Chuter, Tom

Tom Chuter 2020 Portfolio

Master of Architecture / BA(Hons) Architecture Liverpool School of Art and Design

2020 Portfolio Tom Chuter

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Aboutme me About Recently finished studying Liverpool First year masters student atat Liverpool JohnMoores MooresUniversity, University,having havingpreviously previously John studied atat Northumbria Northumbria University.

University. I I studied spent two years on placement DAY spent two years on placement atat DAY Architectural and Brock Carmichael Architectural and Brock Carmichael Architects before before returning Architects returning totoeduction eductionto finish my degree.

In my time in to finish my degree. Worked on practice a wide I worked on a wide of stages; projects variety of projects at avariety range of at ahealthcare range of stages; from healthcare from to residential, to footballto residential, to football stadia from stadia and from design bids upand to and design bids up to and including on-site including on-site detailing. detailing.

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Contents Contents Written Work 01 MA Year 1 Semester 2: Comprehensive Design Project 1 MA Year 2 Semester 1: Urban Design Report-1: Dingle 02 BA Year 3 Semester Weather of Not 8 MA Year 2 Semester 2: Thesis Design 24 BA Year 2 Semester 2: Experimental Project (use option name) 10 MA Year 2 Semester 1: Live Project Report 46 BA Year 2 Semester 1: Urban Design Project 12 MA Year 1 Semester 2: Design ProjectAffordable Housing 54 BA Year 1 Semester 2:

A Place for Crafting 16 MA Year 1 Semester 1: Urban Design Report-1: Ghent BA Year 1 Semester

Archifilm

18 MA Year 1 Semester 1: Individual Design Curriculum VitaeReport

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Written Work

The Image of the City.

Electric Lighting in Architecture 7111AR/1 Urban Theory Thomas Chuter

Kevin Lynch is undoubtebly one of the most influential urbanists of recent times, with his “Five Elements of a City” pervasive in discussions of urban planning. This paper looks at these principles and how they were received.

One of the primary aspects covered is how Lynch himself grew disenfranchised with the reaction to his own work, in particular the transformation of his elements into mere buzzwords.

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Thomas Chuter

Local Stone In Architecture A look at the History and future of using locally sourced stone, focusing on the use of sandstone in Liverpool.

By Thomas Chuter

With much focus on the sculpting of shadows in architecture, there is much less on the opposite- how artificial lighting can be used to conjure architecture itself. This paper offers an introduction to electric lighting with a basic history, before explaining the basic principles of lighting and examples of use. As one of the best examples of the use of lighting to form architecture, the paper then looks at how Neon was used to radically alter the urban environment in notable cities through the twentieth century.

Word Count: 9,717

A specialist study of ten thousand words looking at the history of using local stone in construction. Many of history’s iconic buildings have been built using local stone, with stone being one of the most widely used materials in architecture.

Despite this, its popularity has waned dramatically over the last century. This paper uses Liverpool as a case study to investigate how the local stone was used and why? Following this, the paper then looks at contemporary uses of stone in architecture before attempting to extrapolate this to assess the future possibilities of the material.

2020 Portfolio Tom Chuter

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MA Year 2 Semester 1 Urban Design ReportDingle Toxteth City Centre

The area designated for research and development consists of much of The Dingle area of Liverpool. An inner city area lying between Toxteth to the East and the River Mersey to its West, the area begins just South of Upper Parliament Street- considered the Southern boundary of the city centre.

Created as the city expanded outwards towards the end of the 19th Century due to the influx of Irish and Welsh immigrants, The Dingle (and encompassed section of the Liverpool Docks) has changed drastically over the last two centuries. From rural beginnings as Toxteth Park, the area was cleared and packed with row upon row of terraces. Following the second world war, slum clearance measures have involved demolishing most of those homes, to be replaced with cul-de-sacs of semi-detacheds or abandoned to vacancy.

Sadly much of the area is currently among the poorest in the city, with comparatively high crime rates and low employment. The Demographic data suggests there is a real need for improvement in the area- though it is important to avoid gentrification which would be terminal for the established communities already settled there.

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Aigburth

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MA Year 2 Semester 1 Urban Design ReportDingle

This proposal strives to improve the currently poor levels of health and fitness in the Dingle. The proposal is separated into three individual phasesall contributing towards improved health. Phases one and two provide active and mental health at the bottom of the existing cliff face and along the waterfront.

Phase one provides a range of social venues and sporting activities within the existing brick warehouses as well as residential accommodation. A ferry terminal situated on the promenade offers transport to and from the site towards the Wirral.

Phase two further improves connectivity and transport to the local area with a new tramline and improved train station.

The tramline is situated within a flexible linear park that constantly changes throughout the year. The park contains many pods of various sizes and uses which can be relocated by several cranes located along the landscape.

This allows the park to alter, making space for various activities such as festivals and venues.

Phase three is situated at the top of the cliff, previously being difficult to reach from the dock level. To overcome this a lift offers access up to phase three, connecting the residential district to the revived docks. Phase three focusses 4

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on the local community and improving eating habits. An Urban Farm creates a place for the residents to grow their own fruit and vegetables. A secondary allotment area dedicated to the primary school offers education to the younger population, explaining the importance of healthy eating habits.

Demolition has been avoided where possible, being limited to situations where doing otherwise would severely inhibit the realisation of the scheme. The majority of said work is dismantling the steel frame warehouse, mill and car showrooms, meaning wastage is kept to a relatively small amount given the scale of proposed work.

Proposed Demolition Partial Demolition

(13,905 m2)

Complete Demolition

(29,192m2)

Partial demolition involves the dismantling of portions of the warehouse for the glazed sections- with the removed bricks salvageable for use elsewhere in the scheme.

Proposed Work Renovation

(13,905 m2)

New Construction

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MA Year 2 Semester 1 Urban Design ReportDingle

1 - Creating Social Venues

2 - Reviving the Promenade

3 - Introducing a Green Route

4 - Overcoming cliff face boundary

5 - Urban Farm

6 - cycle paths and interventions

Reusing the warehouses to create a social environment; bars, restaurants, music venues, businesses.

Reintroducing the existing docks by excavating the ground where they once sat. Offering a combined use of social space, greenery, and water between the existing structures.

Reviving the existing promenade by removing the road and car parking, allowing for bleed out space for the buildings. This will generate a better connection between the buildings and the River Mersey. The promenade will be connect to the proposed routes, tramlines and the train station.

A green route will travel alongside the cliff face and existing train station.

This will encourage visitors from both directions, including the popular Baltic Triangle. The green route will encourage healthier, active lifestyles through walking and cycling.

The separation of the high and low land levels will be overcome by connecting the bottom of Harlow Street on the upper level to the revived docks on the lower. An external lift will allow access up connecting to raised walkway, of which will travel over the existing train lines.

In order to promote healthy eating to enhance healthy living, an urban farm is to be proposed. Such a facility would be best suited within the residential area in order to tie it into the local community. From this central location, outreach programmes should promote the inclusion of nearby residents.

A cycle path alongside the existing roads will link Princes Park to the docks.

Along the route, small sport and fitness interventions such as gym equipment will lead downhill towards the large intervention created at the waterfront.

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MA Year 2 Semester 1 Urban Design ReportDingle

The plan outlines half of phases one and two, the social area of phase one and the top half of the linear park of phase two. The existing brick warehouses have been utilised offering a range of social venues, art and music galleries and studios, restaurants, bars, pubs, clubs, a museum, and a brewery. The ground floor of each warehouse has been dedicated to commercial, social activity, whereas the first-floor levels have been allocated to residential use; this allows for many new residents to live in the area. Various sections of each warehouse are to be remodelled and glazed, allowing for a better connection between each linear element, the river Mersey and promenade, the outdoor social spaces between the warehouses and the linear park.

The existing car parking between the warehouses has been re-landscaped offering outdoor social activity; boat hire along the river, art sculptures, music shows as well as reed beds and planting. A new ferry terminal allows for great transportation between the site to the Wirral, with the aquarium situated beside Brunswick Dock being a large, statement building for the area.

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MA Year 2 Semester 1 Urban Design ReportDingle

The plan outlines the bottom half of the linear park and the sporting area for phase one of the masterplan. Like the social venues, the existing warehouses have been utilised and reused, the only retained facility being the existing trampolining centre. This zone acts as the main active area of the scheme, improving physical health and fitness.

