"computer"

Swansea University’s £32m Computational Foundry is a world-class academic facility at the University’s Bay Campus. The Computational Foundry will be home to the Computer Science and Mathematics departments, to enable and encourage cross discipline research. It has been also been designed to increase collaboration between industry and academia and will transform Swansea and the nation as a global destination for computational scientists. Architects, AHR, designed the building so that the entrance leads into a central atrium which houses lecture theatres and specialist laboratories. Over a further four floors, there are a further three atriums with interconnecting bridges which allow natural light to flow through creating impressive visual connections across the building.  With natural break out areas within the building, this inviting space allows for collaborative gatherings or spontaneous moments for students, staff and visitors to meet.Lusso worked in collaboration with the design team and Willmott Dixon to create this fantastic space. The Lusso Atria Glazing System was used to make the most of the natural light and to maintain a high level of connectivity through the different levels of the building. The Lusso 25 Single Glazed Frameless System was used for its minimalistic profile. These were installed throughout the building to create laboratories, teaching laboratories and to create individual offices which complements the overall design.The Computational Foundary is an inspiring place in which students, staff, industry partners and academics from all disciplines can now collaborate and work on new ideas. It is an excellent addition to Swansea University’s waterfront campus and builds upon the university’s existing achievements. 

Multiple teapoint sinktops and cafe servery counters as well as cabinets and panelling were supplied to the UK Headquarters of Sony Computer Entertainment.Integral upstands were specified to all wall junctions for easy of cleaning and to ensure good levels of hygiene and durability. All sink bowls are seamlessly integrated.

Selectaglaze helps create and enhance a computer suite at London homelessness charity, Caritas Anchor House as part of their on-going relationship with the CRASH charity. CRASH Chief Executive, Francesca Roberts contacted Selectaglaze asking if they would be willing to donate secondary glazing for the computer suite at Caritas Anchor House. Selectaglaze was happy to contribute and involved Pilkington with them donating the fire-resistant glass to support the installation. Three Series 40 units with 10mm Pyrodur fire-rated glass were installed, which has a beaded fixed frame system offering 30 minute fire integrity protection.

The extended structure of the Isaac Newton Building in Lincoln houses the Schools of Computer Science, Engineering, Mathematics and Physics which offer unrivalled scientific and engineering facilities for students. This includes new seminar rooms and computer labs in addition to state-of-the-art technology and research rooms, complete with a semi-anechoic chamber.Playing a significant role in creating the curved appearance of the building was our visible grid aluminium curtain walling. This durable and versatile system can be applied to flat or faceted facades and is available in a choice of glazing gaskets and larger glass sizes. Aluminium windows were also installed throughout the building for modern design and complete weather protection.

A brand-new £3.1m facility at the University of Exeter, the South West Institute of Technology (SWIoT) building is intended for computer science education at the University's Streatham Campus. Working alongside Morgan Sindall and Progressive Systems, we were pleased to supply our Anvil expanded mesh cladding in a polyester powder coated (PPC) finish to the project.

The Glucksman Library at the University of Limerick is one of the biggest campus libraries in Ireland and one of the most digitally advanced in the world. The €30m project includes a 7,600sqm extension and new facilities that offer students advanced computing, collaboration and communication spaces. Acoustic ceilings from Rockfon® are fitted throughout and play a pivotal role in helping the university realise its vision.

When people think of data centres, the first things that come to mind are telecommunication providers and cloud operators such as Amazon, Microsoft and Google, or streaming service suppliers such as Netflix, who rely on large computing capacities. However, data centres are of great importance for the over-all future viability of commercial enterprises and society as a whole, because the digital infrastructure has long since become a central focus and is the starting point for all considerations regarding new company ventures. 

