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As the construction industry strives to provide the optimum building solution, just how can companies today differentiate themselves and ensure they are offering best value?

Steve Thompson, Managing Director of light steel frame manufacturer, EOS Facades explains how they are using value engineering and Design for Manufacture and Assembly (DfMA) to meet the demands of today’s construction industry.

Value Engineering – What is it?

Today’s customers are savvier, more commercially aware and they expect more for their money. As manufacturers and service providers, we need to react and meet this demand, or risk losing out.

But before we can do this, we need to understand what value really is.

Assessing best value depends on the objectives set – speed of construction, build costs or the development of a sustainable, energy efficient building – or perhaps a combination of all.

Adopting a ‘one system fits all approach’ will not necessarily deliver best value. It is not about economies of scale but it is about an optimised approach – working with the client to select the right solution, at the right price, to deliver the right performance.

Adding Value: Design for Manufacture and Assembly

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As a manufacturer of steel solutions, EOS Facades take full advantage of offsite manufacturing techniques by adhering to Design for Manufacture and Assembly (DfMA) protocols. DfMA is now recognised as the foundation for concurrent engineering processes to streamline and fully optimise the structure. The process aids the building design process and helps to identify, quantify and eliminate waste or inefficiency where possible.

At EOS Facades we pride ourselves on driving quality through precision manufacturing whilst delivering accurate results on time and on budget.

We have taken steps to ensure that DfMA is integrated throughout the design and manufacturing process. We have made considerable investment in developing technology to aide specification and design. We are totally committed to working with our clients on product and service innovations to help them gain a competitive advantage in the marketplace – delivering cost and time efficiencies.

The EOS manufacturing facility is a 40,000 sq ft operation that houses state-of-the-art machinery and technology providing offsite systems and solutions that meet the needs of our customers. Our manufacturing facility is well equipped to cater for the demands of offsite construction and precision engineering. Our sophisticated roll-forming machines have embedded framing technology that enables production of self-jigging framing components that are ready for assembly, eliminating the need to manually cut onsite.

All of our products are manufactured under strict quality management control which is fully compliant with BS EN ISO 9001:2008. Our accredited quality management systems and procedures eradicate onsite variability and ensure life time ‘in service’ performance and durability.

Adding Value: Software and Building Information Modelling

Precision built offsite products require the application of leading-edge technology and contemporary manufacturing processes. We have invested substantially in the latest software and hardware systems in steel frame production. Our systems combine the latest E-Frame technology platform with proven assembly processes, providing fully framed panels that do not require jigging.

Sophisticated software transfers building design information directly to our production plant where we are able to manufacture to accuracies that exceed construction industry norms. Once the panels have been designed using our 3D Tekla modelling software, they are directly uploaded to the roll-forming machines, using a bespoke CAD/CAM interface, where they are produced to exact dimensions using CNC technology. Each stud is identified with an inkjet printer to match the assembly drawing and every frame has an identification label attached. This identifies the project, frame number, order number and site location on the GA site drawings so they can be positioned quickly to their onsite location.

Adding Value: Product

Product quality is essential. EOS only use minimum S390Nmm2 G275gsm steel (higher grades and coatings on request). By only using steel with a protective coating and design detailing that eliminates prolonged exposure, EOS are confident in the durability of our systems. Research has shown in these conditions coated steel has a potential life of over 1,000 years.

The team at EOS support key industry standards and strive to exceed expectations on reliability and delivery. All of our products are manufactured to rigorous quality standards which are fully compliant with the Construction Products Regulations – EN 1090-1: 2009 + AL: 2011. Our quality management systems are BS EN ISO 9001: 2008 registered.

Adding Value: Cost

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We offer all-inclusive fixed price packages that are uniquely supplied with proprietary brackets and fixings required. All Double Studs/Opening Jambs/Lintels and Sills will be dispatched from our factory preassembled. This is a flexible service and should you require the product to arrive unassembled, EOS will pre-punch in the factory, ghost assemble and supply, together with all the necessary screws and special drill bits, for assembly and installation onsite.

Adding Value: People

EOS Facades are constantly striving to improve the way we work and the resulting benefits are passed onto our customers. Research & Development is a core focus of our business and it is not just down to one specific team, at EOS everybody is encouraged to put recommendations forward, whether this is a process or an alteration to a product – that way every part of our business can be enhanced.

EOS also offer a total partner solution including application consultancy, structural design support and value engineering, as well as quality manufacturing.

