Leading life safety manufacturer Hochiki Europe have today announced the results of their latest survey of both UK and overseas customers, revealing that four out of five (over 80%) of Hochiki customers believe that the company manufactures and designs innovative, high quality, and robust products. The survey went to customers
The gaming landscape is no longer confined to living rooms and basements; it’s breaking boundaries and shaping our world in far-reaching, fascinating ways. For example, gaming lounges, designed as social havens for gaming enthusiasts, are making waves in the leisure industry. These dynamic spaces offer not just games but an
In December 2022, the Secretary of State at the Department for Levelling Up, Housing and Communities (DLUHC) published amendments to both volumes of Approved Document B Fire Safety: Approved Document B: Fire safety – Volume 1: Dwellings, 2019 edition incorporating 2020 and 2022 amendments – for use in England Approved
On the sixth anniversary of the Grenfell fire tragedy, which resulted in the loss of 72 lives, Door & Hardware Federation’s General Manager & Secretary, Michael Skelding, looks back on this year’s developments with regards to legislation, and the resultant impact on DHF members. The high-rise fire which broke out
Design aesthetics, multiple test standards and changing construction materials – all can pose challenges to architects when it comes to choosing the right fall protection system. Stuart Pierpoint, Specification Sales Manager, UK and Netherlands at MSA Safety, looks at the heritage of fall protection systems and what architects may benefit
By Patricia Gabriel – Market Manager CPG UK Nullifire has developed a high-performance fire protection solution to meet the unique requirements of off-site construction. Nullifire FZ100 Fire Safe Zone has been engineered to provide best-in-class fire-stopping capabilities to existing and future service penetrations. Quick and easy to install, as well
Professor Robert Hairstans, of Edinburgh Napier University who is also the Director of the Centre for Advance Timber Technology at NMITE said: “The current crisis regarding a form of concrete known as RAAC, highlights a failure within the construction sector, in terms of poor specification of materials, leading to safety
Safety standards in the construction industry have evolved dramatically over the past few decades. With the incorporation of advanced technology, innovations in personal protective equipment (PPE), and the ongoing updating of safety regulations, these standards have become integral elements of project planning. This article delves into how the evolution of
In the last three years, 465 incidents of road worker abuse have been reported in Birmingham. That’s why this week, organisations and companies that work to improve Birmingham’s roads, have launched a new campaign Expect Respect – to urge the public to respect its road workers. The incidents include residents
Important changes are being made to the CITB Health, Safety & Environment (HS&E) test for Managers and Professionals (MAP), supported by the launch of updated revision materials for candidates. The MAP test is an important way of assessing that Managers and Professionals know how to keep themselves and those around
Leading life safety manufacturer Hochiki Europe have today announced the results of their latest survey of both UK and overseas customers, revealing that four out of five (over 80%) of Hochiki customers believe that the company manufactures and designs innovative, high quality, and robust products. The survey went to customers across the UK, Europe, Middle East and India and included direct customers, distributors, systems partners and indirect customers (for example purchases made via a distributor). The survey revealed that the top vertical sectors that customers operated in were across construction, education, health care, the leisure and tourism industry, rail, security, social housing, warehousing, but also included industries such as energy, oil and gas, commercial property, travel hubs, technology such as data centres and retail. Customers were quizzed on product, technology, supply chain, customer service, sales, team expertise and what they might want in the future from this global manufacturer of life safety systems. A whopping 93% of customers think that Hochiki products are “reliable” and nine out of ten agree that they “help to reduce false alarms” – particularly important when considering the continuing impact false alarms have on production and the economy globally. Looking at the survey results around ease of installation, ongoing maintenance, and ease of use of Hochiki products for the end user, over 80% of the responses were positive. Many customers noted a desire for cloud solution technology, and for a more expansive range of emergency lighting fittings. This is exciting news as the survey was completed just before the launch of FIREscape Nepto, Hochiki Europe’s newest emergency lighting system. FIREscape Nepto already offers a wider range of products, but a brand new feature which is due to be released later this year will enable the system to be monitored and interrogated live and remotely through a simple web browser interface. Email notifications can then be sent to report faults and alerts and system reports can be accessed/downloaded, all across the cloud. Something which Hochiki work hard on is to ensure that the whole team is able to provide expert customer service when required, and this was reflected in the survey results. An impressive 94% of those surveyed rated the Hochiki team as “helpful” or “very helpful” and over 96% of customers felt the team also understood their needs. The overall level of service provided by the technical support department was voted “excellent” or “very good”, with the same percentage of respondents rating the accuracy of the solution offered by technical support as “excellent” or “very good”. Anecdotally there was a consistency in responses that included words such as “reliable”, “intelligent”, “good” and “up to