NBS has updated its free-to-use BIM Object Standard and National BIM Library with content for use across Australia, adding to its existing UK and Canadian content. Widely adopted across the UK and used around the world, the NBS BIM Object Standard will allow manufacturers to share their product information digitally
More and more companies are looking for ways to use connected devices to improve field service and George Walker, managing director of field service management software provider Novotek UK and Ireland, explains how the Internet of Things (IoT) is changing field service. Field service management has traditionally been responsible for
Fulcrum, the UK’s leading independent utility infrastructure and services provider, has partnered up with ChargePoint, the world’s leading electric vehicle (EV) charging network, to support the Government’s ambitions to grow Britain’s network of EV charging stations. Both companies will deliver an end-to-end service for commercial and residential development customers, while
Fusion Building Systems, the offsite designer, engineer, manufacturer and installer of light gauge steel superstructures can now provide its clients with ‘as manufactured’ digital models of their completed structures, thanks to its integration of MWF Pro Metal software from StrucSoft Solutions. Running as an add-on to the widely-used Revit design
Offsite construction specialist, The McAvoy Group, has handed over a new school building at West Hill School in Leatherhead, bringing the number of education projects now completed by McAvoy for Surrey County Council to more than 40. The project at West Hill – an Ofsted outstanding special school – featured
Architects are set to benefit from a new ARCHICAD training facility following the relocation of Graphisoft UK’s training centre in Nottingham. The new facility based at Castlebridge Office Village in Nottingham offers a bright and spacious training space, ideally suited to the needs of delegates. The central location of the
McAvoy has delivered its latest project – a new school building at West Hill School for Surrey County Council, built using the BIM technology and manufactured offsite to reduce disruption. The scheme links the traditionally-constructed main building and an existing modular classroom block on a highly constrained, fully operational school
SimScale, the world’s first provider of cloud-based engineering simulation solutions, has announced an upcoming webinar to teach HVAC system designers and mechanical engineers how to predict and improve thermal comfort, energy efficiency and performance of their designs. The webinar will be presented on March 27, 2018 at 5:00 PM CET
Since its inception in 1957, virtual reality (VR) has been used for a multitude of purposes, from computer gaming and music videos to training simulations and product prototyping. Manufacturing is the latest industry to take the plunge as it incorporates virtual worlds into building information modelling (BIM). Here, Glyn Shawcross,
BIM Awards 2018, part of BIM Show Live in Newcastle upon Tyne, has announced Space Architects as the winners of the ‘Doing It: Architect’ category. Space Architects have been using digital construction methods to improve their workflows since 2001 when they purchased their first copy of Revit and now they
NBS has updated its free-to-use BIM Object Standard and National BIM Library with content for use across Australia, adding to its existing UK and Canadian content. Widely adopted across the UK and used around the world, the NBS BIM Object Standard will allow manufacturers to share their product information digitally across all three countries, and allow designers and specifiers to download country-specific standardised objects from the NBS National BIM Library. This update from NBS who provide technical information, specification and BIM tools to construction industry professionals, was announced at the BiLT conference in Australia in May and is another step to promoting international adoption of the standard. “At NBS we were quick to recognise that the lack of an industry-wide standard for BIM objects was a significant barrier to the construction industry’s successful transition to a digital future and its adoption of BIM,” said NBS CEO Richard Waterhouse. “Setting an international standard means companies can bring efficiencies when working globally, providing a common way to talk to each other. Our vision is for the entire global construction industry to have access to BIM objects that can be used freely, safe in the knowledge that they contain the same levels of information with the appropriate geometry all wrapped up in a consistent and highly useable format; BIM objects that can deliver accurate data at the right time to inform decisions and minimise risks on any project.” The first Australian manufacturer to sign up to the NBS National BIM Library since the new update is Gunnebo, a global leader in security products, services and solutions. Global Product Manager for Gunnebo, Sergio Zanghellini, said: “BIM objects, and BIM philosophy in particular is setting a new era for specifiers, manufacturers and dealers. Anything to help simplify our job, as well as resulting in better management costs, is beneficial for everyone involved. I consider NBS an excellent and professional organization on a global scale, helping us to provide our clients with the best and most up-to-date services and tools.” In the newly-released 2018 NBS National BIM Report, over three quarters said that the NBS BIM Object Standard is useful and because objects on the NBS National BIM Library conform to this standard, their high quality is assured. In the same report 67 percent agreed that the library provided the highest quality content and 53 percent agreed that it provided the greatest ease of use. The NBS National BIM Library is already used globally but will now give manufacturers operating in Canada and Australia the opportunity to be found more easily by users of the library in the relevant countries. “Through the NBS National BIM Library we deliver rich, up-to-date and standardised product