To meet the demands, we need people to make the change happen.

Now the construction industry is starting to recognise the shift in needs of the client, manufacturers must ask themselves, are they well equipped to meet demands or will they risk losing out?

For more information on EOS Facades’ products and services visit: www.eos-facades.co.uk

Adding Value: Knowledge Sharing

In a bid to share their extensive knowledge, EOS Facades are offering a series of CPD sessions, designed to highlight the various light gauge steel solutions available, and explain how these can be applied in real life scenarios.

The hour long seminars will cover a wide range of steel solutions and services including:

  • Cold Formed Sections
  • SFS Infill Systems
  • SFS Onsite Stud and Track
  • SFS Offsite Pre-assembled
  • Other applications – including LBS, Lattices and Cassettes
  • Design
  • Partnering
  • Examples of Best Practice

These CPD sessions could not be more convenient – an EOS Facades technical representative will come directly to you and the seminars are completely free of charge. Get involved and start talking about light gauge steel!

To request your CPD session, simply contact Thomas Elliott, EOS Facades Technical Sales Manager on: Email: thomas@eosuk.org or Telephone: 07528 364 581.

For more information please visit www.eos-facades.co.uk.

Housing experts from De Montfort University Leicester (DMU) are teaming up with a 91-year-old tenant and a leading housing organisation to help architecture students design homes of the future.

Leicester School of Architecture and DMU’s Centre for Comparative Housing Research (CCHR) are working alongside social housing and care provider emh group and extra care scheme tenant Mona Walkden, 91, to comment on the proposals of Architecture students for an international competition.

The European Federation of Assisted Living is challenging Architecture students to design new homes for the elderly.

By 2060, more than half of Europe’s population will be past retirement age – a fact which presents huge challenges to the housing sector to ensure homes are fit for purpose, accessible and affordable.

To help students understand the issues, April Knapp, regional development manager of emh group, and 91-year-old tenant Mona Walkden came to DMU to talk to students about design and needs of tenants for a special session.

Mona, who lives in Leicestershire, said “I found it very interesting. I think atmosphere is so important and my feeling as that I would like them very much to look at fitments and see how difficult it is for elderly people in wheelchairs to use sinks and open cupboards as often there are problems.”

“I’m very fit for my age but I live with people who are disabled and it gives you an insight into the problems they face. I feel that my job is to try to get the best living accommodation that you can possibly get for tenants.”

Chan Kataria, emh group Chief Executive, said “With an ageing population, the need for more suitable housing for the older generations has never been more acute.”

“We have started to address the situation with Oak Court, our extra care scheme in Blaby, Leicestershire, which is pioneering health and housing integration, but thousands more homes are needed across the country in order to meet the future needs of a rapidly changing society.”

Dr Jamileh Manoochehri, from the Leicester School of Architecture welcomed the invitation from Prof Richardson to take on the task of designing for an aging population.

Dr Manoochehri said “The Architecture students are considering what constitutes dwelling and they are taking up the challenge of designing accessible dwellings that continue to feel like home. “

“Each student is working on a different approach, some are concerned with overcoming the physical limitations that come with aging and others are investigating means of countering the isolation of the aging population by making use of the typology of the courtyard, or by designing homes that accommodate pets; and by establishing natural links between the interior and the natural world outside.”

Professor Jo Richardson, director of DMU’s CCHR, approached emh group to help set up the event. The CCHR has carried out research on the future of housing and in particular highlighted the increasing need for affordable rental accommodation.

Prof Richardson said “The changing population demographic is a huge challenge not only for the housing sector but health, business and the economy.”

“This will be an opportunity for our students to learn from Mona and April’s experience and expertise.”

“We are pleased to be able to use our close links with leaders in the field such as emh group to benefit students in their studies.”

Judges will be looking for high-quality ideas which address issues but also fit into people’s lifestyles and allow independent living as far as possible.

Judges will consider entries from across Europe. The winner, who will receive 10,000 Euros in prizes, is due to be announced in March.

See more here.

Plans for a 16-storey residential and office development have been submitted by developer Corona Properties that intends to dramatically improve the Hemel Hempstead landscape.

Called ‘The Beacon,’ the mixed-use tower will house both residential property and office space and has been designed to be the first building of its kind to achieve an ECP A+ rating.