Many indoor and outdoor sporting activities are available for all ages and different weather conditions. With the removal of the existing go-karting warehouse the site has become more open, allowing for the linear park of phase two to blend into the sporting spaces. This is a key area of the masterplan as the lift allows each of the three phases to become connected, allowing a route between the upper level of the cliff and the botanical gardens to the lower level of cliff. The openness between the linear park and the sporting venues encourages movement towards the river Mersey with its views through the glazed link and into the inner park between the warehouses.

alter throughout the year. To do this the fixed cranes on site will be able to move the modules to different positions, this would allow for large festivals to take place near Liverpool city centre. One potential use for the flexible landscape could be to house Creamfields festival.

The pods will contain various uses such as rented studios, bike shops and dance studios. The main use of the pods will be available as rented accommodation, this will allow visitors to the area to stay for several nights. The sporting venues can be used for a variety of competition events, such as a Youth Olympics for competitive swimming. The pods will offer the required accommodation for athletes or festival goers that need to remain nearby to the site for a variety of days.

As part of the linear park design the existing, dilapidated Brunswick train station has been redesigned. The new tramlines will further improve the transport and connections to the local area offering easy access right along Liverpool’s lengthy waterfront. The linear park has been designed to be flexible, allowing the landscape to constantly 10

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MA Year 2 Semester 1 Urban Design ReportDingle

A key tenet of the masterplan was to increase the health and well-being of the area through a multiprogrammed approach involving activity, social and the promotion of healthy eating. An urban farm located centrally between the community buildings in the neighbourhood will strive to educate residents in urban agriculture, as well as provide cheaper access to healthy food, to improve the diets of the inner-city.

The arrangement of this farm should produce a wide variety of food for export and local consumption, whilst contributing employment and education to those same people. The Aquaponics labs along the street will also provide a centre for research to be linked with the universities, furthering academia in the city.

A second allotment area is to be provided to the school for educational use, with the rest of the park improved to be a more enticing area for local use.

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Wind Power Arrays

Direct links to The Mersey

Crane Reach to move Pods

MA Year 2 Semester 1 Urban Design ReportDingle

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MA Year 2 Semester 1 Urban Design ReportDingle

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MA Year 2 Semester 1 Urban Design ReportDingle

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MA Year 2 Semester 1 Urban Design ReportDingle

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MA Year 2 Semester 1 Urban Design ReportDingle

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MA Year 2 Semester 1 Urban Design ReportThesis Design

Demolition and Retention 24

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MA Year 2 Semester 1 Urban Design ReportThesis Design

A key tenet of the masterplan was to increase the health and wellbeing of the area through a multi-pronged approach involving activity, social and the promotion of healthy eating.

Arguably the most considerable part of this aspect is the Urban Farm as diet has such a vital effect on an individual’s health. Dingle, like many impoverished areas across the country suffers from significantly above-average rates of preventable chronic illnesses which diminish both the expected length and quality of life.

Furthermore, a poor diet can have substantial ramifications in a developing child. A hungry or malnourished childsomething increasingly common, even in this country- performs noticeably worse in school. This obviously affects outcomes later in life and so is an issue worth addressing as a social issue rather than just that of health.

The community farm would therefore work in conjunction with the Granby Toxteth Development Trust to provide fresh produce to supplement the requirements of those who require it.

The costs of this would be offset by commercial production of organic crops aimed for purchase by both culinary establishments and those residents who can afford it.

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A Healthy Diet

The Importance of Diet

With poor diet now resulting in more deaths than even smoking, in the UK, it is a crucial issue in dire need of addressing. Currently, 14% of deaths in the UK can be attributed to poor diet- a proportion growing exponentially.

In addition to those who die as a result of diet afflicted causes, an even larger number of people live with chronic illnesses. It is estimated that, without drastic improvement, around 50% of children born each year will suffer from obesity as a result of diet by the age of 65. It is important to stress that many of those suffering with obesity are, themselves, malnourished; rarely consuming enough vitamins or other nutritional requirements.

The cost of the butterfly effect associated with malnutrition in wider society is difficult to calculate, but is estimated to cost the NHS £6billion per year. A 2014 study estimated the total cost to be around £27 billion per year (around £890 per taxpayer), though this number is set to rise each year. This is a problem which would be far cheaper and effective to treat at source.

Why do People have Poor Diets?

Overconsumption of Processed Food and Under consumption of Healthy Food - Fast Food is increasingly prevalent.

- These outlets account for a quarter of all food shops in 2019.

- Junk food companies in the UK spend £143 mil a year on advertising– 30x the £5 mil spent on healthy eating campaigns.

Growing Locally On an environmental level, another issue is the embodied carbon footprint attributed to the air miles of much of the food we eat. With food commonly being flown from the other side of the world in order to negate seasonal produce, it is important that we look to grow more food locally.

3 48% 1500

Food is often grown in one country, processed in a second and sold in a third.

of food is imported to the UK.

Carbon footprint notwithstanding, the local environmental issues attributed to growing these crops for export can be Eating Healthy is Expensive Average miles a devastating. The huge amounts of water - The mean price of fruit and veg meal has such intense farming requires has continues to soar – it cost £9.39 per travelled. resulted in desertification, water tables 1,000 calories in 2019, up every year are dropping, resulting in issues for since 2016 – while the price of unhealthy residents who need the resource for food and drinks has remained stable at personal use- an issue compounded £3.54 per 1,000 calories. by the reduction in rainfall due to - The 20% least well-off families must climate change. This worsening of the spend 40p of every pound of their lives of locals for large companies who Tonnes of CO2 produced shipping food income in order to achieve an officially export their produce happens globally within, to and around the UK. nutritious diet, compared with just and could be mitigated by more local 8p in the pound for families in the growth. Further, with the UK importing wealthiest 20% .

30% of all food and almost half of fresh food from the EU, Brexit threatens to Lack of Time and Culinary Knowledge increase the cost of imported food to - In schools, culinary lessons have been become affordable for even less families. reduced or removed entirely from the curriculum.

- Time is a valuable commodity for many. As such, a common complaint is the inability to spare the time needed to learn, plan, prepare and cook a healthy meal plan.

19,000,000

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MA Year 2 Semester 1 Urban Design ReportThesis Design

Site Parti Diagram

Transforming an eyesore into a landmark The tower at the core of this site is currently an eyesore, however this scheme aimed to utilise transform it into a prominent, iconic landmark. The first steps were to remove alternate floor plates, allowing the tower to be converted into a vertical farm, with natural light able to penetrate deeper into the structure.

Developing the Chrysalis In removing half of the floor plates, the lateral load capacity of the structure is to be reduced. Combined with the increase in dead-load due to the planters, reinforcement is therefore required.

This is to be remedied with the insertion of a steel frame to increase the rigidity of both the tower and designated seed store. The frame also allows for easier redesign of the existing envelope to remove the current eye-sore.

Benefits of this chrysalis include: • Increase the rigidity of the structure.

• Increase floor plan size to increase usable space.

• Provide easily accessible space for the large quantity of new services.

00- The Existing Frame

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01- Reinforcing the Frame

• •

Enhance the visual qualities of an existing, prominent eyesore into a more attractive landmark to act as a centrepiece for the development.

Create a “strategy” design which could be reused in different locations should this farm be seen as successful. This is part of the wider thesis brief which hopes to use this proposal as an experiment for a wider roll out of urban farming for healthcare purposes around the country. The idea is that such a technique could be directly applied to almost any existing building so wasted urban fabric can be re-purposed into urban farms.

02- Expanding Floor Plan

03- New Envelope

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MA Year 2 Semester 1 Urban Design ReportThesis Design

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MA Year 2 Semester 1 Urban Design ReportThesis Design I Program Key: 5,260 m2

Growing Space

Education

Storage

1,665 m2

Sanitary

180 m2

Circulation

975 m2

Vertical Circulation (Footprint)

120 m2

Research

890 m2

Culinary (Eating/ cooking)

475 m2

Commercial

690 m2

Administrative/ Staff

330 m2

Industrial

765 m2

Services

935 m2

490 m2

F H

A E C

D B

12,775 m2

Total

Orchard

2,540 m2

Outdoor Planting

2,225 m2

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MA Year 2 Semester 1 Urban Design ReportThesis Design

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MA Year 2 Semester 1 Urban Design ReportThesis Design

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MA Year 2 Semester 1 Urban Design ReportThesis Design

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MA Year 2 Semester 1 Urban DesignEnvironmental Report

Av. kWhrs generated/day

3- Water Recycling

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Av. kWhrs generated/day

2- Organic Waste Recycling Organic waste from both the farm, and the surrounding areas is to be collected and taken to the composting centre in the scheme’s core. Here it will either be treated and processed into fertiliser for the farm or used as a food source for the Black Soldier Fly farm. Excess compost can be sold or used by the council in the wider area.

