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BURO HAPPOLD ON<br />

RESIDENTIAL


BURO HAPPOLD<br />

RESIDENTIAL<br />

res.i.dence<br />

ORIGIN late Middle English: from Old French, or from<br />

medieval Latin residentia, from Latin residere ‘remain’<br />

We work to create desirable places where people want to be. Balancing the practical requirements of end<br />

users with architectural aesthetics, navigating intricate planning requirements and overcoming resource<br />

limitations to achieve affordability without compromise on quality: this is what <strong>Buro</strong> <strong>Happold</strong> does best.<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

The world is changing. Cities are growing, people are more<br />

mobile and the planet is becoming smaller and more<br />

fragile. For some, making a place called home is becoming<br />

increasingly difficult.<br />

Constraints in land availability, particularly in growing urban<br />

areas, difficult economic conditions, the push to reduce the<br />

carbon embedded in housing and dwindling energy resources<br />

worldwide, are all challenges which <strong>Buro</strong> <strong>Happold</strong> is helping<br />

its clients overcome.<br />

The residential sector is increasingly interesting to investors<br />

keen to take advantage of a market in which every property,<br />

providing the price is right, can be relied upon to be let or<br />

sold. In the UK it is estimated that one in five households will<br />

be renting their homes from a private landlord or agent by<br />

2016, creating a huge opportunity for new rental properties<br />

to be brought to market. The last few years have seen a small<br />

increase in the percentage of US homes which are rented and<br />

emerging economies are seeing growing urbanisation create<br />

huge demand for accommodation within cities.<br />

The end clients in this sector are as varied as the properties<br />

they buy. Individual tenants and purchasers, buy to let<br />

landlords, high net worth individuals, property developers<br />

and collective investment companies are all represented. What<br />

unifies these clients is the need to maximise their investment,<br />

ensuring that they secure quality properties at appropriate<br />

prices. Whether affordable homes at the lower end of the<br />

market, or super-prime developments in exclusive locations;<br />

value and margin remain the key considerations.<br />

At the top of the market, to ensure the finished product will<br />

achieve its full value even the smallest detail must be perfect.<br />

Quality and craftsmanship may come before budget, but this<br />

is not a license to spend clients’ money. Rather it is a challenge<br />

to identify what creates value and to concentrate the efforts of<br />

our designers in achieving this. At all levels, intelligent design<br />

can produce cost effective solutions; with the innovative use<br />

of materials, or use of advanced structural analysis to create<br />

breath-taking designs which help set properties apart from<br />

the crowd.<br />

There is a fundamental need to create sustainable homes able<br />

to adapt to changing climate conditions. The natural world is<br />

a precious resource that we squander at our peril and growing<br />

concern for the environment has put sustainable development<br />

at the top of the social, regulatory and corporate agenda. How<br />

we interact with the environment is one of the major themes<br />

and challenges of the 21st century and governments are<br />

increasing the pressure on homeowners and developers to<br />

find ways to reduce their energy use and carbon emissions.<br />

The residential sector provides considerable opportunity<br />

for high quality redevelopment to bring existing buildings,<br />

including sensitive and heritage properties, back into use.<br />

However, it is not all about the large scale and the iconic –<br />

projects such as Retrofit for the Future are showing the way for<br />

small scale redevelopment of residential property.<br />

Perhaps more than any other sector, the residential sector<br />

provides opportunities for large and small scale developments<br />

which are inspiring, individual, culturally responsive,<br />

sustainable and commercially viable. <strong>Buro</strong> <strong>Happold</strong> is excited<br />

to be leading the march to challenge traditional ideas of what<br />

a home should be and creating better places for people to live,<br />

work and play.<br />

2


Prestigious mixed use development<br />

in Pudong area of Shanghai<br />

Highly sustainable design built<br />

to LEED Platinum rating<br />

Pudong bounded by Huangpu<br />

River and the East China Sea<br />

Steel x-columns cleverly integrated into<br />

structure to maximise usable space<br />

Tongshan Street, Shanghai, China<br />

Architect: Pelli Clarke Pelli Image: Pelli Clarke Pelli<br />

<strong>Buro</strong> <strong>Happold</strong>


OUR<br />

EXPERIENCE<br />

<strong>Buro</strong> <strong>Happold</strong> has more than four decades of experience in the residential sector, with projects ranging<br />

in size and scope from multi-million dollar apartment blocks, such as Skybox, Worli Towers and Dubai<br />

Mixed Use, right down to individual homes and property upgrades.<br />

Our combined expertise in developing inspirational new<br />

buildings and breathing new life into existing and historic<br />

properties has enabled us to work on some of the most<br />

exciting, innovative and valuable residential projects across<br />

the world. We are showing the way forward in designing<br />

buildings that tread lightly on the environment. Our projects<br />

are not only cost effective to build and operate, but have<br />

flexibility built in; utilising technologies with the capacity to<br />

reduce energy costs and future-proof buildings against carbon<br />

reduction targets.<br />

<strong>Buro</strong> <strong>Happold</strong> is committed to pushing the boundaries on<br />

every project, new build or refurbishment, to achieve the<br />

maximum quality, flexibility, sustainability and affordability<br />

for our clients. It is this commitment that sets us and our<br />

projects apart.<br />

2004<br />

2005<br />

2008<br />

2008<br />

2009<br />

The Hacienda<br />

Manchester, UK<br />

The Daintree Building<br />

Dublin, Ireland<br />

Rotunda<br />

Birmingham, UK<br />

Clarence Dock<br />

Leeds, UK<br />

Rote-Kaserne<br />

Potsdam, Germany<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

2010<br />

2010<br />

Ongoing<br />

2010<br />

Ongoing<br />

2011<br />

Ongoing<br />

2012<br />

Ongoing<br />

The Cube<br />

Birmingham, UK<br />

Worli Towers<br />

Mumbai, India<br />

Tongshan Street<br />

Shanghai, China<br />

Mission Bay, Block 13W<br />

San Francisco, CA, USA<br />

Battersea Regeneration<br />

London, UK<br />

A snapshot of our work in residential<br />

4


Flagship development in former<br />

industrial area of Central Manchester<br />

Installation of systems focussed in areas<br />

where new works were permitted,<br />

to minimise works within listed areas<br />

Materials from collapsed or<br />

redundant areas of the site<br />

reused on the refurbishment<br />

Edwardian Baroque mill built<br />

in 1912 by H.S. Porter, using<br />

Accrington brick and terracotta<br />

Royal Mills, Ancoats, Manchester, UK<br />

Architect: FSP Architects and Planners Image: <strong>Buro</strong> <strong>Happold</strong> / Daniel Hopkinson<br />

<strong>Buro</strong> <strong>Happold</strong>


<strong>Buro</strong> <strong>Happold</strong><br />

THE<br />

KEY ISSUES<br />

An overview of our problem-solving capabilities in the residential sector<br />

13<br />

8<br />

CREATING<br />

THE WOW!<br />

Turning exciting spaces into exceptional<br />

ones through innovation and design rigour<br />

18<br />

ENERGY USE AND<br />

CARBON REDUCTION<br />

Problem solving to create sustainable,<br />

energy efficient and environmentally rich<br />

residential spaces<br />

21<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

6


<strong>Buro</strong> <strong>Happold</strong><br />

28<br />

26<br />

UNLOCKING<br />

SITES<br />

Overcoming problems to open brownfield<br />

and greenfield sites for development<br />

39<br />

36<br />

REFURBISHMENT<br />

AND REGENERATION<br />

Retaining building integrity through sensitive<br />

and elegant solutions<br />

7


<strong>Buro</strong> <strong>Happold</strong> on Culture<br />

CREATING<br />

BURO HAPPOLD<br />

THE WOW!


<strong>Buro</strong> <strong>Happold</strong><br />

CREATING INCREDIBLE SPACES FOR PEOPLE<br />

There isn’t a continent on the planet which doesn’t hold at least one example of our work, whether<br />

new build, or refurbishment. From iconic buildings such as The Cube in the UK, to stunning<br />

developments like Tongshan Street in China, <strong>Buro</strong> <strong>Happold</strong> brings a combination of excitement and<br />

expertise which can turn a great project into an incredible one.<br />

While other areas of the housing market have struggled<br />

in the recent economic downturn, the market for highend<br />

property has remained strong. Prime property in<br />

major cities like New York and London is still seen as a<br />

safe investment for buyers unaffected by worries about<br />

mortgage availability, and there are regular reports of<br />

rising numbers of buyers targeting key properties.<br />

Location in this market is truly ‘king’. Price is often<br />

not an issue, but perceived value definitely is. Buyers<br />

of prime property are looking to invest their money<br />

safely, in properties with a strong likelihood of gaining<br />

value over time. These individuals bring with them<br />

an experience and expectation of quality which<br />

encompasses all areas of the property; from obvious<br />

features such as size, layout, choice of materials and<br />

detailing, to the operation and efficiency of services,<br />

security arrangements and the state of surrounding<br />

infrastructure.<br />

Many new build properties at this end of the market<br />

are sold off-plan, to purchasers who expect to have<br />

considerable input into the finished scheme. This can<br />

create a juggling act for developers trying to keep costs<br />

and schedules under control, while meeting client<br />

expectations and is an area in which our experience<br />

and approach can really make a difference. Creativity is<br />

at the heart of everything we do at <strong>Buro</strong> <strong>Happold</strong> and<br />

it has enabled us to deliver some of the world’s most<br />

outstanding buildings.<br />

Images Foster + Partners, Pelli Clarke Pelli, Zander Olsen / Make<br />

9


<strong>Buro</strong> <strong>Happold</strong><br />

CREATING<br />

THE WOW!<br />

Index Tower, Dubai, UAE<br />

INDEX TOWER<br />

The Index Tower is a £200m, 80-storey, mixed-use<br />

development at the heart of the new financial centre<br />

of Dubai.<br />

Designed by Foster + Partners, the development consists<br />

of a triple-height entrance lobby, 25 floors of office space<br />

with 520 luxury apartments, four floors of double-height<br />

penthouses, shops, a restaurant, pool and health club.<br />

Incredible views across the financial district to one side and<br />

the desert to the other ensure that this is a property which<br />

will draw buyers and tenants once completed.<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