Architectural solar shading combats overheating and contributes to a comfortable indoor climate in Van Marcke's new office building. Vertically installed aluminium DucoSun Wing louvre blades provide an answer in combating overheating. At the same time, they provide added architectural cachet structurally. These wing-shaped louvre blades act as an extra shell for the curtain wall. They cut out the sunlight, thus preventing the interior temperature from rising too high on hot days. Annoying reflections on computer screens are thus definitely a thing of the past.

The new Engineering Building for The University of the West of England (UWE) is located at the main Frenchay Campus. Designed by multi award-winning architects, AHR, the iconic building will enable the university to deliver its vision for 21st Century engineering and inspire engineers of the future. It has been designed and operated to BIM Level two and aims to achieve a BREEAM Excellent rating. The building will accommodate up to 1,600 students as well as 100 academic and technical staff. The design brief was to create a space which would encourage multi-disciplinary collaborative learning. The outcome is an ideal environment for students to explore, create, and test ideas to change the world for the better.A large central atrium provides a generous space across multiple stepping floor plates which leads to social learning spaces, manufacturing workshops, wind tunnels, laboratories, computer rooms, and computer-aided design (CAD) suites. At the heart of the building there is also a hub for group study which will encourage students and academics to meet and exchange ideas.Lusso atria glazing was installed within the space to allow natural light into the core of the building and visual connection between different areas .  A combination of Lusso 105 framed glazed partitioning and Lusso 25 frameless glazed partitioning has been used for different specification requirements within the space and combine well with the wood and black coated steel beams to achieve an industrial look. 

Associated Architects chose SAS International to provide the high acoustic and finishing touches to the UoB academic interior fit-out. Anodised gold cladding and bulkheads were selected to encase the atrium lift-shafts, the main staircase and highlighting the university crest on the 4th floor. Three additional acoustic treatments for open soffit areas were specified over computer clusters and lounge spaces. SAS500 baffles and bespoke ring shaped and circular rafts were designed and manufactured by SAS to fulfil this requirement. The architects have effectively linked elements of the build to the next tying the theme of regency with modern amenities.

Installer: LSA Projects Ltd and GeschwenderProduct: Geschwender Lockers and Metra Locking SystemLSA supplied almost 1000 lockers to Nottingham Emmanuel High School as part of a regeneration project in 2008. The lockers were commissioned by the school and designed by Geschwender to make the most of the space available in the curved concourse of the school.Lockers were also installed with Metra electronic locking, the school chose an RFID system which used the students existing ID cards to open their allocated locker when presented to the central access panel. Using existing cards meant that the school had minimal ongoing running costs as cards can be set-up and replaced by school staff without needing to order replacement keys or locks for students.Electronic locking also makes locker allocation and re-allocation easy and straightforward, master computers are managed by the school allowing remote access to lockers for changing user access settings and opening individual lockers without the key card if required.

Armourcoat’s Sculptural three-dimensional wall finish features in the ground floor foyer at One Blackfriars residential tower in London’s South Bank. The building designed by Simpson Haugh and Partners is a compelling architectural achievement, with a stunning arc of glass taking inspiration from Sarpaneva’s Lansetti II vase.Inside the building the curves continue with a vast, immaculate resident foyer and lift lobby by London based luxury interior design studio, Goddard Littlefair. With their signature quality and attention to detail it provides the feeling of a five-star hotel entrance. Armourcoat’s seamless ‘Fluted’ Sculptural design was specified by the studio for the flanking feature walls to provide a sense of scale and grandeur on entering the space.Armourcoat Sculptural wall designs are created using a combination of traditional hand sculpting and computer aided design to ensure total accuracy during installation whilst retaining the essence of hand crafting. The panels are mineral based and incorporate up to 30% post-consumer recycled content. They are non-toxic and completely non-combustible. Once the panels are installed, each design can be finished in a range of decorative surface finishes. Photography by Franklin & Franklin