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the outdoor planting areas, though any runoff should be collected. This water could then be stored in the grain silos. Each silo has a capacity of roughly 2,100 m3, totalling a capacity of 37,800 m3. This equates to approximately 37,800,000 L. As such, only three or four of the silos would be required to ensure a reliable store.

4- Wind Turbines

1- Heat extracted from ground source heat pump used to help maintain temperate internal climate.

Farming is incredibly water-intensive however, in this location, the amount and frequency of rainfall mean rainwater collection is an extremely feasible way to reduce this impact.

With an area approximately 21,800 m2, there is the potential to collect an average of 50,000L per day across the entire site. Naturally, a significant amount of this would fall directly into

The 19 vertical wind turbines adjacent to the site would theoretically generate an average of 8.6MWhrs per day- roughly equivalent to the power used by 130 households. Due to the prominent position of the site, the actual power generated is likely to be higher, with this data based on the forecast for the wider city. Due to its location on the coast, Liverpool is in an advantageous position for utilising wind power, with a relatively constant amount of wind throughout the year ensuring a steady supply of power generation.

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1. The tower’s height enables the use of the stack effect to naturally draw warm air upwards and through exhausts.

2. Void space in the centre of the two buildings as service core.

3. Cross Ventilated where possible.

4. Polycarbonate shell allows plenty of natural light in.

Existing structure is to be stripped back to widen openings, allowing more light, deeper into the plan.

5. Self-contained pods allow climate control.

6. Services integrated into pod ceilings.

7. Warmer air from labs vented into growing spaces.

8. Existing structure retained to reduce material waste and retain character of site.

9. Void allows more natural light into pods.

10. Seed store in bedrock removes the need for artificial temperature control, instead utilising the stone’s thermal mass.

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MA Year 2 Semester 1 Urban DesignTechnology Report New roof with skylight for seed centre:

Estimated existing structure. Survey would be essential before commencement of works as it is near impossible to detail existing without access to site.

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Single-ply non-bituminous membrane Kingspan Thermaroof TR27 with 300mm up stand Vapour control layer e.g. Airguard AD 153-840 1.25mm gauge steel deck

Envelope to be Rodeca PC 2540-6 polycarbonate, crystal finish in white to allow 46% transmission. Fitted into brackets along steel hollow section ring.

Extension Floor: • Concrete screed • Shear Studs • AD 137-930 1mm gauge steel deck left exposed to bottom.

Coated in thin film intumescent.

Where the new floor meets the existing floor plate, the joint is to be offset with the insertion of a drainage channel to allow spillage from the planters to escape.

Existing foundations unknown without survey or access. Presumed to be slab due to weight of machinery used in existing function.

Steel framed pre-fabricated pods are to be slotted into the frame and plugged into the service core. This way pods may be disassembled and replaced should requirements change.

Corten Steel frame offers natural fire resistance in comparison to standard steel due to surface structure.

Pad Foundations for proposed steel frame.

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MA Year 2 Semester 1 Urban DesignTechnology Report < Chrysalis Shell to Existing Frame

In order to reintroduce stiffness into the structure following the removal of alternate floors from the tower, a steel frame is to be erected within it. This frame will extend through into the Seed Bank and provide the structure to support the lab space there.

The frame will not only stiffen the structure against horizontal loads, but will also help support the likely increase in dead load associated with the vertical farming.

In building D the pods will alternate levels between those in the tower and the warehouse to help link the two, combining the existing into one larger macro-structure.

Frame Internal Connection >

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MA Year 2 Semester 1 Live Project

Project Introduction This scheme was initiated in reaction to changing regulations reducing current operations at Sefton Local Authority’s emergency housing shelters to almost zero as a result of the Coronavirus pandemic. As such, the Council has sought urgent help in designing a way to increase capacity once again. This live project sought to provide a solution to these issues for two of their sites with minimal budget available. As such, proposals aimed to be made of cheap but long-lasting materials requiring minimal skilled labour or physical alterations to the buildings.

How Covid has affected their work?

With social distancing guidelines restricting occupancy to one individual per room (in contrast to previous where six beds offered a dormitorystyle accommodation), this creates a requirement for partitioning the spaces in order to prevent cross-inhalation of air in a bid to decrease risk of viral spread. As a result, the pre-existing conditions are no longer usable, resulting in the organisations having to pay for B&B, hostel or hotel rooms for those who present themselves due to the government’s drive to prevent rough sleeping during the pandemic (Ministry of Housing, 2020) which is not affordable in the long-run.

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MA Year 2 Semester 1 Live Project

Bosco House An extension to a large hostel for the homeless, the room is currently used for short term stays to triage guests and decide which pathways are best for them in the longer run.

This space is lined with cots which are too open for current requirements.

The room at Bosco house is of suitable proportions for denser accommodation. As such the units proposed here feature a separated bunk bed design where self-contained pods overlap to save space. Future expansion is possible, with the adjacent meeting room offering the possibility of two more units.

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MA Year 2 Semester 1 Live Project

Hatherlow Hall An outbuilding hall behind two large houses. The site is used similarly to Bosco House as short-term emergency accommodation. The client was willing for the entire building to be used, though obviously budget restricted proposed work to just the hall itself.

The more limited proportions of the space in the Hatherlow site result in the need for more versatile unit sizes, with this design being a smaller pod.

The store room to the top of the plan also raises the possibility for an accessible unit.

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MA Year 2 Semester 1 Live Project

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Assembly 1. Re-purposed wooden pallet base with services running through.

2. Plywood floor.

3. Altro Marine layer for waterproofing and to increase lifespan of the floor.

4. Timber structure including bed frame with storage area underneath for rigidity. Assembled using angle plates with selfthreading screws.

5. Bedroll/ mattress.

6. Bathroom fit out.

7. Marine Plywood sheets to form walling. Sheets not needed where pod abuts wall, though waterproofing material e.g. vinyl, acrylic/ perspex or tiling may be.

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MA Year 1 Semester 2 Affordable Housing

With Liverpool set to require at least additional fourteen thousand homes per annum in order to meet demand, it is imperative that large scale housing schemes are proposed for the city region. The majority of these homes are needed by first time buyers as an initial step on the property ladder and, as such, should be affordable. Construction by private developers require significant profits to be deemed worthwhile undertaking, reducing the affordability of such schemes, however a council-led scheme with no such demands, would be able to focus on creating the highest quality project for a budget. As such, this proposal aims to utilise land the council already owns for a high-density, highquality residential development.

A unique aspect of the site’s location is the ability to see seven religious buildings encompassing five denominations/ religions, reflective of the diversity of the population in the area. Though most of these views are partially obscured, both the Welsh Presbytarian Church and Liverpool Cathedral dominate the South-Western and Western skyline. As such these views inform the layout of the proposal, with the confluence of both sight lines combined with the axis formed by the old street layout sculpting the orientations.

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MA Year 1 Semester 2 Affordable Housing

Existing Community Centre

Phase 1- Living Areas Plan

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Parti Diagram In order to avoid clashing with either side of the site, the proposal combines both in its massing and form. The overall mass matches that of Falkner Terrace and the rest of Upper Parliament Street as a three or four storey block. The cut-outs mirror the form and size of the smaller residential buildings nearby.

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Phase 1- Living Areas Plan

Phase 1- Living Areas Plan

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Diagrams 1- The Site 2- Massing 3- Views 4- Openspace 56 14

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Phase 1- Sleeping Area Plan

Phase 1- Sleeping Area Plan

Phase 1- Sleeping Area Plan

Phase 2- Addi

Housing to be capable of m initial base of a living and bedroom second storey. In can be converted into a se

If required, phase two can additional bedroom, with a Phase 2- Additional Bedroom Plan

If further bedrooms are req Phase 3- Additional Bedroom Plan consumed, creating a third be further divided into two

Phase 1- Alternative Living Areas Plan with Parking

Phase 2- Additional Bedroom Plan

Phase 3- Additional Bedroom Plan

Housing to be capable of modular extension, where an initial base of a living and eating area, with a one Housestorey.

