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The Building Safety Act 2022 has introduced a new era of accountability, transparency, and risk management within the UK construction sector. It is a landmark piece of legislation that significantly changes how buildings, particularly higher-risk ones, are designed, constructed, and maintained. In this guide, we outline what the Act means for those involved in construction and building management, explain the benefits of compliance, and demonstrate how Shepherd Gilmour is helping clients meet their obligations and deliver safer, more robust projects. Further reading is appended to the end of the article for those interested in learning more. What Is the Building Safety Act and Who Does It Affect? The Act was introduced in response to systemic failures identified in the wake of the Grenfell Tower tragedy. Its purpose is to improve building safety across the entire lifecycle, from early design to long-term management. It applies most directly to buildings classified as Higher-Risk Buildings (HRBs); those at least 18 metres or 7 storeys in height and containing at least two residential units. However, the cultural shift it demands extends across the built environment and there are even implications to those involved in small scale domestic projects, such as builders and professional consultants. This guide shall predominantly focus on the high-level changes to commercial projects and HRB’s, but for those involved in small scale domestic projects, we have written another article Domestic Building Projects & The Building Regulations , which goes into greater detail regarding the specific roles, responsibilities and legal duties, clients, builders, engineers and architects must uphold. Key features of the Act include: A new Building Safety Regulator with enforcement powers. The requirement for a clearly defined ‘golden thread’ of building information, accessible and accurate throughout a building's life. Dutyholder roles during design, construction and occupation, ensuring clear accountability. The need for a Building Safety Case for occupied HRBs, demonstrating ongoing safety measures. New competency requirements for those working on buildings. Whether you're a developer, designer, contractor, or building owner, the implications are broad and long-lasting. Why Compliance Matters: Key Benefits for Clients Meeting the requirements of the Act is not just about legal compliance, it also provides tangible benefits for clients and stakeholders: Greater clarity and accountability at every project stage reduces risk and confusion. Improved design and construction quality, minimising defects and rework. Better access to accurate building data, supporting future maintenance, upgrades and resale. Reduced liability exposure and enhanced insurability. Increased asset value due to transparency and regulatory assurance. By embedding safety and information integrity from the outset, clients can expect smoother projects and more robust long-term outcomes. How Shepherd Gilmour Can Help You Stay Compliant At Shepherd Gilmour, we have embraced the changes brought by the Building Safety Act as an opportunity to raise the bar further in our design and project support services. Here’s how we are helping clients stay compliant and confident: We embed the golden thread early, ensuring critical design and safety information is documented clearly and consistently. Our engineers are familiar with the dutyholder roles under the Act and CDM 2015, enabling us to advise on responsibilities and interfaces at each project stage. We have strengthened our QA systems to align with new competency and traceability requirements. Where relevant, we help clients prepare or contribute to Safety Case documentation and ensure design information is fit for submission to the Building Safety Regulator. We maintain up-to-date knowledge of related standards, such as BS 8670 and PAS 9980, so our advice remains current, accurate, and risk-aware. Whether we are acting as Lead Designer, specialist structural consultant, or coordinating with principal designers and contractors, we provide clients with technical assurance and proactive compliance support. Navigating Design Gateways and Compliance Requirements to Meet Your Obligations Successfully navigating the Building Safety Act requires early coordination, clear documentation, and structured decision-making throughout a building’s lifecycle. A key element introduced by the legislation is the three statutory Gateways , which function as formal checkpoints for higher-risk buildings and place new responsibilities on clients, designers, and contractors. These Gateways are as follows: Gateway One – Planning : This occurs at the planning application stage and requires a Fire Statement to demonstrate how fire safety is considered in the early design. This ensures that life safety is embedded from the outset, not retrofitted later. Gateway Two – Pre-construction : Before construction can begin, full plans must be submitted to the Building Safety Regulator for approval. All dutyholders must prove that the design complies with building regulations and that competent professionals are in place to carry out the work. Gateway Three – Pre-occupation : Before the building can be occupied, the Regulator must be satisfied that the works have been completed in accordance with approved plans and that the ‘golden thread’ of safety information has been maintained and submitted. To ensure compliance and avoid costly delays, we advise clients to: Understand their role, particularly if acting as Client, Principal Designer, or Accountable Person under the Act. Engage competent consultants who are familiar with the Gateways process and golden thread principles. Establish a clear compliance strategy early, so that safety-critical decisions and documentation are in place at the right stages. Coordinate across disciplines to avoid information gaps that may compromise Gateway approval or the final safety case. Maintain robust design records from planning through to handover, as required for regulator scrutiny and long-term asset management. At Shepherd Gilmour, we support clients through each of the Gateways by embedding compliance into our design approach, coordinating key deliverables, and helping to prepare documentation for submission. Our technical understanding of the Act, combined with our methodical and collaborative way of working, ensures that our clients meet their obligations with confidence, without compromising on design integrity or delivery certainty. How to Get Support The Building Safety Act marks a shift in how we think about responsibility, safety, and long-term stewardship in construction. It is not just a compliance obligation, it is an opportunity to build better. At Shepherd Gilmour, we welcome this change. It reinforces our commitment to clarity, diligence, and design integrity. Whether you are starting a new scheme or need help aligning an ongoing project with current regulations, we are ready to support you. Need help navigating the Building Safety Act? Contact us on: 📧info@shepherdgilmour.co.uk 📞 0113 245 0555 Let’s work together to build safer, smarter, and with confidence. Suggested further reading & useful material: Essential Guide to the Building Safety Act (Important Information for Contractors) The Building Safety Act 2022 Government Legislation https://www.designingbuildings.co.uk/wiki/The_Building_(Approved_Inspectors_etc._and_Review_of_Decisions)_(England)_Regulations_2023