Architect: Moses Cameron WilliamsInstaller: Willmott DixonProduct: Gustafs Linear RibThe new Library at the Luton campus of the University of Bedfordshire which opened in June 2016 was designed by Moses Cameron Williams Architects (of Cambridge) and project managed and installed by Willmott Dixon.The University has been around for over 100 years and teaches in a wide range of subject areas as well as conducting award winning research across health, energy and technology, and social policy topics.The library is spread over 7 floors including silent study rooms, group work and meeting spaces, computer labs and presentation facilities and a café as well as miles of bookshelves. Gustafs and LSA Projects supplied over 8,000 linear metres of ribs to the project for both wall and ceiling application covering around 450m2.Over 3,000 individual 28mm deep ribs in natural Oak veneer have been used to clad the impressive open atrium and cafe area as well as throughout the library isles and study spaces. 12mm gaps between ribs give the entire installation depth, texture, and warmth as well as impressive acoustic control; perfect for a busy university library!

A careful combination of A2 fire rated soffit panels, rainscreen cladding and mesh screens from Proteus Facades has helped band together the impressive new £42m Sciences Centre at Durham University. Based within the grounds of the Upper Mountjoy Campus, the new Mathematical Sciences and Computer Science building has been developed to create synergy between the two departments, which have been earmarked for significant growth within the Durham University Strategy – 2017-2027. The building features state-of-the-art teaching facilities and office space, including a specialist IT Lab with a designated server room, a 120-seat tiered lecture theatre and tutorial rooms. While a café and breakout spaces, as well as four enclosed courtyards make up the communal areas. Creating a bright space for students, staff and visitors to meet and relax, Proteus Facades manufactured striking 2.0mm Aluminium Proteus IP interlocking planks with a PPC Traffic White Matte (RAL 9016) finish for use on the façades of the four internal courtyards. GSS Architecture chose the Proteus IP aluminium PPC in Traffic White because it accentuates and reflects natural light creating an enhanced ambience in the teaching spaces that face onto the courtyards, whilst complementing the glass curtain walling system.

HALO is an imaginative, innovative and inspirational regeneration initiative to revitalise Urban Cities and Towns of the UK.A first for Scotland is HALO Kilmarnock at the heart of Kilmarnock town center. The HALO project will support the growth and resilience of the Ayrshire economy. HALO will create a dynamic commercial, educational, cultural, leisure and lifestyle quarter of the town, fueled by renewable energy, where people can live, work, learn and play.This multi-faceted regeneration of a 28-acre site, was supplied over £80,000 worth of AG Plaza Paving, TerraKerb® and TerraPave® Step Units to complement the stunning architectural work of the modern building and surrounding areas.David McCandlish Regional Sales Manager at AG stated: ‘This was a major win for AG. We supplied a range of hard landscaping products around the new project. Our Plaza premium granite paving, TerraKerb and TerraPave step units provided the perfect combination of durable paving and modern sleek design for this stunning project.’The focal point of HALO will be an Enterprise and Innovation Hub being created to stimulate digital learning, inspire innovative thinking and provide a conducive environment for spin-out, new-start, scale-ups, digital, manufacturing and cyber businesses.The completed HALO will feature a new Urban Park, surrounded by entrepreneurial businesses in computer technology, cyber research, engineering, fashion, financial services and light manufacturing.

St Mary’s School in Calne, Wiltshire, is a leading UK independent boarding and day school for girls aged 11-18. It was founded in 1873 by local vicar, The Reverend John Duncan, who believed that the daughters of the town’s Anglican families at the time lacked access to a wide-ranging education. The school moved to the current site in 1907 and over the years as the school grew, nearby properties were bought and new buildings were established.Clement Windows Group was chosen to manufacture and install almost 40 new steel windows to replace the original steel windows on the front and gable ends of the Plumer Wing which comprises classrooms for music, computing, Religious Education and art. Windows from the EB20 steel window range were chosen and these were polyester powder coat painted RAL 7016 (Anthracite Grey) instead of white like the original windows.This was the second phase of work for Clement who had previously manufactured the steel windows for the rear elevations of the building. The school acted as the main contractor and CDM lead for the job and Clement was the sole contractor on site. The project was completed to programme and budget during a break from the school term with minimum disruption to the school overall.Bob Lunn, Director of Estates at St Mary’s said “The installation of 83 high quality Clement windows, which were installed in two phases during 2021 and 2022, have significantly enhanced the aesthetics and environmental efficiency of this building. Installation was very efficiently completed by Clement operatives within the specified installation timeframes.”

