"engineering"

Tom Smith Plumbing and Heating Services, G1 Installers who specialise in renewable, eco-friendly technologies, completed the installation of a hattrick of Grant products in a new build property in Perranporth, Cornwall. An Aerona³ heat pump, Wave cylinder and Uflex underfloor heating system are working together to fulfil the heating requirements of this new family home.

A Grant Solar Thermal system has been installed at a five-bedroom property with gas central heating, helping the family to not only significantly reduce their carbon footprint but also lower their monthly heating bills.

The result is an attractive and thermally-efficient loft ladder that is perfectly suited for residential/domestic applications. The Cadet is available as either a 3-part folding wooden loft ladder (shown here) or a 2-part sliding ladder. Key benefits at a glance… ? Well insulated (U-value 0.90 W/m2K) ? Airtight seal (Class 4 certified) ? Load capacity of 150kg per step ? Wide steps / treads with anti-slip profile for comfort and safety ? Hatch box trap door finished in white on both sides ? Supplied ready to install Visit our web site for more information about the Cadet loft ladder

A Wiltshire farmhouse has updated its heating system, replacing its original heat pump with a Grant Aerona³ air source heat pump which has been installed alongside a QR hot water cylinder. The new heat pump and cylinder were integrated alongside an existing solar thermal system, giving the property’s renewable heating system an upgrade.

A small development of new build properties has been completed near Helston in Cornwall, homes which will be exclusively available to local people with long-standing associations with the area. The homes have renewable heating systems installed with Aerona³ air source heat pumps and cylinders all supplied by Grant UK.

A detached new build house in Pontyberem, Carmarthenshire, has incorporated a Grant Aerona³ air source heat pump and Monowave cylinder to deliver its heating effectively and sustainably.

Donaldson Timber Engineering Ltd designed and supplied these impressive curved top chord trussed rafters, to form the contoured roof of a Tesco Express store in Dunfermline. With six locations across the UK, Donaldson Timber Engineering use MiTek's engineering software and connector products to design and manufacture their roofs and floors throughout the UK

We were called in by the client to look at supplying engineered wood flooring throughout the redevelopment and refurbishment of the Pavilion at Hampton Court.This prestigious private residence “The Pavilion at Hampton Court,” was the traditional summer residence of the royals, and is the only surviving example of four garden pavilions built by Sir Christopher Wren for William III between 1700 and 1702.The building is Grade II listed and we supplied our unfinished engineered wood flooring for the main areas of the house, and our engineered herringbone basketweave for the library. The fitters we recommend did all of the installation and finishing on site. We supplied our specialist flooring for wet areas in the swimming pool area.

Limerick Institute of Technology’s Coonagh Campus is the first engineering-focused higher education campus in the Mid-West of Ireland.The new 7,000m2 engineering campus provides an additional 542 places on LIT’s engineering courses, an expansion which is considered essential to support industry demand in the region.Designed to provide agility of use, the campus will go beyond what is traditionally expected from an educational institution. It will provide facilities that encourage education and research to co-exist, facilitate industry leaders to meet and share ideas, and allow companies to use the various diverse spaces for training courses and seminars.Tobermore is proud to have provided granite-look paving and kerbs on this landmark Irish project.

Helios, the sun god of Greek mythology, is a three-metre high gilded bronze statue designed by renowned artist TB Huxley-Jones as the centre piece of the old BBC Television Centre courtyard. As part of the redevelopment of the iconic BBC Television Centre, civil engineers Arup required an engineered drainage solution for the courtyard surrounding the Helios statue and fountain.

London-based architectural practice, WilkinsonEyre, has created an undergraduate village for the Dyson Institute of Engineering and Technology. The landscaped village of timber modular-housing pods, with communal amenities and a central social and learning hub, is based within the Dyson, Malmesbury campus in Wiltshire. As well as establishing a new style of student accommodation, the project breaks ground in design, master planning and precision engineering of truly modular prefabricated building technologies for rapid construction.

The architectural inspiration was exemplified in the bespoke design, characterised by a glazed white brick façade and an intricate arrangement of convex and concave curves. Collaborating closely with Jenner and the balcony manufacturer, Leviat's technical engineers played a pivotal role in delivering support systems that seamlessly integrated into the building's curved design while maintaining an unobtrusive presence. The specification of top-quality materials remained of paramount importance throughout the process.Given the intricate nature of this project where standardardised solutions were never going to be an option, early engagement with Leviat was essential. Leviat’s technical engineers, from both the masonry and structural connections teams, worked closely together to deliver engineering solutions that were compatible for both the design and use of Ancon Masonry Support and Ancon Balcony Connectors within the project scheme. These solutions were used across each of the elevations and as part of the brick façades and balconies.

