NTU Clinical Skills

The new £15m ‘mock hospital’ at Nottingham Trent University’s Clifton Campus will help train healthcare professionals in a realistic hospital setting, including hospital wards, consultation and counselling rooms, and even lifelike patient manikins to give students the experience of working with a variety of injuries.

Pick Everard architects specified Proteus HR 1.0m Coil Pre Anodised Aluminium for the entire external element of the new Heath and Allied Professions Centre. The cladding panels were supplied in a mix of Bronze B40 Satin and Bronze B40 Brushed finishes.

The shade variation across the façade is created by the Satin and Brush effects on the base metal being applied before the anodising, creating a sublime effect that adds interest and visual appeal.  The subtle bronze hues also embellish the natural surroundings of the building, whilst the semi reflective Satin finish adds further intrigue – when used for the soffits it has the effect of visually elongating the large vertically framed glazing elements upwards and outwards at night, accentuating the futuristic feel of the space.

Architects at Pick Everard had originally envisaged coloured stainless steel, however following presentation of a range of budgetary options by Proteus, it was decided that an anodised finish would offer a similar type of textural change across the elevation. At the same time, the coil pre anodised aluminium still achieves the life expectancy required and with minimal facility management requirements.

As part of the complete façade solution from Proteus, the cladding wraps into the soffits on the front of the main building using the same panel system, with the addition of a flashing cill in identical bronze finish. This integrated approach extends to the other elevations, including Proteus manufactured jamb, head and cills flashings for pocket windows in matching coil pre anodised aluminium bronze.

This attention to detail from the architectural team, delivered by Proteus through an integrated facade, creates a homogenous palette of materiality, and was one of the reasons why the project was shortlisted in the 2022 Façade Awards for Best use of a Rainscreen System using Aluminium.

Proteus HR is an integrated, lightweight, high strength modular rainscreen cladding system with a honeycomb core that offers an optically flat panel. It is available in a wide range of materials and finishes, including aluminium, zinc, stainless steel, copper alloys and various other options. The Proteus HR system meets the requirements of BS476: Parts 6 and 7, therefore achieving a Class 0 rating as classified by building regulations.

Ilkeston-based Advanced Roofing detailed and installed the façade at Nottingham Trent University and worked closely with Proteus throughout the project.

Pick Everard National Design Director, David Shaw, said: “The architecture of the new development has been designed for maximum visual impact on arrival to the campus. We wanted to ensure this new addition to an evolving campus would be complimentary but also distinctive both externally and internally.”

Nottingham Trent University’s new Heath and Allied Professions Centre was procured by main contractor Henry Brothers Midlands through the Major Works Framework and designed by Pick Everard Architects.

Along with creating a world class teaching space it provides a welcoming gateway building to the campus, and in the words of the architects ‘the external façade treatment and quality materials provide aesthetic interest’.

To learn more about our Proteus HR range please visit our product page

Lords Cricket Ground Compton and Edrich Stand

The existing stands on the ground’s Nursery (eastern) End had become inadequate due to the needs of modern spectators, with restricted sightlines in the lower tiers and upper tiers entirely exposed to the elements.  A decision was therefore taken to replace them with two new build stands, named after the famous cricketers Dennis Compton and John Edrich.

WilkinsonEyre architects were commissioned by the Marylebone Cricket Club (MCC) for the £53m redevelopment of the new stands, which flanks either side of the Stirling Prize-winning Media Centre.

The curved, elliptical form of WilkinsonEyre’s design makes the stands appear like ‘objects landed from outer space’, while providing a range of additional seating and hospitality areas (increasing the previous capacity from 9000 to 11,600 seats), new concourses and circulation areas which overlooking the Nursery Ground, public realm and landscaping allow the spectators to enjoy the facilities and hopefully a good game of Cricket.

Proteus HR Solid and Perforated cladding panels in PPC aluminium with a RAL 7040 finish were specified for the corporate facilities at the rear of Compton and Edrich. A number of these panels had to be curved to accommodate the radius of the hospitality spaces.