Phasing bedroom second In this second storey, an office can be converted into atosecond Housing be bedroom. capable of modular

Phasing It is possible to build the scheme in three extension, where an initial base or a phases to offset risk and costs. This order If required, phase two can be installed, adding an living and eating area, with one bedroom Housing to be capable ofwith modular where an additional bedroom, a roof extension, terrace. includes the parking and large green second storey, an office can be converted initial base of a living and eating area, with a one space of the podium within phase one into a second bedroom. bedroom second storey.

In this second an office If further bedrooms are required, the storey, terrace can be to ensure provision of social ammenities a third bedroom, large enough to can beconsumed, convertedcreating into a second bedroom. immediatly- preventing the feeling be of further divided into two.

If required, phase two can be installed, living on a building site for the first adding an be additional with a roof If required, phase two can installed,bedroom adding an residents. Each phase can be completely terrace. additional bedroom, with a roof terrace.

Phase 1- Alternativeindependent Living Areas Plan with Parking so building work has limited impact on the previous phase.If further Doing bedrooms are required, the terrace can be If further bedrooms are required, the m0 1 2 so also enables the current community SCALE consumed, creating a third bedroom, large enough to terrace can be converted, creating a centre to remain as-is till the finalbephase, further divided intobedroom, two. third large enough to be further allowing them to continue their role in the divided into two. community.

Phase 1- Alternative Living Areas Plan with Parking

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Social Space

Social Space

1 Bedroom Apartment 1 Bedroom Apartment

Retail/ Commercial Retail/ Commercial

2 Bedroom Apartment 2 Bedroom Apartment

Community Centre Community Centre

3 Bedroom Apartment 3 Bedroom Apartment

Circulation Space Circulation Space

Podium

Storage Space Storage Space

58 16

Podium

Tom Chuter 2020 Portfolio 16

Tom Chuter 2020 Portfolio

m0 SCALE

5

10

15

20

25

30

35

40

45

Lv0 Block Lv1A House6 6 1B 6 2B 2 3B 1

Lv2 Lv0

Lv0 Block Lv1B 5 House 1B 2B 3B

Block C 6 House 1B 2B 3B

Lv0 14 1 1

Block D House 1B 2B Block A 3B House

Lv0 Block Lv1D House 18 1B 20 9 2B 10 Lv0 Lv1 3B 16

30

35

40

45

50

B

4

50

1:500

Estimated Occupancies per Residence Expected

Block A House 1B 2B 3B

25

1:500

House 1B 6 2B 3B 2

C

N

20

Block Maximum

D

A

15

Phase 1

House

10

Maximum

House

3

6

1B

1.5

2

2B

2

4

3B

2.4

6

Phase 2

Expected Maximum

5

1B 2B Block E 3B House 1B 2B Block B 3B House 1B 2B Total 3B House

Phase Phase 3 1

Expected

m0 SCALE

Phase 1

N

Block Lv1C House 1B 1 2B 1 3B

Phase 2

C

D

6

6

2E Lv0 Block Lv1 House 1 13 1B 15 4 2B 7 Lv0 3B Lv1 1 5

Phase 3

A B

E

1B 2B Block C 3B House 1B 2B

Lv0 Total Lv1 19 House6 38 1B 42 14 2B 20 Lv0 Lv1 0 3B 3 14 1 1 1 1

Lv3 Lv1 6 6 2 1

Lv2 Total 6 618 24 12

Lv3 Occupants Total Max Occ Occupants 18 6 108 18 27 18 54 27 8 4 32 8 5 2 29 5 58 223 58

Lv2 Lv0 5

Lv3 Lv1

Lv2 Total 5 0 0 0

Lv3 Occupants Total Max Occ Occupants 15 5 90 15 0 0 0 0 0 0 0 0 0 0 0 0 15 90 15

Lv2 Lv0 14 11 11

Lv3 Lv1

Lv2 Total 14 13 13 0

Lv3 Occupants Total Max Occ Occupants 42 14 252 42 5 3 9 5 6 3 24 6 0 0 0 0 53 285 53

Lv2 Lv0

Lv3 Lv1

23 18 10 9 Lv2 1

1120 610 Lv3 11

Lv2 Total 0 23 72 10 35 Total 1 36

Lv3 Occupants Total Max Occ Occupants 0 0 0 0 11 108 72 216 108 6Occupants 70 35 Max 280Occ70 1 718 3 43 108 7 185 539 27 54 185

66 2 1

1 1

6 2 Lv2 Lv0 1

Lv3 Lv1

15 13 74 Lv2 1

1515 67 Lv3 1 1

Lv2 Lv0 019 45 38 20 14 Lv2 30

Lv3 Lv1 06 2642 1220 Lv3 23

1 1

18

4 Lv2 Total 02 15 58 724 Total 1 3 5 0 0 Lv2 Total 0250 45 151 20 66 Total 3 8 14 3 3

8 Lv3 Occupants Total Max 32 Occ Occupants 05 0 029 0 58 223 87 15 87 58 174 6 48 24 192 48 1Occupants 7 3 Max 43 Occ 7 15 90 142 142 409 0 0 0 Lv3 Occupants Total Max 0 Occ Occupants 0 0 750 25 450 75 15 90 227 26 227 151 453

12 132 66 528 132 2Occupants 19 8 Max 115Occ19 42 252 453 453 1546 5 9 59 2020 Portfolio Tom Chuter 17 2020 Portfolio 6 24

MA Year 1 Semester 2 Floor Level 0

MA Year 1 Semester 2 Floor Level 1

1B 1B

Cafe Cafe 143 sqm 143 sqm

B.S

2B 2B

B.S 41 sqm 41 sqm

1B 1B

1B 1B

1B 1B

Lobby Lobby 159 sqm 159 sqm

1B 1B

1B 1B

1B

Cafe B.S 41 sqm

1B

69 sqm

1B

2B 2B

1B 1B

1B 1B

1B 1B

1B 1B

14 14

14 14

14 14

10 10

10 10

1B 10 10

1B

1B

1B

Plant 46 sqm

10 10

14

10

14

2B 2B

1B 1B

05

ing S 10 1B 1B

. Park

134no 10

paces

10

B.S10 1B 1B B.S 68 sqm

1B 2B 1B

1B 1B 1B 1B

2B2B 2B

2B 2B 09

1B 1B

1B 1B

1B 1B 2B 1B 1B

159 sqm

2B 2B

1B

1B

2B

1B

1B 1B

1B B.S B.S 90 sqm

1B 1B

2B 2B

47 sqm

1B

2B

1B

1B

1B

1B

2B

1B

10 10

2B

Lobby

14 14

10 10

1B 10 10

1B

1B

1B

Social

1B

2B 2B 2B 2B

10

B.S B.S 68 sqm

1B 1B

1B 1B

1B 1B

1B 1B

Community Centre 285 sqm

1B 2B 1B

1B 1B 1B 1B

2B2B 2B

2B 2B

68 sqm

111 sqm

1B

1B

2B 1B

1B

1B

1B 1B

1B 1B Lobby Lobby 47 sqm

1B

1B

1B 1B

1B 1B 2B 2B

Social

1B 1B

1B 1B

2B

1B 1B 2B

2B

2B

2B 2B

2B 1B

1B 1B

1B

79 sqm

1B 1B

136 sqm

10 10

m Podiu1B 1B

47 sqm

1B 1B3B 1B 1B 1B 1B

2B 2B

09 09

10 10

46 sqm

1B

2B

Farm Farm Shop Shop 79 sqm

15 sqm

05 05

Plant Plant 46 sqm

1B s ce 2B 1B pa ces gS a in p k S r a 2B 4no. Parkin10g .P 13 10 13104no

1B

1B

1B 1B 14 14

05 05

2B

2B

1B 1B

1B 1B 14 14

90 sqm

1B B.S

18 sqm

1B

1B

1B 1B

1B 1B

Community Community 1B Centre 2B Centre

2x Storage 1B 2x 15 Storage sqm

2B 2B

306 sqm

03 03

C.S C.S 18 sqm

1B

1B 1B Lobby Lobby 47 sqm

Retail Retail 306 sqm

79 sqm

1B

1B

1B

1B

2B 2B

1B

2B

1B

1B

1B

285 sqm 285 sqm

1B

Lobby Lobby 69 sqm

1B

1B

2B

1B 1B

69 sqm

Farm Shop

1B 1B

1B 1B

68 sqm

10

Lobby Lobby 159 sqm

2B

2x Storage

1B 1B

1B 1B

05

10

2B 2B

1B 1B

2B 2B

1B 1B

1B 1B

1B 1B

15 sqm

306 sqm

2B 2B

1B 1B

1B 1B

285 sqm

2B 2B

Retail

09 09

1B 1B

2B 2B

1B 1B

1B 1B

1B 1B

79 sqm

03

C.S

10

2B

10 10

46 sqm

1B 1B ces a p S es c arking g Spa B.S 4no. P Parkin10 14 90 sqm 134no.