Cambridge Consultants are one of the world’s leading product development and technology consultancy firms, solving the world’s most complex engineering, technology and design problems. Their expansion required a modern four-storey development containing state-of-the-art offices and laboratories.InterLace designed, manufactured and installed electric and hand-operated roller blinds and venetian blinds across multi-use spaces. The design required specialist engineered supports and, blinds are operated using a central control system.

We were approached by John Hemsley Design Services. They required an engineered floor with a high aesthetic appeal that was durable and could withstand the effects of high temperatures from studio lights. Our Lacquered Black American Walnut flooring (E508) met these requirements perfectly. Taking pride of place in the BBC studio for London’s 2012 Olympic games, this engineered walnut flooring remained in perfect condition throughout the entirety of the games under the scrutiny of millions of viewers.

When construction and development group Bowmer & Kirkland needed to ensure a £19million project for the YMCA stayed in budget, they asked Eurocell for advice. Making short work of value engineering analysis for the project, Eurocell engineers identified the tight budget could be made to work even harder. By changing the window spec from aluminium to PVC-U in the shape of their Modus Tilt & Turn profile, they could lower costs by up to 37% and increase thermal performance, without altering the design.

Leviat has supplied its Ancon Masonry Support Systems, Cast-in Channels and Windposts as part of a new major residential development in East London. The products have been essential to the construction of the buildings, improving buildability on this time-sensitive residential project.Working alongside main contractor Lee Marley Brickwork, Leviat supplied its Ancon Masonry Support Systems, Cast-in Channels and Windposts to be used on the residential buildings. Leviat’s products were specified by the project’s engineers at OCSC Consulting Engineers, due to the versatility of the products.

The McLaren Technology Centre hosts a variety of diverse environments including; manufacturing facilities, a futuristic wind tunnel, restaurant, pool, gymnasium, museum, visitor centre, and exhibition and conference areas. Surespan was chosen to design and engineer the making of a 70m diameter glazed roof structure that would act as the roof for the visitor's centre. The structure has two fire escape hatches which would be used in the case of an emergency. The team at Surespan were proud to have been selected for such a project because of their superior engineering expertise and unique skills.

Broxap designed, manufactured and installed a gullwing style canopy for engineering business VolkerStevin as part of the Dover Western Docks Revival project.

Originally built in 1880, Winton Chapel recentlycelebrated it’s 135th anniversary. As part of the Universityof Winchester campus, the chapel plays a key role inUniversity life and hosts a multitude of events includingmusic concerts and war memorial services.Over the decades, the growth of the University campushas encroached on the space around the existingchapel. As part of Design Engine’s masterplan for theUniversity, the chapel has been extended and renovatedto respond to the ever-changing needs of the campus.When approaching the interior aesthetic, Design Enginewanted an ironmongery solution to complement theexisting oak structures whilst providing a modern form.Allgood were ideally place to provide the exclusive Holtrange of oak door furniture. Crafted from hand selectedFSC accredited oak, the range enhances the warm,natural feel of the chapel.At the request of Design Engine Architects, Holt pullhandles were specified on the glass entry doors andsupplied throughout the building, perfectly augmentingthe interior.

Engineered for strength and reliability over a long lifespan, the Armadillo ECO is made with the most durable materials available and is capable of withstanding constant use.