The tower plans also feature:

  • 208 apartments
  • Over 9,000 sq ft of office spacing
  • Gym and leisure facilities
  • Coffee shop
  • Roof garden
  • Internal arboretum
  • Projector room/party room
  • Underground parking for 228 cars.

The innovative building design is ultra-efficient, using 50-60% less energy than other similar projects and, coupled with on-site renewable energy generation, the building emission free.

Corona Properties suggest that the Beacon will improve the overall “character” of Hemel Hempstead town centre.

See the plans in the below video:

Photography: Infinite 3D

Ashton Sixth Form College in Greater Manchester is inspiring the next generation of students with a new entrance structure that’s clad in EQUITONE [tectiva] fibre cement facade material.

The new entrance building utilises the translation of the college’s ‘graphic’ logo in a simple extraction of geometry.

EQUITONE [tectiva] was used externally and internally for the new reception building, and executes a striking aesthetic through a series of dramatic fins. The entry axis from the main road brings one into a transitional zone between ‘old’ and ‘new’ architecture, expressing the contrasting textures of the fibre cement material against the existing brick and stone work.

EQUITONE [tectiva] is a through coloured fibre cement facade material that is available in a range of elegant shades of natural colour. Its fine sanded lines and naturally occurring hues within the material enhance its aesthetic appeal, which constantly changes with the effect of light and shade.

It was the crisp, clean and lightweight properties of the fibre cement facade that initially attracted project architects GA Studio. “We specified EQUITONE [tectiva] because of its unique aesthetic properties and its ability to help us create a simple yet, striking, geometric form that would reflect the forward thinking nature of the college and provide a new corporate face,” said Martin James Gibson, managing director of GA Studio.

He added: “By combining a mix of new build and refurbished space we were able to provide a naturally lit, dramatic space that looks impressive during the day and acts as a beacon at night.”

For further information on EQUITONE [tectiva] please visit: www.equitone.co.uk

Morgan Sindall – one of the UK’s leading construction, infrastructure and design businesses – has been recognised for its long-term commitment to improving the image of the construction industry.

The company, winner of over 300 Considerate Constructors Scheme National Site Awards, has become the third constructor to register 3000+ sites with the Scheme.

The 3000th milestone registration was for the £30m redevelopment of 55 Colmore Row – a prestigious landmark in central Birmingham. The redevelopment is expected to be completed by Autumn 2016 and will provide 160,000 square feet of Grade A office space, including three new floors added to the top of the building.

Morgan Sindall strives to care about its appearance, respect the community, protect the environment, secure everyone’s safety and value its workforce – the key principles of the Scheme’s Code of Considerate Practice. The company was one of the first constructors to join the Scheme in 1997 and became an Associate in 2007. Associate Members are companies who have proved their commitment to the Code through a high number of consistently high performing registrations.

Considerate Constructors Scheme Chief Executive Edward Hardy commented: “Morgan Sindall’s milestone achievement acknowledges the long-standing commitment they have made towards improving the image of the industry.

“Through supporting the Scheme and its aims, they play a pivotal role in driving the industry forward and setting the standard for others to follow. The Scheme looks forward to recognising more milestone achievements with other contractors, as the industry and public continue to realise the benefits that being part of the Scheme brings.”

Pat Boyle, Managing Director for Construction at Morgan Sindall said: “I am very proud to accept this milestone award on behalf of all of our employees, which demonstrates our on-going commitment to being a considerate constructor.

“As an Associate Member, the Considerate Constructors Scheme is fundamental to the way we manage our construction projects and engage with communities. We strive to go above and beyond the Scheme’s Code of Considerate Practice and our ultimate aim is to leave a positive Morgan Sindall legacy long after project handover.”

Ben Cushway, Contracts Manager at Morgan Sindall added: “The Colmore Row project team is delighted to be the 3,000th Scheme site registration for Morgan Sindall. Given the city centre location of the project, being a considerate constructor is paramount to its successful delivery.

“The Scheme provides additional focus for us to consider the project’s wider impacts on the local community, our workforce and the environment. We take pride in working with the Considerate Constructors Scheme to continually improve and develop the benefits we provide to the local and wider community by offering a positive and safe experience to all.”

Ibstock, the UK’s largest brickmaker, has launched a new guide for its innovative Tilebrick range to showcase both the creative and contemporary designs achievable and provide specifiers with greater insight into the unique portfolio.

As well as examples of stand-out projects which incorporate Tilebrick – a novel brick which can simulate a traditional tile-hung wall elevation as well striking contemporary facades – the guide includes a step-by-step section, providing effective application advice and tips.

