Building development requires careful coordination between architectural design, engineering systems, and regulatory requirements. Every project must provide an appropriate level of protection against fire while supporting safe movement and emergency response. Understanding the UAE Fire and Life Safety Code of Practice is an important part of this process, particularly for developments in Abu Dhabi where local amendments introduced in March 2026 have clarified several technical provisions. A properly developed fire safety strategy helps project teams identify applicable requirements, review building designs, and establish practical solutions before construction begins.

1. Understanding Building Code Compliance

Building codes establish technical requirements that guide the design, construction, and safety performance of buildings.

Compliance involves more than checking individual dimensions or installing approved equipment. It requires a coordinated understanding of building classification, occupancy, fire protection, structural performance, and emergency arrangements.

A project team should identify the applicable codes and standards at the beginning of the design process.

Important considerations include:

• Building occupancy classification.

• Construction type and building height.

• Fire resistance requirements.

• Means of escape.

• Fire service access.

• Smoke management.

• Active and passive fire protection.

For example, a commercial development containing offices, restaurants, and retail spaces may require different protection considerations for each area.

A coordinated compliance review helps ensure that these requirements are addressed within one consistent design approach.

2. Developing a Project-Specific Fire Safety Strategy

A fire safety strategy is an overall document that explains how a building will meet its fire safety objectives.

It brings together fire prevention, emergency management, and physical protection measures.

The strategy is generally developed during the design stage of a new building or refurbishment project.

It should identify the relevant design criteria and explain how different safety measures work together.

A typical strategy includes:

• Fire safety objectives.

• Applicable codes and standards.

• Building and occupancy classification.

• Fire service provisions.

• Compartmentation and structural fire resistance.

• Means of egress.

• Fire protection systems.

• Smoke management.

• Construction quality assurance.

• Ongoing fire safety management.

For example, a residential tower may require protected escape stairways, fire compartmentation, sprinkler protection, and smoke management. These provisions should be considered together rather than designed independently.

3. Reviewing Architectural and Engineering Drawings

Design reviews help identify possible conflicts before construction begins.

Architectural drawings show the building layout, occupancy arrangements, exits, and compartment boundaries. Engineering drawings provide information about fire alarms, sprinklers, ventilation, and other technical systems.

Reviewing these documents together helps identify areas where one design element may affect another.

For example, a proposed mechanical service route may pass through a fire-rated wall. The opening must be addressed using an appropriate tested fire-stopping arrangement to preserve the intended compartmentation.

A professional review should examine:

• Floor plans and building sections.

• Exit locations and travel distances.

• Fire-rated walls and doors.

• Sprinkler and alarm layouts.

• Smoke control arrangements.

• Service penetrations.

• Firefighting access.

Detailed coordination at this stage can reduce costly revisions during construction.

4. Applying Local Code Requirements and Amendments

Building regulations can include national provisions, local amendments, and authority-specific requirements.

Project teams must identify which documents apply to their particular development.

In Abu Dhabi, the March 2026 amendments formalised 54 local changes to the 2018 fire safety code.

These amendments address several areas, including warehouse separation, smoke barriers, electrical room protection, assembly points, hydrant systems, and building height measurement.

For example, the revised provisions clarify when certain assembly point requirements apply, using occupant numbers and floor area as relevant criteria.

The amendments also provide additional guidance for specific building types.

Engineers should review the official circular and relevant provisions before applying any change to a design. A provision should never be interpreted in isolation from its conditions.

5. Performance-Based Design and Technical Justification

Some buildings contain architectural or operational features that make conventional prescriptive solutions difficult to apply.

Performance-based design provides an engineering approach for evaluating alternative solutions against agreed fire safety objectives.

It may involve:

• Fire engineering calculations.

• CFD fire and smoke modelling.

• Evacuation modelling.

• Structural fire engineering.

• Radiation analysis.

• Technical risk assessments.

For example, a large atrium may have a complex internal layout that requires detailed smoke movement analysis. Engineers can use suitable modelling methods to evaluate whether the proposed smoke management arrangements support the required safety objectives.

Alternative solutions must be supported by appropriate technical evidence and accepted through the relevant approval process.

6. Construction Quality and Fire Safety Verification

A fire safety strategy must be implemented correctly during construction.

Even an effective design can lose its intended performance if contractors use unsuitable materials or install protection systems incorrectly.

Quality assurance should cover fire-rated construction, fire doors, fire stopping, structural protection, and active fire systems.

For example, an unsealed service penetration can compromise a fire-rated wall and allow fire or smoke to spread between compartments.

Construction inspections and supporting records help verify that installed systems follow approved specifications.

Project teams should also manage temporary construction hazards, including hot works, combustible storage, and incomplete fire protection arrangements.

7. Maintaining Compliance After Project Completion

Fire safety management continues after building handover.

Owners and facility managers must understand the building's approved fire strategy and ensure that its essential features remain effective.

This includes maintaining alarms, sprinklers, smoke control equipment, emergency lighting, and fire doors.

Changes to building layouts or occupancy should also be reviewed because they may affect the original fire safety arrangements.

For example, converting an office floor into a restaurant may introduce different occupancy conditions and fire hazards. The proposed change should receive an appropriate technical assessment.

Keeping accurate maintenance records supports long-term compliance and responsible building management.

Conclusion

Building code compliance requires careful planning, coordinated engineering, and ongoing technical verification. A project-specific fire strategy provides a clear framework for addressing these responsibilities from initial design through building operations. Engaging a qualified fire code consultant can help developers understand applicable regulations, while an experienced fire code consultant can review drawings, assess alternative design solutions, and support authority coordination. This structured approach reduces avoidable design problems and helps deliver safer, more practical buildings.

FAQs

What is a building fire safety strategy?

It is a coordinated document explaining the fire protection measures, design criteria, evacuation arrangements, and management provisions for a building.

When should a fire strategy be developed?

It should normally be prepared during the early design stages of a new development or refurbishment project.

What is a building code compliance review?

It is a technical assessment of project documents against applicable building codes, standards, and regulatory requirements.

Why are architectural drawing reviews important?

They help identify design conflicts involving exits, compartmentation, fire protection systems, and building services before construction.

What is performance-based fire design?

It is an engineering approach that evaluates proposed safety solutions against defined performance objectives rather than relying only on prescriptive provisions.