Studio A- White Heat- UMIST Campus

UMIST

WHITE HEAT MA ARCHITECTURE + URBANISM

WHITE HEAT - Envisioning the future of UMIST

Setting the stage for innovation

WHITE HEAT is a Post Graduate Masters project by the students of Manchester School

of Architecture. The project studies the potential of former UMIST campus in Manchester to ideate strategies for a proposal envisioning the future utilisation of the space as an innovation district called ID Manchester. The site bridges the gap between the developing Manchester Oxford Road Corridor and the new proposed HS2 station at the Manchester Piccadilly Station. It links the economic investment possibilities and the technological innovation through its central location. This proposal celebrates the significant heritage of the site as a basis for its sustainable development.

Aishwarya Khanna Ayushi Paldiwal César Eduardo Vicencio Vega Chengrang Bai Eugene Mhalanga Fengyuan Zhang Natasha Naresh Singhania Samruddhi Jitendra Sawant Sharvari Ravindra Mate Shuaizheng Zhao Subham Banerjee Yun Tang

Tutor Eamonn Canniffe Reviewers Charlotte Hodges Neil Stevenson Benjamin Carter David Chandler

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Students

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01 Introduction

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Strategies

03 2 04 Masterplan

Proposal Views

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Realising the potential of the campus

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Introduction

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1.1 Location Location Piccadilly Station

WHITE HEAT - Envisioning the future of UMIST

Restaurants and Cafes

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Student accomodations

MMU University

UMIST Campus

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Ardwick Green park

All Saints park 4

1.2 Study of Existing Buildings 1 2 3 4 5 6 7 8 9 10 11 12 13

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Sackville Building (Grade II listed) Vimto Park Altrincham Railway Viaduct Charles Street Car Park James Lighthill Building Renold Building (Grade II listed) Barnes Wallis Building/ Student hub/ Wright Robinson Hall Moffat Building Hollaway Sculptural Wall Pariser Building Jacksons Mill (Grade II listed) Morton Laboratory John Garside Building (Manchester Institue of Biotechnology) George Begg Building Faraday Building Graphene Engineering Innovation Centre Ferranti Building MSS Tower London Road Mancunian Way

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WHITE HEAT - Envisioning the future of UMIST

1.3 Existing Situations

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1.4 Vision Collage

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Thapar University Learning Laboratory Place: Patiala, India Architects: Designplus Associates Services, Mccullough Mulvin Architects Area: 30,809 m² Year: 2019 The Learning Laboratory is a new type of meeting space, an engine for education, a city for students, a destination for conversation; it mediates timeless form and offers complex spatial adventures. The building comprises a library, lecture theatres and a science faculty, each in a tall red Agra stone volume, with white marble detail, the facades mediated using louvred stone screens like traditional Jaali screens.

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IIM-B New Classroom Complex Place: Bengaluru, India Architects: Mindspace Area: 6,500 m² Year: 2014 The aim was to contribute The classroom block is proposed above an existing building along the main movement axis of the campus. The primary design intent of the classroom block was to strike a chord with the existing campus. The existing columns were strengthened and some new columns were added along the periphery of the proposed building without obstructing the existing building.

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1.5 Precedent Study

Concepts 1. Strong circulations area and clear publics spaces

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Concepts 2. Relationship with the site and existing elements (buildings or green area)

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Innovation Center UC, Anacleto Angelini Place: Santiago, Chile.

Architects: Alejandro Aravena | ELEMENTAL Area: 8,176 m² Year: 2014 Design a building in which at least 4 forms of work could be verified: a matrix of formal and informal work crossed by individual and collective ways of encountering people. In addition to that, we thought that face to face contact is unbeatable when one wants to create knowledge, so we multiplied throughout the building the places where people could meet: from the elevator’s lobby with a bench where to sit if you happen to run into somebody that has interesting information to share, to a transparent atrium vertically, where you can sneak into what others are doing while circulating verticall

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Ryerson University Daphne Cockwell Health Sciences Complex Place: Toronto, Canada Architects: Perkins&Will Area: 289,000 ft² Year: 2019 Located steps from the busiest intersection in Canada, Ryerson University occupies one of the densest and fastest growing neighbourhoods in Toronto. Over the last decade, the University’s enrollment has increased by almost 50%, and with the introduction of a variety of innovative new courses and programs, campus facilities are under tremendous pressure.