The wall build-up on these elements comprises an SFS frame with cement board and insulation. A Proteus railing system comprising of bespoke helping hand brackets and the company’s 50x50mm mullion grid allow the panels to be installed in a landscape pattern, giving the hospitality boxes on level one some horizontal definition in contrast to the portrait feel of the primary roof cladding.

Around the first floor soffit, Proteus SC Perforated panels were introduced in a 3mm aluminium with a RAL 9003 finish. These were installed at an angle to generate a zone for the various M&E routes that were required between the two stands. They extend at an angle from the service access up to the projecting first tier level. These angled soffits are again on a curve that follows the overall stand design. This required a number of elliptical and shaped panels manufactured to specific locations on the detailed plan.

The positioning of the panels and structural connection points meant that there was a relatively large drop down from the concrete slab to accommodate M&E services. A combination of L and U aluminium extrusion sections and brackets developed a standard framework to which  Proteus’s 125mm x 50mm mullions could connect to. The spanning capacity of the 125mm x 50mm section allowed a reduced framing structure which improved the access zones for the M&E installation trades.

This considered approach to the structure and panels allowed for a simplistic installation through an agreed installation sequence, allowing the manufacturing process to keep the sites teams busy during a condensed installation periods created by the Covid pandemic.

As cladding projects go, Compton and Edrich stands have generated more than their fair share of interest. And deservedly so. Blending harmoniously with the previously constructed Media Centre,  the aluminium clad, elliptically shaped, 24 metre high designs soften the bold media box and blend the new with the historical aspect of this great amphitheatre for the home of cricket.

Whitechapel Station

The new and improved Whitechapel Station, designed by BDP Architects, forms a key part of a seven-year construction programme for the new Elizabeth Line Crossrail route – a high-speed train and tube link that will connect the outer western edges of London to the outer east.

Hailed as the biggest transformation of the London transport system in recent years, the route passes through 41 stations and stretches over 60 miles, from Reading and Heathrow airport, through central London then on to Shenfield and Abbey Wood.

Works on Whitechapel Station, which is based within the Whitechapel Market Conservation area of London, include upgrades to the existing transport services and entrances, as well as development of a new elevated concourse that acts as a bridge improving community links.

Taking place in an area of special historical interest, it was essential that the upgrades made to the station, which includes extending a Victorian entrance from 1876, and the building products specified, remained respectful and in keeping with the character and heritage of the surrounding location.

In addition, as the interior of a railway is often exposed to extremely harsh environments, which can include excessive noise and air pollution, vibration, higher levels of wear and tear and a greater risk of vandalism and theft; the materials chosen for the facades had to be both robust and easily maintainable.

It was therefore extremely important to the client and architects that the chosen system was both light in weight, to reduce weight-loadings on the structure, but could also offer high levels of strength and durability, aesthetics and the ability to be easily maintained.

With this in mind, BDP specified Proteus Facades’ Proteus HR Stainless Steel panels with a Rimex bead-blasted Granex finish in grey and black for use throughout the Station, alongside TECU brass copper panels for a new entrance on Durward Street.

Proteus HR is a modular rainscreen system that offers a smooth façade with recessed joints and can be easily maintained. The panels are robust and strong but have a lightweight aluminium honeycomb core, which is structurally bonded between two thin gauges of metal.

The Granex grey Proteus HR panels at Whitechapel feature across main entrances, ticket halls, columns, stairs walls and lift elevations, as well to the corridors and alongside fire doors. To ensure a quality finish was carried all the way through, Proteus also fabricated matching stainless steel capping’s that create an uninterrupted façade and hide any open steelworks.

The Granex Black panels feature throughout the interior of the Circle & District Line platform, including on the entrance, ticket walls and stairs. A darker finish was chosen for this section of the Station as lighter colours against the signals and natural daylight shining onto the open-air platform created glare for the trains coming in. To create a consistent finish throughout, Proteus Facades also fabricated matching bespoke circular and square panels and way-finder bands for use vertically on columns within the platform.