standards”. This sentiment is also reflected in Hochiki’s most recent customer story from Atlas World who installed a range of Hochiki products at Titanic Distillery in the world-famous Belfast’s Thompson Dry Dock. Commenting on the range of products installed, Gavin Nesbitt, Technical Sales Manager said: “For the standard, reliability, and ease of install I would not hesitate to recommend Hochiki Europe next time.” Commenting on the customer survey results, Mr Shinsuke Kubo, Commercial Director for Hochiki Europe, Middle East, Africa and India said “The results of our customer survey are really encouraging, especially considering what the world has experienced over the last few years. Manufacturing across all industries has felt the impact, but the credit must go to our team of dedicated fire industry experts. They have ensured that our customers receive a best-in-class service, continue to bring innovative products to market, and all the while ensuring that Hochiki continues to be the world’s most trusted name in life safety. We know there are areas to improve, we really value this insight, alongside ongoing feedback from projects in motion right now. It’s this two-way communication with our customers that is invaluable and will help us to continue to move forward – committed to meeting the needs of our customers and the market, now and in the future.” Building, Design & Construction Magazine | The Choice of Industry Professionals
The gaming landscape is no longer confined to living rooms and basements; it’s breaking boundaries and shaping our world in far-reaching, fascinating ways. For example, gaming lounges, designed as social havens for gaming enthusiasts, are making waves in the leisure industry. These dynamic spaces offer not just games but an environment that thrives on interaction, competition, and immersive experiences. So, let’s navigate this exciting terrain together. We’ll explore the unique design elements that bring these spaces to life and look at their transformative impact on our social and gaming spheres. Keep reading to learn all about the interesting interaction between gaming and interior design. Background of Gaming Lounges Gaming lounges, which can trace their origins back to the traditional arcades of the 70s and 80s, have undergone a dramatic transformation over the years. Once the homes to pixelated classics and pinball machines, they have evolved into modern social hubs dedicated to video gaming. This shift was motivated by the increasing complexity and interactivity of games, necessitating a more immersive environment for players. Gaming lounges today offer a platform for eSports and social gaming, attracting a diverse range of gamers with their communal atmosphere and advanced technology. The rise of digital casino gaming has also contributed to the trend. For example, the Dr. Toonz slot game available on PokerStars Casino demonstrates the appeal of modern gaming lounges. This space-themed title features a variety of colorful extra-terrestrial characters created by a UFO-riding scientist. With its dynamic features, such as the cascading and Quantumeter features, Dr. Toonz exemplifies the immersive, interactive gaming experience that gaming lounges increasingly offer. The trend towards these sophisticated developments points towards a bright future for gaming lounges. Design in gaming lounges isn’t just about curating a visually appealing space. It’s about crafting an environment that amplifies the gaming experience. Every element, from the mood-setting lighting and soundproofing to the arrangement of seats and gaming equipment, is meticulously planned. The goal? To create a space where gamers can truly immerse themselves in their digital adventures while ensuring comfort for extended play sessions. Essential Features of Gaming Lounge Design Designing a gaming lounge is akin to assembling a puzzle, with each piece equally crucial. Naturally, state-of-the-art gaming equipment sits at the core. But a host of other elements come into play. Comfortable seating arrangements ensure gamers can enjoy longer sessions without discomfort, while the lighting is tweaked to create an engaging atmosphere without straining the eyes. Soundproofing enhances the immersive experience of the game’s sounds without causing noise disruptions. Advancements in technology also leave their mark on gaming lounge design. Uninterrupted, high-speed internet access is vital for smooth online gameplay, while virtual reality (VR) spaces and large screens cater to the evolving tastes of the gaming community. Gaming Lounge Designs Around the World Across the globe, numerous gaming lounges have successfully crafted spaces that resonate with gamers and spectators alike. Take Tokyo’s Esports SQUARE, renowned for its plush seating, top-notch gaming gear, and large screens that let spectators partake in the thrill of the game. Melbourne’s Fortress Esports lounge is another stellar example, boasting dedicated gaming zones, observer seating, and a bouquet of tech-forward features. Impact of Gaming Lounges on the Hospitality Industry The rise of gaming lounges is shaking up the leisure and hospitality industry. Traditional venues, including hotels and restaurants, are increasingly weaving gaming lounges into the fabric of their buildings, aiming to attract tech-savvy audiences. This blend of gaming and hospitality not only diversifies their clientele but also infuses a unique flavor into their services. Future Trends in Gaming Lounge Design As the gaming community’s needs and preferences evolve, so will the landscape of gaming lounges. Looking ahead, we might see more VR and augmented reality spaces, integrated eSports facilities for hosting professional gaming events, and highly personalized gaming environments. The guiding principle remains the same: crafting immersive, comfortable, and technologically advanced spaces that meet the needs of modern gamers. As gaming continues its meteoric rise in popularity, gaming lounges will undoubtedly be at the forefront, shaping the future of the leisure and hospitality industry.