The tower’s eye-catching geometric design grows from its<br />

complex glazed facade and external concrete fins, creating<br />

a building which is both stunning and sustainable. <strong>Buro</strong><br />

<strong>Happold</strong>’s engineers designed the facade to intelligently<br />

respond to the local climate, keeping occupants<br />

comfortable while massively reducing the energy<br />

consumption of heating and cooling systems.<br />

The Index Tower won the 2011 Council on Tall Buildings and<br />

Urban Habitat, Best Tall Building Middle East and Africa.<br />

Client Union Properties<br />

Architect Foster + Partners<br />

Image Nigel Young / Foster + Partners<br />

10


<strong>Buro</strong> <strong>Happold</strong><br />

CREATING<br />

THE WOW!<br />

The Cube, Birmingham, UK<br />

Drawing inspiration from its location in Birmingham’s<br />

traditional jewellery district, The Cube is an intricately<br />

patterned jewel-box, soaring 50m into the air and holding<br />

40,000m 2 of high quality retail, office, residential and hotel<br />

accommodation. An angular skyline restaurant sits on top<br />

of the building, affording spectacular panoramic views of<br />

the city.<br />

Gold aluminium cladding on three sides ensures that<br />

The Cube will gleam day and night, while bronze-tinted<br />

anodised metal panels, selected for their durability, add<br />

depth to the facade. A complex filligram screen optically<br />

closes the fourth side, allowing daylight to play on<br />

residential terraces, while light streams into the building’s<br />

full height atrium. Panels are independently replaceable,<br />

in case of damage during the life of the building and the<br />

gigantic jigsaw pieces defy conformity, creating angles<br />

and drama through their positioning. Inside the building,<br />

a regular grid of columns supports the floor plate, stepping<br />

back at each residential level, to create terraces offering<br />

stunning views across the city from all apartments.<br />

Designed to be a multi-use space where people can live,<br />

work and relax, The Cube has been described as ‘a city<br />

within a city’. The abstract glistening facade rises up in<br />

the urban landscape and provides the home of a 24/7<br />

community and is set to become a destination in its<br />

own right.<br />

Client Birmingham Development Company<br />

Architect Make<br />

Image Zander Olsen / Make<br />

Daylight enters through<br />

filligram screen which optically<br />

‘closes’ one side of building<br />

THE CUBE<br />

11


<strong>Buro</strong> <strong>Happold</strong><br />

CREATING<br />

THE WOW!<br />

Tongshan Street<br />

Shanghai, China<br />

Located in the Huangpo River Complex district of Pudong,<br />

Shanghai, Tongshan Street combines sustainability and<br />

high quality design in a fabulous new complex designed<br />

by Pelli Clarke Pelli Architects. The stunning development<br />

provides over 700 luxury apartments in eight slender<br />

towers, set within exquisite landscaped gardens. An iconic<br />

hotel, a clubhouse, significant areas of retail and leisure<br />

space and extensive underground parking complete the<br />

complex.<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

<strong>Buro</strong> <strong>Happold</strong> provided MEP, facade, traffic, sustainability<br />

and structural engineering on the project, which makes<br />

extensive use of high-performance glass and metal,<br />

to create intricately woven facades on the apparently<br />

delicate structures. Inside the buildings, occupants will<br />

enjoy consistently comfortable temperatures, due to our<br />

angular triple glazed facade. Internal spaces are flooded<br />

with sunlight from the south, while providing exceptional<br />

views of the river to the north and the gardens on all sides.<br />

The complex feels like an oasis of calm, its tranquillity<br />

maintained by restricting cars to the edges of the site and<br />

the underground parking areas.<br />

This project both recognises the advancement of this<br />

prosperous region and inspires future growth and<br />

investment, in an area targeted for extensive infrastructure<br />

and urban development over the coming years, with a<br />

luxurious new area for people to live, work and relax.<br />

Client Vanke Real Estate Company Architect Pelli Clarke Pelli<br />

Image Pelli Clarke Pelli<br />

TONGSHAN<br />

STREET<br />

12


<strong>Buro</strong> <strong>Happold</strong><br />

<strong>Buro</strong> <strong>Happold</strong><br />

CREATING WOW!<br />

THE WOW!<br />

External columns protect from wind<br />

and seismic activity without interrupting<br />

residents views across Mumbai<br />

Worli Towers, Mumbai, India<br />

This trio of landmark towers in the heart of Mumbai will boast<br />

high end offices, a five star hotel and luxury apartments,<br />

capitalising on Mumbai’s unique atmosphere. Collaborating<br />

again with Foster + Partners, our strong relationship is<br />

delivering a spectacular set of buildings.<br />

With an ambitious project completion date, our structural<br />

designs have been optimised through the use of cutting edge<br />

high rise construction technology. Through careful placement<br />

of external columns, our engineers have ensured that<br />

occupants will enjoy incredible views across Mumbai from<br />

WORLI TOWERS<br />

all apartments, without any compromise on building stability,<br />

in a region subject to powerful wind and seismic activity.<br />

The 200,000m 2 of luxurious office, residential and hotel space<br />

being crafted in the heart of bustling Mumbai are described<br />

by developers Omkar as ‘three jewels set to redefine<br />

South Mumbai’. Aiming to set the standard in luxury and<br />

sustainability, the Worli Towers development is leading the<br />

charge into Mumbai’s commercial future.<br />

Client Omkar Architect Foster + Partners Image Foster + Partners<br />

13


<strong>Buro</strong> <strong>Happold</strong><br />

CREATING<br />

THE WOW!<br />

Aino Mina, Kandahar, Afghanistan<br />

<strong>Buro</strong> <strong>Happold</strong> worked as part of the design team on the<br />

Award Winning Aino Mina project, creating a new city where<br />

people will live surrounded by the beauty and tranquillity of<br />

nature.<br />

Designed to be both culturally and contextually appropriate,<br />

Aino Mina is situated on the northern edge of Kandahar.<br />

The site rises gently so that the mosque, seen against the<br />

mountains bordering the Arghandab Valley, creates a<br />

powerful and beautiful symbol for the development.<br />

The development will eventually create more than 20,000<br />

new homes; accommodating up to two million people and<br />

supporting the fast emerging Afghan economy.<br />

healthcare centre, mosques and community centres for each<br />

of the four main districts, while its sparkling water features<br />

provide welcome relief from the summer heat. The houses<br />

in these neighbourhoods can be accessed by car but our<br />

design means that people are able to walk across the entire<br />

development without encountering the interruption and<br />

noise of traffic.<br />

The project was awarded ‘Residential Project of the Year’ and<br />

‘Sustainable Design of the Year’ in the Middle East Architect<br />

Awards 2011.<br />

Client Private sector Architect Aedas Image Aedas<br />

Our sustainability expertise fed into the creation of key<br />

features such as the stunning park, which runs through the<br />

heart of the city, linking key buildings including the school,<br />

Park runs right through the<br />

heart of the development<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

AINO MINA<br />

14


SUPERTECH<br />

Supertech, Noida, New Delhi, India<br />

<strong>Buro</strong> <strong>Happold</strong><br />

CREATING<br />

THE WOW!<br />

This stunning new mixed use development in Noida, New<br />

Delhi is breath-taking in scope, comprising a 300m high<br />

iconic tower, a 29-storey office building, two 41-storey<br />

residential buildings and a dedicated five star hotel<br />

building above a retail and leisure podium. <strong>Buro</strong> <strong>Happold</strong> is<br />

delivering structural, MEP and traffic management solutions<br />

to developers Supertech Realtors Pvt Ltd<br />

Our MEP specialists are using upper level transformers to<br />

serve load centres in the tower, which is designed to resist<br />

significant earthquake and wind forces. HVAC, plumbing<br />

and fire service designs are being developed in harmony<br />

with the structural and architectural forms, to provide<br />

optimum use of space within the development.<br />

Client Supertech Realtors Pvt Ltd Architect Benoy Image Benoy<br />

Carlyon Bay, Cornwall, UK<br />

Scheduled for completion in 2014, the Carlyon Bay<br />

development is the largest single private sector investment<br />

currently proposed in Cornwall and offers a unique<br />

opportunity to incorporate high quality, luxury, owneroccupied<br />

and holiday accommodation, with leisure and<br />

commercial facilities.<br />

<strong>Buro</strong> <strong>Happold</strong>’s sustainability and building environmental<br />