Each panel at Whitechapel Station, installed by engineering and construction contractors Kilnbridge, is fixed in place using a unique system of aluminium carriers and ancillary components; designed and manufactured by Proteus Facades. This alongside the simple but eye-catching design, allows for individual panels to be removed and if required replaced easily, efficiently and in as little time as possible to reduce disruption to commuters and workers.

By applying a Rimex finish into the Proteus HR panel system, Proteus Facades was able to provide an even more robust rainscreen panel for the high-footfall Station. A Canvas pattern was chosen as this design helps to reduce any visual imperfections in the façade should denting or other wear and tear occur. An important factor to consider when the station is expected to welcome a train every five minutes during peak times and approximately 250 million passengers a year.

River Street Tower

Designed by Simpson Haugh Architects and developed by Downing Construction, River Street Tower offers high quality, affordable student accommodation that comprises of three distinct structures. The largest reaches a colossal 32 storeys and sits alongside a second ten storey structure and a smaller five storey building.

Based in Manchester City Centre, River Street Tower is the latest in Downing’s portfolio of student accommodation properties and is situated in the First Street Neighbourhood, between River Street and Garwood Street, next to the Mancunian Way.

The development, which has successfully regenerated a dilapidated brownfield site that was previously considered to be a city eyesore, features Proteus GL 5mm glass panels with a RAL 5004 Dark-Blue finish. Installed on the external façade of the 32-storey building and across the inner courtyards, the panels were chosen as the dark-blue finish dances in the natural light, but without creating glare for nearby traffic and passers-by.

Architects Simpson Haugh also specified the Proteus GL panels as they have a EN13501 certified to A2-s1,d0 fire rating, which is in line with Downing Construction’s strict safety guidelines in all aspects of design and build – a key requirement for all buildings developed by the student accommodation specialist.

Sitting alongside other buildings in the development, the glass panels also provide a sleek contrast against Corten weathered steel rainscreen cladding which features on the external facing elevations of the connecting ten and five storey structures. These steel alloy panels, which forms a rust-like appearance over time, were chosen to provide a contextual connection with the copper shades featured on other buildings in the surrounding area.

Proteus Facades also fabricated Proteus SC 3mm aluminium profiled panels in a matching RAL 5004 Dark-Blue gloss finish for installation alongside the building’s windows. These panels incorporate hidden vents that provide a clever design-led way of improving air circulation within the building but without interrupting the quality aesthetics of the external façade.

The combination of matching dark-blue metal and glass cladding creates a layered, reflective sequence of surfaces that has been known to catch the eye of passers-by, who stop to admire the playful finish of the building’s surface. This blue, reflective finish also helps the building to blend in with the skyline too, reducing the monolithic appearance of the tower.

River Street Tower comprises of 791 student bed spaces that includes a mix of studios, clusters bedrooms and apartments as well as resident amenity space. It also features state-of-the-art onsite amenities such as a cinema room, private dining area, gym and gaming zone.

At ground level, where the student amenity spaces and associated plant and back of house spaces reside, Proteus HR natural anodised aluminium cladding panels feature on the base of the building forming an external inset wall and soffit. These panels were chosen to illuminate the walk-way leading onto the courtyards and off-street entrances and provide a lighter finish against the dark blue façade.

Installed by Alumet, each Proteus GL, SC and HR cladding panel is fixed to the Tower using a unique system of aluminium carriers and ancillary components, also manufactured by Proteus Facades. The system can be installed on to any type of wall construction and enables the panels to be easily hooked in place. This useful feature also means that individual panels can be removed to allow access for service and maintenance if ever required once the development is complete.

University of Sheffield Energy Centre

Innovative use of Corten steel rainscreen cladding panels and architectural fins from Proteus Facades has helped to create a powerful aesthetic on the University of Sheffield’s new state-of-the-art energy facility.

The new Energy Centre Transformer Building, created by HLM Architects and built by main contractor Vital Energi, forms a key part of the University’s long-term masterplan.

