harbour
Floating Harbour
Avon River
Avon River Avon River
Entrance and exhibition
Minh Tran
Elevation
View from Floating Harbour

Site: Ho Chi Minh City

Type: Office Interior Task: Concept to detail design

Year:2021

ShapeUs Studio

Faslink Office

The client was a fabric company, who requested an interior design of their office space. They wanted to express the themes of high-tech and sustainability. Additionally, they required the office to be flexible and promoting social engagement.

After visiting the office site, the team agreed to divide the space into a gradual rise in level of private/public, with the window area being the most public.

In order to express the themes, the materials would mainly be white coated steel, with the existing walls being white-painted. Some interior items utilised recycled-plastic panels to further emphasise the sustainability aspect.

Real life image - partition wall / shelves
Real life image - display zone

Site: London

Type: House renovation

Tasks: Technical design Year: 2023

Martha Read Architects

Lloyd Baker Street House Renovation

The client requested a new extension to the house and renovation of its current conditions to fit the client’s daily usage.

I joined the project from stage 3 to stage 4, wokring on plans, sections and detailed drawings for the tenderring process and construction. Additionally, I also visited the site to observe the construction process and communicate with the constructers about any problems.

Site: Cherry Orchard, Dublin

Type: Masterplan

Tasks: 3D models & renders Year: 2025

A.C.T Studio

Cherry Orchard Strategy

Professional work

The Cherry Orchard community wanted a re-conceptualisation of their area. The town would be having four new housing developments, but the local communities felt the developments didn’t meet their expectations of community building, especially the town centre.

The team proposed replacing one development with other facilities in the town centre to improve living quality, local economy, community resilience and social engagement.

Cherry Orchard’s centre could be turned into an urban farm where people could interact, and the products could be used to benefit the local. Other new community facilities such as sport centre and playgrounds would be provided throughout the area.

Minh Tran
3D model - Cherry Orchard after new developments are built Key:
Urban farm
Urban farm Solar farm Cherry orchard garden
New sport centre
Running track & football pitch
pitches Gaelic football pitch
Piped stream revival
3D model - town centre proposal

Site: Stonefield

Type: House renovation

Tasks: garden design, 3D models

Year: 2024

A.C.T Studio

Stonefield

Holiday Home

Professional work

This was a renovation project for an existing house. The client wanted to use the house as a holiday home, and I was assigned to design the surrounding garden.

The design strategy was to return the grassland garden back to its original state, which is bogland. This helped to improve local biodiversity and create beautiful scenery for visitors.

First, bog species would be planted in the garden. Then, rain gardens were placed throughout the landscape, collecting rainwater which wouldl overflood and activate the bog species to grow further. Eventually, the whole garden would be covered by bog species, returning to its original bogland state.

Concept design sequencce - landscape is returned back to bog land
Concept sequence - bog species grows as rainwater overfloods the rain gardens
Concept sequence - bog species takes over the landscape gradually

Concept design axonometric view

Site: Ballina

Type: House renovation

Tasks: garden design, 3D models & renders Year: 2024

A.C.T Studio

Woodland Home

Professional work

In this house renovation project in Dublin, I designed the front and back garden.

I wanted the front and back garden to contrast with each other. The front would be a “neat” and formal garden while the back is a wildflower garden, which would help to improve local biodiversity.

There would also be rain gardens for rainwater collection in both the front and back gardens. Additionally, other aspects such as fire pit and patio would be built to create a diverse garden experience.

3D render - from living room to back garden
3D render - back garden
3D render - front garden

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