Project: Ayr Academy, ScotlandProduct: OranitArchitect: BDP, GlasgowInstaller: Linear Projects, GlasgowAyr Academy, Scotland. BDP Architects (August 2017) Photos by Graeme DuncanSpecification:Oranit 7-501 Panels in Yellow PineQuantity:138m2  Oranit panels in PEFC Certified Yellow Pine were installed in rafts to the ceiling of the atrium space at the Ayr Academy campus which opened to students in September 2017.Shiluvit by Oranit was specified for it’s ease of design and installation as well as the stunning effect of slatted natural timber. The panels were installed in 12 rafts of 16 panels suspended at a slight angle to mirror the tilt and dimension of the true ceiling.The 6-year secondary school has state of the art classroom facilities for an engaging and high-tech learning experience as well as professional quality all-weather sports pitches as well as fitness, and dance suites which are available to the wider community. The school has followed suit from other local colleges and universities by including informal social and learning spaces in the atrium.The new campus is a huge step-forward from the previous historic 1880’s school and is inspiring enthusiasm and pride in all of it’s staff and students.In addition to the Oranit panels, LSA supplied Linear ribs to support the acoustics in the open plan main plaza of the school. The central drum clad in natural Oak ribs is a functional focal point of the space, housing a learning resource centre inside and hosting a computer classroom and social space on top.

Teesside University’s Greig Building, named in honour of the founding father of computer science Bill Greig, is the home of the university’s Computer and Mathematical Sciences Studies department. When the aged bituminous roof coverings had shown failures including splits, blow holes and crazing, it was of paramount importance that a waterproofing solution could be provided as quickly as possible to prevent the risk of water damage and disruption.The university’s site maintenance team turned to Polyroof for a solution, which started with a detailed survey of the three roof areas totalling 750m2.The ChallengeCore tests taken at appropriate locations throughout the roof areas demonstrated that the existing warm roof build-ups were free from signs of decay. This meant that the roofs could be retained and over-coated with a new waterproofing system allowing for a rapid, minimal-disruption solution.A bespoke specification was put together based on the findings from the Polyroof Survey Report that provided a comprehensive set of recommendations, including remedial instruction for many problematic roof details. With the peace of mind and satisfaction that the various problems on the roof would be solved through Polyroof’s proposals, the client progressed with a tender process that resulted in a successful application by Polyroof Approved Contractor BBR Roofing Ltd.The SolutionPolyroof’s Protec System, a hybrid polymer liquid system with extremely fast curing and installation times was chosen as the ideal solution for the project. Due to its fully cold-applied application, the works could be carried out during the university’s term times, without having to wait for closure periods between semesters.Works began with the existing asphalt and felt coverings being made good where required, including the levelling and filling of blow holes and cracks with Polyroof Structural Repair Mortar. Next, the surfaces were thoroughly cleaned and degreased to provide a sound substrate for the new waterproofing system.Many of the roof perimeters and junctions featured parapet walls which were identified as a potential point of water ingress during the survey. The inner faces and tops were therefore boarded-over with 18mm Polyroof approved plywood which would allow these details to be fully encapsulated with the Protec System, meaning their waterproof integrity would be covered under the new system’s guarantee. Protec can waterproof vertical areas with the greatest of ease due to its thixotropic formulation, which means slumping and running is minimised during application.Polyroof’s extra-tough GRP trims were then installed to create neat and robust edge detailing for exposed perimeters before the main Protec system application commenced. After priming surfaces where required, the first coat of Protec was applied and reinforced with PolyMat 450. With its RapidCure technology, the Protec can be walked on and over-coated after only 30-60 minute after applications, meaning large roof areas can be made fully waterproofed within a matter of hours.After the second coat of Protec was applied to complete the waterproofing system, designated maintenance walkways were formed through embedding quartz sand aggregate into a third coat of Protec liquid.Completion and InspectionThe refurbishment of the roof was completed within the client’s target timeframe and budget. Following a final inspection by Polyroof Technical Services, which highlighted quality workmanship of BBR Roofing, the client received Polyroof’s trusted Accredited System Guarantee and now has the peace of mind the roof will be leak-free for decades to come.