engineers worked alongside architects, environmentalists<br />

and planners, to create a design with sustainability and<br />

the protection of this sensitive site at its heart. The project<br />

will create 511 residential units, including apartments,<br />

penthouses and ‘mews’ houses, along with a hotel and<br />

spa, market place, crèche, restaurants and leisure facilities,<br />

creating a new town for permanent residents and holiday<br />

visitors. The stunning beach has been preserved through the<br />

use of extensive landscaping and a reinforced sand dune,<br />

replacing the concrete sea wall from an earlier design.<br />

Preparations for the phased construction programme are<br />

now underway and the project will create a unique, world<br />

class destination, attracting visitors all year round, whilst<br />

preserving and enhancing the natural beauty of this area.<br />

Client Commercial Estates Group Architect ORMS Image The Neighbourhood<br />

CARLYON BAY<br />

15


<strong>Buro</strong> <strong>Happold</strong><br />

CREATING<br />

THE WOW!<br />

One of the most seismicresistant<br />

developments<br />

in Turkey<br />

ZORLU CENTRE<br />

Zorlu Centre, Istanbul, Turkey<br />

The new Zorlu Centre, a beautifully executed mixed use<br />

development, will be a jewel in the crown of Istanbul. The<br />

Zorlu Group’s sustainability aspirations aligned with our<br />

own green ethos to drive a superb example of the future<br />

of large-scale urban design, the first of its kind in Turkey.<br />

Turkey’s turbulent history of earthquakes means the site<br />

provided a huge challenge to our engineers. Intense<br />

seismic load assessment through the complex ‘non-linear<br />

time history analysis’ led to an innovative dual system of<br />

structural design capable of withstanding very high<br />

seismic stress.<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

Residential, commercial and cultural spaces, hotels<br />

and convention centres are expertly integrated in a<br />

development which touches lightly on the earth, while<br />

our strength in the area of performance based seismic<br />

design has produced one of the most seismic-resistant<br />

developments in Turkey.<br />

Client Zorlu Developments<br />

Architect Tabanlioglu Architects and Emre Arolat Architects<br />

Images Tabanlioglu Architects<br />

16


<strong>Buro</strong> <strong>Happold</strong><br />

CREATING<br />

THE WOW!<br />

Pan Peninsula, London, UK<br />

We provided specialist facade engineering on the exclusive<br />

Pan Peninsula residential development, which comprises<br />

two striking harbour-side apartment towers (40 and 50<br />

storeys), a health and fitness complex, restaurants, a cinema<br />

and landscaped gardens. The 762 residential units range<br />

from ingenious studio apartments to luxurious penthouses<br />

and every home has its own balcony, from which to enjoy<br />

dramatic views over East London.<br />

When completed in 2009, Tower 1 became the tallest<br />

residential tower in Europe, so we undertook extensive<br />

modelling and wind testing to ensure comfort levels<br />

within apartments and on balconies. We designed a<br />

bespoke, glazed curtain walling system, using structural<br />

glass, pre-cast concrete and modular balconies, to provide<br />

weather performance to 600pa and, for apartments close<br />

to the elevated Docklands Light Railway, we enhanced the<br />

acoustic performance of the curtain wall.<br />

PAN PENINSULA<br />

The stunning towers of Pan Peninsula, topped with glowing<br />

‘lanterns’ that ensure they are as eye catching at night as<br />

they are in daylight, are providing some of the most striking<br />

and sought after homes in London’s Docklands.<br />

Client Ballymore Architect SOM, DMWR Architects Image SOM<br />

DUBAI<br />

MIXED USE<br />

DEVELOPMENT<br />

Mixed Use Development, Dubai, UAE<br />

The two towers, known as ’The Dancing Sisters’ stand more<br />

than 200m high and hold 250 luxury apartments, a five<br />

star hotel, prime corporate office space, retail and leisure<br />

facilities. Occupants enjoy stunning views of the Persian<br />

Gulf and Dubai city, including the tallest building in the<br />

world, Burj Khalifa.<br />

Fentress Architects designed the slender, glass clad towers<br />

to look like two dancers in rhythm with each other, one<br />

convex and one concave. Our specialist facade engineers<br />

oversaw the complex design and installation of large folded<br />

sheets of glass curtain walling, which dress the two ‘sisters’,<br />

providing incredible views and maintaining year round<br />

comfort inside.<br />

Client The Private Office Architect Fentress Architects<br />

Image Fentress Architects<br />

17


BURO HAPPOLD<br />

ENERGY USE AND<br />

CARBON REDUCTION


<strong>Buro</strong> <strong>Happold</strong><br />

ENVIRONMENTALLY RESPONSIBLE SPACES<br />

THAT TOUCH THE EARTH LIGHTLY<br />

Sustainable development combines resource efficiency, long term asset and risk management,<br />

holistic business innovation and the respect of people, to ensure that we do more with less, helping<br />

our clients and communities create a built environment fit for the future.<br />

Urban development is taking place at a scale and speed<br />

never achieved before and needs to be adaptable to<br />

changing climates and environments. Existing cities are<br />

seeking to remain competitive and economically viable<br />

in an increasingly global marketplace.<br />

The creation and delivery of new high-quality, functional<br />

urban environments is a complex process, demanding<br />

inspirational vision combined with an understanding of<br />

the present and historic context. At <strong>Buro</strong> <strong>Happold</strong> we are<br />

pioneering the design of low-energy, high performance<br />

and modular forms of building. We are also continuing<br />

to examine and identify new and more responsible<br />

ways to limit our use of natural resources – adopting<br />

more efficient approaches, seeking better ways to move<br />

people, products and waste around and encouraging<br />

new and improved technologies to meet existing needs.<br />

As engineers we believe that innovation is central to the<br />

development of efficient, flexible urban environments.<br />

Working in partnership with our clients, we create<br />

accessible and sustainable developments, which meet<br />

the needs of today’s residents, while safeguarding the<br />

places that we create for future generations to come.<br />

Images <strong>Buro</strong> <strong>Happold</strong>, NORD Architecture, X-Architects<br />

19


<strong>Buro</strong> <strong>Happold</strong><br />

ENERGY USE AND<br />

CARBON REDUCTION<br />

Elmswell Housing, Suffolk, UK<br />

This 26-home scheme, developed by Orwell Housing, was<br />

designed to demonstrate the very best in sustainable<br />

design, achieving an EcoHomes ‘Excellent’ rating.<br />

The houses were built using an innovative material made of<br />

a hemp and lime matrix, which provides excellent thermal<br />

and structural properties, as well sound environmental<br />

credentials. Garden walls are made of unfired earth blocks,<br />

which have good compressive strength and require a<br />

fraction of the manufacturing energy of a fired brick.<br />

<strong>Buro</strong> <strong>Happold</strong> developed the energy strategy for the<br />

development. To reduce carbon emissions by 60% compared<br />

to a building regulations compliant building, we integrated<br />

woodchip heating through a district heating network, heat<br />

recovery and highly insulated walls. Water consumption is<br />

reduced through the collection of rainwater in underground<br />

tanks, for flushing toilets and watering gardens.<br />

RETROFIT FOR<br />

THE FUTURE<br />

We also secured a £100,000 Low Carbon Buildings<br />

Programme grant for the installation of the heating scheme<br />

on behalf of Orwell Housing.<br />

This project won the January 2006 RIBA competition to<br />

design sustainable affordable housing in the Suffolk village<br />

of Elmswell and a Housing Design Award in 2007.<br />

Client Orwell Housing<br />

Architect Riches Hawley Mikhail Image <strong>Buro</strong> <strong>Happold</strong><br />

ELMSWELL<br />

Retrofit for the Future, London, UK<br />

This ambitious project, delivered as part of the TSB Retrofit<br />

for the Future competition, sought to refurbish a pre-cast<br />

concrete end of terrace house in London’s Thamesmead<br />

Estate to achieve an 80% reduction in carbon emissions.<br />

The sustainability strategy for this project was led by <strong>Buro</strong><br />

<strong>Happold</strong>, working with Fraser Brown McKenna Architects,<br />

Galleons Housing Association, Martin Associates surveyors<br />

and Axis Europe Contractors.<br />

The Thamesmead estate is a typical example of the poorly<br />

insulated and undervalued concrete dwellings built in<br />

the UK during the 1960s. Following extensive retrofit<br />

works using Passivhaus principles, the property has been<br />

transformed from a four to a six bedroom house, superinsulated<br />

with external cladding, triple glazing and high<br />

levels of air tightness. Fresh air is provided by a mechanical<br />

ventilation system with heat recovery (MVHR). Photovoltaic<br />

panels and vacuum tube collectors provide renewable<br />

electricity and water heating.<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

<strong>Buro</strong> <strong>Happold</strong>’s role covered product specification, sizing<br />

of major renewable and M&E systems, whole house<br />

energy modelling, Passivhaus calculations, overseeing<br />

construction, thermal imaging and monitoring equipment<br />

installations. <strong>Buro</strong> <strong>Happold</strong> was also responsible for<br />

designing, commissioning and monitoring a fully functional<br />

solar-air collector, incorporating aerogel insulation,<br />

integrated into the external insulation on the south facade,<br />

pre-heating the MVHR. This product won ‘Passive Product of<br />

the Year’ at the 2013 CIBSE Building Performance Awards.<br />

A full post occupancy evaluation of the project will be<br />

conducted over the summer of 2013, one year after a seven<br />

person family moved into the dwelling.<br />

Client Galleons Housing Association<br />

Architect Fraser Brown McKenna Image <strong>Buro</strong> <strong>Happold</strong><br />

20


<strong>Buro</strong> <strong>Happold</strong><br />

ENERGY USE AND<br />

CARBON REDUCTION<br />

High performance triple<br />

glazed facade significantly<br />

reduces energy use<br />

TONGSHAN STREET<br />

Tongshan Street, Shanghai, China<br />

The Tongshan Street project in central Shanghai is a unique<br />

development expected to set new standards for large<br />

scale residential-led projects in terms of sustainability and<br />

financial return; both key drivers for developers Vanke, one<br />

of the largest developers in China. <strong>Buro</strong> <strong>Happold</strong>’s specialist<br />

sustainability consultants worked to ensure that the project<br />

achieves a LEED Platinum rating for the residential clubhouse<br />

building and a LEED Gold for the remaining development.<br />

The high performance facade is the first step in reducing<br />

predicted energy use to meet the LEED targets and our<br />

facade team developed a triple glazed option with external<br />

shading, significantly improving on the local China code,<br />

whilst realising the architect’s aesthetic aspirations. The<br />

exposed roof structure of the residential clubhouse is a key<br />

feature of this stunning building and the use of timber for<br />

the roof not only helped to create an impressive space, but<br />

also reduced the amount of carbon embodied in the structure.<br />

The Shanghai climate requires significant amounts of heating<br />

and cooling throughout the year to provide internal comfort.<br />

Our approach moved away from the traditional residential<br />

development method of locating heating / air-conditioning<br />

equipment within each apartment and instead used an<br />

‘Energy Centre’ approach. By centralising the necessary<br />

equipment into a remote Energy Centre, each apartment<br />

could be made larger and building elevations were released<br />

from air-conditioning louvers, so architecture and project<br />

value were not compromised.<br />

The Energy Centre also allowed Combined Heat and<br />

Power, or Co-Generation, equipment to be considered,<br />

producing significant running cost savings for Vanke and<br />

attracting funding from the Shanghai government, which<br />

is encouraging developers to install their own power<br />

generating equipment to reduce pressure on central<br />

electricity infrastructure.<br />

The overall energy performance of this project is significantly<br />

below local benchmarks and already meets the Chinese<br />

government carbon emission reduction targets for the end<br />

of the 13th Five Year Plan, so the project is effectively future<br />

proofed until the year 2020.<br />

Client Vanke Real Estate Company Architect Pelli Clarke Pelli<br />

Image Pelli Clarke Pelli<br />

21


<strong>Buro</strong> <strong>Happold</strong><br />

ENERGY USE AND<br />

CARBON REDUCTION<br />

CARLYON BAY<br />

Carlyon Bay, Cornwall, UK<br />

Carlyon Bay is a strikingly beautiful area of the Cornwall<br />

coast scheduled for redevelopment to create a new<br />

residential and leisure community which will include more<br />

than 500 homes.<br />

The project has sustainability underpinning all aspects of its<br />

development and our experts integrated efficient structural<br />

design, sustainable procurement of materials and the use<br />

of technologies such as rainwater harvesting, CHP district<br />

heating, renewable energy production, passive lighting,<br />

ventilation and cooling to minimise environmental impact<br />

and reduce operating costs.<br />

Largest single private sector investment<br />

currently proposed in Cornwall<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

