How Engineering Consultants Support ESG Goals in the UAE

What Is Driving ESG in UAE Real Estate

The UAE's climate agenda now carries legal force. Federal Decree-Law No. 11 of 2024 on the Reduction of Climate Change Effects applies to public and private entities across the country, including free zones, and requires them to measure, report and manage their greenhouse gas emissions and to plan for climate adaptation.

For building owners and occupiers, the largest share of reported emissions usually comes from purchased electricity and cooling. Those emissions are set by the building's envelope, systems and controls, which means engineering decisions made during design shape the numbers a company reports for decades.

Several other forces push in the same direction:

•         Investors and funds increasingly assess real estate through benchmarks and frameworks that score energy, carbon, water and governance data.

•         Lenders offer green loans and sukuk linked to recognised certifications and measurable performance.

•         Listed companies face sustainability disclosure expectations aligned with international standards on climate-related risks.

•         Multinational tenants set minimum certification levels and performance data requirements in their lease criteria.

•         Local building codes, including Dubai's Al Sa'fat system and Abu Dhabi's Estidama, make baseline performance mandatory.

Together these drivers explain why ESG has moved from a marketing theme to a design requirement. The national direction is set out in the UAE Net Zero 2050 Strategy, and Merka's guide to decarbonizing buildings in a hot climate covers the engineering route toward that target.

The Environmental Pillar: Energy, Carbon, Water and Resilience

The environmental pillar carries the most measurable engineering content, and it covers four areas.

Operational energy and carbon. Envelope performance, cooling plant efficiency, ventilation strategy, lighting and controls set the building's energy use intensity, the figure most ESG frameworks track. Merka's building services engineering sets energy targets at concept stage and tests design options against them, so the reported figures are designed in from the start.

Embodied carbon. The structure and façade release most of their carbon before the building opens. Lower-carbon concrete mixes, efficient structural grids and recycled-content steel and aluminium reduce the footprint, and the structural engineering team at Merka quantifies those options so owners can report whole-life carbon with confidence.

Water. In the UAE, most potable water is desalinated, so water efficiency also reduces energy and carbon. Efficient fixtures, condensate recovery, greywater reuse and TSE irrigation are covered in Merka's guide to reducing potable water demand in buildings.

Climate resilience. ESG frameworks and the federal climate law both ask owners to assess climate risk. For buildings in the region, that means extreme heat, intense rainfall, sand and dust, humidity and, on coastal plots, rising groundwater and salt exposure. Drainage capacity, basement protection, plant rated for high ambient temperatures and durable materials all reduce physical risk to the asset.

High-rise residential projects show why resilience belongs in the brief. On a scheme such as the 29-storey residential tower, exposure to heat, humidity and wind at height shapes the concrete specification, façade detailing and plant selection from the concept stage.

Site conditions add another layer of risk. Merka's comparison of design conditions on waterfront and desert sites explains how salt exposure, groundwater and sand affect the engineering of each plot.

The Social Pillar: Health, Safety and Inclusion

The social pillar is often treated as a corporate policy matter, yet much of it is designed. Buildings shape the health, safety and comfort of everyone who uses them, and those outcomes can be specified, measured and reported.

Indoor environmental quality. Fresh air rates, filtration for dust and fine particles, low-emission materials, thermal comfort, daylight, glare control and acoustic separation all influence wellbeing and productivity. Designing these to recognised standards gives owners evidence for wellness certifications and tenant reporting.

Accessibility and inclusion. Step-free routes, accessible toilets and lifts, clear wayfinding and inclusive public spaces follow Dubai's Universal Design Code and equivalent requirements elsewhere. Planning them into the layout from the early concept and massing stage avoids compromised retrofits later.

Fire and life safety. Compliance with the UAE Fire and Life Safety Code protects occupants and is one of the clearest social outcomes a building delivers. Escape routes, compartmentation, smoke control, façade fire performance and emergency power are coordinated across architecture, structure and MEP.

Construction safety and worker welfare. Contractors are responsible for site safety, and the consultant supports it through buildable designs, safe access for maintenance, and supervision that checks method statements and temporary works. Merka's site inspection and contract administration reinforces those standards throughout construction.

Community and public realm. Shaded walkways, landscaped open space and active ground floors contribute to the neighbourhood and support social value reporting, particularly on large mixed-use and residential developments.

The Governance Pillar: Evidence, Compliance and Data

Governance in real estate ESG depends on credible, traceable evidence. Owners need to prove that what they report is accurate, and the engineering consultant produces much of that proof.