Victorian Library receives perimeter sealing system and sash window repair by VentrollaKEY FEATURES: COMMERCIAL, SASH WINDOWS, PUBLIC BUILDING, RENOVATION, VENTROLLA PERIMETER SEALING SYSTEM (VPSS), VICTORIAN.Ventrolla leant a hand with the renovation at Gants Hill Library, Ilford, repairing 12 period timber windows.The work formed part of a major refurbishment project overseen by Ongar-based construction company, Bolt & Heeks Ltd. The project took three months to complete and involved extensive repairs to the building’s original art deco features, including a number of architectural glass roof lights and the parquet flooring.Paula Garsdon, Marketing Manager for Bolt & Heeks, said:“The library dates back to 1938 and it was important to carry out maintenance work in a way that was sympathetic to its origins. We liaised closely with the Borough’s Conservation Officer and carefully selected partners, including Ventrolla, who specialise in dealing with historic buildings.”“The library has been refurbished throughout and this, together with the renovated windows, creates a comfortable and welcoming environment for visitors to enjoy.”Gants Hill is the oldest library in the London Borough of Redbridge. Now reopened to the public, it features new study areas, an additional eight computer terminals, wi-fi access in the reading room and new themed areas for children and teenagers.Ventrolla offers a bespoke renovation service for timber sliding sash and casement windows as well as timber doors. Its unique Perimeter Sealing System significantly improves the window’s performance and energy efficiency.Ventrolla's central office is in Harrogate, North Yorkshire, with regional Ventrolla offices located throughout the UK and Ireland.

The Head of Security at a prominent London University was faced with key security issues when the organisation took over the security of an old building. The large ground floor building led directly onto a public pavement and housed academic and research staff with valuable computer equipment. The Security Team needed to find a way of securing the building, especially the large windows, without replacing them entirely.Bernadette Duncan (MBE) Chief Operating Officer of AUCSO explained the options they looked into:“We considered installing bars on the windows but did not want the building to look like a jail block or draw attention to it. The staff were also concerned about the sunlight on the south facing side of the building, so we would also need to install blinds. After looking at several options we selected 𝐒𝐄𝐂𝐔𝐑𝐀𝐁𝐋𝐈𝐍𝐃𝐒® as the best option to maximise security, as well as giving the occupants the option to use the blinds on sunny days.”Bernadette went on to explain the other benefits of 𝐒𝐄𝐂𝐔𝐑𝐀𝐁𝐋𝐈𝐍𝐃𝐒®:“From the public side, the blinds looked like normal vertical blinds, so did not draw attention as a highly protected building or a potential target for thieves. In the evening when the lights were on, the blinds could be closed to provide privacy and at night time could be locked to provide a secure screen against vandalism or a forced entry. It was the ideal solution for us.“The 𝐒𝐄𝐂𝐔𝐑𝐀𝐁𝐋𝐈𝐍𝐃𝐒® team measured the windows and manufactured them for a bespoke fit. The delivery and installation timings were agreed and everything was fitted in time for the building to be occupied. The blinds gave the staff the required feeling of privacy and security, without feeling barred in. A great product which suited the building and a good team behind them.”Bernadette Duncan (MBE) Chief Operating Officer of AUCSO