In December 2022, the Secretary of State at the Department for Levelling Up, Housing and Communities (DLUHC) published amendments to both volumes of Approved Document B Fire Safety: Approved Document B: Fire safety – Volume 1: Dwellings, 2019 edition incorporating 2020 and 2022 amendments – for use in England Approved Document B: Fire safety – Volume 2: Buildings other than dwellings, 2019 edition incorporating 2020 and 2022 amendments – for use in England. Approved Document B (ADB) for Fire Safety is statutory guidance authorised under Section 6 of the Building Act 1984 to give practical guidance on ‘common building situations’ about how to meet the legal requirements and regulations of the Building Regulations 2010 for England. ADB is concerned with: • Requirement B1: Means of warning and escape• Requirement B2: Internal fire spread (linings)• Requirement B3: Internal fire spread (structure)• Requirement B4: External fire spread• Requirement B5: Access and facilities for the fire service• Regulations: 6(3), 7(2) and 38. ADB is only required by Section 1 of the Building Act 1984 to address health and life safety in the event of fire in or about buildings, confirmed in Regulation 8 of the Building Regulations 2010. The health and life safety objective of the law of the Building Act 1984 and the Building Regulations 2010, addressed by the statutory guidance of both Volumes of ADB, is discussed in BDM01 A to Z of Essential Principles for the protection of buildings. BDM01 is an orderly recommendation to investors, on behalf of insurers, not to design and build solely down to the ‘life safety before collapse’ objective on the assumption that the project is a ‘common building situation’. Instead, to define and insist upon the resilience their investment requires, beyond statutory guidance or Building Regulations, it calls for resilient construction innovation to improve health and life safety with measures anticipating likely events involving fire and water. Two volumes of the Insurer ADB have been developed by RISCAuthority and published (as graphical reproductions under Open Government Licence) by the Fire Protection Association, both referencing the Essential Principles:• Approved Document B: Fire Safety – Volume 1 Dwellings – Incorporating Insurers’ Requirements for Property Protection• Approved Document B: Fire Safety – Volume 2 Buildings other than Dwellings – Incorporating Insurers’ Requirements for Property Protection. READ GUIDANCE FROM THE FPA Building, Design & Construction Magazine | The Choice of Industry Professionals
On the sixth anniversary of the Grenfell fire tragedy, which resulted in the loss of 72 lives, Door & Hardware Federation’s General Manager & Secretary, Michael Skelding, looks back on this year’s developments with regards to legislation, and the resultant impact on DHF members. The high-rise fire which broke out in the 24-storey Grenfell Tower block of flats in North Kensington, West London, on 14th June 2017, claimed the lives of 72 people. To prevent such a tragedy from recurring, over the past year, a number of regulations have come into force, for example, the Construction Product (Amendment) Regulations in July 2022; this has enabled the Secretary of State for Levelling Up, Housing and Communities to act as an enforcement authority for construction products. This legislation paved the way for the new National Regulator for Construction Products to be established by the Office for Product Safety and Standards, thus allowing for enhanced and strengthened regulation of construction products. “It is clear that enforcement of the existing Construction Products Regulations, as undertaken by local authorities’ trading standards departments since 1991, has been ineffective due to a lack of resources and specific training,” explains Michael Skelding, DHF’s General Manager and Secretary. “The report “Testing for a Safer Future” confirms this. The direct involvement of OPSS, acting under DLUHC, should improve the effectiveness of enforcement and lead to more prosecutions where defective and, in particular, dangerous, products are concerned. This will potentially affect all manufacturers of construction products.” In October 2022, the White Paper on Construction Products Competence (CPC) was published by WG 12 of the Competence Steering Group (CSG ); it has been widely supported throughout the construction products supply chain. As a result, in January 2023, BSI Committee CPB/1 established a new project to create a Code of Practice for Core Criteria for Construction Products Competence, to be based on the White Paper. The standard’s purpose is to ensure individuals using or working with construction products are competent and can demonstrate their competence to others. The standard is expected to describe five levels of core criteria that should be achieved, demonstrated, and maintained by all individuals making choices concerning construction products at all levels in the built environment sector. It is expected to include a methodology of application to define how those core level criteria can be mapped by industries within the built environment sector consistently to their competence frameworks. It is intended to be used, in conjunction with BS 8670, by all industries in the built environment sector to map against their existing training and qualifications to demonstrate the competence of their workforce, as well as to identify any gaps in their training and qualifications. Michael says: “While DHF training focuses on installing and maintaining products