We predict a reduction of CO 2 emissions by 25% compared<br />

to Building Regulations Part L (2006) with up to 15% of<br />

renewable energy generated on site. Our future-proofed<br />

energy strategy has been designed to enable the operator<br />

to continually enhance the performance of the buildings<br />

over time.<br />

Client Commercial Estates Group Architect ORMS<br />

Image The Neighbourhood<br />

22


<strong>Buro</strong> <strong>Happold</strong><br />

ENERGY USE AND<br />

CARBON REDUCTION<br />

XERITOWN<br />

Xeritown, Dubai, UAE<br />

The masterplan for the new residential development of<br />

Xeritown uses best practice sustainable design to create<br />

a distinct new Green District in Dubai. The development<br />

features a public promenade, retail, education, leisure<br />

facilities, a library and a mosque; along with mixed residential<br />

properties, including Arabian courtyard villas and apartments<br />

of varying heights which create an iconic new skyline.<br />

Our sustainable design uses facades to minimise solar gain<br />

and enable natural ventilation, while the orientation of the<br />

building groups makes the most effective use of wind for<br />

ventilation. We have created an energy and water strategy<br />

with measures targeted at achieving a 20-30% reduction<br />

in consumption throughout the district. Up to 10% of<br />

the energy for the residential buildings will be generated<br />

through solar energy.<br />

The striking urban promenade which links the urban areas,<br />

uses flowing water channels, cycle and jogging tracks, an<br />

urban sunshade and other elements to complement the<br />

stunning landscape, enticing residents out of their cars and<br />

into healthier lifestyles.<br />

Client INJAZ, a member of Dubai Properties Group<br />

Architect X-Architects (Dubai) and SMAQ (Berlin) Image X-Architects<br />

WORLI TOWERS<br />

Worli Towers, Mumbai, India<br />

This high end development in the Mumbai commercial<br />

district takes the combination of luxury and sustainability to<br />

new heights. The project aims to be one of the few buildings<br />

in the city to achieve a LEED Platinum rating. This has<br />

necessitated reductions of 40% in drinking water and 35% in<br />

annual energy demand across the three 65-storey towers.<br />

Our experts used cutting edge modelling techniques to<br />

find the optimum services solution. A centralised cooling<br />

and ventilation system satisfies the vision and comfort<br />

levels demanded by such a high end development, whilst<br />

intermediate plant floors have been designed to discreetly<br />

supply the building in the most effective way possible.<br />

Treated wastewater from the building is innovatively<br />

recycled to supply the evaporative cooling system, providing<br />

massive water savings. We have also proposed a central<br />

energy strategy which will take advantage of diversity<br />

between the buildings to provide a more resilient and<br />

efficient energy supply.<br />

The approach of our building environment team is unique in<br />

Mumbai, balancing cost, comfort and striking aesthetics, on<br />

a project with sustainability at its core.<br />

Client Omkar Architect Foster + Partners Image Foster + Partners<br />

23


<strong>Buro</strong> <strong>Happold</strong><br />

ENERGY USE AND<br />

CARBON REDUCTION<br />

Highland Housing Fair, Inverness, UK<br />

The 2010 Highland Housing Fair (HHF) aimed to stimulate<br />

quality design, innovation and sustainability in housing by<br />

creating an exemplar community, promoting eco-friendly<br />

living and making exciting, inspirational use of materials.<br />

The five hectare site comprised 27 plots and <strong>Buro</strong> <strong>Happold</strong><br />

worked on seven of these, including the feature site,<br />

designed by NORD Architecture, which used wood burning<br />

stoves and highly efficient thermal stores for space heating<br />

and hot water systems. The challenging geometry of this<br />

scheme also provided an opportunity for highly innovative<br />

structural engineering designs.<br />

The other plots included the complex geometry and locally<br />

sourced materials of JM Architects; HLM Architects’ dwellings<br />

designed to meet Passivhaus standards for insulation,<br />

airtightness, indoor air quality and the use of renewable<br />

energy; A+J Burridge’s unusual building which made striking<br />

use of glazing and Studio KAP Architects’ design for a large<br />

house with smaller work studio, which demonstrated how<br />

Passivhaus principles could be applied at both small and<br />

large scales.<br />

Technologies used on these properties included mechanical<br />

ventilation heat recovery systems which make buildings<br />

extremely airtight, whilst still providing fresh air for<br />

occupants; a bespoke solar shading system, which ensured<br />

that energy consumption and occupant comfort were not<br />

compromised by the large expanse of glass in the Burridge<br />

building; air source heat pump systems, under-floor heating<br />

circuits, thermal hot water systems and rainwater harvesting.<br />

The Highland Housing Fair provided us with an incredible<br />

opportunity to explore and showcase the very best of<br />

modern ecodesign and at the end of the fair, all homes went<br />

on to be sold, or rented and are now occupied.<br />

Client Highland Housing Alliance<br />

Architect JM Architects / NORD Architecture / HLM Architects /<br />

Studio KAP Architects / A+J Burridge<br />

Image NORD Architecture<br />

HIGHLAND<br />

HOUSING FAIR<br />

All homes now occupied,<br />

leaving the legacy of a living,<br />

breathing, contemporary village<br />

24


<strong>Buro</strong> <strong>Happold</strong><br />

ENERGY USE AND<br />

CARBON REDUCTION<br />

Index Tower, Dubai, UAE<br />

The 80-storey Index Tower provides some of the most<br />

sustainable office, residential, retail and leisure facilities<br />

in Dubai. <strong>Buro</strong> <strong>Happold</strong> have provided specialist facade<br />

engineering for the tower, which intelligently responds to<br />

local climate conditions. In August temperatures exceed 41°C,<br />

yet our designs ensure that the temperature inside the tower<br />

will never surpass 28°C, without the use of air conditioning,<br />

significantly reducing energy consumption and cost.<br />

The tower is oriented east to west, making the most of<br />

spectacular views and significantly reducing solar gain.<br />

The east/west walls are formed from insulating concrete ribs,<br />

up to 2m thick, while a complex cladding system forms the<br />

external envelope of the building. Unitised curtain walls,<br />

pre-cast concrete cladding, aluminium rainscreens, structural<br />

glazed assemblies and external shading devices all work<br />

together to ensure that internal spaces are permanently<br />

comfortable for occupants.<br />

The <strong>Buro</strong> <strong>Happold</strong> team led the process of identifying,<br />

incorporating and managing the installation of these<br />

systems, creating a seamless and highly efficient facade,<br />

which pushes the boundaries of sustainable design.<br />

Client Union Properties Architect Foster + Partners<br />

Image Nigel Young / Foster + Partners<br />

INDEX TOWER<br />

Zorlu Centre<br />

Istanbul, Turkey<br />

The Zorlu Group’s aim to submit the Zorlu Centre for a<br />

BREEAM International Assessment combined with our<br />

experts’ intrinsic commitment to sustainability to create a<br />

first for Turkey.<br />

Our extensive experience in this field allowed us to create a<br />

cohesive and sustainably-driven development, integrating<br />

the many elements of modern life into a 600,000m 2 ‘Micro-<br />

City’ project with environmental responsibility at its heart.<br />

Our holistic design process has helped to minimise energy<br />

consumption, reducing both running costs and carbon<br />

footprint, whilst creating a strong, stable development for<br />

the future of Istanbul.<br />

Client Zorlu Developments Architect Tabanlioglu Architects and<br />

Emre Arolat Architects Image Tabanlioglu Architects<br />

ZORLU<br />

CENTRE<br />

25


<strong>Buro</strong> <strong>Happold</strong> on Culture<br />

UNLOCKING<br />

BURO HAPPOLD<br />

SITES


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING AND DEVELOPING<br />

DIFFICULT OR SENSITIVE SITES<br />

The UK Environment Agency estimates that there is an area equivalent to the size of the West<br />

Midlands (66,000 hectares) currently standing vacant, derelict and available for redevelopment in<br />

the UK. This is a pattern seen in countries across the world. Changing communities and the shift of<br />

manufacturing from the former industrial nations to emerging economies in Asia and elsewhere,<br />

mean that there are many thousands of buildings and plots of land available for redevelopment.<br />

There are opportunities and challenges associated with<br />

brownfield development. For example, a brownfield<br />

site is more likely to be located within an existing<br />

urban development, providing a customer base and<br />

reducing the need for expensive transport and utilities<br />

infrastructure, but demolition, refurbishment and<br />

remediation of contaminated land can be costly.<br />

Existing buildings can provide historic and beautiful<br />

frameworks, within which new structures can be<br />

created, but they can bring a multitude of planning<br />

and protection hurdles to be crossed. Brownfield<br />

sites may be awkwardly shaped, or trapped between<br />

existing buildings and infrastructure, limiting the type of<br />

development which can be undertaken, or the methods<br />

which can be used.<br />

Greenfield development is often controversial and<br />

normally subject to stringent planning regulations. Sites<br />

may be available for development only within very tight<br />

constraints and subject to strict protection measures.<br />

<strong>Buro</strong> <strong>Happold</strong> has extensive experience of delivering<br />

successful projects on difficult sites and these are<br />

challenges which we have faced on many projects,<br />

in many settings. Some of our most exciting and<br />

pioneering work has come about in response to difficult<br />

sites.<br />

Our combination of imagination and pragmatism<br />

ensures that the potential of sites can be fully realised,<br />

resulting in incredible projects and fantastic new spaces<br />

for people.<br />

Images <strong>Buro</strong> <strong>Happold</strong>, <strong>Happold</strong> Media, Tim Soar<br />