It works as an onsite energy centre that provides a resilient and uninterrupted supply of both heat and power to all buildings within the University of Sheffield’s Western Bank Campus.

According to HLM, the main concept behind the building’s design is heavily influenced by the mechanical and electrical equipment that the building houses. This is one of the reasons why the architects specified Corten steel rainscreen cladding panels and fins from Proteus Facades for use on the development.

Proteus HR is a modular rainscreen system that offers a smooth façade with recessed joints. The panels have a lightweight aluminium honeycomb core structurally bonded between two thin gauges of metal. The lightweight nature of this rainscreen system minimises weight loadings on the underlying structure whilst achieving strength and rigidity.

The solid Corten Proteus HR cladding panels supplied by Proteus used on the Transformer Building feature in vertical and horizontal sections of the façade, while the fins wrap vertically over the building. Together they create a striking façade aesthetic somewhat similar to the external make-up of a power-plant transformer. Simultaneously, the reddish brown finish of the panels contrasts against the lighter finish of the building’s pillars whilst complementing the surrounding structures.

The panels, installed by Axis Envelope, are fixed onto a unique system of aluminium carriers and ancillary components, which were designed and manufactured by Proteus Facades.

Masking the building’s concrete structure and fitted behind the Corten fins is bespoke 3.0mm Natural Anodised lightweight Proteus SC Mesh panels, creating an awe inspiring aesthetic, while allowing air flow into the mechanical equipment

Proteus Facades’ innovative rainscreen cladding panels utilise an extensive range of materials such as Aluminium, Copper, Bronze, Brass, Stainless Steel, Zinc and Porcelain Ceramic.

Each system is manufactured to internationally recognised quality standards, using the highest quality materials, in accordance with its BSI ISO accredited Business Management System for Quality, Environmental and Health & Safety.

 

NTU Dryden Enterprise Centre

Nottingham Trent University’s (NTU) new centre for enterprise and innovation has become the latest higher education facility in the UK to feature state-of-the-art cladding panels from Proteus Facades.

With higher education providers realising that the design, amenities and external aesthetics of campus buildings are just as important as the courses and educational services on offer to students, specifiers are making more use of alternatives to traditional bricks and mortar.

It is one of the reasons why architects specified contemporary mirror finish and mesh cladding from Proteus Facades for the state-of-the-art new £9 million Dryden Enterprise Centre (DEC) at NTU.

Designed by architects Evans Vettori and constructed by the main contractor Henry Brothers, the DEC provides staff, students, graduates and external businesses with increased access to a range of high-class facilities, as well as support, mentoring, networking and training services.

The new building has been developed alongside the existing Dryden Centre, a cube-like structure built on campus in 1976 that has undergone extensive refurbishment as part of the development. The new extension connects to the north end of the refurbished structure, both of which have been designed to accommodate University start-ups and spin-outs and attract external businesses looking for high-quality workspaces and support.

Proteus Facades manufactured bespoke Proteus SC Aluminium 3mm Aluminium PPC Carina expanded mesh and Proteus HR 0.8mm Rimex Super Mirror 316 Stainless Steel rainscreen soffit panels for the refurbished and new structures respectively.

Proteus SC is an engineered panel system that is offered in either solid, perforated or mesh panel formats. By utilising an extensive range of metals, colours, textures and forms it can add another dimension to any façade cladding project. The system can be manufactured between 1mm and 5mm in thickness and an acoustic insulation layer encapsulated within the panel.

The Proteus SC panels at the DEC were specified with a PPC Pearl Beige (RAL 1035) finish and feature on the external façade of the 1970’s cube-like structure. Compartmentalising the brick-work at eye-level, the mesh cladding features in vertical sections reaching from the ground to the upper floors and then wrap around the entirety of the top level. The panels were chosen to soften the block-like appearance of the refurbished structure and complement the elegant pearl, brick and glazed sections on the façade of the new development.