correctly, this initiative is based on the understanding that many actors in the supply chain must be competent in dealing with construction products; this would include, for example: manufacturers, distributors, architects, risk assessors, building safety managers, installers, and maintainers. We will continue to support this initiative through our membership of CSG WG 12.” On 23rd January 2023, The Fire Safety (England) Regulations 2022, made under Article 24 of the Fire Safety Order 2005, came into force. These impose additional duties on the responsible persons in residential buildings of multiple occupancy (BMO). In buildings taller than 11 metres, the new regulations require quarterly checks on fire doors in communal areas and annual checks on flat entrance doors. As Michael says: “Some members will be involved in carrying out fire door inspections under these regulations and there will be an increased need for training.” The following month saw the first meeting of the new Building Advisory Committee, chaired by Peter Baker, Chief Inspector of Buildings, and head of the Building Safety Regulator (BSR) in HSE. “This really was something of a ‘landmark’”, says Michael. “The BSR is becoming the building control authority for work on higher risk buildings in England; previously, this was the local authority in most cases. According to government: the Building Safety Regulator’s approach to formal enforcement and sanctions will serve the public interest and will be undertaken in a fair, equitable and consistent manner, targeting, and taking firm action against those who repeatedly offend, act irresponsibly, or whose actions could cause serious harm. It promotes the principle that those who create the risk are responsible for managing that risk and are held accountable when they fail to do so.” In April of this year, an independent review of the construction product testing regime (a follow-up to Dame Judith Hackitt’s report “Building a Safer Future”) was published. Named “Testing for a Safer Future”, the review identifies potential weaknesses in the system and makes recommendations for improvement. “We are yet to receive a response from UK Government. This could affect the existing intentions for conformity marking of construction products and safety critical products; the official response will be important as it will affect testing and certification requirements for manufacturers of construction products,” explains Michael. “Looking ahead, we expect the Grenfell Inquiry Phase 2 Final Report, as well as legislation on competence requirements (provided for in Part 3 of the Building Safety Act 2022) which will potentially affect any building activity subject to building regulations approval in England. In addition, the Golden Thread of information: Part 3 of the Building Safety Act Amends the Building Act 1984 to allow building regulations to make provisions regarding creating, obtaining, storing, and transmitting information and documents. Part 4 imposes duties on Accountable Persons to manage such information and documents, subject to regulations to be made by the Secretary of State for Levelling Up, Housing and Communities. The necessary regulations have not yet been published but guidance about implementing the regulations and obtaining and handling the data is also expected. Once in place, information provided by manufacturers and installers of construction products will assume greater importance.” Building, Design & Construction Magazine | The Choice of Industry Professionals
Design aesthetics, multiple test standards and changing construction materials – all can pose challenges to architects when it comes to choosing the right fall protection system. Stuart Pierpoint, Specification Sales Manager, UK and Netherlands at MSA Safety, looks at the heritage of fall protection systems and what architects may benefit from considering when selecting fall protection What are some of the challenges facing architects today when it comes to specifying fall protection? Buildings are constantly evolving in complexity and, as a result, a roof has a lot more happening on it today. Architects need to consider the multiple products present on a modern roof, when designing a roof’s capacity, such as: solar panels, CCTV, air conditioning units, lightning protection, green roofing systems, roof lights, general roof maintenance, and more. With this comes the planning of safe access for their installation, as well as planning future access to service these products, and maintain other high-risk areas, for the lifespan of a building. The challenge for architects is to incorporate a fall protection system that enables safe access, whilst also addressing their other priorities, such as the freedom to design aesthetically pleasing buildings. Architects need systems that complement their designs. Then, of course, there is the challenge of how to position a fall protection system. This is where MSA Safety’s free design service can really help. If architects provide architectural roof drawings, we can recommend system designs to help them maintain their architectural integrity, whilst not compromising user safety. When, and why, should fall protection be a key consideration in the design phase? Working at height is still the biggest cause of workplace deaths, with an average of more than two workers a month[1] in the UK losing their life from falls in 2021/2022. Fundamentally, fall protection systems are designed as one layer of protection to prevent loss of life and keep workers safe. This is a massive