27


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING<br />

SITES<br />

BATTERSEA<br />

Battersea Regeneration, London, UK<br />

<strong>Buro</strong> <strong>Happold</strong> has been appointed by the Battersea Power<br />

Station Development Company to provide multidisciplinary<br />

engineering design and consultancy to Phase one of the<br />

redevelopment of Battersea Power Station. We are delivering<br />

structural and civil engineering, as well as specialist facades,<br />

fire, Inclusive Design, security and water engineering on this<br />

major urban regeneration project situated on 38 acres of<br />

prime development land, within a mile of central London.<br />

Scheduled for completion in 2024, the overall scheme,<br />

London’s biggest ever planning application, will provide<br />

over 8million sq ft of mixed use development, within and<br />

around the landmark building, including 3,400 new homes.<br />

Phase one of the development, Circus West, comprises<br />

1million sq ft of high end residential development, 800<br />

homes in all. A ground floor retail and leisure zone and<br />

two levels of below ground parking are also included.<br />

Early development will improve riverside access, providing<br />

a pedestrian route to Battersea Park. It will also survey<br />

and repair the fabric of the iconic Grade II listed building.<br />

Design development is already proceeding with basement<br />

construction expected to commence in the summer of 2013.<br />

This sensitive site has long been targeted for development,<br />

but the search for a project which protects the iconic<br />

property, without compromising commercial sustainability,<br />

has been long and challenging. Our expertise in the<br />

development of listed and protected sites has been a vital<br />

ingredient in the development of the scheme which will<br />

anchor the wider regeneration of the Vauxhall Nine Elms<br />

Battersea Opportunity Area and be supported by a Northern<br />

Line extension, including two new stations: Nine Elms and<br />

Battersea Power Station.<br />

Client Battersea Power Station Development Company<br />

Architect Rafael Viñoly Architects,<br />

Ian Simpson Architects and LDA Design<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

Iconic Grade II listed building<br />

will be repaired and protected as<br />

focus of mixed-use development<br />

28


UNLOCKING<br />

<strong>Buro</strong> <strong>Happold</strong><br />

SITES<br />

THE BOTANY<br />

Mission Bay Block 13W, San Francisco, CA, USA The Botany, Maryhill, Glasgow, UK<br />

The Botany area of Maryhill, Glasgow got its name from the<br />

large number of travellers, destined for Botany Bay, who<br />

passed through the area in the early 19th century. It had<br />

long suffered many of the problems associated with social<br />

deprivation; including high unemployment, crime and poor<br />

health when the local authority approved a regeneration<br />

plan to breathe new life into the 18 hectare site. The scheme<br />

will eventually create more than 700 new homes – a mixture<br />

of high quality social rented and private housing on the<br />

banks of the Forth and Clyde Canal.<br />

<strong>Buro</strong> <strong>Happold</strong> were commissioned to provide the multidiscipline<br />

engineering services for the first phase of the<br />

project, creating 35 new homes for Maryhill Housing<br />

Association.<br />

This 163 acre brownfield site is being developed as part<br />

of the FOCUS regeneration programme which promotes<br />

‘infill developments’ to provide improved housing and<br />

transportation to all residents and enhance existing<br />

neighbourhoods in and around the San Francisco bay.<br />

Targeted at urban professionals, the Block 13W development<br />

is located within a large new parkland area, just a few blocks<br />

from the Giants AT&T Park. Due for completion in 2014, it will<br />

comprise 273 market rate residential units spread across a<br />

16-storey tower on the west and a five story podium on the<br />

eastern two thirds of the site.<br />

The properties include 2, 3 and 4 bedroom apartments,<br />

designed to maximise daylight and the occupants contact<br />

with the natural landscape. The designs were developed in<br />

response to workshops involving local community members<br />

and waiting list tenants.<br />

The Maryhill Locks scheme has been awarded ‘Scottish<br />

Sustainable Community Status’ by the Scottish Government.<br />

Aiming to create places which raise standards in design<br />

and sustainability, this project has now started to transform<br />

the derelict land on the edge of the Forth and Clyde Canal,<br />

with new homes, shops, leisure and commercial spaces and<br />

community facilities.<br />

Client Maryhill Housing Association Architect Elder & Cannon Architects<br />

Image Elder & Cannon Architects<br />

The development provides a visual and geographic centre<br />

in the redeveloped South Mission Bay. The tower provides<br />

a point of focus in the 5th Street corridor, forming the apex<br />

of the Merrimac Street axis, while the podium brings the<br />

development down to a pedestrian scale, creating a street<br />

edge reminiscent of many residential streets in San Francisco.<br />

Client Equity Residential Architect HKS Architects Image HKS Architects<br />

MISSION BAY<br />

29


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING<br />

SITES<br />

THE CUBE<br />

The Cube, Birmingham, UK<br />

Located in Birmingham’s traditional jewellery district, this<br />

£76m development project is a high quality mixed use<br />

building, including a five-storey basement with 17 aboveground<br />

storeys to house 40,000m 2 of retail, office, residential<br />

and hotel accommodation. The Cube links the canal and city<br />

centre to Attwood Green in the south of the city. A skyline<br />

restaurant sits on top of the building, affording spectacular<br />

city views.<br />

Building next to existing buildings and canals provided a<br />

challenge to our structural and geotechnical engineers.<br />

Before any works were carried out, a monitoring strategy<br />

was developed which detailed the allowable retaining wall,<br />

ground and building movements and outlining contingency<br />

measures if allowable movements were exceeded.<br />

Basement works consisted of constructing a 900mm<br />

diameter contiguous bored pile wall around the excavation<br />

to support up to 19m of soil and rock. To control ground<br />

movements and maintain stability the wall was propped<br />

with a combination of pre-stressed anchors, struts and<br />

beams. The resulting basement houses retail and fully<br />

automated parking areas, providing the standard of facilities<br />

which professional occupants require, with no compromise<br />

on the quality of the residential and leisure space above.<br />

Client Birmingham Development Company Architect Make<br />

Image Zander Olsen / Make<br />

PFORZHEIM<br />

Pforzheim, Baden-Wurttember, Germany<br />

Built on the site of a former Barracks, Pforzheim is an urban<br />

development comprising detached houses, apartment<br />

blocks, an educational institution and retail space.<br />

Together with Lèon Wohlhage Wernik Architekten, <strong>Buro</strong><br />

<strong>Happold</strong> won the design competition for the project which<br />

includes four cubic residential blocks, a total of 76 residential<br />

units and a parking garage. There was a special focus on<br />

sustainability for this project.<br />

The residential blocks sit partially over the garage and we<br />

used our experience in creating energy efficient buildings<br />

to explore a range of sustainable design options. The owner<br />

opted for a monolithic, reinforced concrete structure, with<br />

static and cantilevered wall and ceiling panels which proved<br />

both effective and economical.<br />

We also developed an Energy Plan for the development to<br />

secure energy standard EnEV 2009.<br />

Client Stadtbau GmbH Pforzheim Architect Léon Wohlhage Wernik Architekten<br />

Image Léon Wohlhage Wernik Architekten<br />

30


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING<br />

SITES<br />

Centred around transport<br />

interchange at North Greenwich<br />

underground station<br />

Greenwich Peninsula Residential Developments, London, UK<br />

<strong>Buro</strong> <strong>Happold</strong> worked as part of a consortium to develop<br />

a masterplan for this 120-hectare site which includes<br />

the famous Millennium Dome and land on the western<br />

site of the Peninsula. Aiming to create a huge mixed<br />

use development comprising 10,000 homes, shops and<br />

leisure facilities, the planned development is centred<br />

around the North Greenwich underground station and<br />

multi-modal interchange for buses, trams and ‘park<br />

and ride’.<br />

With architects CF Møller we developed designs for<br />

a group of three-storey townhouses and a 12-storey<br />

residential block, to be split between owner occupiers,<br />

shared-ownership buyers and housing association<br />

tenants. With Jestico + Whiles, London we designed a<br />

development comprising 207 new residential units for<br />

sale and rent.<br />

In line with the London plan, all properties were<br />

designed to achieve the Code for Sustainable Homes 4*<br />

Rating. A phased Energy Strategy provides a temporary<br />

biomass heating solution, until the site is sufficiently<br />

developed to activate a district heating system. All<br />

properties were designed to be ready for the switchover.<br />

Economic conditions mean that the development of<br />

Greenwich Peninsula has been suspended since late<br />

2008. When work recommences this project will create<br />

a new and vibrant ‘quarter’ of London, convenient for<br />

commercial centres such as Canary Wharf and The City<br />

of London and integrating sustainability with high-end<br />

luxury and affordable housing.<br />

Plot M0116<br />

Client Meridian Delta Ltd and RSL Partners Architect CF Møller<br />

Plot M0114<br />

Client Mode Homes Architect Jestico + Whiles, London<br />

Images CF Møller and <strong>Buro</strong> <strong>Happold</strong><br />

GREENWICH<br />

PENINSULA<br />

31


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING<br />

SITES<br />

Estidama Communities Pilot Project,<br />

demonstrating commitment to<br />

preservation of environmental,<br />

social, cultural and heritage tenets<br />

AIN AL FAYDA<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

Ain Al Fayda, Abu Dhabi, UAE<br />

Ain Al Fayda is a luxurious new residential development at<br />

the foot of Hafeet Mountain, in the outskirts of Al Ain.<br />

The striking new city which is designed to look like a<br />

human eye (Al Fayda means ‘the flooding well’, while Ain<br />

translates as ‘eye’) aims to recreate the communal feeling of<br />

a traditional Fareej, with villas clustered around the Oasis<br />

Park, a beautiful sheltered outdoor space. Ain Al Fayda<br />

was selected by Abu Dhabi Urban Planning Council as a<br />

pilot project for its Estidama Communities Project, which<br />

is committed to the preservation of environmental, social,<br />

cultural and heritage tenets. Phase One will create 2,000 new<br />

residences, in an area of 3.75 million m 2 .<br />

Enjoying a location amid abundant foliage and healing<br />

hot springs, the 2400 hectare city will be home to an ecourban<br />

community in search of healthy lifestyles. The range<br />

of holistic wellbeing services available integrates modern<br />

Western practice with evidence based alternative treatments<br />

such as Ayurveda, homeopathy and herbal medicine.<br />

<strong>Buro</strong> <strong>Happold</strong> provided engineering, transport and<br />