Loft conversions have become one of the most popular and cost-effective ways to extend a property in the UK. Whether you're a homeowner seeking to unlock the potential of your unused attic, or an architect or contractor looking to refine your understanding of best practices, this guide outlines the key considerations, common challenges, and indicative costs associated with converting a loft space. Why Convert a Loft? From adding a new bedroom or home office, to creating a dedicated studio space or en-suite master suite, loft conversions offer flexibility without consuming external garden space. In many cases, they can also significantly increase a property's value, making them a sensible investment. However, the process requires careful planning and professional input to ensure the conversion is feasible, compliant, and structurally sound. Types of Loft Conversions The type of loft conversion suitable for a property largely depends on the existing roof structure, planning constraints, and desired floor area. Below is a summary of the most common types, including brief context for homeowners unfamiliar with the terminology. 1. Roof Light Conversion (Velux Conversion) This is the simplest and most affordable type of conversion. It involves installing roof windows (e.g. Velux) into the existing slope of the roof, along with insulation and a new floor structure to make the space habitable. There is no change to the roofline, so this option is ideal if you already have sufficient headroom in the attic and want to create a basic room—such as a home office or occasional guest bedroom—without major construction work. 2. Dormer Conversion A dormer involves extending part of the roof vertically to form a box-like projection, typically at the rear of the house. This provides additional floor space and usable headroom, often enough to accommodate a full-size bedroom and en-suite. It's one of the most popular choices for homeowners because it strikes a good balance between cost and additional space gained. Rear dormers usually fall under Permitted Development, while front or side-facing dormers may require planning permission. 3. Hip-to-Gable Conversion Many semi-detached and detached homes have a sloping (hipped) roof on one or both sides, which can restrict the usable loft area. A hip-to-gable conversion extends the sloped end into a vertical wall (gable), effectively squaring off the roof and increasing the internal space. It’s typically combined with a rear dormer to maximise the loft’s potential, often creating enough space for a double bedroom and en-suite bathroom. 4. Mansard Conversion This is the most extensive and transformative type of conversion, where the roof structure is entirely remodelled to create a flat roof with steeply sloped sides (typically at the rear). The result is a substantial amount of usable floor area, similar to adding a full additional storey. Mansard conversions are common in urban areas, especially on terraced houses, and can deliver impressive space. However, they almost always require planning permission and involve a longer construction period and higher cost. Structural Considerations 1. Load Bearing Capacity The existing structure must be assessed to ensure it can safely support the additional loads introduced by the conversion. This includes floor joists, new walls, and the roof structure. In many cases, new steel beams will be required to redistribute loads and create clear headroom. The use of experienced structural engineers is crucial at this stage to produce accurate calculations and avoid over-specification, which can drive up costs unnecessarily. 2. Floor Construction Typical attic joists are not designed for habitable loads. A new floor structure must be designed to comply with Part A (Structure) of the Building Regulations. This often means introducing deeper joists or steel supports. 3. Headroom and Stairs A minimum head height of 2.0m is generally recommended over the stair and circulation areas. Clever stair design is vital, particularly in tighter properties, to comply with Building Regulations while maintaining practicality. 4. Fire Safety Loft conversions must comply with Part B (Fire Safety) of the Building Regulations, including: Fire doors or alternative escape routes. Mains-powered smoke alarms on all floors. Upgraded fire-resistant construction where necessary. Planning and Regulatory Requirements Permitted Development Rights  allow many loft conversions to proceed without full planning permission, provided they fall within specified limits (e.g. a maximum of 40m² for terraced houses and 50m² for semi- or detached). Planning Permission  will be required for: Mansard conversions. Dormers facing the highway. Properties in conservation areas or flats. Regardless of whether planning is required, Building Regulations approval is always necessary. This is typically obtained via a Building Notice or Full Plans application to your local authority or an Approved Inspector. Typical Costs Costs vary depending on the type, complexity, location, and specification of the conversion. Indicative figures (as of mid-2025) are: Conversion Type Typical Cost (incl. VAT) Roof Light Conversion £25,000 – £35,000 Dormer Conversion £35,000 – £55,000 Hip-to-Gable Conversion £45,000 – £65,000 Mansard Conversion £55,000 – £85,000+ Additional costs may arise from: Structural steelwork Party wall agreements Specialist finishes or bespoke joinery Planning and building control fees Professional services (architect, structural engineer, project manager) The Role of Professional Advisors While it may be tempting to proceed with a design-and-build contractor alone, engaging experienced professionals can provide significant value: Architects  can help visualise and maximise space usage, navigate planning, and integrate the new layout with the rest of the home, particularly if the loft conversion forms only part of more extensive renovation or extension works. Here at Shepherd Gilmour, we are able to offer visual design services and planning drawings in house. Structural Engineers , such as our team at Shepherd Gilmour, ensure the structural alterations are safe, efficient, and compliant. Party Wall Surveyors  may be required where works affect a shared boundary. In many cases our team at Shepherd Gilmour are able to assist with party wall matters in house, keeping the process simple and costs controlled, with fewer involved parties. For complex party wall agreements, we refer our clients' to our preferred specialist surveyors to ensure a successful, cost effective outcome. Choosing the right team from the outset can prevent costly design changes later and help avoid construction delays due to inadequate information or missed compliance issues. Common Pitfalls to Avoid Underestimating costs or leaving insufficient contingency. Assuming Permitted Development Rights apply without confirmation. Neglecting structural implications, especially where chimneys, tanks or purlins are present. Poor communication between designers and contractors, leading to errors or delays on site. A well-planned loft conversion, however, is highly achievable with the right guidance and coordination. In Summary Loft conversions offer an excellent opportunity to enhance your home, provided they are approached with due diligence. From assessing feasibility and obtaining the necessary approvals, to designing for performance and delivering high-quality construction, every stage benefits from expert input. At Shepherd Gilmour, we regularly support loft conversions by providing clear structural assessments, tailored calculations, and practical design advice—whether you're a homeowner, architect, or contractor. Our aim is to make the process smoother, safer, and ultimately more successful. If you're considering a loft conversion, or working on one that requires structural input, feel free to get in touch with our team. We’re always happy to provide guidance, even at the early feasibility stage.