Proteus HR soffit panels in Rimex Super mirror finish feature on the underside of four of the first and third floor cantilevers, reaching over the main entrance and upper terraces. The mirrored cladding from Proteus was specified due to its honeycomb core creating an optically flat panel that portrays a high quality surface aesthetic. The finish also has the effect of reflecting artificial lighting from within the building and natural light from outside onto the floors below. It achieves what the architects set out to do and that is illuminate what may have otherwise been a deeply shaded area of the building.

Proteus HR was also specified because it is a lightweight, strong and versatile cladding panel. The integrated modular rainscreen panels feature an aluminium honeycomb core, structurally bonded between two thin gauges of lightweight metal skin for optimum rigidity.

Installed by Elhance Limited, both the Proteus SC and HR panels at the DEC are secured in place using a bespoke aluminium fixing system, also manufactured by Proteus Facades. It can be installed on to any type of wall construction and allows the panels to be secured in place with no visible fixings, creating a sheer, uninterrupted aesthetic.

The £9m Dryden Enterprise Centre (DEC) is set over four floors utilising the latest technology and modern facilities including open-plan desk areas, private offices, meeting rooms, event space and communal areas to encourage networking.

Proteus Facades’ innovative rainscreen cladding panels utilise an extensive range of materials such as Aluminium, Copper, Bronze, Brass, Stainless Steel, Zinc and Porcelain Ceramic. Each system is manufactured to internationally recognised quality standards, using the highest quality materials, in accordance with its BSI ISO accredited Business Management System for Quality, Environmental and Health & Safety.

Proteus HR and Proteus SC are available in an extensive range of materials and finishes. For further information about the innovative rainscreen cladding system or to view more inspirational projects from Proteus Facades, visit Our Projects or call: 0151 545 5075.

Summer Field High School

Combining tradition with modernity, Proteus HR TECU Classic Copper panels clad the entire exterior façade of a new extension on Newton Lodge, a historic building at Summer Fields Preparatory Boarding and Day School in Summertown.

Newton Lodge is one of the oldest structures on the 70-acre school site and was previously used as a boarding house for pupils. The addition of the new extension, alongside a complete redevelopment inside and out, has transformed the Lodge into the state-of-the-art ‘Summer Fields Pre-Prep School’ for children aged four to seven.

Proteus HR TECU Classic, a bright, shimmering, multi-tonal ochre-red copper cladding that will gradually fade over time to Verdigris green, was installed by J & PW Developments. The copper cladding wraps around the entire external façade of the extension, developed by main contractor Edgar Taylor.

Designer Oxford Architects specified the ‘homogonous’ copper rainscreen cladding – including pre-formed corner panels, window reveals, heads, sills and rooflines – to create a clean modern look. It is envisaged that this innovative approach will both contrast and complement the historical character of the original Victorian-built Newton Lodge and other buildings dotted throughout the school grounds.

Proteus HR is an integrated modular rainscreen panel system featuring an aluminium honeycomb core, structurally bonded between two thin gauges of lightweight metal skin. This creates a lightweight, strong and versatile cladding system, whilst the sheer, smooth aesthetic of the optically flat panels achieves pure architectural sightlines. The honeycomb core also helps optimise the gauge of copper skin, contributing to budget expectations, and creating a rigid, slimline cladding panel.

Inclusion of the Proteus HR slimline panels at Summer Fields contributed to overall energy efficiency by allowing incorporation of high levels of insulation within the underlying structure, whilst still maintaining the rear ventilated cavity. The copper cladding also provides Summer Fields with outstanding mechanical abrasion and weather and corrosion resistance properties as well as being maintenance free.

Proteus Facades fabricated the entire copper façade at its advanced manufacturing facility in Lancashire, including the copper pre-formed corner panels for installation on the window head and sills. These were instead of standard flashings to create crisp clean lines that reflect the classical geometry of the existing Victorian building.

These carefully considered design elements alongside the modern, structured façade and carefully retained heritage of the building are just some of the factors that led to the project receiving a Commendation in the Oxford Preservation Trust Awards. Judges commented that the building is a valuable asset to the school and the wider community by improving the streetscape substantially.