information to the designers and specifiers who need it, by working with manufacturers to describe and structure the information needed,” continued Richard. “Customers trust the quality of our data and its relevance to the requirements of designers, specifiers and other construction industry professionals around the world. BIM objects that meet the requirements of the NBS BIM Object Standard will help to realise the true benefits of digital construction – resulting in better value across the whole life of the built asset.” The NBS BIM Object Standard was published for the first time in 2014, defining clear requirements against which all BIM objects can be assessed. The first of its kind globally, the standard defines what constitutes a quality BIM object, and provides the foundations for a consistent approach that can be adopted by designers, manufacturers and BIM content developers alike and has played a major role in helping organisations implement digital processes, and get the most from digital construction. The first release of the standard was developed in consultation with companies including; AEC3 Ltd, Arup Associates, Bond Bryan Architects, Doncaster Council, Ryder Architecture and Vinci Construction. To find out more about the updated BIM Object Standard or the wider NBS product range call 0345 456 9594 or email info@theNBS.com To find out more about NBS visit www.theNBS.com
More and more companies are looking for ways to use connected devices to improve field service and George Walker, managing director of field service management software provider Novotek UK and Ireland, explains how the Internet of Things (IoT) is changing field service. Field service management has traditionally been responsible for activities such as locating fleet vehicles, scheduling maintenance work-orders and dispatching personnel. However, the advent of the IoT means that much of this model is shifting to real-time, predictive maintenance and those companies that adapt their businesses will benefit the most from the resulting competitive advantage. In the next few years, the number of IoT connected devices is set to surge, going from 27 billion in 2017 to 125 billion in 2030. Sensors help engineers to remotely diagnose problems in many instances, as well as help to remotely repair or prevent further damage to equipment. These hardware sensors however, are just the beginning. Better software will make businesses realise the true potential of IoT in field service management. Modern field servicing software needs to go beyond the basics and offer better and wider integration with the company’s inventory, billing and enterprise resource planning (ERP) systems. For this reason, Novotek partnered up with ServiceMax, the leading vendor in the industry, and became the sole distributor of GE’s ServiceMax field servicing software in the UK and Ireland. It creates solutions for the people who install, maintain and repair machines across dozens of industries, as the leading provider of complete end to end mobile and cloud-based technology. By using this service, you avoid situations where some technicians are overloaded, while others have white space in their schedules. Moreover, a machine on a customer site can send an alert to the service team, warning them of an imminent failure and potential downtime. Technicians can then be proactively dispatched to site with the right parts to carry out urgent repair and mitigate costly downtime. IoT has already drastically changed other sectors of the industrial landscape and is now making waves in the field service management sector. Whether you’re a utility business, a healthcare provider or even a telecoms business, it’s about time you looked at how IoT will change field servicing for you.
Fulcrum, the UK’s leading independent utility infrastructure and services provider, has partnered up with ChargePoint, the world’s leading electric vehicle (EV) charging network, to support the Government’s ambitions to grow Britain’s network of EV charging stations. Both companies will deliver an end-to-end service for commercial and residential development customers, while expanding their capabilities. Fulcrum will actively market its holistic EV infrastructure service, including the supply and installation of EV charging stations, with Fulcrum designing, installing and owning the necessary electrical infrastructure. In addition, the company will become a ChargePoint recommended infrastructure provider to support ChargePoint’s operations in the UK. “We are at the beginning of what is a rapid expansion in the uptake of electric vehicles, with car manufacturers and governments across the world placing an emphasis on developing the technology and associated infrastructure,” said Martin Harrison, CEO of Fulcrum. “The installation and management of EV charging points is a natural development for Fulcrum, building on our utility infrastructure expertise to enter this exciting new market that has the potential to change the face of transport. Thanks to our partnership with ChargePoint, Fulcrum will be at the forefront of this growing technology,” he continued. The partnership will also help overcome the existing challenges of installing EV charging stations, such as dealing with multiple parties. ChargePoint’s decade of industry expertise, combined with Fulcrum’s capabilities and licence to own and adopt electrical infrastructure will also speed up the installation process. “With more than a decade of experience in the electric vehicle space and a quickly expanding presence in Europe, we are excited to partner with a forward-thinking company like Fulcrum to help accelerate the adoption of EV’s in the UK and beyond,” said Christopher Burghardt, Managing Director for Europe, ChargePoint, Inc. The electric vehicle market, and the associated supply chain, is expected to grow rapidly over the coming years as the UK Government and public continue to embrace the quickly developing technology. In the 2017 Budget, the Chancellor, Phillip Hammond, pledged to create a £400m fund for a national charging network and subsidies for vehicle purchases.
