Redefining How Fire Safety is Integrated into Building Design
Across housing, infrastructure and commercial projects, fire safety design is moving closer to the starting point of a scheme. Taller structures, complex façades and new uses for space have raised expectations on how fire strategy, materials and construction quality come together. The central question is whether decisions taken on paper will still protect people when they are translated into real buildings.
Fire safety at design stage once sat with a small circle of specialists. Today it involves digital design teams, coordinators, site managers and supervisors who must turn drawings into built details. That wider involvement increases the need for shared competence and clear understanding of how codes, standards and product test evidence apply in practice.
Designing for whole-building performance
Early integration of fire safety design allows teams to plan compartmentation, evacuation, detection and structural resilience as a joined-up set of measures. When fire strategy, product selection and installation methodology are considered together, it becomes easier to maintain performance through design changes and refurbishments. Digital tools now place strategies and calculations alongside BIM models and asset data, supporting clearer handover information for operators and regulators.
External walls and façades remain a focus. Experience with cladding remediation, single building assessments and external wall appraisals has shown how quickly performance can deteriorate when system thinking is missing. Dedicated façade assessment programmes, linked to legislation and insurance expectations, are now part of many owners’ response to that risk.
Competence, systems and long-term protection
These pressures point back to people and systems. Structured qualifications in fire safety design give practitioners a way to build technical understanding that bridges code familiarity and full fire engineering. Consultancy teams that combine training, design advice and on-site inspection can then support clients from concept stage through to occupation.
High-performance systems also matter in buildings where the consequences of failure are severe. Composite barriers that combine fire, impact and blast resistance are used to protect substations, tunnels, plant rooms and evacuation routes.
Global HSE Group contributes to all these areas, from design-stage competence and façade assessment to licensed installation of engineered fire and blast systems. Their work within this report reflects a wider shift toward building safety design that is integrated, evidence based and focused on whole-building performance throughout the life of an asset.
Market direction and growing demand: plans that pass the test
Urban growth, larger warehouses, taller residential buildings and battery energy storage sites are pushing fire safety design earlier in the project lifecycle. Demand is rising for services that combine code consulting, performance-based engineering, façade and external wall appraisal and design stage competence training. This market report for IFSJ reviews market values and forecasts for design and engineering services, links them to wider spending on protection systems and maintenance, and summarises the strengths, challenges and recent developments shaping investment decisions.
Fire safety design sits within a larger spend on engineering, installation and ongoing inspection. According to Growth Market Reports, the global fire protection engineering service market was estimated at USD 6.8 billion in 2024 and is forecast to reach about USD 12.9 billion by 2033. On the products side, Fortune Business Insights values the global fire protection system market at USD 68.90 billion in 2024 with a projection of USD 111.38 billion by 2032, while Grand View Research estimates USD 88.945 billion in 2024 and USD 130.369 billion by 2030, reflecting different scope and categorisation.
Service revenue is larger: Global Market Insights puts fire and life safety protection services at USD 148.5 billion in 2024, rising to USD 232.5 billion by 2034.
Strengths of the current design approach
Fire safety design is anchored in codified requirements, giving clients a clear basis for specification, review and approval for owners, insurers and regulators. Model codes and standards such as the International Fire Code and NFPA documents support repeatable design approaches across warehouses, healthcare, transport infrastructure and high rise residential.
Digital delivery is another strength. Fire strategies, evacuation modelling and smoke control calculations are increasingly produced in formats that integrate with building information modelling (BIM), enabling coordinated design changes across the supply chain.
Consultancies that combine engineering with inspection and installation oversight can reduce gaps between intent and delivery, supported by approved schemes and third-party certification. Demand is broadened by risk areas, including battery energy storage and data centres where compartmentation, detection and suppression design must align with site operations.
Capacity, complexity and coordination challenges
Capacity remains a constraint. NFPA Journal has reported rising demand for fire protection engineers and ongoing shortages, which can lengthen design review times and increase fee pressure. Workforce strain extends to installation and maintenance trades, where the NFPA’s Industry Trends Survey found many respondents citing a lack of qualified candidates as a leading challenge. Jurisdictional variation also complicates delivery. Projects that span states or countries may face different material test standards, acceptance processes and documentation rules, which raises coordination effort. On complex buildings, modelling quality and assumptions are scrutinised closely by authorities and insurers, increasing the need for peer review and traceable inputs.
Finally, data handover from design to operations is often incomplete, which weakens commissioning, maintenance planning and retrofit decisions, especially for external wall systems and smoke control.
Evolving standards and regulatory expectations
Code and standards updates are widening the design brief. The International Code Council’s 2024 International Fire Code covers energy storage and lithium-ion battery hazards alongside prevention and protection rules. NFPA guidance on NFPA 855 links energy storage design to enforceable code provisions, raising attention on spacing, protection features and responder access. In the UK, BSI published BS 9991:2024 for residential buildings, adding material for housing teams.