However, at the same time, explosive development on surrounding sites has constrained the University’s opportunities to expand.

Concepts 3. Related activities and Programs

Concepts 4. Design objective and proposal with the environment

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Adding a unique value and identity to the campus

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Strategies

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2.1 Strategies For Masterplan

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CONNECT AND LINK

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REVIVE AND RETAIN

DIVERSIFY AND INCLUDE WHITE HEAT - Envisioning the future of UMIST

CONSIDER FOR FUTURE

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2.2 Strategy Details

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CONNECT AND LINK

- Physical connectivity with introduction of pathways, cycling tracks, elevated bridges and restricted car access - Retaining the built fabric by remodelling the existing frames - Active ground floor frontage connected to promonade on Sackville street

REVIVE AND RETAIN

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- Revival of the Medlock river within the site - Respecting the existing built heritage - Retaining the built fabric by remodelling the existing frames - Categories the existing typologies to retain and reuse

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2.3 Strategy Details

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DIVERSIFY AND INCLUDE

- Democratic and social public spaces - Inclusion of activities within built and unbuilt - Cohesive ecosystem of nature and people - Inclusion of site edges for smoother transitions and design adaption

CONSIDER FOR FUTURE

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- Vision of the gateway to the site after the execution of HS2 in future - Consideration of multiple use of built and unbuilt according to changing needs and functions of the future

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Weaving the past, present and the future

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Masterplan

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3.1 Site Plan

WHITE HEAT - Envisioning the future of UMIST

The innovation district is a place to maximise the city’s potential of creating a positive change. The innovation labs and work spaces are modelled to inspire innovators to focus their creations for the positive growth of humans and nature alike. It will engage its progressive ability with new technology and connect with the revived biodiversity in its natural realms. The enhanced visual and physical connectivity will create a stimulating environment in which innovators can meet and work.

As urban spaces are in a state of constant flux, the innovation district provides adaptability for the needs of the future. In the times of virtual and augmented reality, the innovation district connects the city to its authentic heritage and ecology by weaving the past, present and the future.

Figure ground of existing built up

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Figure ground of proposed built up

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Sackville Building (Grade II listed) Vimto Park Viaduct Linear Park Retail and market space Innovation Zone with roof space Renold Building (Grade II listed) Revived Medlock river bank River side Renold Court Innovation Labs 5 Star Hotel Parisier building with roof space New Activated Entrance Plaza Showroom underground labs Jackson’s Mill public hall John Garside Building Remodelled workspaces Remodelled workspaces Graphene Engineering Innovation Centre Remodelled workspaces Remodelled workspaces Elevated connection to Piccadilly stn.

Elevated connection between roof spaces

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3.2 Site View The existing UMIST campus has 2 characteristic elements – the recognisability of the skyline and the quality of its spaces that is the open courts bounded by the structures.

The strategy is to introduce courts with diagonal connectivity. It was further decided to maintain the existing heights and not to exceed to keep the site authenticity and maintain the street views with the street scape.

Ground level looks at reopening of River Medlock which executes the strategy of reviving the ecology. The courts quality has been enhanced by re-introducing vanish natural elements.

WHITE HEAT - Envisioning the future of UMIST

UMIST is HEALING!

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WHITE HEAT - Envisioning the future of UMIST

3.3 Route Connections

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1 - Skywalk Route The upper route allows to connect buildings and green areas, highlighting views of the city and connection between the different activities. Let’s you travel from Piccadilly Station to Sackville Street and Mancunian Way.

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Plaza with the dry surface

2 - River Medlock Route The river and its natural environment are recovered, highlighting the course of the water and the natural vegetation. The route shows the public activities and the link of the river with the buildings. Public spaces for recreation and exchange with nature are recovered.