Delivering precision detailing for a landmark riverside regeneration Just a short walk from our head office in Leeds, the ambitious Whitehall Riverside development is taking shape as one of the city’s most significant urban regeneration schemes. With a project value of approximately £280 million, the development is transforming a key riverside site into a vibrant new quarter, blending modern living, commercial excellence and exceptional public realm. The masterplan comprises over 500 Build-to-Rent apartments across two towers (rising to 15 and 18 storeys), alongside 253,000 sq ft of Grade A office space, a 108-bed hotel, and a multi-storey car park with 478 spaces. Sustainability is a cornerstone of the development’s ethos, with targets of BREEAM “Excellent” and HQM Level 4 set for the residential and commercial elements. Public spaces are being enhanced with riverside landscaping, semi-mature tree planting, and thoughtfully designed routes for walking and cycling. Our Role Shepherd Gilmour was appointed by Dearneside Fabrications to provide structural design services for a number of specialist items, most notably the external aluminium balustrades and the building’s dramatic lobby feature stair. While modest in scale compared to some of our larger structural packages, the work demanded a high degree of engineering finesse and close collaboration with fabricators and architects to ensure that design intent, buildability and regulatory compliance were all achieved without compromise. Lightweight Aluminium Balustrades Installed along the external terraces of several buildings, the aluminium balustrades are a key feature of the development’s modern façade. Their role is not only to provide safety, but to visually tie together the terraces and outdoor spaces with crisp, minimal detailing. Our scope included: Design to Aluminium Eurocode (BS EN 1999)  – with meticulous checking of all extruded and rolled elements, down to individual fixings. Balustrade compliance with UK Building Regulations & BS 6180:2011. Fixing design  for both top-mounted and slab edge conditions, adapting solutions to the variable structural interfaces across the buildings. Stiffness modelling  using Finite Element Analysis (FEA) in highly loaded and constrained areas, enabling us to refine local connections for both strength and serviceability performance. A particularly challenging area involved offsetting the balustrade from the slab edge. This required a custom-stiffened bracket to control rotation and ensure deflection limits were met. Our engineers used detailed FEA to understand the stiffness contributions of these brackets and their influence on the global behaviour of the balustrade system. Feature Stair: A Lobby Centrepiece Within the main commercial entrance, we engineered a lightweight steel feature stair, designed as a showpiece structure that draws the eye upon entering the building. Our design focused on: Minimising visual weight , using a sleek steel frame to support open treads without the need for bulky supports. Integrated coordination  with finishes, soffits and lighting to ensure the stair sat seamlessly within the architectural vision. Tight fabrication tolerances , achieved through early coordination with the fabricator to balance form, function and buildability. The stair embodies the modern aesthetic of the wider development, offering a refined, visually open structure that complements the architectural language of the lobby space. Whitehall Riverside: Our Reflection Whitehall Riverside has been a rewarding project for our team—not only for the technical challenges it posed, but also for its proximity to our Leeds headquarters. It’s always a privilege to contribute to the skyline and public realm of our home city. This project is a testament to the value of precise structural detailing in enhancing both the visual and functional quality of a development. Whether delivering finely tuned façade elements or elegant internal features, our team continues to demonstrate the importance of responsive, regulation-compliant engineering at every scale. 📸 Photography of the balustrade & stair installations are ongoing and more will be added as construction progresses. 👉 Read the full case study here : Whitehall Riverside

A Detailed Guide for Homeowners, Builders and Consultants The Building Safety Act 2022  (BSA) and subsequent updates to the Building Regulations 2010  have significantly altered the legal landscape for all building work in England, including domestic projects . Whether you're a homeowner  planning a modest extension, a builder  undertaking refurbishment work, or a designer  providing architectural or structural input, you now have clearly defined legal duties under this updated regulatory framework. This guide offers a detailed explanation of those duties, with particular attention to how responsibilities are assigned on domestic work  when no formal appointments are made. For commercial work and information relating to Higher Risk Buildings (HRBs), see our article Navigating the Building Safety Act: A Guide to Compliance with Shepherd Gilmour. Why Domestic Projects Are Affected by Building Regulations While the BSA is often associated with HRBs, the regulatory changes introduced to the Building Regulations 2010 (as amended)  apply new dutyholder roles , competency requirements , and compliance obligations  across all construction work , including minor domestic schemes. This means : All projects — whether a loft conversion, kitchen extension or internal structural alteration — are now subject to enhanced safety, competence and documentation standards. Who Is Responsible for What? 1. Homeowners (Domestic Clients) Under Regulation 11C  of the Building Regulations (as amended), the homeowner commissioning the works is the legal Client . Clients are responsible for ensuring that the project complies with the Building Regulations. However, recognising that most homeowners are not construction professionals, Regulation 11C(2)  states that, unless a domestic client makes a formal appointment , their duties are automatically discharged  as follows: To the Principal Designer  for design-phase duties To the Principal Contractor  for construction-phase duties Summary for Homeowners: You remain the legal Client , but others take on responsibility by default This default discharge applies only  if no written appointments are made It is essential to document who is taking on what role — or confirm who has declined 2. Designers and Engineers Any party creating or modifying drawings, specifications or calculations is a Designer . According to Regulation 11C(2)(a) , The Principal Designer (PD)  is the designer in control of the design phase of the project. In other words, the party responsible for planning, managing and monitoring the design phase of the work. For domestic projects: If the first appointment made is a Designer (e.g. architect or engineer), and no one is formally appointed as PD, that Designer automatically assumes  PD duties They must formally decline in writing  if they do not wish to act in this role Principal Designers are legally required to: Ensure designs comply with the functional requirements of the Building Regulations Coordinate with other designers and the contractor Manage foreseeable risks related to the design This default mechanism ensures that someone always takes responsibility for safety and compliance during the design phase, even if the homeowner does nothing to initiate it. 3. Builders and Contractors According to Regulation 11C(2)(b) , The Principal Contractor (PC)  is the contractor in control of the construction phase of the project is the principal contractor.  Simply put, they are responsible for managing the construction phase and ensuring the works comply with the Building Regulations. For domestic works: If no PC is formally appointed, the first Contractor engaged automatically assumes  this duty, provided they are competent  to do so Principal Contractors must: Plan and manage the site and sequencing of works Coordinate with the Principal Designer Ensure works are carried out safely and in compliance with the Building Regulations Important clarification: A Contractor cannot act as Principal Designer  unless they are also undertaking design work (per the definition of “Designer” in Regulation 2 ) This means a general builder who does not prepare or modify designs cannot legally discharge PD duties Competency Requirements for All Parties All dutyholders must be competent  — either as individuals or organisations. Defined under Regulation 11B , this requires appropriate skills, knowledge, experience (SKE) , and where relevant, organisational capability . Local Authority Building Control or Approved Inspectors may require evidence of competence at any point. If inadequate, they may delay or refuse approval, issue enforcement notices, or escalate matters under the Building Act 1984. Documentation and Evidence While not all domestic projects require elaborate documentation, record keeping is now expected practice , even on smaller works. Each party should keep copies of: Design documents and specifications Appointment letters (or written declinations) Notes evidencing coordination between designers and contractors Risk management information relevant to compliance Completion documents for Building Control sign-off Although the “Golden Thread” is mandatory only for HRBs, its principles — transparency, traceability, and accountability — are now encouraged across the board. Gateway Influence on Domestic Projects Although formal Gateways  under the BSA apply only to HRBs, the design scrutiny  and pre-construction documentation expectations  are increasing even for small works. Expect Building Control bodies to request: Fully coordinated drawings and specifications Early justification of compliance (especially structural, fire, thermal and access requirements) Clear identification of who is acting as PD and PC Projects with vague, fragmented or late-stage information are more likely to suffer delays or incur compliance queries. Sanctions and Enforcement Failing to comply with the above responsibilities may result in: Refused or delayed Building Control sign-off Enforcement Notices  under Section 36 of the Building Act 1984 Criminal liability  for serious breaches Professional negligence claims  if designers or contractors fail in their legal duties How Shepherd Gilmour Can Help At Shepherd Gilmour , we routinely support clients, designers, and builders in navigating the Building Regulations for domestic projects. We can assist by: Providing formal appointment or declination letters for PD/PC roles Delivering full structural design packages and calculations for Building Control Conducting coordination reviews across design and construction Supporting dutyholders with compliance documentation and risk reviews By formalising roles and offering expert guidance, we reduce your risk and ensure your project proceeds smoothly and compliantly. Summary: Key Takeaways Homeowners  are always legally the client — but their duties are automatically discharged  to the first appointed Designer and/or Contractor unless appointments are made or declined in writing Designers  become Principal Designer by default  unless they formally opt out Contractors  become Principal Contractor by default , but only if competent Principal Contractors & Designers should ensure their Insurance is valid Contractors cannot be Principal Designers  unless they carry out design Competency, documentation, and coordination are non-negotiable  in the current regime Need advice on dutyholder responsibilities or compliance?  Contact us via: 🌐 Website 📧 info@shepherdgilmour.co.uk 📞 0113 245 0555 We’re here to ensure your domestic project is both safe and regulation-ready. Suggested Further Reading & Useful Material The Building Regulations 2010 (Latest Available) Manual to The Building Regulations

“You get what you pay for” is a familiar phrase in construction, yet the industry continues to chase short-term savings at the expense of long-term value. This article explores how design-led value engineering (VE) can safeguard a project’s integrity if done correctly, and why involving your structural engineer throughout is key to true efficiency. 1. Value Engineering: A Tool, Not a Shortcut In its purest form, value engineering is about maximising performance while reducing waste. Done well, it delivers better outcomes with fewer resources. Done poorly, it erodes the core purpose of engineering design; safe, durable, efficient structures. Too often, VE is mistaken for simple cost-cutting. Post-tender exercises may involve the contractor, quantity surveyor, and architect reviewing a structural solution with the goal of reducing upfront spend, but without proper engineering input, this becomes a risk rather than a refinement. 2. The Pitfalls of Post-Design ‘Savings’ When cost-driven decisions are made late in the process, they tend to be reactive. Examples we frequently encounter: Slab thickness reduced without rechecking vibration or deflection performance. Structural frames reprofiled or simplified to save steel tonnage, at the expense of lateral stability or column positioning. Connection detail complexity ignored, often leading to fabrication delays, un-necessary spiralling costs and coordination issues with façade elements or MEP services. These changes often ignore the broader impact on buildability, safety, or compliance—and result in rework, delay, or compromised performance. 3. The Real Cost of Fixing the Wrong Problem When design alterations are made without holistic reassessment, they often trigger a domino effect of unintended consequences such as: Coordination issues in clash-detection models, Structural members requiring redesign to meet stiffness or load path criteria. Increased site queries, RFIs, and programme drift due to late redesign or incomplete drawings. These knock-on effects result in real financial costs: fees for rework, delays in procurement, or even contractual disputes. Ironically, these costs are almost always greater than the initial “saving”. Below are some practical examples based on real project experiences. 3.1 Substituting Cellular Beams Without Coordination In one commercial project, cellular beams were removed from the design in favour of standard UB sections to reduce procurement costs. However, the decision was made after the mechanical and electrical layout had been finalised and key decisions made. Without openings for service integration, the M&E team had to reroute key ducts and pipework, which required increasing the ceiling void depth. This encroached into the usable office space below. Bespoke notch details were then required to be designed by the SE to alleviate some of the problems caused, adding further cost and complexity to the project. The initial cost savings were quickly outweighed by the cost of M&E redesign, addiotnal SE works, reduced headroom, and the loss of functional space. 3.2 Approving Architectural Designs Without Structural Input A distinctive façade scheme was approved and sent to fabrication before the structural engineer had been engaged to review its viability. Once appointed, the engineer found the geometry inefficient and the anchorage details difficult to rationalise. The result was excessive steel support requirements and significant material wastage. Worse still, a more buildable solution, visually similar, could have been achieved with lower embodied carbon and simpler installation, had the structural team been consulted earlier. 3.3 Restricting the Engineer's Scope Too Severely In another case, the building structural engineer’s appointment excluded detailed connection design responsibilities, with only envelope forces provided. The intention was to reduce design time and shift responsibility to the fabricator. However, without well defined design forces, tie requirements, or combination scenarios, Shepherd Gilmour, working on behalf of the steelwork fabricator, had little choice but to design each connection for the envelope forced provided. This resulted in oversized connections, increased fabrication cost, and delays in approval due to unforeseen clashes with architectural or MEP elements. Every effort was made to request greater communication from the building designer to mitigate this, but it was met with refusal due to the ill thought out value engineering exercise early on in their appointment. Had the structural designer been permitted to define those parameters from the outset, the connections could have been optimised in both size and cost, saving time, materials, and coordination effort. At Shepherd Gilmour, we strongly advocate for appropriate appointment to ensure a well coordinated design is achieved which results in client & user satisfaction. These examples illustrate a recurring theme: that early-stage decisions made in isolation, or based on cost alone, often generate complexity downstream. By ensuring structural input remains embedded through key stages, these problems can be avoided, and better overall value can be achieved. 4. Shepherd Gilmour’s Approach: Holistic, Design-Led VE At Shepherd Gilmour, we believe value is best engineered when the full design team, including structural engineers, are part of the conversation from day one. Our approach is: Performance-first: we consider deflection, vibration, long-term durability and buildability as essential to any cost discussion. Digitally enabled: using Revit and IFC models, we can test alternatives and visualise coordination issues before they hit site. Process driven: our ISO 9001-certified QA process ensures design continuity across VE stages, avoiding fragmented decisions. We’re not here to over-engineer. We’re here to engineer intelligently and to add tangible project value. 5. Smarter VE: What Clients Can Do To get the most from value engineering while maintaining quality, we recommend: Hold VE workshops early, with all key designers involved. Challenge assumptions collaboratively, using data, and not just price lists as your guide. Avoid ‘VE by spreadsheet’; cost alone is not the measure of success. Clients who view their engineers as strategic partners, rather than service providers, consistently see better outcomes in quality, cost and delivery. 6. Conclusion: Design Smart, Not Cheap Cutting cost does not always mean cutting corners, but it requires careful judgement and true collaboration. At Shepherd Gilmour, we’re genuinely committed to helping clients achieve lean, buildable designs without compromising on integrity or performance. If you're planning a development and want to ensure your design evolves efficiently and safely, we’d welcome the opportunity to contribute to a value-focused, not cost-dominated conversation. 📩 Contact us at info@shepherdgilmour.co.uk or reach out to discuss your next project.