10 1310

1B 1B

05 05

Plant Plant 46 sqm

18 sqm

1B 1B

2B 2B

306 sqm

03 03

1B 1B

2B 2B

1B 1B Lobby 1B 1B 69 sqm

1B 1B

Community Centre

Farm Farm Shop Shop 79 sqm

15 sqm

2B

2B 2B

159 sqm

1B 2x Storage 1B 2x 15 Storage sqm

B.S

B.S 41 sqm 41 sqm

Lobby

285 sqm 285 sqm

Lobby Lobby 69 sqm

Retail Retail 306 sqm

1B

143 sqm

1B

2B

1B 1B

Cafe Cafe 143 sqm

2B

1B

1B

1B

1B

1B

Community Community 1B Centre 2B Centre

143 sqm

1B 1B

2B 2B

1B 1B

2B 2B

1B 1B

1B 1B

2B 2B

1B 1B

1B 1B

1B 1B

2B 2B

2B

2B

1B

47 sqm

1B

2B 1B 1B

3B

1B

1B

1B 2B

1B

2B

1B

68 sqm

1B

Ground Ground Level Level Plan Plan

1B

N N

m0 m0 SCALE SCALE

5 5

10 10

15 15

20 20

25 25 1:500 1:500

30 30

35 35

40 40

45 45

50 50

Ground Ground Level Level Plan Plan

N N

m0 m0 SCALE SCALE

5 5

10 10

15 15

20 20

25 25 1:500 1:500

30 30

35 35

40 40

45 45

50 50

MA Year 1 Semester 2 Floor Level 2

MA Year 1 Semester 2 Floor Level 3

1B 1B

Cafe Cafe 143 sqm 143 sqm

B.S

2B 2B

B.S 41 sqm 41 sqm

1B 1B

1B 1B 1B 1B

1B 1B

2B 2B

1B 1B

2B 2B

1B 1B

Lobby Lobby 159 sqm 159 sqm

1B 1B

1B 1B

1B 1B

1B 1B

1B 1B

1B 1B

14 14

14 14

14 14

1B 1B

10 10

1B 1B3B 1B 1B 1B 1B

1B 1B

2B 2B

10 10

46 sqm 10 10

1B 10 10

1B

Social

09 09

1B

136 sqm

1B

1B

10 10

2B 2B

1B 1B

10

B.S B.S 68 sqm 1B 1B

2B

1B

2B 2B

1B

1B 1B

1B 1B

1B

1B 1B

1B 1B 1B 1B

143 sqm

B.S

2B 2B

B.S 41 sqm 41 sqm

1B

2B

1B 1B

2B 2B

Community Centre

1B 1B 1B 1B

1B 1B

1B 1B

2B 2B

Lobby Lobby 159 sqm 159 sqm

79 sqm

Social

1B 1B

1B 1B

1B 2B 1B

1B 2B 1B

1B 1B 1B2B 2B1B 2B 2B 1B 2B 1B

68 sqm

Lobby Lobby 47 sqm

18 sqm

1B

1B

1B 1B

1B B.S B.S 90 sqm

1B

2B 2B 1B

1B

3B

N N

1B

m0 m0 SCALE SCALE

1B

2B

1B

10 10

2B

1B

1B 1B3B 1B 1B 1B 1B

2B 2B

1B 1B

05 05

Plant Plant 46 sqm 10 10

Social

09 09

10 10

46 sqm

s pace es gS Spac arrkkin g P in . o n 4 . Pa 10 13 10 13104no

47 sqm

2B

1B 1B 14 14

14 14

1B

1B

1B 1B

1B 1B

2B

1B

136 sqm

1B

2B 2B

10 10

10 10

2B 2B

1B 1B

10

B.S B.S 68 sqm 1B 1B

1B 1B

1B 1B

1B

10 10

15 15

20 20

25 25 1:500 1:500

30 30

35 35

40 40

45 45

50 50

Social

2B

69 sqm

1B 1B

1B 1B 1B 1B

79 sqm

2B 2B 1B 1B

1B 1B

1B 2B 1B

1B 2B 1B

1B

1B 1B 1B2B 2B1B 2B 2B 1B 2B 1B

2B 2B

68 sqm

Store 24 sqm

1B 1B

1B 1B Lobby Lobby 47 sqm

2B 2B

47 sqm

1B 1B

Ground Ground Level Level Plan Plan

N N

1B

m0 m0 SCALE SCALE

Store

1B

2B

3B

5 5

1B

2B

Farm Farm Shop Shop 79 sqm

15 sqm

05 05

2B

2B

1B 1B 14 14

90 sqm

1B

1B 1B

2B 2B

306 sqm

03 03

C.S C.S 18 sqm

1B

1B

1B

Ground Ground Level Level Plan Plan

2B

1B 1B

1B 1B 2B 2B

1B

1B

Retail Retail 306 sqm

111 sqm

1B

Community Community 1B Centre 2B Centre

2x Storage 1B 2x 15 Storage sqm

2B

2B 2B

1B

1B

1B

285 sqm

1B

2B

1B

1B

1B

285 sqm 285 sqm

1B

Lobby Lobby 69 sqm

1B

1B

2B

1B 1B

69 sqm

2B 2B

2B 2B

1B 1B

1B 1B

1B 1B

1B 1B

1B 1B

1B 1B

2B

2B

Farm Farm Shop Shop 79 sqm

15 sqm

05 05

Plant Plant 46 sqm

1B s ce 2B 1B pa ces gS a in p k S r a 2B 4no. Parkin10g .P 13 10 13104no

2B 2B

306 sqm

1B

Community Community 1B Centre 2B Centre

2x Storage 1B 2x 15 Storage sqm

2B

03 03

1B

2B

1B

1B

1B

1B

1B

2B 2B

1B

1B 1B

Cafe Cafe 143 sqm

285 sqm 285 sqm

1B

Lobby Lobby 69 sqm

1B

1B

2B

1B 1B

69 sqm

Retail Retail 306 sqm

2B 2B

1B 1B

1B 1B

1B 1B

7 sqm

2B

1B

5 5

10 10

15 15

20 20

25 25 1:500 1:500

30 30

35 35

40 40

45 45

50 50

MA Year 1 Semester 2 Affordable Housing Column 64mm wide.Title text above is Arial size 18 bold.Typical body text for this document size 10 Arial - small font types recommended as generally looks better across all pages, allowing focus on the imagery. Titles and text sizes could be kept consistent, in both size and location across pages for a ‘clean’ graphic format. Alternate graphic approaches are possible, but the ‘Master Pages’ of this template offer a range of initial, straightforward layout options. Arial used throughout here.

This box ‘Justified’ - to get RHS text edges aligned

vation

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No

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evati

n El rther

Sketch Development

Northern Elevation

Eastern Elevation

n

Sectio

ation

n Elev

er South 64

Tom Chuter 2020 Portfolio

Southern Elevation

2020 Portfolio Tom Chuter

65

MA Year 1 Semester 2 Perspectives

64mm sq image

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66

Tom Chuter 2020 Portfolio

64mm sq image

64mm sq image

64mm sq image

64mm sq image

2020 Portfolio Tom Chuter

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MA Year 1 Semester 2 Environmental Study mester 2 l Study- Planting

2B 1B 1B

1B

1B 1B

1B

1B

2B

1B

1B 2B

2B

3B

1B

1B

1B

1B

1B

2B

13

oc

S 6s

qm

l

ia 1B

2B

1B

sq

m

ia

oc

S

Golden Euonymus l

Lavender

2B

Goatsbeard

69

2B

Pieris

1B

Magnolia

Midday on Winter Solstice

Sunlight, Shade and Wind As the proposal is not particularly tall and the area to the South is extremely low-rise, there is little overshadowing within the site. The rooftops receive direct sunlight throughout the year, while the courtyards receive good light Shading in the summer, but intermittent sunlight throughout the Winter and mornings.