responsibility for architects when selecting fall protection systems. This decision can benefit from consideration at the start of the design process, alongside the access and maintenance strategy. Additionally, putting the user at the forefront of future maintenance will support long-term safeguarding of both workers and the building. What are some of the most important things to consider when choosing a fall protection system? As previously discussed, building complexities are continuing to evolve and fall protection systems need to keep pace. Architects often like to be ahead of the curve, so when it comes to worker safety, they want to know they’re choosing a solution that’s both innovative and proven. Some key considerations for fall protection systems for architects include ease of installation, compliance, worker safeguarding, building/roof protection and meeting standards. Whilst this may seem like a lot to consider, a well-designed fall protection system will do what the architect deems as important for the application, whilst still helping to protect the integrity of the roof. It is important to note that if a system isn’t practical or easy to use, workers may not use it properly and could put themselves and others at risk. Architects should also consider the walkways and other exterior paths that workers use to access a fall protection system, remembering that it’s not always dry and sunny and that workers may need access when it’s raining, windy or in sub-zero temperatures – all conditions that increase the risk of workers slipping. What are the current regulations and legislations that UK architects need to be aware of? The key UK regulations that architects need to understand and comply with, both at the design stage and throughout the specification stage, are the Work at Height Regulations. These were updated in 2007 and apply to all work at height where there’s a risk that a worker can fall and sustain an injury. They combine Construction Regulations, The Workplace (Health and Safety Welfare) Regulations and CDM (Construction Design Management) Regulations. What test standards apply to fall protection systems in the UK? Test standards are regularly updated, in line with changes in construction which are driving the development of fall protection systems. Currently, the European standards for anchor devices (these also apply in the UK) are EN 795:2012 for single users and CEN/TS 16415:2013 for multiple users. However, the latter does not cover permanent anchor devices and only requires testing on a rigid structure, not the actual roof structure itself. In light of this, the UK introduced BS 8610:2017, an additional standard that covers testing of anchor devices on the actual base structure. Particularly in the case of roofs that are made of a thin material, such as copper, zinc, or aluminium. In addition, since 2013, permanent anchor devices for roofs need to comply with EU Construction Product Regulation 305/2011. How have fall protection systems changed in recent years? Fall protection systems continue to evolve with developments in roofing technology. At MSA, innovation and the premium nature of our products over time have resulted in systems becoming simpler to use and easier to install – a key benefit for installers and contractors alike. With the use of materials like copper and zinc, some roof profiles have also become thinner and potentially more fragile. This is driving developments in load absorption technology. For example, at MSA Safety, we’ve utilised our Constant Force® technology so that our systems can typically be installed on these roof profiles and still control the load in the event of a fall. We’ve also increased our emphasis on comfort and enhancing the user experience , and help encourage proper use of fall protection systems or personal protective equipment (PPE). Can you tell us a bit about MSA Safety’s heritage in fall protection systems? MSA Safety has been protecting lives for more than a century and has experience in cable-based fall protection systems since 1974. This means we have a thorough understanding of safety challenges and the needs of working at height. In 2001, we introduced an innovative and ground-breaking fall protection system called the Constant Force® Post. This has
By Patricia Gabriel – Market Manager CPG UK Nullifire has developed a high-performance fire protection solution to meet the unique requirements of off-site construction. Nullifire FZ100 Fire Safe Zone has been engineered to provide best-in-class fire-stopping capabilities to existing and future service penetrations. Quick and easy to install, as well as lightweight and easy to cut, it offers a fully tested system to BS EN 1366-3, up to EI120, delivering Nullifire’s renowed safety performance whilst supporting the fast-track nature of off-site projects. Typically installed at the drywall construction phase, one side of the partition may be fully constructed before application, and FZ100 is able to protect many bespoke off-site penetrations along with standard service requirements. FZ100 identification tape pinpoints the Fire Safe Zone, and within that perimeter, service requirements are marked out and installed with ease. For a fully optimised system from a single source, a cold smoke seal – which is required on both sides of the parition – can be achieved using Nullifire FS702. Paul Wright, National Sales Manager for CPG Offsite Solutions (UK) , said, “Nullifire FZ100 has been optimised to meet the specific needs of modular construction, delivering fire