Fire hazard analysis
Identifying potential fire hazards by assessing materials, building layout, and occupancy type, and developing strategies to mitigate the risks found.
System design
Designing fire detection, alarm, suppression, and smoke control systems, modelling fire scenarios to confirm the systems will perform as intended.
Regulatory compliance
Reviewing building plans and conducting inspections to ensure fire safety measures meet current codes and standards, both at design stage and after installation.
Escape and evacuation strategy
Developing means-of-escape strategies and emergency response plans appropriate to the building's layout and occupant profile.
Performance testing and maintenance
Overseeing testing of fire safety systems after installation, and ongoing inspection to confirm systems remain operational and effective.
Design team collaboration
Working closely with architects, structural engineers, and contractors to integrate fire strategy seamlessly into the overall building design.
New buildings or major renovations
New construction and significant alterations to a building's layout typically require a fire strategy as part of the design and approval process.
Upgrading existing systems
Ageing or inadequate fire detection and suppression systems in existing buildings often need specialist input to bring them up to current standards.
Regulatory inspections or certification
Preparing for fire safety inspections or seeking certification benefits from an engineer who can identify and resolve gaps before they're flagged.
Commercial and public buildings
Offices, schools, healthcare, retail, and other public-facing buildings almost always require a formal fire strategy as part of building regulation approval.
Complex residential projects
Multi-occupancy buildings, conversions, or unusual layouts benefit from professional fire engineering input even where it isn't strictly mandatory.
Insurance or risk concerns
Where insurers require evidence of adequate fire protection, an engineer's report and recommendations can support cover and reduce premiums.
Hazard and risk review
Assessing the building's intended use, occupancy, layout, and construction to identify the fire risks the strategy will need to address.
Outline fire strategy
Developing an overall approach covering means of escape, compartmentation, detection, and suppression, agreed with the wider design team.
Detailed system design
Producing detailed designs and specifications for fire alarm, suppression, and smoke control systems, modelling scenarios where needed.
Regulatory submission
Preparing the fire strategy documentation required to support building regulation approval and any other statutory consultations.
Commissioning and handover
Overseeing testing of installed systems and providing the documentation needed for ongoing maintenance and future inspections.
Note: ongoing maintenance inspections are typically a separate, recurring appointment.Degree in fire engineering, fire safety engineering, or a related field
Membership of the Institution of Fire Engineers (IFE)
Chartered Engineer (CEng) status via the IFE's Engineering Council licence
Detailed knowledge of current fire codes and standards
Experience with fire modelling and simulation software
Analytical, problem-solving, and report-writing skills
Continuing Professional Development (CPD) obligation
Professional indemnity insurance
Practising in the Channel Islands
Local considerations
Guernsey and Jersey each have their own fire safety regulations, which may differ in detail from mainland UK requirements even where the general principles are similar. Certain building types and uses can carry specific local fire protection requirements, making it important to confirm current local rules rather than assuming UK guidance applies directly.
Older island buildings, including those of granite or traditional construction, can present particular fire engineering challenges when being adapted for modern use.