The large mass on the southern side buffers the courtyards against most of the wind, with the rooftop terrace also buffered by the stepped up massing along this edge.

Wildflowers

2B

2B 1B

1B

1B

Summer Solstice

to

S sq

m

re

24

Morning on Equinox

1B 2B 1B

1B

1B 1B

7s

qm

re

to

Pulses

S

Tomatoes

2B

Prevailing Winds

Chilli Peppers

Potatoes

Equinox

Alliums

rd

hi

T

Winter Solstice

lo

F or n

la

P el

v Le N

Evening on Equinox

0 m LE A

C

S

would oil and to the uld be lightrate of entially hrough

The large mass on the southern side buffers the courtyards against most of the wind, with the rooftop terrace also buffered by the stepped up massing along this edge.

3B

Planting should aim to be colourful, with the selected examples offering a sample of potential plants to be installed around the landscaping. All are familyfriendly and can be grown in the UK, even with limited light. Greenery should aim to be maximum impact but minimum to be maintenance. elected mple of There are countless crops which may stalled be planted in the farm. The particular g. All proposed planting has wide usage in can be African and Carribean cuisine. n with should act but To aid growth, fruit walls would be built to contain the soil and provide ambient warmth to Blossoms the crops. These walls would crops be painted to reflect blue light, proven in the to increase the rate of growth in plants. being Potentially pipes could be run through n this them to artificially increase temperature. minimal pliment rowing eate a dients. e wide ribean

> Sunlight, Shade and Wind m0 5 10 15 20 25 30 35 40 45 50 N SCALE As the Third proposal is Plan not Floor Level 1:500 particularly tall and the area to the South is extremely low-rise, there is little overshadowing within the site. The rooftops receive direct sunlight throughout the year, while the courtyards receive good light in the summer, but intermittent sunlight throughout the Winter Midday on Summer Solstice Midday on Equinox and mornings.

2020 Portfolio Tom Chuter

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Tom Chuter 2020 Portfolio

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68

69

15

MA Year 1 Semester 2 Environmental Study

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Tom Chuter 2020 Portfolio

Bike Stores

Covered Parking

Biomass Fuel

Food Waste Disposal

Rooftop Farm

Each block has access to bike stores to encourage the use of non-fossil fuelled transport. In combination with good transport links (a bus stop is located immediately outside the perimeter of the site and Lime Street Station is a twenty minute walk)and easy access to either the city centre or South Liverpool, this provision aims to encourage a more environmentally sustainable lifestyle.

Concealing parking underneath a podium avoids sacrificing valuable open space for the necessary ancillary space associated with cars.

This podium then provides greenery for the area, as well as a space for families to use. Electrical charging points will also encourage the use of non-fossil fuelled vehicles.

In order to further reduce dependence on fossil fuel sourced energy, the natural gas released during composting can be extracted and used as an alternative energy source. This may prove useful in the winter when solar energy is severely reduced. Though biomass and natural gas do release carbon when burned, they offer a much smaller carbon lag as it had only be removed from the atmosphere recently, meaning it is nowhere near as harmful as fossil fuels which release chemicals stored for millions of years. Essentially biomass is close to carbon neutral.

Facilities to dispose of food waste environmentally through composting are to be integrated into the scheme.

Once mulched, this will be used as an organic compost for the garden, adding nutrients to the soil, without the foul odour associated with other natural fertiliser. This will reduce the amount of waste generated by the occupants.

Located on the rooftop of Blocks D+E, the garden is secured by the building, as well as being in a prominent position which receives sunlight the entire year. This allows crops to grow better than at ground level where they may be overshadowed. The issue of increased wind due to prominence is mitigated by the boundary and fruit walls. A diverse range of crops and herbs are growable, with broadened potential due to the fruit walls, allowing for a large selection of options- some of which are listed as part of the planting section.

Loading and unloading for the shops will be possible through a loading area down Upper Hampton Street to separate the ancillary functions from family areas.

2020 Portfolio Tom Chuter

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MA Year 1 Semester 2 Environmental Study- Water Collection

MA Year 1 Semester 2 Environmental Study- Solar Energy

of Energy Requirement Met/ % Available Sunlight/ Percentage hrs Daily Average hours% Of Demand Met (EO)

Daylight Hours

Dec Nov

Oct

18 16 14 12 10 8 6 4 2 0

Jan

Jan Feb

Dec Mar

Apr

Sep

May Aug

Jun

Hours of Sun

Hours of Daylight and Sunlight in Liverpool throughout the Year.

N

m0 SCALE

5

10

15

20

25

30

35

40

45

15,917

Podium Area/ sqm Rooftop Area/ sqm Feasible Collection Area/ sqm

3,128 7,737 10,866 141 453 1,546 63,831 218,014

Average Daily Rainwater collection each month/ L

9,090,577L Annually

Percentage of Average Daily Demand Met Each Month

39% Annually 11% Annually Expected Occupant Numbers

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Tom Chuter 2020 Portfolio

Mar

Apr

Oct

May

Sep Aug

Jun

Expected Occ

Max Occ

Percentage of Energy Requirement met throughout the year.

N

Total Site Area/ sqm

Demand: Expected Occupants/ L Max Number of Occupants/ L

Nov

50

1:500

The collection of rainwater would subsidise some of the demand from the occupants. This would need to be supplemented by mains water- particularly for drinking water- however it would reduce the environmental impact of the scheme.

Water Usage per person/ L Occupancy (All units occupied): Expected Occupants Max Number of Occupants

Feb

Jul

Jul

Daylight Hours

% Of Demand Met (MO)

Maximum Occupant Number

Liverpool receives few hours of direct sunlight throughout the year, though the potential for solar energy in Summer is much higher due to its Northern latitude. PV Panels are still able to generate energy on overcast days, but function at between 10-25% output (considered in these figures). With an average daytime of 18 hours, June has the highest potential, though May tends to receive more hours of sunlight per day on average at 7. December tends to receive the shortest amount of sunlight, with it also having the shortest days at 8 hours with barely 1hr 30 of sunlight.

Solar has the potential to provide a significant proportion of the scheme’s energy requirements around the summer months at expected occupancy levels90% in May- though this is significantly reduced throughout the winter where external sources will have to be relied upon- 27% in December. Despite this, annually the scheme has the potential for 60% of energy to be generated by solar. At maximum occupancy this proportion is severely reduced, providing only 18% of required energy. Regardless, generation of approximately 2,508 KWh/day would be a significant reduction in the environmental impact of the scheme.

m0 SCALE

5

10

15

20

25

30

35

40

45

50

1:500

Solar technologies would help reduce the amount of externally sourced energy, increasing the scheme’s environmental credentials.

A combination of solar and PV panels would help provide for both heating and standard electrical energy demands.

Standard Panel Dims (LxW/ m) Standard Panel Power (W) Available Rooftop Area/ sqm Usable Rooftop Area/ sqm Possible Number of Panels Total Power of Panel Array/ mW Daily Power Usage per Person/ W Total Power Usage With: Expected Occupants (EO)/mW Max Number of Occupants (MO)/mW

1.6 x 0.9 250 5,069 3,500 2,464 600 8.5 - 10 4.2 14.3

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MA Year 1 Semester 2 Structure & Facade Study

A cross-laminated timber frame is to be erected and clad in brick cladding. This will be in the form of a single leaf of masonry as brick slips are currently banned in the city due to issues with a different project on Hope Street. The structure is to be supported by strip foundations, with the strip supporting both the external walls and internal columns. This reduces the material needed in comparison to a raft foundationwith environmentally damaging concrete avoided as much as possible in this proposal.

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MA Year 1 Semester 2 Interior Study

> Lighting A combination of all three forms of lighting are to be employed in the apartment, using both natural and artificial sources.

Spotlights and daylight are to provide ambient lighting, with the adjustable spotlights enabling their use as task lighting.

The pendent lighting is to offer both task and feature lighting, illuminating the counter for preparation and cooking, while also implying a division of space between the utility of the kitchen and leisure of the lounge with feature lighting.