We’re proud to share our involvement in a landmark project that marks a key milestone in the UK’s shift toward sustainable transport: the transformation of BP’s Cromwell Road site in West London into its first dedicated EV charging and convenience hub. BP Pulse Charger Working alongside Principal Contractor NG Bailey, Shepherd Gilmour were appointed as lead Civil and Structural Designers, contributing comprehensive engineering services to bring this ambitious scheme to life. BP Pulse - Cromwell Road Construction Timelapse (Courtesy of NG Bailey) Our scope included: Full Stage 2 Site Investigation services Detailed forecourt and pavement build-up design Drainage strategy development, in liaison with Thames Water Swept path analysis for vehicle access and safety All structural alterations to the main kiosk building Foundation design for new infrastructure All deliverables were issued in accordance with the project’s BIM requirements aligned with ISO 19650, comprising professional calculations, reports and CAD drawings. The new facility, now fully operational, includes: Five ultra-fast BP Pulse 300kW chargers (each capable of charging two vehicles simultaneously) Protective canopies above chargers A newly refurbished M&S Food and Wild Bean Café A reconfigured and future-ready forecourt layout This project is not only a step forward for BP’s EV infrastructure roll-out, but also a leading example of how thoughtful design, collaboration, and engineering precision can turn existing urban assets into sustainable, high-performance spaces. 📰 Read the full case study here : BP Cromwell Road – EV Hub

In recent years, the specification of laminated glass for balcony balustrades has become a subject of significant debate, particularly in the wake of changes to UK fire safety regulations. At Shepherd Gilmour, we believe that despite the current situation involving certain regulatory ambiguities, laminated glass remains the safer and more responsible choice for most balustrade applications. That said, it is essential the specifier understands the rules, regulations and limitations in order to make the right choice for each unique use case. We have produced this article to achieve exactly that, enabling design and construction professionals alike to confidently specify the right glazing for the application. Our view is based on performance, occupant safety, lifecycle risk mitigation and informed by decades of experience designing glass balustrades, frameless balconies and structural facade supports in accordance with codes standards and recognised industry body guidance including the IStructE. Understanding the Regulatory Landscape Following the Grenfell Tower tragedy in 2017, the UK Government introduced a series of amendments to Approved Document B (Fire Safety) , specifically Regulation 7(2) under the Building Regulations 2010 , which restricts the use of combustible materials in the external walls of residential buildings over 18 metres in height. Unfortunately, the wording of this regulation inadvertently captured laminated glass, due to its polymeric interlayer (commonly PVB, SGP or EVA), which can technically be classed as combustible. As a result, laminated glass is often considered non-compliant in external guarding, despite remaining permitted in doors and windows within the same façade zone. This has led to uncertainty, particularly where laminated glass would otherwise be the most appropriate material for safety-critical applications such as frameless balustrades. While modern fire rated alternative laminates do exist, such as Pyroguard Advance, these can be prohibitively expensive when used on larger projects, which may lead to specifiers defaulting to monolithic glazing, which has serious drawbacks and safety concerns post-failure. The Case for Laminated Glass From a structural safety perspective, laminated glass offers significant advantages over monolithic toughened glass. Key benefits include: Post-breakage integrity : If one or both glass layers fracture, the interlayer retains the fragments, maintaining the barrier and fall protection, critical in accordance with BS 6180:2011 , which requires barriers to prevent persons from falling. Protection from falling debris : The interlayer prevents shards of glass from dropping to areas below, addressing concerns under the Work at Height Regulations 2005  and the Health and Safety at Work etc. Act 1974 , which place duties on designers to mitigate foreseeable hazards. Improved resistance to impact and edge damage , particularly when using stiffer interlayers such as ionoplast (SGP) . These properties are essential in high-rise residential schemes, mixed-use developments, and buildings where balconies are accessible to occupants. Laminated glass behaves predictably and safely under damage scenarios, giving clients and residents added reassurance. Where Regulation Meets Reality Industry bodies such as the CWCT (Centre for Window and Cladding Technology) and the Glass and Glazing Federation (GGF) have issued guidance and position statements supporting the continued use of laminated glass, based on fire testing data and structural performance. The challenge is that laminated glass currently struggles to achieve Class A2-s1, d0  under BS EN 13501-1 , due to the nature of the interlayer, which limits its acceptance under Regulation 7(2). However, government guidance allows for performance-based assessments where non-combustible materials are impractical, particularly where the fire load is negligible and the element is not part of the external wall structure. In this context, the Building Safety Act 2022  places greater responsibility on designers and principal contractors to justify design decisions through the ‘golden thread’—requiring traceable, risk-assessed rationale for material selections. This reinforces the need to weigh the risks of potential glass failure (and the consequences of a fall from height) against the theoretical fire contribution of a narrow interlayer. Our Position at Shepherd Gilmour As a structural and civil design consultancy, we believe laminated glass should remain the default specification for balcony guarding in most scenarios, especially where frameless or minimally supported systems are used, but regulatory changes are required before this can once again become the norm. We understand that developers, architects and fabricators are working within tight constraints, but we also believe that design decisions should be evidence-led and safety-driven. Where necessary, we assist our clients with: Performance-based compliance routes , where laminated glass is justified under Regulation 7(3) exemptions. Collaboration with fire consultants to assess façade risk in context. Risk assessments and specifications aligned with the Construction (Design and Management) Regulations 2015 (CDM 2015) . Recommendations for Our Clients If you’re specifying glass for balustrades or balcony guarding, we suggest: Consult early on the acceptability of laminated glass under the project’s fire strategy and height classification. Evaluate the location of the glass within the external wall zone; balustrades may not fall under Regulation 7(2) if sufficiently separated. Use proven test data and technical statements from suppliers to support performance-based arguments. Ensure all design decisions are logged within the 'golden thread' , as required by the Building Safety Act and your dutyholder responsibilities. Looking Ahead We expect to see further clarification from the Department for Levelling Up, Housing and Communities (DLUHC), as well as potential amendments to Approved Document B in due course. Until then, our approach is to balance regulatory compliance with practical engineering judgment, always placing life safety at the centre of the design. Further Reading & Resources Approved Document B (Vol. 1 and 2) – HM Government Building (Amendment) Regulations 2018 – Regulation 7(2) Building Safety Act 2022 – Sections on Design Risk Management and Golden Thread BS 6180:2011 – Barriers in and about buildings BS EN 13501-1 – Fire classification of construction products NHBC Standards Chapter 6.9 CWCT Guidance Notes on Fire Performance and Laminated Glass If you’d like support navigating this topic on a live project, or need help preparing documentation to justify the use of laminated glass, our team will be happy to assist. 📩 info@shepherdgilmour.co.uk