Plaza with the flooded surface

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3.4 Route Connections

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3 - University Route This drawing shows the route of students and university staff from the South Campus of UoM to ID Manchester. They enter from the southwest corner of the site and arrive at the railway station from the northeast corner through the circular overpass. This line contains their possible activities and places of arrival.

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WHITE HEAT - Envisioning the future of UMIST

4 - Arches Route This route takes the elevated railway as the main body and launches several lines from the railway. The north side of the railway mainly includes Sackville Street building and garden, and the south side has innovation center, hotel, business center, etc.

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WHITE HEAT - Envisioning the future of UMIST

3.5 Site Section

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MARKET AND RECREATIONAL BUILDING

SACKVILLE BOULEVARD

INNOVATION ZONE

CONNECTING PATH

RENOLD BUILDING

RENO COUR

RENOLD COURT

RENOLD COURT

INNOVATION LAB BUILDING

CONNECTING PATH

5-STAR HOTEL AND THE GOLDEN CIRCLE

LONDON ROAD

MAYFIELD

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OLD RT

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3.6 Site Section

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FAIRFEILD STREET

SACKVILLE BUILDING

VIMTO GARDENS

VIADUCT

ALTRINCHAM STREET

RENOLD COURT

RENOLD COURT

EXHIBITION SPACE

CONNECTING PATH

PARISER BUILDING

CONNECTING PATH

REMODELLED WORKSPACES

MANCUNIAN WAY

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RIVER

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Amalgamating t public, space and bui

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the ilt

Proposal Views

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4.1 Elevated Connection

WHITE HEAT - Envisioning the future of UMIST

It is a new gateway connecting the innovation district to Piccadilly Station and the HS2.

Through the bridge’s golden glass you will be able to glimpse the innovative potential and investment value of this place. Visitors, consumers, students and businessmen will be able to reach the innovation district from this simple and efficient bridge, or they can choose to stroll on the roof of the bridge to enjoy the unique view of the old and new buildings. The new luxury hotel can also be easily reached via the bridge.

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Linking the innovation district with stations

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WHITE HEAT - Envisioning the future of UMIST

4.2 Luxury Hotel

WHITE HEAT - Envisioning the future of UMIST

Investors from all over are expected to enter the site which demands for a 5-star hotel for their stay. The hotel location connects the Piccadilly station through the elevated connection. The hotel also encloses the iconic Hollaway Wall while using it as a partition between the main lobby and a cafè.

The hotel acts to transform the site from an institutional space into an innovation district.

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Providing accomodation spaces

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WHITE HEAT - Envisioning the future of UMIST

4.3 Jacksons Mill

WHITE HEAT - Envisioning the future of UMIST

The Jackson’s Mill is the oldest buildings on the site and is therefore important to preserve and adapt. So to prolong its lifespan the ground floor has been opened for free movement and to serve as reception. The top 3 floors function as public hall for business seminars, exhibitions and public activities.

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Repurposing into public hall

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WHITE HEAT - Envisioning the future of UMIST

4.4 River Court

WHITE HEAT - Envisioning the future of UMIST

The uncovering of the bed of the River Medlock on the site is a major aspect of the intervention. The ecosystem of the site is intended to attract and encourage diversity with informal social spaces. The meandering river enhances the active and organic ground frontage weaving major buildings on the site and making them approachable and welcoming. The sound of the river provides a soothing and positive environment for wellbeing.

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Revival of River Medlock

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WHITE HEAT - Envisioning the future of UMIST

WHITE HEAT - Envisioning the future of UMIST

Weeping willow

Red maple

Crested iris

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River birch

Provide shade and seasonal aesthetic look for public spaces

Red Maple

Ash

River birch

Crested iris

Liatris blazing star

Air purifying trees to control pollution and improve air quality

Marsh marigold

Flowering and erosion preventing river bank plants

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Reduce silting and erosion of the riverbed

Weeping willow

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4.5 Innovation Labs

WHITE HEAT - Envisioning the future of UMIST

The Wright Robinson building is used as the framework for the new innovation labs, creating work spaces and places of connections across the innovation district.