Key: Natural Lighting (Summer) Natural Lighting (Winter)

This study illustrates in greater detail, the standard one-bedroom apartment used throughout the scheme. 125 out of the 151 one-bedroom residences use this layout, making it the most common typology.

Each unit comes furnished with an open plan living and eating area immediately upon entering the residence, with a bedroom and bathroom off of the main space. The kitchen is furnished with ample storage, oven, 4no. induction hobs, full-height fridge-freezer and sink; topped with beech worktops and tiled backsplash. Venting is to be provided by an integrated vent within the hob. The large window provides plenty of natural light to the bedroom and living room, though artificial ambient lighting is provided via Matt White Adjustable LED Downlights 7W bulbs. The pendent lights over the stove both imply separation of the spaces, and contribute task lighting to prep space. Under cabinet lighting may also be installed for further task or even ambient lighting if requested by client.

Ambient Light Task Lighting

S3 S1

S2

Section 1

131mm sq image

Section 2

Section 3 76 36

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B-W

MA Year 1 Semester 2 Interior Study

C-N

B-E

B-N

B-S

This study illustrates in greater detail, the standard one-bedroom apartment used throughout the scheme. 125 out of the 151 one-bedroom residences use this layout, making it the most common typology.

Each unit comes furnished with an open plan living and eating area immediately upon entering the residence, with a bedroom and bathroom off of the main space. The kitchen is furnished with ample storage, oven, 4no. induction hobs, full-height fridge-freezer and sink; topped with beech worktops and tiled backsplash. Venting is to be provided by an integrated vent within the hob. The large window provides plenty of natural light to the bedroom and living room, though artificial ambient lighting is provided via Matt White Adjustable LED Downlights 7W bulbs. The pendent lights over the stove both imply separation of the spaces, and contribute task lighting to prep space. Under cabinet lighting may also be installed for further task or even ambient lighting if requested by client.

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A-E

A-W

C-W

C-E

A-N

A-S

B-N

B-E

B-S

C-S

131mm sq image A-W

C-S

C-W

B-W

A-S

A-E

A-N

C-N

C-E

2020 Portfolio Tom Chuter

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MA Year 1 Semester 2 Urban Design- Ghent

Ghent was once one of the most affordable cities in Belgium, however a growing population has increased demand, meaning the city is now the third most expensive in the region.

The area in which the site is located, Voormuide, is one of the sectors with the fastest rate of population growth. This growth consists primarily of younger people, generally of non-Belgian nationality, who require affordable housing which is becoming increasingly expensive.

This proposal proposes provision for affordable housing as part of a larger masterplan which aims to rejuvenate the area into a more desirable location.

The proposal also aims to re-purpose the industrial buildings which currently take up the East side of the site; into a district for the creative industries – an exponentially expanding part of Ghent’s economy. The expansion of employment within a residential zone aims to aid in the City Council’s drive for a more sustainable city- reducing the need for lengthy commutes and eradicating the need for a car. The central park element aims to bring the residential community and employment community together in a multi-functional open space where people can sit to talk, communicate and work while children use the same space to play.

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Tom Chuter 2020 Portfolio

2020 Portfolio Tom Chuter

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MA Year 1 Semester 2 1 GhentUrbanEconomic EconomicAnalysis Analysis Ghent Urban

Antwerp

Bruges

Ghent Brussels Brussels - Chaleroi Airport

Column 64mm wide.Title text above is Arial size 18 bold.Typical body text for this document - size 10 Arial - small font types recommended as generally looks better across all pages, allowing focus on the imagery. Titles and text sizes could be kept consistent, in both size and location across pages for a ‘clean’ graphic format. Alternate graphic approaches are possible, but the ‘Master Pages’ of this template offer a range of initial, straightforward layout options.

Arial used throughout here.

This box ‘Justified’ - to get RHS text edges aligned

82 TomChuter Chuter2020 2020Portfolio Portfolio 2 Tom

49.8% 50.2%

Male Female

Gender

Gender Age Distribution

11.3%49.8% 10.0%50.2% 16.00% 20-29 years 15.7% 30-39 years 13.3% 40-49 years Age Distribution 50-59 Ageyears Distribution11.9% 9.1% 60-69 years 7.5% 70-79 years 5.2%11.3% years 11.3% years 0-980+ years

Male Female

0-9 Increasing Population Decreasing/ Stagnant Population 10-19 years 20-29 years 30-39 years 40-49 years 50-59 years 60-69 years 70-79 years 80+ years

Initial research involved investigating the economic and demographic data for Ghent, particularly focussing on the site and surrounding areas.

This research highlighted a rapidly growing and diversifying population of young workers. In comparison to nearby areas, Voormuide is relatively densely populated so building residential became a realistic proposition.

Ethnic Origins

Gender

Employment Empl Employed Unemployed Other 0-299/km² 300-4k/km²

49.8% Male 0-9 years 10-19 50.2%years Female

10.0% 10-19 years 16.00% 20-29 years Employment Empl 15.7% 30-39 years 13.3% 40-49 years Employed Unemployed 11.9% 50-59 years Other 9.1% 60-69 years 7.5% 70-79 years 80+ 5.2% years

10.0% 16.00% 15.7% 64.5%13.3% 12.8%11.9% 22.7% 9.1% 7.5% 5.2%

Employment Empl 64.5% Employed 12.8% Unemployed 22.7% Other

Belgian Eastern European Turkish EUEthnic Origins Asian Maghrebi Belgian African South European American Eastern Other

66.5% 8.5% 8.5% 5.0% Ethnic Ori 3.7% 3.4% 66.5% Belgian 3.1% 0.8% 8.5% Europ Eastern 1.8%

Turkish EU Nationality Asian Belgian Maghrebi EU Asian African African South American European (other) Other/ Unknown Other

8.5% Turkish EU 5.0% 3.7% Asian 85.2% 3.4% Maghrebi 8.2% 3.8% 3.1% African 1.6% 0.8% South America 0.6% 1.8% 0.6% Other

Nationality

National

Belgian EU Asian African European (other) Other/ Unknown

85.2% Belgian EU 8.2% 3.8% Asian 1.6% African 0.6% (oth European 0.6%Unknow Other/

64.5% 12.8% 22.7%

4k-8k/km² 8k-15k/km² 2020 2020Portfolio PortfolioTom TomChuter Chuter 83 3

MA Year 1 Semester 2 1 Ghent- De Creatieve Driehoek Ghent was once one of the most affordable cities in Belgium, however a growing population has increased demand, meaning the city is now the third most expensive in the region. The area in which the site is located, Voormuide, is one of the sectors with the fastest rate of population growth. This growth consists primarily of younger people, generally of non-Belgian nationality, who require affordable housing which is becoming increasingly expensive. This proposal will aim to provide the affordable housing as part of a larger masterplan which aims to rejuvenate the area into a more desirable location. The proposal also aims to repurpose the industrial buildings which currently take up the East side of the site; into a district for the creative industries – an exponentially expanding part of Ghent’s economy. The expansion of employment within a residential zone aims to aid in the City Council’s drive for a more sustainable city- reducing the need for lengthy commutes and eradicating the need for a car. The central park element aims to bring the residential community The Site and employment community together in a multi-functional open space where people can sit to talk, communicate and work while children use the same space to play.

Briefs: Briefs: 1. Increase Increase the theamount amountof of affordable 1. affordable housing in the area. housing in the area.

2. Link Link the the creative creative industries industriesbetween between 2. the North and South of the site. the North and South of the site.

3. Improve Improve pedestrian pedestrian access access from fromthe the 3.

Dok Noord shopping development Dok Noord shopping development and the the South South of of the the site. site. and Demolition Plan 84 TomChuter Chuter2020 2020Portfolio Portfolio 4 Tom

Stationary and Active Spaces

Routes Around and Through Site

2020 2020Portfolio PortfolioTom TomChuter Chuter 85 5

MA Year 1 Semester 1 Ghent- Individual

A- Proposed Central Park A

B

C

B- Proposed Arcade

The coreten shards fill the spaces between the routes through the site 86 TomChuter Chuter2020 2020Portfolio Portfolio 6 Tom

C- Proposed Waterfront

2020 2020Portfolio PortfolioTom TomChuter Chuter 87 7

MA Year 1 Semester 1 Ghent- Individual

^ Green Loop The greenspaces link up with the Oude Dokken development in a green route.