Regulatory compliance. Every approval, from the building permit to Civil Defence and utility NOCs, is a governance record. Merka's permit and authority coordination service manages those submissions and keeps the approval trail complete.

Certification evidence. Green building ratings rely on calculations, product data and site records reviewed by third parties. Merka's article on LEED documentation and credit strategy explains how that evidence is assembled and verified.

Digital records. Coordinated 3D models, asset data and as-built information give owners a reliable record of what was built and where. Merka's guide to BIM-based project delivery shows how those models support operations as well as design.

Metering and performance data. Energy and water sub-metering, connected to the building management system, produces the operational data that ESG reporting and emissions disclosure require. Metering points need to be designed from the start, since retrofitting them is expensive and disruptive.

Commissioning and handover records. Test certificates, commissioning reports, operation and maintenance manuals and warranties complete the evidence trail and give the operator the baseline for tracking performance over time.

Building ESG Into Every Project Stage

ESG targets achieve the most when they enter the project at the brief and follow it through to operation. Each stage has a specific role:

•         Brief and feasibility. The owner's ESG commitments, certification targets, reporting frameworks and financing conditions are translated into measurable project targets for energy, carbon, water and wellbeing.

•         Concept design. Orientation, massing, structural system and glazing ratio are tested against those targets, since these early decisions fix most of the building's lifetime performance.

•         Design development. Systems, materials and details are specified to meet the targets, with calculations and models confirming the result.

•         Tender. Performance requirements, evidence obligations and site management standards are written into contracts so bidders price them.

•         Construction. Submittals, substitutions and installation are checked against the design targets, and site records are collected for certification.

•         Handover and operation. Commissioning, metering verification and complete records give the owner a proven baseline for reporting.

The design development stage is where targets become specifications. Merka's detailed design and specification service fixes the product performance, finishes and system selections that deliver the agreed ESG outcomes.

The tender stage protects those outcomes commercially. Performance clauses, evidence requirements and approved alternatives belong in the bid documents and contract specifications, so contractors carry the obligations from the start.

Common ESG Pitfalls on Building Projects

The same issues weaken ESG outcomes across many projects:

•         Targets without numbers. Statements such as "sustainable design" give the team nothing to design or verify against. Measurable targets for energy use intensity, carbon, water and indoor quality do.

•         Certification as the whole strategy. A plaque helps, while investors and regulators increasingly look at measured performance and emissions data over time.

•         Ignoring embodied carbon. Focusing only on operational energy leaves the structure and façade, often the largest early emissions, unmanaged.

•         Missing metering. Without sub-metering designed in, owners cannot report performance accurately or find the causes of high consumption.

•         Value engineering that removes ESG measures. Late cost cutting often targets glazing, controls and insulation, the very items that deliver the ESG results.

•         Fragmented consultants. When architecture, structure and MEP work separately, ESG targets fall between disciplines and nobody owns the result.

Avoiding these pitfalls starts with appointing the right team. Merka's guide to evaluating an engineering firm's capabilities sets out the questions developers should ask before appointment.

Have a Project to Design or Build?

If you are developing a residential tower, a commercial building, a hospitality project or a mixed-use community, Merka is here to help you bring it to life. Our architects and structural and MEP engineers work as one team from the first concept, so performance, compliance and investor expectations are part of the design from day one.

Reach out to our team to tell us about your project, and we will be glad to support you at every stage.

Frequently Asked Questions

What does ESG mean for a building project? ESG covers the environmental performance of a building, such as energy, carbon and water; its social impact, including health, safety and accessibility; and the governance of its delivery and operation, including compliance, data and reporting.

How do engineering consultants support ESG goals? They set measurable targets, design the structure, envelope and systems to meet them, document the evidence for certification and reporting, and verify performance through supervision and commissioning.

Does the UAE climate law affect building owners? Federal Decree-Law No. 11 of 2024 requires public and private entities to measure, report and manage their greenhouse gas emissions. For most owners and occupiers, electricity and cooling in their buildings form a major part of those emissions.

Is green building certification enough for ESG reporting? Certification is valuable evidence, and ESG frameworks also look for measured operational data such as energy, water and emissions over time, which requires metering designed into the building.

When should ESG be considered on a project? At the brief and feasibility stage. Targets set before concept design shape orientation, structure, envelope and systems, which fix most of a building's lifetime performance.

Can existing buildings improve their ESG performance? Yes. Energy audits, controls upgrades, efficient plant replacement, metering and water efficiency measures can significantly improve the performance of existing buildings.