protection for off-site construction, which offers reassurance and peace of mind, as well as delivering time and cost benefits to projects overall.” “The system enables the simple installation of services, does not detract from the acoustic capabilities of the partition, is very low odour and being fully breathable foes not absorb mositure.” “Its high technology formulation is fibre free too, enabling it to be used in clean areas such as hospitals and food preparation areas.” Part of the Construction products Group (CPG UK) portfolio of brands, and previously available in the UK under the Firetherm name, Nullifire products are used extensively across built environments, with the benefit of highly knowledgable technical support and service, to ensure the ultimate peace of mind in the specification process. Paul Wright added, “FZ100 is backed up with the support of Nullifire’s renowed technical department, who understand the building regulations for off-site construction and work closely with designers, main contractors and contractors to ensure safety and performance comes as standard.” “There is assurance and support across the supply chain too. Due to in-house manufacturing all products from Nullifire undergo careful quaility management, are subject to rigourous testing methods and are developed in line with the markets requirements.” “Our focus is to protect people and buildings from fire” Nullifire understands the need to have confidence in the fire protection installed in modern buildings and our systems perform when they are called upon. We focus on making it simple for our customers to choose and install the optimum solution for every project.” Everything is focused on providing what our customers need at every stage of their project – smart protection. Contact Nullfire today for more information. Building, Design & Construction Magazine | The Choice of Industry Professionals
Professor Robert Hairstans, of Edinburgh Napier University who is also the Director of the Centre for Advance Timber Technology at NMITE said: “The current crisis regarding a form of concrete known as RAAC, highlights a failure within the construction sector, in terms of poor specification of materials, leading to safety risks. “It is concerning that RAAC, which has a lifespan of about 30 years and is prone to collapse when exposed to water, has been commonly used in low-rise structures with flat roofs. Even if the product isn’t for the roof, water can still get in and cause problems. The carbon impact of RAAC should also have been considered more thoroughly. Despite using less concrete, its short lifespan of 30 years contributes significantly to environmental impact. “In comparison, timber as a construction material offers longevity, durability and can capture carbon in the built environment for centuries – as evidenced by a vast array of buildings constructed generations ago that are still around today. If properly designed and constructed, timber buildings have low embodied energy and carbon emissions which, when combined with proper insulation for optimal operational performance, can achieve net-zero emissions.” Building, Design & Construction Magazine | The Choice of Industry Professionals
Safety standards in the construction industry have evolved dramatically over the past few decades. With the incorporation of advanced technology, innovations in personal protective equipment (PPE), and the ongoing updating of safety regulations, these standards have become integral elements of project planning. This article delves into how the evolution of safety standards impacts the planning and execution of construction projects. Historical Overview: Safety Standards in Construction From the Industrial Revolution, construction has consistently been one of the riskiest industries for workers. Early construction work was characterized by high injury rates, inadequate protective gear, and little to no regulations. Over time, however, society recognized the importance of workers’ safety and began to implement regulations and standards. The establishment of organizations such as the Occupational Safety and Health Administration (OSHA) in the United States in 1970 represented significant leaps in prioritizing worker safety. Similar bodies were created globally, ensuring construction safety became a universal concern. This era marked the beginning of the integration of safety standards into project planning. The Evolution of Safety Standards Safety standards in construction have progressively become more sophisticated and stringent. This evolution has been driven by technological advancements, emerging safety theories, and an increasing understanding of human factors in accidents. For instance, in the early days, safety regulations focused on providing workers with rudimentary PPE like helmets and gloves. Today, the technology has evolved to include smart PPE, which integrates advanced technology like biometric monitors and augmented reality to enhance safety. Moreover, there’s been a shift in perspective. Safety practices have moved from a reactive approach — dealing with accidents after they happen — to a proactive one, focusing on prevention. Now, the focus is not just on safety but health as well, with mental health and ergonomic issues getting increased attention. Impact on Project Planning The evolution of safety standards has fundamentally changed the approach to project planning in construction. It’s no longer seen as an additional burden or cost but a necessity that can enhance efficiency and productivity. Below