1

2

For the individual part of the masterplanning project I aimed to address the affordable housing portion of our brief, focussing on the large residential development to the North end of the site.

The ground floor, will replace the current commercial units with four small units and one thousand square metres for a larger shop (see top-right).

1- Site Boundary The Site is located to the North West of the masterplan on the corner of Voormuide and Dok-Nord.

2- Massing of the Site Producing a mass from the site boundary.

3- Creating the Plaza The mass is hollowed out to an appropriate depth for residences, orientated to open towards park.

4- Massing to match the Context The mass is to be reduced to be more sympathetic to the context.

88 TomChuter Chuter2020 2020Portfolio Portfolio 8 Tom

3

4

Food Shop Supermarket Probable Catchment Area ^ Supermarket Feasibility In order to fill the needs of the increased number of residents, a food shop will be needed. The diagram (right) indicates the proximity of nearby foodshops (rings indicating 100m, 500m and 1km). The nearest supermarket is Delhaize in Dok Noord- a gourmet supermarket- and, as such, not likely to be used by the residents of the affordable housing. The map indicates that there appears to be a significant enough catchment area to justify the inclusion of a new supermarket.

2020 2020Portfolio PortfolioTom TomChuter Chuter 89 9

MA Year 1 Semester 1 Ghent- Individual ^

Program 1 Bed

10 90

Tom Chuter 2020 Portfolio

2 Bed

Commercial

Circulation

Parking/ Bike Store

> Central Plaza The Fractal shapes are made up of planters. These planters are to aid in social engagement for the residents of the blocks. Not only will they create a social space, the availibility of fresh produce would help encourage a healthy diet.

2020 Portfolio Tom Chuter

11 91

03

he Ouseburn ding and ackground istory, to

05 canvas ABOUT works

Contact Details:

13

19

07447 927 151 tomchuter@gmail.com

or y convey ting with hildren to

Phone: Email:

endance.

I would describe my own style as not settling for the norm - my design solutions tend to focus on creating site-specific buildings which are both unique and functional.

About Me:

ns, or several

FULFILLING A YNE THEATRE s but not NEED YMBIONT Software

27

yself as a g to make

ts across struction ud bricks llingness king both outs, has and my

28

From top- Cura 3D Printing, SketchUp, Adobe Suite, Autocad, Enscape, Kerkythea, Unreal Engine, V-ray.

BROCK AY RCHITECTURAL I am skilled CARMICHAEL in the use of numerous software

packages, but can also work in a hard format, preferring to use a combination of the two when appropriate. I have successfully used 3D printing and laser cutting, in addition to traditional model making techniques.

Combined with Northumbria’s focus on visual presentation, I am confident in presenting my ideas in a versatile, professional and understandable manner.

Architects Assistant

hitectural Assistant

, Almeria l Teacher

During both my two years in industry, as well as across the five years of study, I have worked on a wide range of projects in a variety of roles.

From visualiser to team leader, I am able to work both as a team and an individual.

Having lead teams in conjunction with a director in practice, and individually in university, I can help your firm in whichever role you require.

University chitecture

s College Chemistry ct Design

s and G.S

s at GCSE

stubborn enough to ignore better advice.

A selection the projects included What youof Get: From top- 123D Make, SketchUp, Autocad, Adobe Suite, GIMP, in Quick theand expanded CV available Kerkythea, Unreal Engine, V-ray. eager learner with good understanding and interest in hugely varied areas from my Art toBA History, to HERE .

These cover both at I am skilled in the use of numerous software Geography and Chemistry. packages, but alsoas work in a hard Northumbria, ascan well some of format, the preferring to use a combination of the Realistic honest.

If on I ever my ability to two when projects Iand worked indoubt practice over complete a task I Iwould be honest enough to appropriate. have always successfully used 3D printing my admit two out. inThough I worked it.years and laser cutting, addition to traditional model making techniques.

Combined withroles, Northumbria’s when speaking to either colleagues or on Confident dozens of projects in minor focus on visual I am confident in of any agepresentation, group and able to clearly convey thecustomers projects included in the portfolio topics or ideas orally.

I haveinexperience interacting with and presenting my ideas a versatile, professional across a range of ages from teaching arepeople those I had a significant part children of. to understandable manner. working on small construction sites with adults.

I am punctual, having always had excellent attendance.

Hobbies and Interests:

Excellent ability to come up with ideas and plans, organizing, creating advertising and cooking for several events for my course.

Tom Chuter 2020 Portfolio

2018-

RIBA Competition- Fulfilling a Need RIBA NE- Fulfilling a Need

Lithic

2017

Ouseburn Canvas Works

2007-2014

St George’s School, Almeria Chemistry A-level Teacher

2017

Northumbria University BA (hons) Architecture

2014-2017

Saint Francis Xavier’s College

DAYDAY- Kneesworth Kneesworth House Psychiatric

DAYUniversityWatersCampus Master Plan BCA Liverpool Central Docks

BCA

BCA- BXB Office Fit out

BCA- NW Counties Football Stadium

DAY Architectural Part 1 Architectural Assistant

2017-2018

numerous projects across a wide range of fields, primarily in a graphical capability, though with Experiences some input into design on suitable projects. I have gained crucial experienceLiverpool in real-life Johnarchitecture Moores 2019-2021 that one cannot learn from and so feel MArchUniversity (hons) Architecture that I canreturn to Masters with a solid foundation upon which to build. Brock I haveCarmichael worked asArchitects an 2018-2019 Part 1 Architectural Assistant individual, as well as forming part of a team- even Architectural leading a team of co-workersDAY with different skill 2017-2018 sets for one project. Part 1 Architectural Assistant

Good social skills. I feel I can describe myself as a likeable, upbeat personality- useful when trying to make During my time in practice, I have worked on an impression on new people.

St George’s School, Almeria Chemistry A-level Teacher

Ouseburn Brewery

Northumbria University BA (hons) Architecture

Saint Francis Xavier’s College A-level’s in Physics, Chemistry and Product Design AS-level’s in Maths and G.S 9A’s+3B’s at GCSE

Achievements 2017: 2016: 2013: 2011/12/13:

-

Shortlisted for Northumbria Unsung Hero of the Year Award - Took part in RIBA North-East mentoring scheme at TMA Qualified as First Aider

- Helped Engineer and build the winning and runner-up (2013) Installations in the North West Scouting Feast of Lanterns Event

Tyne Theatre Symbiont A-level’s in Physics, Chemistry RIBA NE- Fulfilling a Need 40

and Product Design

Tom Chuter 2020 Portfolio

2007-2014

Y3- Lithic Precipice Lithic Precipice

AS-level’s in Maths and G.S 9A’s+3B’s at GCSE

Achievements 2020:

2013: 2011/12/13:

92

Tyne Symbiont Theatre Symbiont TyneY3Theatre

projects I worked on in practice over my two years out. Though I worked on dozens of projects in minor roles, the Brock Carmichael Architects projects included in the portfolio are Part 1 Architectural Assistant those I had a significant part of.

Experiences

I can be assertive enough to get my ideas across but not too stubborn advice. Cooking Exploring Sport to ignore Walkingbetter Photography

2016:

build the up (2013) orth West rns Event

Ouse

I spent a month in Peru aiding in local projects across multiple locations. This involved physical construction A selection of the projects included of simple dwellings in concrete, stone and mud bricks at altitudes over 4,000m - an indicator of my willingness in the expanded CV available to roll my sleeves up and work hard. The trekking both HERE . These cover both my BA at there, back home in my own time and with Scouts, has also helped hone leadership, problem solving and my Northumbria, as well as some of the communication skills.

2014-2017

2017:

thumbria ar Award orth-East e at TMA irst Aider

Ouseburn Canvas Works

Good social skills and I feel I can describe myself as a likeable, upbeat personality- useful when trying to make an impression on new people.

Shortlisted for RIBA Dissertation Medal nomination Shortlisted for Northumbria Unsung Hero of the Year Award - Took part in RIBA North-East mentoring scheme at TMA Qualified as First Aider

- Helped Engineer and build the winning and runner-up (2013) Installations in the North West Scouting Feast of Lanterns Event

DAY- Kneesworth House

BCA Liverpool Waters- Central Docks

BCALiverpool Waters BCA- AFC Liverpool

2020 Portfolio Tom Chuter

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2020 Portfolio Tom Chuter

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