In addition, it provides a detailed breakdown of the technical aspects of the range, outlining the new profiles available. These include Planar, which gives a crisp and defined finish, Banded, for a strong linear definition and Curved, which delivers a more traditional finish with a softer appeal. Measurements and the wide range of colour and texture options available are also detailed in the guide.

Tilebrick’s unique design means it can be used to provide a monolithic appearance without the visual disruption of mortar joints and can still be laid using traditional standard mortars. As such, it is contributing to the creation of original and contemporary architecture across the UK.

The Tilebrick is supported by a range of accessories to satisfy any design requirement, details for which can also be found in the new brochure.

Andrew Halstead-Smith, Group Marketing Manager at Ibstock, comments “Thanks to its flexible design capabilities and ability to give a new dimension to facades, Tilebrick is proving to be an increasingly popular range. The new guide has been developed so that specifiers can explore the portfolio’s full potential and confidently specify this innovative brick product, knowing it can bring any architectural vision to life.”

For more information and for a copy of the new guide, visit www.ibstock.com or call 0844 800 4575.

According to new research published by the RICS, 75% of surveyors believe that slow uptake and non-adoption of BIM could seriously hinder construction as an industry over the next 12 months.
The survey also found that although 74% of surveying firms have considered the very real business case for BIM adoption, there are still a large number of firms not using BIM in the day-to-day aspects of their work.
One of the main reasons for non-adoption appears to be a lack of information; 68% of respondents currently not implementing BIM within their organisation say that they don’t feel there is adequate information available for small companies in order to assist them in adopting the new modelling system.
Luddism is also playing its part to some degree; 31% of surveyors claim that there is not a need to use the technology in their organisation, whilst 26% stated that they don’t feel their firm have the technical knowledge, expertise and resources in place to adopt BIM.
55% of those members interviewed revealed that they are currently already doing business with architectural firms that are utilising BIM. Additionally, half of these respondents said that the architects they have collaborated with have been actively encouraging them to adopt BIM within their own organisations.
Global Director of Built Environment Professional Groups at the RICS, Alan Muse commented “Our research clearly shows that the importance of BIM is not being lost on the UK’s surveying sector with 73% identifying that non-adoption is likely to have a negative impact on the industry as a whole.”
“It’s clear from the research that the industry needs to be doing more to help smaller surveying firms – as well as the wider industry – in getting up to speed with the technology, particularly when it comes to how they can implement the technology across their organisation.”

2016 update: Whilst the Walkie-Talkie was awarded the Carbuncle Cup last year for being the worst building in Britain, it appears there could be far worse to come on the horizon – how about a skyscraper that looks like a tin of processed meat, for example? Originally approved back in 2008, work soon stalled on this bizarre tower as it happened to coincide with the UK financial crisis. However, work is now reportedly back on track and the 105m, 24-storey building is due for completion in Summer 2018. The architectural version of spam, perhaps?

Original story:

20 Fenchurch Street, a commercial skyscraper in London designed by Uruguayan architect Rafael Vinoly, has been awarded the annual Carbuncle Cup for being the worst example of architecture in the UK.

Nicknamed the Walkie-Talkie because of its distinctive bellowing shape, critics have long since argued that tall buildings should taper inwards elegantly rather than bulge out in order to not litter the skyline.

The shape isn’t the only gaffe made by designers with the Walkie-Talkie; since construction began in 2009 the building has been mired in controversy. First it inflicted solar glare problems on the people of London, burned holes in cars and bicycles parked below its looming stature. Then it became apparent that the placement of the building caused a dangerous wind tunnelling effect that actually blew passing pedestrians off their feet. Then there was the anticlimactic opening of a “sky garden,” which was criticised since opening for the tight restrictions and advance booking requirements placed on the visiting public, and for failing to meet pre-construction expectations of the extent and quality of the “garden.”

Editor of Building Design Magazine (who run the awards), Thomas Lane, said the carbuncle “crashes into London’s skyline like an unwelcome party guest.”

Thomas described the tower in a cutting and succinct manner, saying that “It bulges out towards the top in a cynical move to maximise the amount of high-value space at the upper levels, in defiance of the principle tall buildings should taper elegantly inwards or at least feature parallel sides. The result is Londoners now have to suffer views of this bloated carbuncle.”

Here’s what the people of twitter have to say about this year’s winner:


To see other buildings shortlisted for the Carbuncle Cup, please Click here to visit the site.