At Shepherd Gilmour, we believe that exceptional outcomes begin with exceptional design thinking. As a trusted civil and structural engineering consultancy, our role extends far beyond calculations and drawings. We provide dependable advice, technical clarity, and a design-led approach that enables our clients to navigate complexity with confidence. Whether you're planning a residential extension, a large-scale commercial development, or intricate structural alterations, our team offers the expertise to deliver robust, compliant, and cost-effective solutions. The Role of a Specialist Engineering Consultant Engineering consultancies play a pivotal role in shaping the built environment. At Shepherd Gilmour, our engineers act not just as designers, but as critical partners in project delivery—resolving structural challenges, interpreting regulatory requirements, and coordinating seamlessly with architects, contractors, and stakeholders. We frequently support: Homeowners and developers  navigating building control, permitted development, or structural modifications Contractors and fabricators  seeking detailed connection design, temporary works advice, or value engineering Architects and project managers  who require responsive and communicative consultants capable of integrating design into wider project strategies Our work ensures that structural integrity is never compromised and that design intent is fully realised. Why Choose Shepherd Gilmour? When appointing an engineering consultant, you are investing in assurance. Our clients rely on us not only for technical delivery but for our ability to manage risks, control costs, and maintain programme certainty. 1. Depth of Technical Expertise Our team comprises qualified structural and civil engineers with decades of combined experience. From steel and concrete frames to domestic load assessments, retaining structures, and drainage designs, we cover a broad spectrum of engineering services with precision and clarity. 2. Regulatory Confidence We understand the UK's regulatory framework inside out. Whether engaging with Building Regulations, CDM 2015 duties, NHBC requirements, or BS/Eurocode compliance, we ensure that every design is aligned with current legislation and industry best practice. 3. Pragmatic Solutions We recognise the constraints faced by our clients—budget, space, time, or complexity. Our engineering solutions are not just technically sound, but also buildable and cost-conscious. We communicate clearly, avoid unnecessary complexity, and always keep your objectives in focus. 4. Integrated Collaboration We work as part of your team. Our proactive communication style and open approach mean fewer delays, smoother coordination, and fewer surprises. Whether through site visits, design meetings, or BIM coordination, our involvement improves project certainty from concept through construction. Consulting with Value in Mind A common question is, “What does a structural engineer actually do for the fee charged?”  The answer lies in the value we deliver, not just the hours we spend. At Shepherd Gilmour, our fee proposals are tailored to scope and backed by clear deliverables. We often work on a fixed-fee basis for domestic projects and apply structured time-based or deliverables-based pricing for commercial work. Our transparent pricing structure reflects: The complexity of the structure Site conditions and constraints Required calculations, drawings, and coordination Level of risk and assurance required Timescale and flexibility We are not the cheapest, but we are competitive—and we stand by the quality, responsiveness, and accountability we bring to every appointment. The Skills You Should Expect from Your Engineering Consultant When working with Shepherd Gilmour, you can expect a team that brings: Technical excellence  in structural and civil design Communication skills  to simplify complex issues for clients, contractors, and design teams Regulatory insight  to prevent compliance issues before they arise Project awareness  to anticipate risks and coordinate effectively Continuous development , ensuring our knowledge evolves with industry standards and innovation Our engineers are not just problem-solvers, but trusted advisers committed to your project’s success. A Trusted Partner in Your Project Journey Engaging an engineering consultancy is not just about ticking a compliance box—it is about partnering with professionals who care about your project's success as much as you do. Whether we are helping homeowners achieve dream extensions, supporting fabricators with connection design, or assisting developers on complex multi-storey builds, Shepherd Gilmour brings structure, certainty, and strength to every stage of the project. For dependable civil and structural engineering services across the UK, contact our team today and discover how we can support your next project.

Project Overview The R8 Handyside scheme is a prominent mixed-use development located at the northern end of the revitalised King’s Cross district. The building boasts a bold architectural form. It consists of two eight-storey volumes arranged in an L-shape, linked by a striking two-storey truss level. This level floats above an open public courtyard. The upper storey accommodates an exclusive rooftop restaurant and terrace space, providing stunning views across the city. The development includes commercial office space and retail units, combining robust engineering with ambitious design. This project is part of the ongoing transformation of King’s Cross into one of London’s most vibrant urban quarters. 3D Render - Landscaped Garden atop 2 Storey Podium Innovative Design Features The R8 development introduces several innovative design features that enhance its functionality and aesthetics. Architectural Form The unique L-shaped configuration is not just visually striking. It optimally utilizes space and light. This design creates a dynamic interaction between the building and its surroundings. Rooftop Terrace The rooftop restaurant and terrace offer a new dining experience in London. Patrons can enjoy meals while taking in breathtaking views of the city skyline. Public Courtyard The open public courtyard integrates nature into the urban environment. It serves as a gathering place for visitors and local residents alike. This addition promotes a sense of community within the bustling King’s Cross district. Our Role Shepherd Gilmour was appointed to undertake the detailed structural design of several key components within the steel frame superstructure. Working under instruction from Dearneside Fabrications, we were responsible for: Designing the architectural feature steel staircases and balustrading , which required close coordination with the architect to ensure both form and function were optimised. Structural steelwork for rooftop elements , including the support framework for the terrace glazing and screening. Secondary steel elements and connection detailing , ensuring that the architectural intent was preserved while achieving compliance with all relevant design codes and installation tolerances. Our input was instrumental in helping to realise the architect’s vision for clean lines, exposed finishes, and seamless detailing. This often required bespoke connection solutions and careful integration with the façade and services elements. Photograph of Completed Feature Stair at Kings Cross R8, Handyside Engineering Highlights The engineering aspects of the Kings Cross R8 development present noteworthy challenges and achievements: Complex Geometry : The building’s prominent truss level and stepped façade introduced significant challenges for steelwork connection detailing and support arrangements. Architectural Sensitivity : Many of the components were to be left exposed. This demanded exceptionally high standards of fabrication and design detailing. Coordination and Collaboration : We worked closely with the fabricator, main contractor, and design team. This collaboration ensured constructability, particularly in areas where the architectural steel formed part of the building envelope or public realm. 3D – FEA Deflection Analysis of Full Depth Steel Plated Stair Structure Conclusion The Kings Cross R8 Handyside project exemplifies Shepherd Gilmour’s collaborative approach and technical expertise. By combining meticulous engineering with design sensitivity, we contributed to the successful delivery of a landmark scheme in one of London’s most prestigious redevelopment zones. For further details on this and other key projects, visit our Projects page . In future projects, we aim to further push the boundaries of structural engineering. Our commitment to innovation and collaboration remains strong. As urban spaces evolve, we look forward to integrating new technologies and techniques in our designs. We believe continuous improvement is essential for success. By learning from each project, we adapt and enhance our approach. This ensures that we not only meet but exceed expectations in every venture. This dedication to excellence solidifies our reputation in the industry. We are excited to be a part of future developments that will shape the landscape of urban living in the UK.