Project BriefThe James Dyson Building and the Dyson Centre for Engineering Design at the University of Cambridge officially opened in May 2016.The technology hub was designed by Nicholas Hare Architects and funded in part by a £8m donation from the James Dyson Foundation, and will give some of the world's brightest young engineering students access to advanced laboratories.The Department’s priorities were for a low-energy building (targeting 100kWh/m2/annum total) that would showcase the state-of-the-art work of the Department and be sustainable.The ProjectThe James Dyson Building is located within the Cambridge Central Conservation Area and is also adjacent to the Grade II listed Royal Cambridge Hotel. Care was taken with both the scale and materiality of the building which was closely scrutinized by the Cambridge Design and Conservation Panel.The James Dyson Building provides flexible and highly energy-efficient research, seminar and meeting spaces for post-graduate students at the University of Cambridge’s Department of Engineering.Linked by an atrium to the existing Department buildings, the new facility is located on a prominent and sensitive site within a conservation area and at a major gateway into Cambridge.Much of the concrete frame of the building is exposed internally to assist in maintaining thermal stability and natural ventilation is encouraged using a series of chimneys running through the building.Research groups worked with the contractor to incorporate active stress sensing of the concrete frame and low-carbon, magnesium blocks were also used in the build.A large proportion of the construction cost was met through a generous donation by The Dyson Foundation.Help from Tarmac - Limelite Heritage Lime MortarWe supplied Limelite Heritage Hydraulic Lime Mortar in bulk bags & 25kg bags to the new James Dyson Building in Cambridge. The product was a pure hydraulic lime bedding masonry mortar M2.5 but due to its versatility, durability and sustainability met all the requirements of the architects. This lime mortar is ideal for projects such as this one because it is a cement-free product and so recreates an appearance in keeping with the history of the adjacent buildings with a modern aspectOutcomesThe James Dyson Building for Engineering will support world leading research in areas including advanced materials, smart infrastructure and electric vehicles. Fibre-optic sensors in the foundation, piles, columns and floor feed back live data, about temperature and strain – providing a picture of how the building is behaving. The result is a building that’s more of a living creature than a passive block of material: we can ask the building how it’s feeling, and the building can reply.The Dyson Centre for Engineering Design will teach students about the design process – and provide space for over 1,200 undergraduate engineers to conduct their research."This new space for Britain’s best engineers at the University of Cambridge will catalyse great technological breakthroughs that transform how we live."Sir James DysonAWARDSRegional Finalist: Civic Trust AwardShortlisted: RIBA East AwardShortlisted: RICS Award - Design Through Innovation

Cannon Green’s RC cast in situ polished concrete staircase is an Ocubis project in conjunction with John Robertson Architects (JRA), Civic Engineers and Six Smith Build. Lazenby built and installed the 21m long, 7m high and 7.5m wide (at the top) inverted amphitheater cast in situ Pewter concrete staircase. This staircase was designed by JRA and structurally engineered by Civic Engineers, incorporating BIM modelling due of the intricacies of the reinforcement design. This self-supporting staircase is tied into the structure with a steel stringer to convert the loads and moments down through the steel columns.Lazenby installed traditional formwork to create the stepped soffit that leads up to the inverted amphitheatre steps. Lazenby then installed a false work system (from Ischebeck Titan/Inform UK) enabling the formworkers to create the radius former inverted amphitheatre undercarriage that is visible from the restaurant (Drake & Morgan). The reinforcement was then added to the soffit and steps; the carpenters then added formers and attached nearly 700 DDA studs to the formwork prior to the casting of concrete.Lazenby’s integral-coloured Pewter polished concrete was batched on site into a C32/40 concrete supplied by London Concrete. The project used approx. 24 cubic meters of concrete and 6 tonnes of steel reinforcement. Ground floor to the top landing and seating area is just over 4m high, 21m long and 7.5m wide with 24 shallow risers and 3 functional landings. The first 3m wide step widens to a 7.5m inverted amphitheatre style landing featuring single and double height steps.Lazenby’s 8 master craftsmen were onsite for the duration of this 12-week project. Lazenby won the Cannon Green project based on the ability to deliver unrivalled experience for projects of this scale and magnitude. Engineering from Civic Engineers, design by JRA and experience and know-how from Lazenby’s master craftsmen created a steel and concrete masterpiece of exacting standards.