sustainability support on this greenfield project which<br />

required completely new infrastructure, enabling us to use<br />

the most sustainable technologies and approaches available.<br />

The city benefits from superb weather and a cool climate,<br />

so our designs encourage residents and visitors alike to<br />

leave their cars on the outskirts, then use the abundant<br />

pavements, pathways, E-vehicles, buses and boats to move<br />

around and enjoy the space.<br />

Client Al Qudra Real Estate Architect X-Architects Image X-Architects<br />

32


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING<br />

SITES<br />

Bath Western Riverside, Bath, UK<br />

As one of the largest brownfield regeneration projects in the<br />

South West, Bath Western Riverside is regenerating a former<br />

industrial site on the banks of the River Avon, which had lain<br />

vacant for 25 years. The development represents a major<br />

opportunity for Bath to deliver a platform for the city’s future<br />

economic and social prosperity.<br />

<strong>Buro</strong> <strong>Happold</strong> is providing structural, environmental,<br />

infrastructure and utilities engineering on the development<br />

which integrates more than 300 high-quality new homes<br />

with leisure and work spaces, employment, learning<br />

and lifestyle opportunities, all linked by an integrated<br />

public transport system. The vision is to create a world<br />

class, comprehensive scheme based on the principles of<br />

sustainability.<br />

Scheme proposals targeted the inclusion of 10% onsite<br />

renewable energy generation and an EcoHomes<br />

‘Excellent’ rating. Our detailed investigations showed that<br />

a combination of gas-fired CHP and biomass boiler plant<br />

would achieve these targets, reaching the level required to<br />

achieve Code for Sustainable Homes Level 3.<br />

Key challenges were flooding and contamination of earth<br />

on the 70 acre site. Our specialists undertook an impact<br />

assessment for flooding and hydrology, then provided<br />

ground remediation strategies and drainage designs which<br />

provided effective and sustainable solutions to the problems.<br />

Parkland has been created at the edge of the river, to act as<br />

a community resource and provide natural protection from<br />

flooding. In addition, more than 45,000 tons of soil have<br />

been moved and cleaned onsite, ready for reuse within the<br />

development, resulting in both time and cost savings.<br />

The completion of Phase One of the development saw the<br />

creation of 59 new homes and 200 homes will be created<br />

in Phase Two.<br />

Client Crest Nicholson<br />

Architect Fielden Clegg Bradley Studios (masterplanning),<br />

Holder Mathais Architects (buildings)<br />

Images Holder Mathais Architects, Fielden Clegg Bradley Studios<br />

BATH WESTERN<br />

RIVERSIDE<br />

33


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING<br />

SITES<br />

Barking Town Centre, London, UK<br />

Lying at the entrance to the Thames Gateway, the Barking<br />

Town Square development is central to the much needed<br />

regeneration of the area. Phase One of the development<br />

created new public realm facilities and improved<br />

infrastructure, before Phase Two created hundreds of<br />

new homes and commercial spaces, all focussed around a<br />

stunning new arboretum.<br />

We provided structural engineering support on a new<br />

residential development comprising 200 apartments, spread<br />

over six floors which were constructed on top of an existing<br />

library and learning centre. The project also refurbished and<br />

extended the original library building.<br />

Ensuring the existing building could support the new<br />

structure was a major challenge in this project, as there<br />

could be no transfer of vertical load onto the original<br />

building. Our design incorporated a large transfer structure,<br />

supported by a series of reinforced concrete columns,<br />

which in turn provide lateral support to the original pre-cast<br />

concrete frame. The new columns were carefully threaded<br />

through the original building’s existing pre-cast concrete<br />

structure and are supported on new, mini-piled foundations.<br />

In 2005 the development won a prestigious Housing<br />

Design Award.<br />

Client Redrow Regeneration Ltd Architect Allford Hall Monaghan Morris LLP<br />

Image Tim Soar<br />

BARKING TOWN CENTRE<br />

200 new apartments<br />

constructed on top of existing<br />

library and learning centre<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

34


<strong>Buro</strong> <strong>Happold</strong><br />

UNLOCKING<br />

SITES<br />

107 West 57th Street, New York, NY, USA<br />

A tiny 43ft x 100ft plot in New York’s Midtown Manhattan<br />

will soon become home to the most slender high rise<br />

building in North America. Due for completion in 2014,<br />

107 West 57th Street is a dazzling 55-storey tower which<br />

soars out of a space just big enough for two row houses.<br />

28 units provide occupants with some of the most<br />

luxurious living space in New York, no more than one<br />

property per floor and incredible views over Manhattan’s<br />

skyline to the south and Central Park to the north.<br />

<strong>Buro</strong> <strong>Happold</strong> engineers are helping to create floor to<br />

ceiling glass curtain walls on the north and south facades,<br />

ensuring that none of the spectacular view is wasted,<br />

while internal temperatures are regulated, keeping<br />

energy consumption low. On the linking lot-line walls,<br />

dark grey stainless steel panels are rippled and sprinkled<br />

with tiny perforations to reveal a stunning display of<br />

kinetic light, from thousands of concealed LEDs which<br />

sparkle at night, ensuring this structure will stand out<br />

from the crowd in its exclusive neighbourhood.<br />

Inside the 14 duplex and one quadruplex apartment we<br />

have created stunning glass staircases which link the<br />

floors inside properties without losing any of the light<br />

and space which make the apartments so special.<br />

The tower at 107 West 57th Street also holds 10,000 sq ft<br />

of retail space and a top floor entertainment suite,<br />

providing an incredible example of what can be achieved<br />

on a tiny plot when passion, invention and expertise<br />

come together.<br />

Client JDS Development Group Architect Cetra Ruddy Image Cetra Ruddy<br />

107 WEST 57th STREET<br />

35


<strong>Buro</strong> <strong>Happold</strong> on Culture<br />

REFURBISHMENT<br />

BURO HAPPOLD<br />

AND REGENERATION


<strong>Buro</strong> <strong>Happold</strong><br />

BRINGING A NEW LEASE OF LIFE<br />

TO HISTORIC BUILDINGS AND SPACES<br />

The effective refurbishment and reuse of existing building stock is a vital element in sustainable<br />

urban development and <strong>Buro</strong> <strong>Happold</strong>’s expertise has helped to create some of the most<br />

spectacular examples in recent years.<br />

There are many reasons for refurbishment and<br />

re-use. A building may be upgraded to improve<br />

accessibility, to reduce energy consumption, or simply<br />

bring its appearance up to date. A property may be<br />

changing its purpose, or a whole urban district may<br />

be reinventing itself to better meet the needs of a<br />

changing community, or to trigger economic and social<br />

regeneration.<br />

We bring specialist knowledge and skills to projects<br />

of any scale, helping clients to see the full potential of<br />

their refurbishment schemes, supporting them through<br />

survey, design and project management processes.<br />

Our extensive knowledge of complex planning and<br />

regulation procedures, including those for heritage and<br />

protected sites, means that we can help clients navigate<br />

their path efficiently and effectively. Refurbishment<br />

projects can be undertaken while buildings are<br />

occupied, in stages to ease cash-flow management and<br />

in partnership with large or small contractor teams.<br />

With experience ranging from iconic projects such<br />

as Highbury Square and the stunning Lakeshore<br />

development, right through to micro-projects like<br />

Retrofit for the Future, we are delivering projects which<br />

create incredible new spaces for people to occupy<br />

and enjoy.<br />

Images Alan McAteer, Piotr Dziubak, Urban Splash, Vision Four Developments Ltd<br />

37


<strong>Buro</strong> <strong>Happold</strong><br />

REFURBISHMENT<br />

AND REGENERATION<br />

Highbury Square, London, UK<br />

After 93 years at Highbury, Arsenal Football Club, moved<br />

from their beloved home to the new state of the art Emirates<br />

Stadium. Almost immediately work began on transforming<br />

the Highbury site into a residential development with 750<br />

apartments and 550 underground parking spaces, the first<br />

transformation of this kind in Europe.<br />

Planning conditions meant that the appearance of the new<br />

scheme should as far as possible retain the form and layout<br />

of the original football ground with features from the original<br />

spectator stands integrated into the scheme. The six-storey<br />

art deco steel framed masonry facades in the South stand,<br />

listed by English Heritage, needed to be reproduced in the<br />

West stand, albeit slightly less ornately. The famous marble<br />

entrance presented some challenges, as the walls had a thin<br />

precast concrete slab lining and the floor was badly cracked.<br />

In the new residential scheme, the 12m high hallway would<br />

have four floors of apartments above it. Careful design<br />

meant that this delicate hall could remain undisturbed,<br />

without the number of apartments bring reduced.<br />

Preservation of the original features – the beautiful art<br />

deco facades, stunning sun-burst gable windows and the<br />

marble entrance hall – was our primary concern. Using in<br />

situ concrete flat slab framed construction on the six storeys<br />

allowed the existing structure to be supported. Innovative<br />

restraint fixings, designed specifically for the job, gave the<br />

building the necessary control and stability. Working with<br />

English Heritage in the marble hall, we proposed a new<br />

column to support the scheme’s vision. Because of the<br />

incredibly tight programme, <strong>Buro</strong> <strong>Happold</strong> introduced slip<br />

form construction into the frame design; an onsite plant was<br />

used to produce the concrete and roll mat reinforcements<br />

were used on the flat slab. All this meant an overall increase<br />

in the reinforcements used, but massive savings in time,<br />

keeping our clients on programme and on budget.<br />

Topped out by Arsene Wenger, this £170 million project<br />

retains all the drama and theatre of the original sporting<br />

venue, along with a real sense of community and belonging.<br />

The landscaped gardens on the site of the historic pitch<br />

combined with six smaller more intimate courtyard gardens<br />

reflect London’s long tradition of garden squares. Parking,<br />

a swimming pool and gym have all found a home and help<br />

to create a wonderful haven for residents who can revel in<br />

the history of the site and enjoy a new style of urban living.<br />

This development shows how sustainable, innovative and<br />

inspiring a place to live can be.<br />

Client Highbury Holdings Ltd<br />

Architect Allies and Morrison and Denning Male Polisano<br />

Image Vision Four Developments Ltd<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