Summer Fields Pre-Prep school offers purpose-built education facilities for 80 pupils aged four to seven. Situated within the heart of the existing school site, the building includes modern, well equipped learning and library spaces as well as its own parking, gardens and playground, all within a secure, self-contained area.

Proteus offers one of the widest ranges of TECU copper and copper alloy cladding in the UK. This includes TECU Copper, TECU Bronze, TECU Brass, TECU Gold, TECU Zinc, a tin-plated copper that has all the advantages of copper whilst weathering from silver to subtle grey tones.

The materials are also available pre-patinated, which bypasses the gradual weathering process, so that the cladding panels take on the beautiful earth tones from the day the façade is installed.

Proteus HR is also available in aluminium, zinc, stainless steel and other materials. For further information about the innovative rainscreen cladding system or to view more inspirational projects from Proteus Facades, visit our projects page or call: 0151 545 5075.

 

Images supplied by Oxford Architects

Grange University Hospital

Designed by BDP Architects, the hospital, which opened four months ahead of schedule in November 2020, was built as part of the Aneurin Bevan University Health Board’s Clinical Futures Strategy and houses the region’s accident and emergency and intensive care facilities.

Developed by main contractor Laing O’Rourke using an extensive adoption of off-site construction, the £350m specialist and critical care centre includes purpose-built facilities for critically ill patients who require the most urgent treatment and care pathways.

As well as utilising offsite construction to deliver shorter build schedules and more environmentally friendly methods of construction, Laing O’Rourke and BDP’s design team used BIM from the outset of the development to maximise the use of digital technology through the supply chain.

Utilising the company’s own Level 2 BIM models and working closely with the designers to ensure strict timescales were met, Proteus Facades manufactured bespoke Proteus HR rainscreen panels and fins with a TECU Iron Two finish for the hospital entrance and restaurant exterior. Installed by Cladanco, the copper cladding is fixed off a Eurobond Rockfibre Rainspan composite panel.

TECU Iron Two has a striking reddish-brown copper surface finish that portrays a weathered steel aesthetic, but with all the longevity and formability of copper. The colours of the natural material blend gradually over time to create the beautiful, aged copper-look. Made from 100% recycled copper, Proteus TECU Iron Two is a sustainable choice.

Proteus HR was specified because the system is lightweight, strong and versatile whilst offering high aesthetic appeal. The integrated modular rainscreen panels also feature an aluminium honeycomb core, structurally bonded between two thin gauges of lightweight metal skin, to create an optically flat panel.

The Proteus HR panels at Grange University Hospital feature in a pod-like design on the exterior of the main entrance and within the foyer; taking the architect’s design from the outside in and creating a visual point of interest for visitors as they enter and exit the building. Adding further aesthetic appeal, the deep red-brown ochre finish of the copper cladding creates a warming pop of natural colour against the monochrome grey and white modular panels that adorn most of the hospital’s exterior.

Bespoke spanning fins manufactured by Proteus Facades measuring 400mm x 80mm were utilised across the entrance and along the external façade of the hospital restaurant. Each fin had an internal support of a 300mm x 50mm x 5mm aluminium extrusion PPC coated with bespoke head and base plate connections for bolting into the primary brackets within the structural openings. The aluminium extrusions were then clad with TECU Patina Iron Two panels to provide the overall finish.

Proteus Facades also fabricated cantilevering head and base cloaking panels and bespoke brackets for use on the entrance and within the foyer to create the illusion that the pods emerge from the wall in a box-like structure.

Grange University Hospital (previously known as the Specialist and Critical Care Centre) is the centrepiece of a new model of healthcare delivery serving over 600,000 people. The 471-bed hospital is home to more than 40 specialist services and features a helicopter pad for patients who need to arrive by air ambulance.

