Safe load paths
Every slab, beam and column plays a role in carrying loads. Changing one part requires understanding the rest of the system.
EXPERTISE / 03 — Structures / Stability / Buildability
Structural Engineering Consultants in Dubai
Before a wall moves, a mezzanine is added or a slab is cut, somebody needs to understand where the loads go. Structural design starts with evidence, not assumptions.
01 / SERVICE OVERVIEW
A structural decision depends on more than what you can see on site.
EMARC Engineering Consultant L.L.C. · Dubai, UAE
A client wants to open up a living room. Another wants extra storage space above a warehouse floor. Both proposals can change how a building carries loads. The first job is to understand the existing structural system, what has been approved and what information is missing.
EMARC’s structural engineering consultancy can address new-build layouts, alterations and coordination with architecture and building services where appointed. The work may involve structural analysis, drawing development, reviewing loads and checking how columns, beams, slabs or foundations relate to the intended use. A design choice that works for one building is not automatically suitable for another.
Photographs, floor plans and contractor observations are helpful starting material, but they do not replace verified structural records or engineering assessment. Where existing information is limited, the right response may be to request further drawings, a site investigation or specialist testing before stating what can safely be changed.
Speak with our team
Reinforcing steel arranged within foundation formwork. The photograph illustrates the construction stage; it is not an engineering assessment or confirmation of compliance.
DESIGN INTENT01 02 03 04
Structure and architecture are interdependent.
Architectural flexibility
Long spans, open spaces and unusual façades need to be tested against a practical structural arrangement, not treated as unrelated wishes.
Existing-building uncertainty
Existing buildings may have incomplete drawings or undocumented modifications. Identify those gaps before stating what can be altered.
Clear design interfaces
Structural openings and support locations affect shafts, drainage, doors and finishes; the other designers need this information early.
Even a small opening needs to be understood in its structural context. The key question is what carries the load now, and what will carry it after the work.
02 / WHAT THE SERVICE INCLUDES
Structural engineering scope for Dubai buildings.
The structural appointment is defined around the building and the proposed change. We identify the records, analysis, drawings and any additional investigations needed before agreeing the work.
Structural design brief
Record the intended building use, spans, available surveys, existing plans and engineering questions the design must answer.
Structural system studies
Compare suitable structural arrangements in the context of the architecture, site constraints, construction approach and intended building use.
Loads and analytical coordination
Establish the relevant actions and load paths, and coordinate the analysis assumptions with the applicable design criteria.
Foundation and ground interfaces
Discuss foundation solutions using the available site investigation and ground information. A foundation cannot responsibly be selected from appearance or a generic detail.
Modification and extension assessments
Assess proposed openings, additions or extra loading against reliable existing records, site observations and further investigation where needed.
Design documentation and review
Prepare drawings, calculations and review responses appropriate to the agreed engineering stage, with clear links to the architectural design.
03 / DOCUMENTATION
What a coordinated structural design set contains.
A structural drawing is only part of the design record. The agreed package should also make its assumptions, calculation basis and coordination requirements clear.
Design basis
A recorded set of design assumptions, information sources, structural intent and outstanding constraints.
Structural general-arrangement drawings
General-arrangement drawings showing the principal structural elements and their relationship to the building layout.
Technical calculations
Analysis and calculations required by the scope and design stage, based on the available verified inputs.
Coordination notes
Notes on openings, interfaces, site findings or engineering dependencies requiring another discipline’s attention.
Revision responses
Updated material and a traceable response to comments, where design follow-up is part of the appointment.
04 / APPROACH
From site information to design review.
First establish what the available records and site information show. The structural concept is then analysed, coordinated with the other disciplines and documented for review.
- 01
Establish constraints
Check the plot or building records, desired use, ground information and the evidence already available.
- 02
Define the system
Test a structural concept alongside the architectural layout and construction constraints.
- 03
Analyse and coordinate
Assess loads and system behaviour, then revisit the design where the calculations and coordination raise questions.
- 04
Document
Prepare the agreed drawing and calculation set with a consistent basis and revision history.
- 05
Review and refine
Review comments, proposed changes and new information before confirming any updated design.
05 / PROJECT CONTEXT
Structural considerations across project types.
New buildings and alterations need different evidence. For existing properties, the condition and documented capacity of the structure are as important as the new layout.
Villas and residential buildings
Villas bring together room spans, roof arrangements, stair openings and practical foundation and slab questions.
Warehouses and industrial buildings
Industrial sites need clear thinking about heavy loads, long spans, mezzanines and the way equipment or storage will actually be used.
Extensions and additions
An addition to an existing building starts with the existing load path and ground conditions, not simply the size of the proposed extension.
Alterations and refurbishments
A small demolition or core opening can be significant if it affects a beam, slab tendon, column or other structural element.
FROM THE BRIEF TO THE DRAWING
A warehouse mezzanine is more than an extra platform
A business may have unused height above its warehouse floor and want a new working or storage level. Before discussing a layout, the engineer needs to know the intended loading, the available headroom, the capacity of the supporting structure or slab, the proposed access and how the new level interacts with building services and fire safety.
A rendering cannot establish whether the mezzanine is feasible. Structural checks and the applicable building-modification route should be considered before equipment is ordered.
06 / COMMON QUESTIONS
Structural engineering questions, answered.
These answers explain why a structural proposal needs a building-specific assessment rather than a decision based on appearance.
Can I remove a wall or column during a renovation?
Do not assume a wall is non-structural or that an existing column can be altered. Review the original records and the condition of the building with a qualified structural engineer before changes are proposed or work begins.
Are soil tests relevant to structural design?
Ground information can materially affect foundation selection and design. The requirement for a geotechnical investigation and its scope depends on the project and the reviewing jurisdiction.
Do structural drawings have to match the architectural drawings exactly?
They should be coordinated so dimensions, grids, levels and openings align. Discrepancies between disciplines can create construction issues and may need to be resolved before formal submission.
Can existing foundations support an additional floor?
This cannot be answered reliably without project-specific assessment. Existing structure records, survey findings, material properties, ground conditions and new loading all matter.
Is a structural drawing the same as an approved construction permit?
No. A structural design set is one part of a broader permit and project documentation process. The competent authority determines the necessary technical reviews and permission to build.
What affects the structural engineering schedule?
Project complexity, initial information quality, specialist investigation needs, design changes, coordination among disciplines and regulatory reviews all influence the programme.
07 / GETTING STARTED
Start with the site and design records.
An existing structural drawing, building location and a plain description of the alteration are enough to begin identifying what needs to be checked.
- Available plot survey, geotechnical or soil investigation reports
- Architectural plans, proposed levels and intended use
- Existing structural drawings for additions or modification projects
- Known heavy equipment, storage or operational loads
- Approval history and target design/construction milestones
PUBLIC INFORMATION
Official guidance and related reading.
The building authority’s requirements and the project design criteria need to be checked together. The official resources below do not establish that a particular alteration is safe or permitted.
FROM THE EMARC READING ROOM
Worth reading before your next decision.
Considering a mezzanine or wall removal? Start with these guides before making commitments about the alteration.
For the first conversation, read our guide to preparing a brief for an engineering consultant.