New self adhesive rubber flooring reduces downtime and saves costs

Fast, efficient and cost effective: nora systems has launched a pioneering and innovative installation technology called nora nTx. This new system halves installation time and considerably reduces costs. It works on all conventional subsurfaces, even on existing floorings and the flooring can be walked on and cleaned immediately after it is installed. This helps to minimise downtime, especially for renovation work during ongoing operations. The system is also completely moisture tolerable.

Fast and uncomplicated: A one-stop shop for all components

Planning and hence the coordination of installation times with other building or renovation work becomes significantly easier and can be organised with greater flexibility. The back of noraplan floorings is lined with a rubber based adhesive under a protective film that is simply peeled off prior to installation. The range also includes special nora nTx installation materials like filler and primer for preparing the subsurface; all components are perfectly matched to each other. “For our customers, this system solution from one source is a major advantage in all respects,” claims Andreas Mueller, Managing Director of nora systems. Unlike conventional wet adhesive for bonding, the nora nTx technology eliminates a number of steps in the operation process, for example; applying the adhesive and, as there is no drying or airing out time, flaws are minimised. The ability to apply nora nTx onto surfaces with high residual moisture also saves additional waiting time.

Ideal for renovations during ongoing operations

“The installation on fitted floor coverings does not pose any problems provided that they still offer adequate adhesion. nora nTx is therefore ideal for renovation measures,” stresses Uwe Bauer, Head of Application Engineering at nora systems. The old floorings need only be slightly roughened and, if necessary, primed, so there is very little dust and dirt during the installation – a huge advantage for renovation during ongoing operations, for instance in hospitals or day units. Directly after installation, the rooms or corridors can be walked on, cleaned, arranged with furniture, and used. At the same time, hazards to the health of patients and staff are minimised. One further advantage is the reliability for the responsible planners: nora nTx helps them to comply reliably with their new building or renovation schedules.

nora nTx is available for the products noraplan sentica, signa, stone, unita, and eco.
For perfect preparation of the substrate, nora offers a variety of nora nTx installation materials. These have been developed specifically for the installation of nora nTx flooring. The perfect match between installation materials and flooring ensures functional safety and guarantees the highest standard of quality. In addition, all nora nTx installation materials can also be used at higher residual moisture levels in the substrate.

In the USA, this innovative system solution has already won an award. The renowned magazine Architectural Record voted this flooring, among over 500 candidates, the best product in the category “Finishes and Surfacing”.

For full details please visit ntx.nora.com

The latest edition of Ibstock’s inspirational ‘Design’ magazine is now available, showcasing the virtually limitless choice of colours, sizes and finishes from the UK’s largest brick maker’s industry-leading glazed brick range.

The new issue offers a comprehensive overview of the design possibilities achievable through use of glazed brick. It features a number of recent outstanding building projects where the flexibility, visibility and vibrancy of this brick style have been used to stunning effect.

Projects as diverse as Anglian Ruskin University, Arsenal’s Emirates Stadium, West Hampstead Station and Humberside Divisional Police Headquarters are just a few of the many award-winning architectural examples covered, where the use of glazed brick has helped to enhance the overall visual appeal of the structure.

The wide palette of colour options and finishes available, such as gloss, frosted, and satin, is also detailed within the edition, highlighting the variety on offer.

Andrew Halstead-Smith, Group Marketing Manager at Ibstock, comments: “The latest issue of ‘Design’ responds to the need to set buildings apart and achieve striking designs, by focusing on one of the most inspiring styles of brick. It brings together a number of examples of where glazed brick has made a significant contribution to the completion of a memorable building. A number of the projects have also been recognised at the BDA Brick Awards, testimony to the powerful impact of this brick style.

“There is a wide variety of colour, finish and size choices available within glazed brick. We even offer glow-in-the-dark options! The use of glazed bricks can add depth and intensity of colour to a building and they’re suitable for use across landscapes and all building types.

“Highly skilled ceramicists carefully mix the glazes to match the brick body and create beautiful tones of colours, which makes each glazed brick so unique. Manufactured from ultra-pure clays specially selected for their high quality and unique properties, Ibstock’s state-of-the-art technologies also ensure glazed bricks attain the highest possible standards of performance and finish to satisfy the most demanding of designs.”

To obtain the latest issue of Design or find out more about the range of glazed bricks available, visit www.ibstock.com