The building also takes advantage of the landscaped setting, offering views across the surrounding countryside and access to therapeutic spaces to promote healing and wellness. It is this design-led and collaborative approach to construction that has resulted in the development securing two Constructing Excellence Wales Awards for Best Digital Construction and Off-Site Development.

For further information about Proteus HR or to view more inspirational rainscreen facades from Proteus Facades, visit: www.proteusfacades.com or call: 0151 545 5075.

Institute of Physics, London

The IOP was looking to relocate from Portland Place and open a new public institute to house the organisation’s membership activities, support its ambition to engage different communities, and make physics more accessible to a wider audience.

Based in ‘The Knowledge Quarter’, part of a 19th century Keystone conservation area in Kings Cross, the new headquarters provides education and exhibition facilities alongside a combination of office and public space with a basement auditorium and exhibition gallery, which are both open to the public.

Located at the junction of Caledonian Road and Balfe Street, the new IOP building replaces vacant shops that were in desperate need of regeneration. Architects TateHindle recognised this as the ideal space for the new headquarters and created a design that is both state-of-the-art, but respectful to the historical character of the neighbourhood.

As conservation was key in this project two main external brick facades on the original structure were retained, with an entrance bay inserted to create a visual slot through to the completely refurbished interior. In addition, the 5-storey development features floor-to-ceiling windows along Caledonian Road which also acts as a ‘shopfront’ and provides views of the exposed concrete walls within.

TateHindle added a one-and-a-half-storey extension to the original structure, which houses corporate meeting space for hire. Clad in solid Proteus HR 1.0mm VM Zinc panels with a Pigmento Blue finish, the façade remains in keeping with the uniformity of shopfronts on Caledonian Road; whilst perfectly complementing the brick and glass exterior on the lower levels and concrete interior.

Installed by Longworth Building Services Ltd, Proteus HR was specified because it is a lightweight, strong and versatile system that creates an optically flat aesthetic. The integrated modular rainscreen panels feature an aluminium honeycomb core, structurally bonded between two thin gauges of lightweight metal skin to create an optically flat panel.

Each panel is supported by the Proteus aluminium carrier system and ancillary components anchored to a cantilever steel frame from the underlying masonry structure. These allowed the panels to be hooked-on from behind, accentuating the sheer, smooth façade interrupted only by strips of lighter cladding built into the design to compartmentalise the flat elevations.

A distinctive and punctuating feature of this upper storey façade is a series of state-of-the-art ventilation stacks, also clad in a combination of solid and perforated single skin Pigmento Blue Proteus HR Zinc panels, with built in aluminium stiffening frames.

The stacks, which replace the original chimneys, are designed to draw in cold air at roof level and deliver it through floor-level grilles, using physics to reduce the carbon footprint of the building. A vertical column marking the main entrance to the building and a third floor façade facing onto Caledonian Road also features Proteus HR VM Zinc.

Taking the architect’s design from the outside in, Proteus SC perforated panels in 2mm aluminium with a RAL 7031 finish feature internally, with 20mm diameter holes carefully placed in an offset triangular pattern, to match those featured on the ventilation stacks.

Proteus SC is an engineered panel system that is offered in either solid, perforated or mesh panel formats. By utilising an extensive range of metals, colours, textures and forms it can add another dimension to any façade cladding project. The system can be manufactured in a variety of metals and from 1mm to 6mm in thickness. For internal applications, like the IOP, Proteus Facades provides contrasting fabric inserts and an acoustic insulation layer can be encapsulated within the perforated panels.

With a striking design that flows throughout the building, TateHindle, alongside main contractor Murphy Group, Longworth Building Services Ltd and Proteus Facades have together created an outward-looking and contemporary building; perfectly answering the client’s brief for a space that makes physics accessible and embodies how it is woven into our everyday lives.

The Institute of Physics is the professional body and learned society for physics in the UK and Ireland. It inspires people to develop their knowledge, understanding and enjoyment of physics.

The organisation works with a range of partners to support and develop the teaching of physics in schools. IOP aims to encourage innovation, growth and productivity in the business including addressing significant skills shortages and providing evidence-based advice and support to governments across the UK and in Ireland.

