Scott Tallon Walker

The Innovation for Health Laboratory Building completes the double for STW at the University of Surrey, Guildford campus.

Scott Tallon Walker Architects first building, the 5G Innovation Centre, was only just completed when they won the commission to design the Innovation for Health project right next door.

The 5G Innovation Centre is Britain’s largest telecommunications innovation research centre, working to create 5G, the fifth-generation mobile cellular system. 5G focuses on providing far greater capacity at lower power consumption. The BREEAM excellent design provides laboratories, offices and associated flexible research and teaching spaces arranged on four levels, connected by a circular void and spiral staircase – a key feature in the design concept.

This project lead’s the University of Surrey ‘Innovation for Health’ campaign, which address the demands our aging population place on the health service, providing skilled graduates to develop technologies such as remote monitoring and personalised care, not possible in today’s health system. The new Engineering for Health Learning Lab will move educational facilities in STEM Disciplines to a new level commensurate with future industry and societal needs.


The new headquarters for Arthur Cox, one of Ireland’s leading law firms, provides state of the art office meeting and social spaces for over 600 staff in an elegant, sophisticated and relaxed interior designed to reflect and enhance Arthur Cox’s corporate image, culture and values.

At Arthur Cox new Headquarters on Hatch Street, Dublin, 120,000 sq. ft. of nett office space is provided arranged over 7 floors above ground with 2 basement levels. Following extensive international benchmarking the building was innovatively designed using three-dimensional BIM technology to create an exceptional, sustainable and environmentally aware working environment designed by STW Interiors to achieve LEED Platinum status.

The floor plans are arranged about an atrium which opens to one side, visually and physically connecting the Arthur Cox staff. The atrium features a gravity defying feature cantilever staircase linking the floors of the building.

The project has been nominated for Fit Out Client of the Year, Fit-Out Project of the Year - Large Office and Fit-Out Project of the Year - Office New Build, in the Fit-Out Awards 2017.


One of London’s largest excavations has now completed. With five storeys below ground and a depth of 28.5 metres, it is big enough to contain the Royal Albert Hall. This basement will be home to one of two world-class NHS high energy proton beam therapy centres.

Proton beam therapy is a form of radiotherapy used to treat cancer which can be targeted extremely precisely, causing minimal damage to surrounding tissue.

Proton beam therapy has been offered overseas to NHS patients who are eligible for treatment in England since 2008 in a programme that has to date supported approximately 1,000 patients.

Together with the Department of Health, NHS England is funding the development of two world class centres at The Christie in Manchester and UCLH (University College London Hospitals NHS Foundation Trust) for NHS patients to be treated in the UK. Patients are due to be treated at The Christie from summer next year, with UCLH following in summer 2020. When complete they will each treat up to 750 patients every year.

Dr Yen-Ch’ing Chang, clinical oncology consultant at UCLH and lead for proton beam therapy, says: "For certain cancers, conventional radiotherapy is the most suitable treatment. But when we are treating complex cancers, for instance in the brain, spine or near reproductive organs, and particularly in children, teenagers and young people, PBT has some advantages. The physical properties of protons reduces damage to surrounding normal tissues. This protects, for instance, fertility, IQ or growth and reduces the risks of developing a new cancer in the future due to radiation treatment or the need for life long hormone replacements. It is extremely exciting that UCLH with The Christie is increasing access to this type of radiotherapy.”

Marcel Levi, CEO of UCLH, said: “It is a tremendous privilege to develop a clinical facility that will truly change people’s lives. Here we will be able to treat more adults and children with proton beam therapy, ensuring better recovery and fewer side effects than possible with other treatments.”

Fabienne Viala, Chairman of Bouygues UK, said: “This is exactly the kind of project we relish. The complexity of undertaking London’s biggest excavation within a tight site at the heart of central London enables us to add value through our technical knowledge and the infrastructure expertise of our colleagues within Bouygues Travaux Publics. This is no ordinary project: as well as being an innovative and complex build, the finished development will have the potential to improve and even save the lives of those suffering with blood disorders and complex cancers.”

The low down:

  • The deepest point is 28.5 metres below ground and the basement measures 87 metres long by 67 metres wide.
  • 80,000 cubic metres of ground has been removed from the site. This is the equivalent of around 640 London buses.
  • With five storeys below ground and six above, the height of the building (including below ground) is 57 metres, making it equivalent to London’s Tower Bridge.
  • Below ground there will be: A multi-storey gantries for the proton beam therapy equipment, two Mechanical and Electrical plant levels, two floors for patient proton beam therapy care and eight surgical theatres.
  • Above ground there will be 6 floors which include Europe’s largest centre for the treatment of blood disorders.
  • 300 number of people have been involved the excavation.
  • 3000 number of people will be involved in the construction overall
  • More than 12% of the staff working on the site live in Camden.

Key partners in the successful delivery of the excavation for UCLH have been:

  • Scott Tallon Walker Architects, architect and lead consultant.
  • Campbell Reith, structural, civil, geotechnical and environmental engineering consultants.
  • WSP, leading the mechanical, electrical, and plumbing design and the interface with the different contractors.
  • McGee, responsible for the bulk excavation and main propping of the centre.
  • Fayat Piling Ltd, responsible for the piling and diaphragm wall of the centre.
  • Reach Active Ltd , responsible for all service diversions and utilities.

Drone footage


2014 Harcourt Road is a proposal to deliver Grade A, sustainable commercial offices with a strong identity and presence on Harcourt Road that will enhance the public realm. The proposal involves the demolition of the existing building and the construction of a new 7 storey office building which reinforces the established building line on Harcourt Road, while creating a strong identity that will form a landmark on the street.

The public realm on Harcourt Road will be greatly enhanced by raising the first floor to a height of 6.15M, setting back the entrance to create a generous 5.35M high covered external space. The 6 storey over ground floor office building is slim, elegant and highly glazed. The principle materials are natural anodized aluminium and glass.

The slender proportions are accentuated by vertical fins which will catch the early morning and late evening light and add crispness and sparkle to the elevation. The predominantly northern orientation of the building to the street means the transparency of the glazed elevation can be exploited to the full. The building is designed with excellent sustainable credentials to LEED Core & Shell standards.


The complex of three office buildings on Baggot Street are a Dublin Landmark recognised, as much for their transition from Georgian Dublin to higher development, as for their international flair.

Designed by Ronnie Tallon of Scott Tallon Walker Architects, the high-end corporate headquarters were constructed in two phases during the 1960s and 1970s.

Their redevelopment provides ultra modern buildings with flexible, Grade A office accommodation, that are energy efficient and have the highest sustainability credentials.

The project is on target to achieve WELL Building Standard Compliance and the design goal of LEED v4 Platinum Rating for the building Core & Shell works.

Blocks 2 & 3, fronting onto Baggot Street have reached Practical Completion stage and are currently being fitted out for occupation.

The larger Block 1 building is substantially complete and fit is due to commence shortly.

On completion development will provide 21,843 sq.m or 235,120 sq .ft. of total net lettable accommodation.


Full planning permission was obtained from South Dublin County Council in early 2016 and the Tender Process is in the evaluation stage with a contract award expected shortly.

This is a new-build, 100-bed residential healthcare unit for Peamount Healthcare on their existing Campus in Newcastle, South County Dublin. It is approximately 6,700 sq.m over two floors, arranged as two interlocking squares with private courtyards.

This building is the first phase of a Masterplan developed by Scott Tallon Walker Architects as part of Peamount Healthcare’s five year strategy to be an international leader in delivering and promoting rehabilitation and continuing care services.


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