1,200SQM OF SOTECH’S OPTIMA FC SYSTEM IN 2MM CORTEN A HAS BEEN USED IN THE COMPLETION OF A BRAND-NEW PURPOSE-BUILT CENTRE FOR SPECIALIST RESEARCH IN DIGITAL RAILWAY ENGINEERING AT THE UNIVERSITY OF BIRMINGHAM.Clad in the distinguished steel Corten material, which weathers over a period of 6-36 months, the material was selected as a direct nod to the rail industry, with the Corten providing the same visual impact as railway lines and track signalling.Designed by Associated Architects, the Corten material has fully weathered, linking perfectly to the Engineering disciplines the University will deliver.The building represents the first phase of construction work for a £46.5m School of Engineering development at the University of Birmingham. Procured through the Constructing West Midlands framework, the 3,000m2 facility offers a variety of contemporary and flexible design and research spaces that act as an incubator for innovation, strengthening teaching and building research partnerships.Open offices, meeting rooms, seminar rooms and event spaces will enable industry partners to come and work directly with University experts and researchers.TESTIMONIALSJamie Smith, Estimator at Sotech said: “The façade was expertly installed by Alucraft Ltd with the finish quality testament to the hard work put in to complete this project”.Warren Jukes, director at Associated Architects, was quoted on the UKRRIN web site as saying: “The completion of the UKRRIN facility is an important milestone within the wider School of Engineering project. We are thrilled with the distinct identity achieved using weathered steel, which epitomises the industrial nature of the railway industry in a contemporary and refined style – juxtaposing yet complimenting the buff brick of the School of Engineering and traditional styles of the iconic red brick buildings on campus.Nick Gibb, deputy managing director for the Midlands at Willmott Dixon, added: “Despite completing the final stages of the project during the Covid-19 pandemic, our teams optimised industry-leading safety and social distancing measures, which meant we were able to remain on-site during the pandemic and ultimately deliver this phase of the project on time.”

1,200SQM OF SOTECH’S OPTIMA FC SYSTEM IN 2MM CORTEN A HAS BEEN USED IN THE COMPLETION OF A BRAND-NEW PURPOSE-BUILT CENTRE FOR SPECIALIST RESEARCH IN DIGITAL RAILWAY ENGINEERING AT THE UNIVERSITY OF BIRMINGHAM.Clad in the distinguished steel Corten material, which weathers over a period of 6-36 months, the material was selected as a direct nod to the rail industry, with the Corten providing the same visual impact as railway lines and track signalling.Designed by Associated Architects, the Corten material has fully weathered, linking perfectly to the Engineering disciplines the University will deliver.The building represents the first phase of construction work for a £46.5m School of Engineering development at the University of Birmingham. Procured through the Constructing West Midlands framework, the 3,000m2 facility offers a variety of contemporary and flexible design and research spaces that act as an incubator for innovation, strengthening teaching and building research partnerships.Open offices, meeting rooms, seminar rooms and event spaces will enable industry partners to come and work directly with University experts and researchers.TESTIMONIALSJamie Smith, Estimator at Sotech said: “The façade was expertly installed by Alucraft Ltd with the finish quality testament to the hard work put in to complete this project”.Warren Jukes, director at Associated Architects, was quoted on the UKRRIN web site as saying: “The completion of the UKRRIN facility is an important milestone within the wider School of Engineering project. We are thrilled with the distinct identity achieved using weathered steel, which epitomises the industrial nature of the railway industry in a contemporary and refined style – juxtaposing yet complimenting the buff brick of the School of Engineering and traditional styles of the iconic red brick buildings on campus.Nick Gibb, deputy managing director for the Midlands at Willmott Dixon, added: “Despite completing the final stages of the project during the Covid-19 pandemic, our teams optimised industry-leading safety and social distancing measures, which meant we were able to remain on-site during the pandemic and ultimately deliver this phase of the project on time.”

Compartmentation, Protected Means of Escape and Boundary Protection were all required as part of the fire safety solutions and therefore Coopers FireMaster fire curtains and Coopers FireMaster Plus2 fire curtains were installed to ensure the fire safety requirements were met. In total, 113 fire curtains were installed, 96 with round headboxes and 17 with square headboxes. Round headboxes were engineered for The British Museum as a request from the architects. The headboxes of the fire curtains were going to be seen by the occupants so Coopers engineered a round headbox that looked in keeping with the design of the building.

When craft beer brewer BrewDog wanted to increase the size of its brewery, ACO Building Drainage was chosen to provide an engineered hygienic drainage system.

“On this basis, my engineering team went on the hunt for a fire that would eliminate as many of these issues as possible – and that is how we discovered Dimplex’s Opti-myst technology.”

Immerse yourself in a serene oasis of beauty and tranquility at the renowned K Club in Ireland, enhanced by the breathtaking appearance of Whiteriver’s Serene / Frappe Chevon Engineered Flooring. Elevate your surroundings with a touch of sophistication, as this exquisite flooring effortlessly blends nature’s elegance with modern craftsmanship.Step onto the floors adorned with Whiteriver’s Serene / Frappe Chevon Engineered Flooring and experience a harmonious blend of visual splendor and calming tranquility. The Chevron pattern, meticulously designed and crafted, adds a captivating allure to any space. Its timeless appeal and sophisticated style make it the perfect choice for those seeking to create an atmosphere of refined luxury.