Fusion Building Systems, the offsite designer, engineer, manufacturer and installer of light gauge steel superstructures can now provide its clients with ‘as manufactured’ digital models of their completed structures, thanks to its integration of MWF Pro Metal software from StrucSoft Solutions. Running as an add-on to the widely-used Revit design platform, Fusion has invested in MWF Pro Metal to help its construction clients achieve the highest possible degree of accuracy in their projects and have a clear understanding of the finished structure before the offsite manufacturing process begins. By using MWF Pro Metal, just about every element of the design for consideration can be reviewed in detail prior to sign off, then directly instructed to Fusion’s roll-forming equipment at its Northampton manufacturing facility, producing structures which are precise according to design. Robert Clark, Fusion head of business development, said: “For offsite methods to become widely adopted by the construction industry we need to shift from a project by project approach, to one which is led by the product. BIM is the enabler for this. “By integrating StrucSoft Solutions’ MWF Pro Metal into our design, engineering and manufacturing processes, we’re encouraging our clients to focus their attention on the overall product and in doing so, moving closer to the future of MMC.” Fusion had previously been running a bespoke software solution called FusionSoft, which was ahead of its time when first developed. Now outdated and not BIM-ready, StrucSoft Solutions’ MWF Pro was chosen as Fusion’s new platform for integration with Revit and to enable the Company to work to an enviable degree of technical accuracy. Used day to day in Fusion’s design and manufacturing processes, StrucSoft Solutions’ MWF Pro Metal will enable the automated creation of walls and floors, the accurate design of cutbacks and openings around thousands of M&E locations, structural intersections and accessories, as well as allowing Fusion’s engineers to specify directly into the Revit model. Byron Starnes, StrucSoft Solutions’ EMEA business development manager, added: “We created Fusion’s software solution just for them, tailored to the way they build and allowing them to take advantage of the most modern and up to date software solutions for their digital engineering requirements. Their investment in our product marks a revolutionary overhaul of their existing ICT solution, having an emphasis on greater design efficiencies, accuracy and collaboration – especially as it pertains to the design and manufacturing of the bespoke and patented Fusion system.” MWF Pro Metal utilises the built-in intelligence of Revit to automate the creation of light gauge steel framing across virtually any construction project. Developed in conjunction with industry experts, MWF Pro Metal’s automated tools allow users to easily frame entire projects while simultaneously creating schedules, material cut lists, framing elevations and fully dimensioned 2D shop drawings. The tool of choice for professionals framing everything from bathroom pods, right up to billion-dollar healthcare projects. StrucSoft Solutions provided Fusion with initial training on MWF Pro Metal at their Liverpool office and will continue to provide ongoing review work and updates as the solution matures. For further information visit www.fusionbuild.com and www.strucsoftsolutions.com
Offsite construction specialist, The McAvoy Group, has handed over a new school building at West Hill School in Leatherhead, bringing the number of education projects now completed by McAvoy for Surrey County Council to more than 40. The project at West Hill – an Ofsted outstanding special school – featured extensive use of BIM to help address the complexities of the site. It was manufactured offsite to reduce disruption and was ready for occupation on time and after less than eight months on site. The scheme links the traditionally-constructed main building and an existing modular classroom block on a highly constrained, fully operational school site. The new building expands the teaching spaces for children with learning and additional needs. These are to accommodate West Hill School’s conversion from secondary education provision to a 2FE primary school. An offsite solution was developed to build a teacher training centre on the upper floor as West Hill is also a Teaching School and National Support School. McAvoy has now completed over 40 education building projects for Surrey County Council – ranging from single classroom buildings to a £5m nursery, infant and junior school extension at Danetree Primary School near Epsom. Both of the existing school buildings at West Hill remained in use throughout McAvoy’s construction of the new facilities. The offsite solution avoided any disruption to teaching and the children despite the site constraints. 