are some key ways the evolving standards impact project planning. Safety Integration in All Phases Safety measures are now integrated into all stages of project planning. From the pre-planning phase to design, construction, and maintenance, safety standards dictate various aspects of project execution. The concept of “Safety by Design” is now a cornerstone in the industry, which stresses on integrating safety measures right from the design stage. Cost Estimation In the past, safety measures were often seen as cost-increasing factors. However, with the evolution of safety standards, it’s now recognized that the costs incurred in implementing safety measures are significantly less than the potential cost of accidents, both in terms of financial impact and damage to the company’s reputation. Therefore, modern cost estimation in construction project planning now factors in the cost of safety measures. These might include the cost of advanced PPE, safety training, installation of safety infrastructure, and ongoing safety audits. Time Scheduling Safety considerations can affect project scheduling. Projects now need to include time for safety training, safety checks, and maintenance of safety equipment. The time required for safe working practices, which may be longer than less safe alternatives, must be accounted for in the schedule. Furthermore, preventing accidents through proactive safety measures can avoid unforeseen work stoppages and delays, contributing to better adherence to the schedule. Risk Management The evolution of safety standards has influenced the risk management approach in construction project planning. As safety risks can cause significant project disruptions, they are now identified, assessed, and mitigated in the initial stages of project planning. For instance, any hazardous activities are identified during the design phase itself, and steps are taken to mitigate them. Modernized Project Planning and Safety Standards Incorporating safety standards into project planning is not just about reacting to changes in regulations or technologies. It is about a fundamental shift in how project planning is conducted. Outdated practices, like physical paperwork planning, whiteboard outlines, or the classic construction site go-to: sticky note walls, are no longer sufficient. These methods lack the dynamic nature needed in today’s construction industry, especially with the continual evolution of safety standards. Traditionally, safety planning could be as simple as outlining areas on a site map where hard hats should be worn, or sketching potential danger zones on a whiteboard. However, these rudimentary methods have substantial drawbacks. They do not easily allow for changes, are prone to accidental erasure or damage, and rely heavily on manual updating. In the fast-paced environment of a construction project, such methods can lead to safety measures being overlooked or improperly implemented. Embracing Digital Tools for Safety Planning The advancement of digital technologies offers a solution to these issues. Digital planning tools provide a more secure, organized, and flexible method of project planning. Such tools allow project planners to integrate safety standards into their project plans seamlessly. For instance, with digital planning tools, safety measures can be built into the project plan from the start. Safety zones can be delineated on digital maps, and safety requirements for each task can be included in digital project schedules. As the project progresses, these safety measures can be updated in real time, ensuring that they remain relevant and effective. Digital tools also offer a way to centralize safety information, making it easily accessible for everyone involved in the project. Workers can consult the digital plan at any time to refresh their understanding of the safety measures in place. This helps ensure that safety standards are understood and followed throughout the construction process. Furthermore, digital planning tools can integrate with other technological advancements in safety, such as smart PPE. Data from these devices can be fed into the digital plan, providing a continuous stream of information on safety conditions on the site. This allows project planners to respond swiftly to any emerging safety issues, reinforcing the shift towards a proactive approach to safety. Examples of Digital Planning Integration A great example of digital planning tools enhancing safety planning is the use of Building
In the last three years, 465 incidents of road worker abuse have been reported in Birmingham. That’s why this week, organisations and companies that work to improve Birmingham’s roads, have launched a new campaign Expect Respect – to urge the public to respect its road workers. The incidents include residents threatening road workers with weapons, such as machetes, crossbows and dogs. A driver threatened to chop off an operative’s head with an electric handsaw unless he was allowed through a closed road. One worker was shot at with a pellet gun, while another regularly receives homophobic abuse. Road workers are there to do a critical job to improve the roads and environment for communities living in the city, and every single person deserves to go home to their families safe and well at the end of each shift. Kier Highways site supervisor, Paul, said: “The people I work with are not confrontational. They are good people, there to do a job that they have been instructed to do. Yet they have been threatened with machetes, shot at, driven at, had