The set of staircases flow from the public space into the building and act as transition between the private and the public functions.

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Creation spaces for innovators

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WHITE HEAT - Envisioning the future of UMIST

4.6 Renold Court

WHITE HEAT - Envisioning the future of UMIST

The centre of the site is used to create a focus for the different buildings and functions with a water scape following the old course of the river bed and sky corridors oversailed by the sky bridges.

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Public space connecting Renold building

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WHITE HEAT - Envisioning the future of UMIST

4.7 Viaduct Linear Park

WHITE HEAT - Envisioning the future of UMIST

The linear park connects Renold building, Renold court, innovation centre, hotel and viaduct.This street also overlooks into the Medlock river . The new green spaces will encourage social activities along the northern edge of the site with newly introduced activities below the viaduct arches. The activities planned under the arches include a cafe, a gym and cycle parking while the existing workshops are retained.

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Connectivity parallel to viaduct

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4.8 Vimto Park

WHITE HEAT - Envisioning the future of UMIST

The Vimto park is enhanced to create a northern green space between the Sackville building and the viaduct with new seating and landscape connection with Altrincham Street and the linear park. A viaduct arch acts as an entrance to the Vimto park from the linear park side.

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Redesigning the urban park

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WHITE HEAT - Envisioning the future of UMIST

4.9 Elevated Connection

WHITE HEAT - Envisioning the future of UMIST

The roof gardens between Renold, Pariser, and James Lighthill builgings facilitate outdoor activities. Three roofs are connected through a bridge that let visitors reach the destination conveniently, allowing visitors to visit this area via roof level. The elevated sitaution of the bridges provide an open but private vantage point for discussions, relaxation and view points across the site and the wider city.

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Connecting the roof gardens

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WHITE HEAT - Envisioning the future of UMIST

4.10 Plaza Showroom

WHITE HEAT - Envisioning the future of UMIST

The ID Plaza showroom projects the University’s innovation activities. The Plaza is structured with a void , which highlights the facades of the Renold and Pariser buildings, allows distance and gives space to the river and its vegetation. An interactive wall screen brings dynamism and variability to the activities of the plaza and the wider innovation district.

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Innovation spaces within the underground level

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WHITE HEAT - Envisioning the future of UMIST

4.11 Workspaces

WHITE HEAT - Envisioning the future of UMIST

The retrofitting of existing buildings ensures the maintenance of the existing vertical density (with respect to multi story buildings like Renolds, Pariser, Faraday, Ferranti and MSS tower). The workspace zones have outdoor overhanging and terrace style open spaces for planting and social uses on every floor. The external green balconies wrap the existing concrete frames to enhance and increase activities within the towers.

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Remodelling of existing buildings

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WHITE HEAT - Envisioning the future of UMIST

4.12 Entrance Boulevard

WHITE HEAT - Envisioning the future of UMIST

To overcome the present lack of proper visual and pedestrian connections, the entrance boulevard and pavillion creates pedestrian friendly zones as an active ground floor frontage increases the connectivity and porosity to the Oxford Road Corridor and the innovation district. The introduction of the entrance plaza within the Pariser building complex along with converting the present Sackville street into a pedestrian boulevard is an attempt of creating a grand pedestrian entrance for people approaching the site from the Mancunian Way junction and the Sackville Street.

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Activating the ground floor frontage

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WHITE HEAT - Envisioning the future of UMIST

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WHITE HEAT - Envisioning the future of UMIST

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WHITE HEAT - Envisioning the future of UMIST

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WHITE HEAT - Envisioning the future of UMIST

WHITE HEAT - Envisioning the future of UMIST

Ideating the existing UMIST Campus as a true innovation district where talented, driven and business-minded people come together to participate and engage in the dynamic processes of innovation, imitation, and improvement. Located in the heart of Manchester, the district aims to become a hub for entrepreneurship, research, and collaboration aimed to drive a new inclusive and equitable approach to urban growth.

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WHITE HE