SentryGlas® interlayer provides mproved load bearing strength and stiffness of glass façade for the Enzo Ferrari Museum. Engineering the façade was a considerable challenge. Lighter façade panels enable more subtle supporting structures. For decades, interlayers made of polyvinyl butyral (PVB) have been the industry standard when producing laminated safety glass. Architects are well aware of the possibilities and limitations of such glass when used extensively in façade engineering, for roofing and window panels. In contrast, SentryGlas® enables an entirely new approach because the interlayer is over 100 times stiffer and five times stronger than PVB.

Doncaster University Technical College (UTC) adds iconic architectural value to its town centre while offering students the technology, education and resources to become the engineers of the future.

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.

Union Industries’ engineers acted almost as fast as its rapid roll industrial doors to ensure one of its Eiger freezer doors was fitted in record time at Total Foodservice Solutions.

The new institute will feature programs to annually educate and train up to 2,500 people, including biopharmaceutical professionals and bioprocessing engineering students, on how to produce potentially life-saving biotherapeutic drugs.

Location of the project: Belgium, Mechelen Construction time/completion: 2017 Client: AZ St Maarten Architects: VK Engineering Photographer: Stephan Offermann Products: O.novo Toilets O.novo Vita Toilets

As part of the airport’s massive first-phase transformation, Bobrick DuraLineSeries toilet partitions delivered the perfect balance of design, privacy and durability — and an abundance of economical Bobrick accessories delivered robust engineering and built-in maintainability.

Project Overview:The iconic Hampton House, located in the heart of London, consists of three striking towers known as "The Corniche." Rising to heights of 85 meters and spanning 15 to 27 storeys, these towers house 253 apartments, office spaces, a restaurant, cafe, bar, gym, pool, and spa area. The towers offer breathtaking views of prominent landmarks such as Westminster Palace, Tate Britain, and the London Eye. The distinctive architectural design with arched structures allows for panoramic views and an abundance of natural light. Guttermaster Limited played a significant role in providing Concealed Rainwater Pipes, Soffits, and Bespoke Fabrications to adapt to the building's unique arched layout, offering custom solutions to meet the project's specific requirements.Project Details:Scope of Works:Concealed Rainwater PipesSoffitsBespoke FabricationsProject Challenges:The primary challenge of the project was to adapt all aluminum profiles to the arched layout of the building. Given the distinctive architectural design of The Corniche, a number of custom solutions had to be developed to ensure that Guttermaster's products were seamlessly integrated with the building's structure.Guttermaster's Approach:Guttermaster Limited embraced the project's unique challenges with a focus on custom design, precision engineering, and innovative solutions:Custom Fabrication Expertise: Guttermaster's team developed a Concealed Rainwater Pipe system, Soffits, and Bespoke Fabrications that could seamlessly conform to the arched layout of the project.Adaptive Engineering: Innovative engineering techniques were employed to ensure the concealed rainwater pipe joints could expand with floor-to-floor concrete movement and also provide efficient rainwater management.Balancing Form and Function: The challenge of maintaining architectural integrity while delivering effective rainwater solutions was met through the creation of custom profiles that were both visually pleasing and functional.Results:The collaborative effort between Guttermaster Limited and the project team resulted in the successful integration of Concealed Rainwater Pipes, Soffits, and Bespoke Fabrications at Hampton House:Architectural Synergy: The custom-designed Guttermaster solutions seamlessly integrated into the arched design of the building, preserving its distinctive form and allowing for an abundance of natural light while efficiently managing rainwater.Enhanced Aesthetics: The project showcased Guttermaster's ability to balance form and function, ensuring that the concealed rainwater pipes, soffits, and bespoke fabrications contributed to the building's exterior aesthetics.Innovative Engineering: The custom solutions demonstrated the innovation and adaptability of Guttermaster's engineering team, creating profiles that met the specific needs of the project.Conclusion:The success of Guttermaster Limited in providing Concealed Rainwater Pipes, Soffits, and Bespoke Fabrications for Hampton House, The Corniche, exemplifies the company's dedication to delivering tailored, aesthetically pleasing, and functional rainwater solutions. This project underscores the value of precision engineering, custom design, and the ability to adapt to unique architectural challenges, resulting in a harmonious and iconic addition to London's skyline that seamlessly integrates aesthetics with rainwater management.