At Shepherd Gilmour, we specialise in delivering practical structural engineering solutions, focusing on quality, efficiency, and client satisfaction. Our recent collaboration with Fluid Sealing & Engineering at Bolton Water Treatment Works allowed us to showcase our expertise in designing steelwork platforms and lifting beams, while also performing a thorough lifting and installation assessment in accordance with relevant Eurocodes and British Standards. 3D Isometric of Platform Structure Design Here’s a breakdown of our key achievements on this project: Optimising Steelwork Design for Cost and Efficiency The first task in this project was to optimise the steelwork layout and geometry to ensure the most efficient design possible. By reviewing every aspect of the design, we were able to minimise material usage, which not only helped reduce costs but also ensured the steel structure was strong and stable enough to meet the demands of the Bolton Water Treatment Works. This approach is typical of our commitment to delivering cost-effective, high-performance structural designs. 3D Isometric - Unity Check Diagram Wind Load Calculation in Accordance with Eurocode Another critical aspect of the platform design was calculating the wind loads acting on the open sections. In line with Eurocode 1 (EN 1991-1-4), we carefully assessed the wind forces that could impact the platform’s structural integrity. Taking into account factors such as the location, height, and exposure of the platform, we used the appropriate wind speed and pressure coefficients to accurately determine the wind loads. The open sections of the platform, which are more susceptible to wind forces, required detailed calculations to ensure they could withstand the maximum expected wind pressures. This thorough analysis helped us optimise the platform design, ensuring it would remain stable and safe under varying environmental conditions. Wind Load Diagram Example (Showing Wind in -X direction) Clear Communication and Client Collaboration Throughout the project, we maintained clear and open communication with Fluid Sealing & Engineering. This close collaboration enabled us to make timely design reviews and suggestions for improvements. By staying in constant touch with our client, we ensured that we delivered a solution tailored to the site’s specific needs while adhering to the highest engineering standards. Detailed Non-Linear FEA of the Curved Lifting Beam In addition to the general design work, we also undertook a detailed non-linear finite element analysis (FEA) of a curved section of the lifting beam, using Oasys GSA software. This analysis was crucial in accurately modelling the complex behaviour of the beam under load, taking into account the curvature and any potential deformations that might affect the performance during the lifting process. By simulating real-world conditions, including factors such as material properties and boundary conditions, we were able to ensure that the curved lifting beam would perform safely and efficiently under the required loads. This comprehensive analysis provided valuable insights into the beam's structural integrity and helped refine the design before moving forward with the installation phase. None-Linear FEA of Curved Lifting Beam Design Improvements for Seamless Installation As we progressed with the design, we proposed several changes that enhanced both the ease of installation and the functionality of the steelwork platform. These practical adjustments allowed the platform to be installed smoothly and efficiently, ensuring that the project remained on schedule and within budget. Lifting Assessment Using 6-Point Lift Validation A key component of the project was ensuring that the lifting and installation process was executed safely and efficiently. We performed a comprehensive lifting assessment using a 6-point lift as demonstrated below. Suggested Rigging Arrangement 3D Platform showing temporary bracing for lifting Once modelled, the lifting assessment was carefully reviewed to determine whether any instabilities or areas of high stress would develop. It was decided by the design team to introduce temporary bracing in key areas, to stiffen the frame & thereby ensure stability during the lift. The temporary bracing is shown as thin green "Analysis elements" in the above diagram. The deflections and moment distributions were once again analysed and reviewed by the design team for consistency with expectation as seen below. Following this review, the design team were satisfied the lift could be safely undertaken by incorporating the temporary bracing and lifting using the proposed method. Moment distribution diagram of lifted platform This not only validated the effectiveness of our approach but also gave us confidence that the platform would be safely and securely lifted. To facilitate the lifting process, we divided the platform into two sections, ensuring a smoother installation process. Detailed Structural Calculation Reports with Clear Visuals We understand the importance of providing clear and transparent documentation to our clients. That’s why we delivered a detailed structural calculation report, summarising our design process with easy-to-understand images and descriptions. This clear, visual breakdown made it easy for the client and all stakeholders to grasp the technical aspects of the project, ensuring everyone was on the same page. Efficient Turnaround with Consistent Communication With a focus on delivering high-quality results quickly, we prioritised an efficient turnaround without sacrificing the integrity of the design. We kept Fluid Sealing & Engineering informed at every stage, providing regular updates and responding promptly to queries. This ensured the project progressed smoothly and helped avoid any potential delays. Furthermore, it enabled us to remain engaged with our client, taking on board their feedback and welcoming their on-site practical knowledge to inform our design assessment and tailor it to their individual needs and preferences. It also allowed us to manage and avoid risks associated with specific site constraints. Successful Platform Installation at Bolton Water Treatment Works Thanks to careful planning, thorough assessments and efficient communication, our client was able to confidently employ their skills on site, ensuring the steelwork platform was successfully installed at Bolton Water Treatment Works. We'd like to thank our client for their collaboration throughout the design phase and for the opportunity to work on this unique and interesting project & we look forward to many more in future. At Shepherd Gilmour, we pride ourselves on providing bespoke structural engineering solutions that prioritise safety, efficiency, and clear communication. This project is just one example of how we work alongside clients to develop effective solutions for all manner of complex structural challenges. If you’re looking for an experienced structural engineering partner that can optimise your designs and streamline your installation processes, get in touch with Shepherd Gilmour today. We’re here to help bring your next project to life.