28 steel-framed modules were installed in just four days and McAvoy restricted working times to maintain access and accommodate the children’s arrival at and departure from school. Commenting on the project, Judy Nettleton, Head Teacher at West Hill School, said, “The offsite solution generated massive time savings which were invaluable from an educational perspective. The McAvoy team had outstanding communications throughout, and their work was well planned and highly respectful of the challenges we were facing, both as a special needs school and in the transition from secondary to primary education.” “McAvoy was able to accommodate an urgent requirement for an extra floor and our new teacher training facility is a brilliant resource. This space could easily be converted into three additional classrooms if we need to expand capacity in the future. The building has a high level of acoustics which is key for a special school to avoid disruption to children’s education, and the size of the hygiene rooms, the wider corridors and breakout spaces for individual and small group learning are all invaluable features.” Giorgia diSarno, Project Manager at Surrey County Council, said, “We had a very positive experience working with McAvoy on this scheme. Their site management was excellent and they communicated brilliantly with the school which was so important in enabling the teachers to prepare the children. This is vital when carrying out construction works at an SEN school. The finished building is great and was designed according to the special needs nature of the school. Classrooms are light, airy and welcoming.” “On this project, offsite construction allowed us to develop a bespoke building with the benefits of better quality control in a factory environment. It was essential to reduce time on site to avoid disruption to the school. A shorter construction period on site is hugely beneficial to any school but particularly to special needs children. McAvoy was also able to add value to the project and inform its design by being involved at the project’s inception. This allowed the addition of a further storey.” McAvoy made extensive use of BIM for the West Hill project to engineer an offsite solution that would accommodate a height difference of 870mm between the main school and the existing modular teaching block. Gradient differences were incorporated within corridors to avoid steps, using a specially-engineered double floor beam design which also maximised offsite construction. Challenging ground conditions required complex piled foundations and a supporting steel frame. Here 3D modelling was invaluable to better inform the groundworks and module installation phases. BIM also facilitated decision making with stakeholders, with the use of 3D models and virtual reality, rather than traditional 2D line drawings. The school was able to see each room and experience the space. It allowed teaching staff to assess how the training centre could work located as a second storey to the new classroom block rather than as a freestanding building which was originally envisaged. In recognition of its industry-leading application of BIM technology for the West Hill School project, McAvoy won the RICS BIM4SME Award for Best Virtual Reality BIM. As West Hill is a school for children with special educational needs and located near the M25 motorway network and under a flight path, the building specification demanded outstanding acoustics. McAvoy developed a twin modular wall system and a specially-designed offsite roof solution to achieve the enhanced acoustic performance. The building was also required to be mechanically ventilated and this equipment had to meet the noise sensitivities of the children. Other design features of the building to address the needs of learning and additional needs included: Wider corridors to help children who have mobility or balance issues Break-out rooms to allow different learning needs and styles to be accommodated for smaller numbers of children Hygiene rooms equipped with a hoist to assist children in wheelchairs Provision for hoists in two classrooms and for further hoists to be installed in other areas around the building Ease of access between the new building and the existing facilities, and to the external play areas A high level of acoustics to avoid disruption to children’s learning. The new facilities accommodate a food technology classroom, an open plan library, group rooms and classrooms with direct access to the outdoors. The building has created a covered and controlled link between the main building and the existing teaching block, and a new courtyard provides a secure play area where a sensory garden will be developed. McAvoy was also responsible for some alterations to the school’s existing facilities to accommodate the change from secondary to primary education. For further information about offsite solutions
Architects are set to benefit from a new ARCHICAD training facility following the relocation of Graphisoft UK’s training centre in Nottingham. The new facility based at Castlebridge Office Village in Nottingham offers a bright and spacious training space, ideally suited to the needs of delegates. The central location of the venue is also convenient with good transport links nearby. “It was great to start in our new premises. We’ve received some brilliant feedback from delegates who have already attended courses at our new facility,” said Gemma Sewell, support and training manager at Graphisoft UK. “We have a team of six highly-experienced support staff who provide our customers with personalised technical support. The additional space and open plan layout will allow us to work more closely together and will enable us to grow our team as necessary so that we can continue to provide a high level of service,” she added. According to Brendan Sexton, BIM manager at maber, an architectural practice headquartered in Nottingham, “It’s often best to take time out of the office to fully concentrate on learning new skills. Graphisoft’s new training facility is the ideal environment to do just that. As always, the standard of training by the Graphisoft team is exceptional, and with the new facility we expect to be frequent visitors over the coming months.” Training groups are kept to a maximum of six delegates to allow the courses and trainers to focus on individual requirements. Graphisoft offers several training courses tailored to suit the needs of architects with varying degrees of knowledge about ARCHICAD. All courses include a mixture of discussions, exercises and assessments to help trainees develop skills in ARCHICAD. The essentials course introduces delegates to the principles of Building Information Modelling (BIM) and demonstrates positive and productive ways to use the software. The advanced course goes beyond the essentials, showing delegates the most productive ways to use all ARCHICAD’s tools and covers workflows, templates and documentation. Bespoke training courses are also available, which allow courses to be tailored to the specific requirements of the customer. Find out more about training with Graphisoft at: http://www.graphisoft.com/training/training-courses/