St Catherine’s College, Ainsworth Centre

The new Ainsworth Graduate Centre is a striking circular design yet one that sits harmoniously in a location steeped in history. The building resides on the site of the original Grade I listed campus designed by renowned architect Arne Jacobsen.

Built between 1960 and 1964, Jacobsen designed the college’s main campus in its entirety. Since Jacobsen’s death in 1971 additional buildings have been delivered by the Danish architect’s assistant, Knud Holscher, and Stirling Prize-winning RIBA past president Stephen Hodder. Architects Purcell designed the new Graduate Centre as a continuation of the second phase of Hodder’s development by following his typology as sensitively as possible.

Proteus HR TECU bronze cladding panels were specified for the cylindrical three-storey hub, which features a seminar room and common room, as a reference to Jacobsen’s use of the material on previous projects at the college, synchronising old with new.

Proteus HR is a modular rainscreen system that offers a smooth façade with recessed joints. The panels have a lightweight aluminium honeycomb core structurally bonded between two thin gauges of metal. The lightweight nature of this rainscreen system minimises weight loadings on the underlying structure whilst achieving strength and rigidity.

The panels are fixed onto a unique system of aluminium carriers and ancillary components, which were designed and manufactured by Proteus Facades. Proteus fabricated the structural element of the fixing system so that it physically curves around the building. Installers Norman & Underwood then secured the flat panels to create a faceted façade that, when viewed from afar gives the perception that it is curved around a tight radius.

Proteus Facades also fabricated three varieties of TECU bronze fins for external use on glazed sections. Shorter fins were secured with a modified vertical aluminium extrusion cloaked with TECU bronze and secured with stainless steel brackets. Each one is fixed off the curtain wall system, with the TECU bronze capping designed bespoke to achieve the maximum depth from the glazing line to create a more striking aesthetic.

Deeper, vertical TECU Bronze fins are secured to a bespoke structural frame up to 450mm off the cladding line, which compartmentalises the façade. The vertical fins frame the structural bay and are fixed off curtain walling, spigoted into the ground and bracketed at the head. The internal aluminium carcass was secured with structural brackets back to the curtain wall and plated at join positions with discrete fixings.

Horizontal beams on the top of the upper level were fabricated in a curve and fixed to a bespoke aluminium structure, then cloaked with the TECU Bronze material from Proteus. Norman & Underwood secured the beams with structural gusseted brackets fixed back to the primary structure. All three types of fins went through a double-marquette process, where principal and secondary designs were presented to the architects and client for review before manufacture.

As well as a reference to the original campus buildings, the bronze finish of the panels and fins was specified to contrast in tone and glossiness with stainless steel panels, also manufactured by Proteus Facades, which feature on existing and the newly developed student accommodation blocks adjacent to the centre.

In the early 1990s and 2000s Hodder added three accommodation blocks to the site, housing a total of 54 rooms. The facades on these buildings feature Proteus HR Stainless Steel cladding panels, manufactured by Proteus Façades several decades ago. This material was originally chosen as the smooth finish of the stainless steel stands out against the coarse finish of the concrete structure creating a textured facade.

Like the Graduate Centre, the newest student accommodation pavilions are a continuation of Hodder’s development, adding 78 large spacious en-suite rooms connected by glazed stairwells. The façades of the new buildings imitates those constructed by Hodder, and so Proteus Facades was appointed to fabricate exact replicas of the original Stainless Steel panels they manufactured some twenty years previous for the new development, whilst using more modern methods of construction.

The stainless steel panels sit inboard of the building’s concrete frame with a standard pattern of two panels adjacent to large rectangular windows on each of the rooms. The Proteus HR rainscreen panels were supplied pre-finished with a 240S brushed polished finish.

The aluminium carrier system used is fully adjustable on all axis, allowing exacting sightlines to be maintained across the façade. This enables the façade at St Catherine’s college to make the most of linear shadow lines between the Proteus HR panels and concrete structure.