In the ever-evolving world of engineering, staying ahead of the curve requires embracing innovation and utilising new technologies to their fullest potential. Artificial Intelligence (AI) has emerged as one of the most transformative tools in recent years, reshaping how engineers approach design, analysis, and project delivery. At Shepherd Gilmour, we have diligently adopted AI to enhance our workflows, ensuring improved efficiency, quality, and consistency in the services we provide to our clients. The Role of AI in Modern Engineering AI has the potential to revolutionise the engineering design process. By automating repetitive tasks, analysing vast amounts of data, and generating predictive insights, AI empowers engineers to focus on creative problem-solving and value-driven decision-making. From conceptual designs to detailed analysis, AI tools are being integrated at every stage of the engineering workflow. Here are just a few areas where AI is making a significant impact: Structural Optimisation AI algorithms can analyse complex data sets to identify the most efficient material usage and structural configurations, reducing waste and ensuring sustainability. Client Savings - Cost & Time By reducing the amount of time required to undertake tasks, this naturally results in cost savings on a per-project basis. This can be seen as a win-win to our clients, as it enables us to maintain our unique market position, delivering fast-turn around, highly detailed, quality results while maintaining the best value for money among the competition. Automated Design Checks By embracing AI, design software can now flag potential issues, ensure compliance with regulations, and suggest improvements, reducing the risk of human error. Data-Driven Insights AI tools can process historical data from previous projects, identifying patterns and trends that inform better decision-making for current designs. Enhanced Collaboration AI-powered platforms improve communication and collaboration by centralising project data and providing real-time updates, enabling teams to work seamlessly together. Furthermore, the use of carefully crafted AI systems can significantly reduce the time taken to provide concise responses to client queries, thereby benefitting both parties. How Shepherd Gilmour Integrates AI At Shepherd Gilmour, we have embraced AI in a way that enhances our capabilities while staying true to our core values of quality and client-focused service. Our approach to AI is measured and thoughtful, ensuring that it complements rather than replaces the human expertise that drives our work. By integrating AI into our design processes, we can automate routine tasks, such as generating preliminary designs or running multiple iterations of calculations. This allows our engineers to dedicate more time to complex and creative challenges. AI ensures that our designs maintain a high level of consistency by standardising processes and applying rigorous checks across all projects. This consistency not only improves project outcomes but also reinforces trust with our clients. At the core of this innovation, our key objective is to support, not replace, our highly skilled and valued team. We believe AI should be a supportive tool that enhances the work of our engineers rather than replacing them. Similarly to the advent of computers and powerful engineering software, AI handles the repetitive and time-consuming aspects of engineering in a broad sense, enabling our team to focus on tasks that require human ingenuity and expertise. AI in Action - Four Practical Examples Design Automation For small alterations, such as steelwork designs for property modifications, we use AI-driven software to quickly undertake preliminary concept calculations. This speeds up the process while maintaining a sufficient level of accuracy for the intended purpose. It also allows us to respond to clients quickly, with more accurate pricing at tender. Inspection and Analysis AI-powered tools assist in visual inspections, by analysing images or sensor data to tag, sort and index them into useable formats. This can help our engineers identify potential structural defects more quickly and accurately. Document Management As part of our transition to a SharePoint-based document system, we are exploring AI-driven categorisation and search tools to ensure that critical project information is always at our fingertips. Data Analysis In combination with traditional methods of data gathering, AI is able to analyse basic data and trends in order to objectively focus our efforts to provide maximum impact. Balancing Innovation and Responsibility While AI offers immense benefits, we believe it is crucial to implement it responsibly. At Shepherd Gilmour, we are committed to: Training and Upskilling : Ensuring our team is equipped to use AI effectively and understands its limitations. Client Collaboration : Using AI to provide better insights and solutions while keeping our clients involved in every step of the design process. Protecting Jobs : Rather than replacing jobs, AI allows our team to focus on higher-value tasks, fostering job satisfaction and career growth. Maintaining Client Confidentiality: A focus on ethical use of AI with respect to client data, ensuring that sensitive data is never shared without consent. Looking Ahead AI is not just a trend; it is a powerful tool that is here to stay. At Shepherd Gilmour, we are excited to continue exploring its potential, always with a focus on improving the service we offer to our clients and maintaining the highest standards in engineering design. If you are curious about how we are integrating AI into your next project, get in touch with us today. Together, we can design solutions that are not only innovative but also grounded in the expertise and care that define Shepherd Gilmour.

At Shepherd Gilmour Leeds, as well as being able to provide structural design calculations, we specialise in providing high-quality planning drawings and 3D modelling services to help our clients bring their projects to life. We are uniquely positioned to provide a turn-key design service. What does this mean? Whether you’re planning a home extension, a renovation, or a new build, our drawing, modelling and structural design expertise will enable you to plan and visualise your dream home, then bring it to life. We combine the visually stunning aspects of design, with economical, practical and installable structural solutions, by employing joined-up thinking; a one-stop shop for your design needs. Keep reading to discover why planning drawings and 3D modelling may be crucial for your project—and how our wide ranging expertise can make all the difference. Modern Open Plan Kitchen with Large Skylight Roof Lantern The Role of Planning Drawings in Your Project Planning drawings form the foundation of any successful construction project. These detailed documents are essential for: Securing Planning Permission : Our drawings comply with UK building regulations, helping you gain approval from local authorities. Effective Communication : Clear and precise plans ensure that building contractors understand your vision. Avoiding Costly Mistakes : Well-drafted plans reduce the risk of errors during construction, saving you time and money. Our team, based in Leeds and throughout the North of England, has extensive experience creating planning drawings tailored to the unique needs of domestic and commercial clients. Building Layout Drawing - Plans How 3D Modelling is Revolutionising Building Development While planning drawings provide clarity, 3D modelling adds another dimension—literally. Here’s how it can enhance your project: Visualise Your Design : Our 3D models let you see exactly how your project will look before construction begins. Make Confident Decisions : Evaluate materials, layouts, and lighting in a virtual environment, ensuring every detail is just right. Engage Stakeholders : Whether you’re presenting to a client or discussing ideas with your family, 3D models are an impressive and effective communication tool. At Shepherd Gilmour Leeds, we create realistic and detailed 3D models that allow you to explore your design in depth before making a commitment to the build. 3D Home Rendering - Revit Model How Shepherd Gilmour Can Help Plan and Visualise Your Dream Home Choosing the right partner for your planning and design needs is essential. Here’s why Shepherd Gilmour Leeds is the perfect choice: Expertise You Can Trust : With over two decades of experience, we have a proven track record in delivering precise and reliable designs. Tailored Solutions : We understand that every project is unique. Our services are customised to meet your specific requirements. ISO-Certified Quality : As an ISO 9001-accredited company, we are committed to maintaining the highest standards in every project. Comprehensive Services : From calculations and reports to surveys and site supervision, we provide end-to-end support for your project. A Recent Success Story We recently worked on a project where a homeowner in Sheffield wanted to transform their property by adding an open-plan space to their basement, removing existing walls and creating a large opening onto a decked space combined with slimline aluminium sliding doors. By combining detailed planning drawings with a stunning 3D model, we: Secured planning approval within weeks. Helped the client visualise their new space, making confident decisions about materials and finishes. Supported the builder with accurate and detailed plans, ensuring a seamless construction process. The result? A beautiful, functional space that exceeded the client’s expectations. Customer Basement Renovation Get Started Today At Shepherd Gilmour Leeds, we’re passionate about turning your vision into reality. Whether you’re planning a small alteration or a large-scale development, our expertise in providing turn-key design services will ensure your project’s success. 📞 Call us today  on: 0113 245 1393 WhatsApp at : https://wa.me/message/WZOEXWHCOHBQF1 📧 Email us  at: info@shepherdgilmour.co.uk 🌐 Visit our website  at: www.shepherdgilmour.co.uk Let’s work together to create something extraordinary!