McAvoy has delivered its latest project – a new school building at West Hill School for Surrey County Council, built using the BIM technology and manufactured offsite to reduce disruption. The scheme links the traditionally-constructed main building and an existing modular classroom block on a highly constrained, fully operational school site. It was ready for occupation on time and after less than eight months on site. The new building expands the teaching space for children with learning disabilities and it will accommodate West Hill School’s conversion from secondary education provision to a 2FE primary school. Throughout McAvoy’s construction of the new facilities, both of the existing school buildings remained in use. The offsite solution avoided any disruption to teaching and the children despite the site constraints. 28 steel-framed modules were installed in just four days and McAvoy restricted working times to maintain access and accommodate the children’s arrival at and departure from school. “We had a very positive experience working with McAvoy on this scheme. Their site management was excellent and they communicated brilliantly with the school which was so important in enabling the teachers to prepare the children. This is vital when carrying out construction works at an SEN school. The finished building is great and was designed according to the special needs nature of the school. Classrooms are light, airy and welcoming,” said Giorgia diSarno, project manager at Surrey County Council. McAvoy has now completed over 40 education building projects for Surrey County Council, ranging from single classroom buildings to a £5 million nursery, infant and junior school extension at Danetree Primary School near Epsom. By using the BIM technology, the school was able to see each room and experience the space. It allowed teaching staff to assess how the training centre could work located as a second storey to the new classroom block rather than as a freestanding building which was originally envisaged. In recognition of its industry-leading application of BIM technology for the West Hill School project, McAvoy won the RICS BIM4SME Award for Best Virtual Reality BIM.
SimScale, the world’s first provider of cloud-based engineering simulation solutions, has announced an upcoming webinar to teach HVAC system designers and mechanical engineers how to predict and improve thermal comfort, energy efficiency and performance of their designs. The webinar will be presented on March 27, 2018 at 5:00 PM CET (11:00 AM ET). Diverse building codes and strict sustainability and energy efficiency requirements are driving the need for new innovative air conditioning strategies. Traditional design methods—such as hand calculations—involve many simplifications and assumptions, limiting the accuracy of the results. Computational fluid dynamics (CFD) simulations, on the other hand, enable engineers to virtually analyze multiple HVAC system design configurations, visualizing the differences in flow velocity, density, and thermal impact, making it easier to accurately identify the best solutions. Nonetheless, until recently many engineering companies have been slow to adopt the technology, citing restrictions such as cost, unreliability, and inaccessibility. Although it can save weeks of design time and thousands of dollars in costs, engineering simulation has been expensive to use itself, requiring investments of over $40k in hardware and licenses of on-premises software. The emergence of easy-to-use cloud-based solutions have challenged the status-quo in recent years. Based in Germany, SimScale makes very complex simulations easily accessible via a standard web browser. With a free Community account, anyone in the world can set up and run multiple simulations, then post-process the results using a basic laptop or PC with an Internet connection. Today, more and more engineers are integrating cloud-based CFD into their design validation process which enables them to design comfortable environments at a reasonable cost. “We are moving forward from times when it was enough to calculate air volume in-out balance to ensure comfort in an office space,” said Dr. Pawel Sosnowski, Customer Success Engineer at SimScale. “With CAE tools provided by SimScale you can bring your ventilation design to the new era of engineering.” In this 30-minute webinar on March 27th, participants will learn how CFD simulation in the cloud can help air conditioning system designers ensure compliance with energy efficiency and thermal comfort standards, such as ASHRAE 90.2 and ASHRAE 55, and obtain a detailed overview of the air circulation within a building, essential for optimizing their designs. No prior simulation knowledge is required to participate, and SimScale provides free access to its CFD software via the Community account. Register here for this free webinar taking place on March 27th, at 11:00 AM ET / 5:00 PM CET. If you cannot participate in the live session, the organizers will be sending the recording to all registrants by email.