things thrown at them. “And what for? Just because somebody wants to drive down the road that must be closed for safety reasons? “Road workers are there to do a job and earn a living. We should respect that and afford the people in these jobs the right to earn that living.” Expect Respect features stories from five different operatives who work across Birmingham. They each tell their lived experience of abuse and call on the public to make a change to their behaviour. The campaign has been launched by the Integrated Programme Alliance (IPA), which delivers vital network improvement works across the city and was established by Birmingham City Council and Birmingham Highways Ltd, together with Kier, Arcadis, Tarmac, Highway Traffic Management (HTM) and WJ Group. It is also supported by Councillor Liz Clements, cabinet member for transport at Birmingham City Council. Cllr Clements said: “Everyone working on our highways network is doing an important job – and all of their tasks are carried out for the people of our city and those using our roads. “That is why it is totally unacceptable that they are subject to any form of abuse. Some of the incidents that have been reported are shocking and horrific, which is exactly why I back this campaign.” Birmingham Highways Ltd (BHL) manages and maintains the roads in the city. To support road workers and to provide the police with better evidence, BHL has invested in CCTV towers, body cameras and warning systems to alert workers when people or vehicles enter a live work site. Dave Pugh, Technical Director at Birmingham Highways Limited, added: “Over 800 people across our IPA teams are working hard to improve the standards of the roads in Birmingham, and they deserve our respect. The work they do is vital to the safety and efficiency of our roads, and we hope that the proud people of Birmingham will support our workers and call out any incidences of abuse or assault to collectively help stamp out this shocking behaviour.” Road workers on the contract receive regular training on public interactions and how to keep these positive, as well as incident reporting training and these messages are being reinforced throughout the campaign. Should a resident wish to raise an incident about a road worker and their conduct, they should do so via the website. Building, Design & Construction Magazine | The Choice of Industry Professionals
Important changes are being made to the CITB Health, Safety & Environment (HS&E) test for Managers and Professionals (MAP), supported by the launch of updated revision materials for candidates. The MAP test is an important way of assessing that Managers and Professionals know how to keep themselves and those around them safe and healthy, whilst maintaining respect for the environment. MAP test certification is a key requirement for obtaining major CSCS cards, including: In November 2021, CITB surveyed 10,000 Managers and Professionals across the UK who had taken the CITB HS&E MAP test in the previous two years. They were offered the opportunity to provide feedback, with the insight used as part of a review, leading to the inclusion of six new additional subjects: Further changes to the test include updating existing questions and adding new ones, as well as updating the corresponding revision materials to ensure candidates are well prepared for taking the test. The new test is also available for candidates to take in Welsh, a significant milestone in CITB’s commitments to the Welsh Language Scheme and increasing accessibility. Industry feedback plays an important part in CITB’s product and service development and reflects the needs of the construction industry and that of the modern workforce, which evolve over time. CITB wants to ensure the test remains relevant, fit for purpose, and reflects changes made to legislation, working practices and new technology. Coming into effect from 27 June 2023, the new test will equip Managers and Professionals with the most up to date and accurate information, to ensure they can confidently lead their teams on health, safety and environmental matters. Garry Mortimer, CSCS Head of Operations, said: “CSCS is pleased to have worked with CITB over the revision of its MAP test to help ensure that it meets our minimum standard required, which it does, ensuring that those individuals who take the test have the appropriate levels of knowledge and skills to carry out their role safely and to keep others safe in the process.” Tim Balcon, CITB Chief Executive, said: “I’m delighted that we have been able to gain industry insight and carry out these important updates to the HS&E MAP test and revision materials, with consideration to new technologies and legislation. Our purpose is to support the construction industry in developing and maintaining a safe, skilled, and competent workforce, both now and in the future. To do that, we must move with the times to ensure our tests remain relevant – it’s about keeping people safe.” If candidates are taking the test on or after 27 June 2023, they will need to ensure that they are using the new revision materials. Developed to align with the changes to the test, the new revision materials are available via the CITB Shop. There is also a revision app that can be downloaded from the Apple App Store and the Google Play Store. The app can be used to take mock tests in advance of a scheduled test. Visit the CITB website to book a test or find out more on the HS&E MAP test changes. Building, Design & Construction Magazine | The Choice of Industry Professionals