Former home of Arsenal<br />

Football Club converted<br />

into 750 apartments<br />

HIGHBURY SQUARE<br />

38


<strong>Buro</strong> <strong>Happold</strong><br />

REFURBISHMENT<br />

AND REGENERATION<br />

Lots Road, London, UK<br />

From 1902 to 1998 Lots Road Power Station fuelled the<br />

London Underground. Now decommissioned, a new vision<br />

will see it turned into a dual-site residential and commercial<br />

development. Split across the boroughs of Hammersmith<br />

and Fulham and Kensington and Chelsea, the site will<br />

eventually provide more than 800 new homes and 78,000<br />

sq ft of commercial space.<br />

Alte Mälzerei, Pankow, Germany<br />

ALTE MÄLZERIE<br />

After standing empty for more than two decades, the<br />

Old Malt House in Pankow is now providing high quality<br />

residential space, with approximately 100 new apartments,<br />

where malt was once dried, crushed and stored.<br />

Built in 1874, the complex was home to the Schultheiß<br />

Brewery and has been continuously extended during<br />

its lifetime. The original spaces were laid out to suit<br />

various industrial functions, causing many variations of<br />

size and function on the site. We were able to bring our<br />

detailed knowledge of working with historic structures<br />

and materials to this project. Working closely with client,<br />

architect and the State Heritage Office we ensured that<br />

elements such as the detailing of the ceilings with barrel<br />

and cross vaults were fully protected, while modern<br />

standards, such as fire safety, were met.<br />

Some of the most challenging elements of the existing<br />

structure became key features of the resulting apartments,<br />

which ranged in size from 50 to 135m². For example,<br />

awkward gallery levels requiring specialised engineering<br />

solutions were incorporated into striking rooms with<br />

ceilings up to 7m high.<br />

After years of standing empty the Old Malt House is now<br />

being used again, offering high quality living space whilst<br />

securing and revitalising this valuable piece of German<br />

heritage.<br />

Client Terraplan Grundstücksentwicklungsgesellschaft<br />

Architect Vangeistenmarfels Architekten Image <strong>Buro</strong> <strong>Happold</strong> / Piotr Dziubak<br />

Lots Road is not listed, but the facade and some key<br />

features are protected by a licence from English Heritage.<br />

This presented us with the challenge of weaving 21st<br />

century high-end living, into a 100 year old industrial<br />

complex, without risk to the original structure. Our experts<br />

used the latest 3D CAD modelling to design a ‘building<br />

within a building’, so that the new spaces will be selfsupporting.<br />

The decision was taken to retain the existing foundations,<br />

but to dig a new double basement to balance the<br />

additional weight and stresses of the new structures. The<br />

new basement cleverly exploits original 1902 features,<br />

providing bountiful car parking spaces for future residents.<br />

This scheme turns the challenges of a former industrial<br />

site into opportunities to create a world class urban<br />

development close to some of the most desirable<br />

residential areas in the city.<br />

Client Hutchinson Whampoa<br />

Architect Farrells, Formation Architects and BTPW<br />

Image <strong>Buro</strong> <strong>Happold</strong><br />

LOTS ROAD<br />

39


<strong>Buro</strong> <strong>Happold</strong><br />

REFURBISHMENT<br />

AND REGENERATION<br />

The Brunswick, London, UK<br />

The Brunswick is a Grade II listed mixed use, low rise, high<br />

density urban development within a concrete and glass<br />

megastructure. Comprising retail units, a cinema, social<br />

housing and car parking, the Brunswick is one of London’s<br />

iconic 1960s buildings, but by the 1990s it was tired, worn and<br />

largely deserted. The client’s aim was to achieve the original<br />

architect’s vision of a stylish residential and shopping area,<br />

creating a focus for fashion and leisure in Bloomsbury, 34 years<br />

after the scheme was originally completed.<br />

Our structural specialists conducted detailed analysis to<br />

comprehensively identify and record the defects in the 40<br />

year old concrete and rendered masonry. We then prepared a<br />

detailed repair methodology and specification for the repairs,<br />

before moving on-site to supervise contractors, ensuring<br />

quality control and mitigating unnecessary facade repair work<br />

and cost.<br />

The structural works to the centre involved significant<br />

amounts of demolition with specialist demolition techniques,<br />

such as crunching concrete instead of breaking, employed to<br />

reduce noise, dust and other impacts on the neighbouring<br />

community and businesses.<br />

The redevelopment of the Brunswick secured a BCSC Gold<br />

Award for In Town Retail in 2007 and the 2008 Civic Trust Award.<br />

Client Allied London Properties Architect Levitt Bernstein Associate Limited<br />

Image <strong>Buro</strong> <strong>Happold</strong><br />

THE BRUNSWICK<br />

Anchor Mills, Paisley, UK<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

The Domestic Finishing Mill, known as Anchor Mills, is a<br />

five-storey, Category A-listed building in Paisley, West Central<br />

Scotland. Built in 1886, the building was one of the earliest<br />

buildings in the town to have electric light and was at the<br />

heart of the towns thriving cotton industry, until its closure in<br />

the 1980s. The building stood empty for two decades before a<br />

partnership group was established to save the building.<br />

<strong>Buro</strong> <strong>Happold</strong> and James F Stephen Architects were<br />

commissioned to undertake a restoration project which<br />

would create 60 luxury apartments, 25,000 sq ft of commercial<br />

business space and new internal car parking facilities.<br />

Years of dereliction, vandalism and the harsh Scottish climate<br />

had taken a heavy toll on the building. Extensive repair and<br />

replacement works were needed. The architectural objective<br />

was to produce a sensitive design, which complemented<br />

the historical building and had minimum impact upon the<br />

aesthetical quality. All interventions needed to protect the<br />

original fabric of the building, so we used specialist methods<br />

such as cast iron stitching to undertake the repairs with<br />

minimum impact on the historic structure.<br />

The future of the Domestic Finishing Mill is now assured,<br />

through a project which celebrates Paisley’s economic history<br />

and looks to the future, providing beautiful homes and<br />

comfortable workspaces for the community of Paisley.<br />

Client Phoenix Trust / Persimmon Homes Architect James F Stephen Architects<br />

Image <strong>Buro</strong> <strong>Happold</strong> / Alan McAteer<br />

ANCHOR MILLS<br />

40


<strong>Buro</strong> <strong>Happold</strong><br />

REFURBISHMENT<br />

AND REGENERATION<br />

CLARENCE DOCK<br />

Clarence Dock, Leeds, UK<br />

The redevelopment of the 19th century Clarence Dock<br />

presented the typical issues faced when developing<br />

brownfield sites. Site investigations and contamination<br />

studies highlighted hot-spots of concentrates, so we<br />

worked with the client and the local authority to establish<br />

the risks and then implemented a remediation strategy<br />

which maximised site potential and minimised risk during<br />

construction and in the longer-term.<br />

We carried out a site-wide flood risk assessment and<br />

developed a flood prevention strategy which includes<br />

active measures to control the dock level, acceptable<br />

levels for ground floor accommodation, external ground<br />

levels management and basement designs which prevent<br />

water ingress.<br />

Throughout the project we were focussed on protecting<br />

the integrity of the historic dock wall, with initial surveys<br />

helping us calculate where buildings could be located on<br />

the site, to allow access around the development while<br />

avoiding any danger of damage to the wall fabric.<br />

The transformation of Clarence Dock in Leeds has created<br />

a vibrant waterside community and a premier tourist<br />

destination. As the largest development of its type in<br />

the city, it has generated a resurgence of interest in the<br />

dock area.<br />

Client The Clarence Dock Company<br />

Architect Carey Jones Architects Limited<br />

Image <strong>Buro</strong> <strong>Happold</strong> / Daniel Hopkinson<br />

Key site challenges included<br />

contamination, flood-risk<br />

and protection of dock wall<br />

41


<strong>Buro</strong> <strong>Happold</strong><br />

REFURBISHMENT<br />

AND REGENERATION<br />

Rote-Kaserne, Potsdam, Germany<br />

The historical Red Barracks in Potsdam were built for the<br />

Prussian Army in the late 1890s and were in use until<br />

German Reunification. <strong>Buro</strong> <strong>Happold</strong> Berlin worked as part<br />

of the team that planned the restoration and conversion of<br />

the storage depot and former bakery into 27 high quality<br />

condominiums.<br />

Retaining and protecting the existing historical structure<br />

was the key challenge for our team. We ascertained that the<br />

existing structure was in very good condition, so were able<br />

to maintain the brickwork, wooden ceiling beams and cast<br />

iron columns which remained visible after refurbishment.<br />

To comply with modern residential standards, we increased<br />

fire resistance and sound insulation through the addition<br />

of concrete slabs, installed on top of the existing timber<br />

floor structure. These slabs not only support and protect<br />

the historical elements in case of a fire, but improve sound<br />

insulation, through increased mass.<br />

To ensure natural daylight reached the inner apartments, a<br />

former internal passageway that once carried wagons was<br />

converted into an atrium. Clad with transparent pneumatic<br />

ETFE foil cushions the atrium feels like an external space,<br />

flooded with ambient light creating a friendly atmosphere.<br />

ROTE-KASERNE<br />

The atrium arcade provides central access to the apartments,<br />

acting as a hub in which residents can relax and socialise.<br />

Through the sensitive and innovative approach of the<br />

design team the former barracks have been rehabilitated<br />

and renovated for modern day living. Seamlessly integrating<br />

the old with the new and retaining the important historical<br />

essence of the site, we have helped create bright, welcoming<br />

apartments with a beautiful view.<br />

Client Terraplan Grundstücksentwicklungsgesellschaft<br />

Architect Vangeistenmarfels Architekten<br />

Image <strong>Buro</strong> <strong>Happold</strong> / Piotr Dziubak<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