Since its inception in 1957, virtual reality (VR) has been used for a multitude of purposes, from computer gaming and music videos to training simulations and product prototyping. Manufacturing is the latest industry to take the plunge as it incorporates virtual worlds into building information modelling (BIM). Here, Glyn Shawcross, group design manager at engineering solutions provider Boulting Group, explains the practicalities and benefits of VR and BIM. Building Information Modelling (BIM) is a collaborative way of working underpinned by digital technologies (3D modelling) which allows for more efficient methods of designing, delivering and maintaining physical built assets throughout their entire life cycle. In 2011, the Government Construction Strategy (GCS) outlined a new mandate, stating that all centrally procured Government projects would need to include BIM as part of the documentation process. Since the deadline of 2016, other sectors have adopted the same mandate as a way of changing behaviours in the industry. Once the 3D model has been generated this can be exported and converted to VR friendly software. Boulting Group has been incorporating BIM into the design and build of its projects for a number of years. But what’s next? Contractors are now looking to take BIM one step further by incorporating VR into the modelling process, bringing with it a host of new possibilities. The briefing stage While line drawings and 3D diagrams help the client to visualise the finished project, VR creates a truly immersive experience, allowing them to explore their new working environment before work even begins. By doing so, any necessary changes to design can be implemented much earlier, saving both time and money. With high-precision infrared sensors that allow for enhanced tracking and rotation, VR can accurately replicate an entire building, providing both contractors and clients with a far greater perspective of the project than any computer screen or print-out. Safer project delivery and completion The ability to create simulated site scenarios can improve project safety significantly. By virtually walking round a site before work commences contractors can see exactly how the various elements of the build connect, ensuring they do not create hazards, avoiding possible expensive mistakes. Following the completion of a project, the VR environment still has its uses. By being incorporated into the client’s training programme, VR can allow employees to explore their new workplace and be trained on equipment and processes before starting work. This is another time and money saving exercise that ensures staff are ready to start work straight away. Industry 4.0 has led the manufacturing sector to great strides forward as new technologies continue to create endless possibilities for the industry. As VR becomes more accessible, we’re positive we will see more projects adopt the technology. While BIM benefits greatly from its application, this is just the tip of the iceberg.
BIM Awards 2018, part of BIM Show Live in Newcastle upon Tyne, has announced Space Architects as the winners of the ‘Doing It: Architect’ category. Space Architects have been using digital construction methods to improve their workflows since 2001 when they purchased their first copy of Revit and now they are seen as pioneers in the digital construction industry. “BIM is changing the way we design, construct and manage buildings. At Space Architects we have always strived to stay ahead of the curve and lead the way with regards to innovation and best practice. To be recognised for our achievements at the BIM Awards is an honour and a compliment to the team here at Space Architects,” said Paul Broadfoot, Director at Space Architects. All of Space Architects’ projects follow the principles of the Government’s strict Level 2 BIM mandate and, in addition, the company has also established a specialist consultancy called BIM.Technologies that has worked on high profile projects such as the Vauxhall Sky Gardens, London Design Museum and Centre Court 2 at Wimbledon. Back in 2005, they were believed to be the only practices in the UK adopting the BIM technology when they completed the design of Washington School using 3D modelling in Revit. Five years later, BIM became their central strategy and Space Architects has gone from strength to strength since then. They have been active in the promotion of BIM for over 15 years and have effectively encouraged others to adopt the practice to raise the standard across the industry. Space Architects is part of Space Group and were founded by Arnold Waring and Leonard Netts in Newcastle-upon- Tyne in 1957. The practice was recognised for its quality social housing and, as a result, its work grew steadily in size and scope. Today they are known for their specialist knowledge and experience in the design of buildings for education, commercial and health sectors and cemented its reputation with an award-winning portfolio.