Pneumatic ETFE foil cushions<br />

used to clad internal atrium to<br />

carry light throughout the space<br />

42


<strong>Buro</strong> <strong>Happold</strong><br />

REFURBISHMENT<br />

AND REGENERATION<br />

Lakeshore, Bristol, UK<br />

The redevelopment of Lakeshore in South Bristol is a<br />

fabulous example of the creative re-use of industrial<br />

buildings. The former UK headquarters of Imperial Tobacco<br />

had lain empty for many years and was listed while under<br />

threat of demolition. This development transformed<br />

the iconic 1970s building and landscape into 270<br />

contemporary apartments, ranging from studios to 4-bed<br />

apartments, which welcomed their first occupants in 2011.<br />

De Vere Gardens, London, UK<br />

De Vere Gardens is a 47,000m 2 luxury residential<br />

development in Kensington, due for completion in 2014.<br />

Built on the site of two former hotels and overlooking<br />

Kensington Park, the new buildings retain the beautiful<br />

Victorian facades on the northern side of the site and<br />

then integrate these into an outstanding group of new<br />

buildings, ranging from five to seven floors in height.<br />

97 luxury apartments will be created along with leisure,<br />

fitness, entertainment facilities and underground parking.<br />

Our role includes site investigation and ground<br />

remediation, demolition, piling and foundations, detailed<br />

structural and services design, plus on-site supervision.<br />

To reduce programme length and take advantage of<br />

contractor feedback to minimise costs, we overlapped site<br />

enabling works packages with the early design phase.<br />

The biggest challenge on the project is retaining, restoring<br />

and integrating the stunning facades, a familiar sight in<br />

this conservation area. Our project plan, which integrated<br />

the facades into three new reinforced concrete structures,<br />

then reinstated original residential entrances at street level,<br />

secured the full approval of the local authority, English<br />

Heritage, The Royal Parks and Historic Royal Palaces.<br />

Client Lancer Property Asset Management<br />

Architect David Chipperfield Architects<br />

Image David Chipperfield Architects<br />

The <strong>Buro</strong> <strong>Happold</strong> structural team undertook a careful<br />

study of the existing structure to ensure that the building<br />

had the capacity to withstand the interventions proposed<br />

by the Bristol based architects Ferguson Mann. These<br />

included cutting an atrium down the centre of the building<br />

to bring light into its heart, creating an uplifting and<br />

memorable space.<br />

A new build car park, concealed in the contours of the site,<br />

also challenged the team and was successfully executed<br />

with the use of a ground anchor system. Hidden beneath<br />

the footprint of this car park are geothermal boreholes<br />

which have helped the building to achieve an EcoHomes<br />

‘Excellent’ rating.<br />

Perhaps the most impressive feature of the development,<br />

and the inspiration for its name, is the formerly overgrown<br />

and neglected lake which surrounds the building. Our<br />

geoenvironmental team used a bioremediation technique<br />

to recover the water quality, creating a stunning relaxation<br />

space to be enjoyed by the building’s new residents.<br />

Client Urban Splash Architect Ferguson Mann Architects<br />

Image Urban Splash<br />

LAKESHORE<br />

DE VERE<br />

GARDENS<br />

43


SERVICES<br />

INTEGRATED MULTI-DISCIPLINARY ENGINEERING<br />

<strong>Buro</strong> <strong>Happold</strong> delivers world-class engineering consultancy across a range of disciplines spanning<br />

buildings, infrastructure, environment, and project management. We combine creativity with solid<br />

technical skills and an awareness of the key drivers that shape projects in the residential sector.<br />

BUILDINGS<br />

BUILDING ENVIRONMENTS<br />

Acoustics<br />

Building services engineering (MEP)<br />

Computational analysis<br />

Lighting<br />

Sustainability<br />

BUILDING PLANNING AND OPERATIONS<br />

Asset management<br />

Fire engineering<br />

Inclusive design<br />

IT communications and control<br />

People movement<br />

Safe & Secure<br />

HAPPOLD CONSULTING<br />

STRATEGY<br />

Economic development<br />

Economic infrastructure<br />

Integrated development planning<br />

Regional planning<br />

Sustainability and environment<br />

DELIVERY<br />

Organisational development<br />

Procurement<br />

Project management<br />

BUILDING FABRIC<br />

Facades<br />

SMART solutions<br />

Structural engineering<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

ENVIRONMENT AND INFRASTRUCTURE<br />

SPECIALIST CONSULTING<br />

Bridges and civil structures<br />

Coastal and marine<br />

Drainage and storm water management<br />

Earthworks<br />

Flood risk<br />

Geoenvironmental<br />

Geotechnical<br />

Highway engineering<br />

People movement
<br />

Transport planning<br />

Utilities engineering<br />

STRATEGIC CONSULTING<br />

Environment
<br />

Transport<br />

Urban development<br />

Water<br />

Index Tower, Dubai, UAE<br />

Image Nigel Young / Foster + Partners<br />

44


<strong>Buro</strong> <strong>Happold</strong><br />

INDEX<br />

FEATURED PROJECT PAGE FEATURED PROJECT PAGE<br />

Ain Al Fayda 32<br />

Abu Dhabi, UAE<br />

Aino Mina 14<br />

Kandahar, Afghanistan<br />

Alte Mälzerei 39<br />

Pankow, Germany<br />

Anchor Mills 40<br />

Paisley, UK<br />

Barking Town Centre 34<br />

London, UK<br />

Bath Western Riverside 33<br />

Bath, UK<br />

Battersea Regeneration 28<br />

London, UK<br />

The Botany 29<br />

Maryhill, Glasgow, UK<br />

The Brunswick 40<br />

London, UK<br />

Carlyon Bay 15, 22<br />

Cornwall, UK<br />

Clarence Dock 41<br />

Leeds, UK<br />

The Cube 11, 30<br />

Birmingham, UK<br />

De Vere Gardens 43<br />

London, UK<br />

Elmswell Housing 20<br />

Suffolk, UK<br />

Greenwich Peninsula<br />

Residential Developments 31<br />

London, UK<br />

Index Tower 10, 25<br />

Dubai, UAE<br />

Lakeshore 43<br />

Bristol, UK<br />

Lots Road 39<br />

London, UK<br />

Mission Bay Block 13W 29<br />

San Francisco, CA, USA<br />

Mixed Use Development 17<br />

Dubai, UAE<br />

Pan Peninsula 17<br />

London, UK<br />

Pforzheim 30<br />

Baden-Wurttember, Germany<br />

Retrofit for the Future 20<br />

London, UK<br />

Rote-Kaserne 42<br />

Potsdam, Germany<br />

Supertech 15<br />

Noida, New Delhi, India<br />

Tongshan Street 12, 21<br />

Shanghai, China<br />

107 West 57th Street 35<br />

New York, NY, USA<br />

Worli Towers 13, 23<br />

Mumbai, India<br />

Xeritown 23<br />

Dubai, UAE<br />

Zorlu Centre 16, 25<br />

Istanbul, Turkey<br />

Highbury Square 38<br />

London, UK<br />

Highland Housing Fair 24<br />

Inverness, UK<br />

45


ABOUT<br />

BURO HAPPOLD<br />

From our very first project we have used our intricate knowledge of the industry to push the<br />

boundaries and achieve more. It is this commitment that sets us apart, that adds value, that<br />

makes us award winning. We apply the same level of complex thought and specialist expertise<br />

to every project we work on.<br />

Our people define what we do. We invest in them<br />

in the same way that they invest in us; by providing<br />

opportunities to learn, to research, to develop. Our way<br />

of design is to draw on every talent, to consider every<br />

approach, to strive to progress; but to always use our<br />

proven methodologies to get results.<br />

After 35 years in the industry we have never lost our<br />

desire to be challenged, our passion for creativity and<br />

our sense of adventure. We know that building a place<br />

with a future involves creating strong communities<br />

that enable economies to thrive, engaging with<br />

society’s big issues and enriching people’s lives.<br />

We are at the forefront of low energy design: we<br />

deliver projects that have less carbon emissions and<br />

are more sustainable, we deliver projects that do<br />

not cost the earth. Our expert teams of engineers<br />

and consultants know how to get the best out of<br />

the world’s precious land and resources to provide<br />

for a growing population. We are leading the way in<br />

shaping a new future.<br />

Fuhai New City Xinjiang, China<br />

Masterplanner: Barton Willmore<br />

Image: Barton Willmore<br />

The Kogod Courtyard at the Smithsonian<br />

National Gallery Washington, D.C., USA<br />

Architect: Foster + Partners<br />

Image: Foster + Partners<br />

Emirates Stadium London, UK<br />

Architect: Populous<br />

Image: Simon Warren<br />

<strong>Buro</strong> <strong>Happold</strong> on Residential<br />

46


Al Faisaliah’s 267m tower houses<br />

Kingdom’s highest restaurant,<br />

set within a golden glass sphere<br />

Innovative external shading<br />

systems minimise solar gain and<br />

protect against harsh climate<br />

Thermal ice storage plant cools<br />

tower and mall, reducing peak<br />

energy demand by around 30%<br />

Al Faisaliah Riyadh, KSA<br />

Architect: Foster + Partners Image: <strong>Buro</strong> <strong>Happold</strong> / Joe Poon<br />

Long span, column free arch<br />

structure allows all-round visibility<br />

in 2000-seat banqueting hall<br />

<strong>Buro</strong> <strong>Happold</strong><br />

47


<strong>Buro</strong> <strong>Happold</strong><br />

Abu Dhabi<br />

Bath<br />

Beijing<br />

Berlin<br />

Birmingham<br />

Boston<br />

Cairo<br />

Chicago<br />

Copenhagen<br />

Dubai<br />

Edinburgh<br />

Glasgow<br />

Hong Kong<br />

Jeddah<br />

Kuwait<br />

Leeds<br />

London<br />

Los Angeles<br />

Manchester<br />

Milan<br />

Moscow<br />

Mumbai<br />

Munich<br />

New York<br />

Riyadh<br />

San Francisco<br />

Warsaw<br />

Contact:<br />

Martin Feakes<br />

Tel: +44 (0)1225 320 600<br />

Email: martin.feakes@burohappold.com<br />

Buildings Environment and Infrastructure Consulting<br />

www.burohappold.com<br />

Front cover project<br />

The Cube Birmingham, UK<br />

Architect: Make Image: Zander Olsen / Make

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