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FAQ
Al Marsad Al Makani provides integrated engineering and consulting services that help project owners understand, plan, design, study, and monitor the execution of their projects in a more accurate and organized manner. Our services span multiple sectors, including urban planning, architectural and structural design, utility and network engineering, engineering supervision and project management, surveying and Geographic Information Systems (GIS), as well as specialized engineering and geotechnical/geological studies. The objective of these services is to back the project with clear data, appropriate technical solutions, and deliverables that robustly support decision-making during the planning, design, execution, or development phases.
Our services are divided into five primary sectors:
Planning, Architectural & Structural Design Sector: Encompasses master planning, architectural design, site coordination/landscaping, interior and exterior design, and structural design.
Utility & Network Engineering Sector: Includes the design and evaluation of networks for electrical power, telecommunications, water, sanitary sewage, stormwater drainage, irrigation, and mechanical, electrical, and plumbing (MEP) building systems.
Engineering Supervision & Project Management Sector: Covers project management, technical field monitoring, and construction execution supervision.
Surveying & Geographic Information Systems (GIS) Sector: Includes land surveying, 3D laser scanning, Ground Penetrating Radar (GPR), and spatial data analysis.
Specialized Engineering & Geological Studies Sector: Encompasses traffic, hydrological, hydrogeological, soil investigation (geotechnical), environmental, and geological studies.
Identifying the right service starts with defining your project's current phase and immediate needs. If the project is in the conceptual or development stage, it may require master planning, architectural design, or infrastructure coordination. If the site already exists or requires highly accurate data, then land surveying, GPR, or GIS services are the most appropriate. If the project is in the pre-execution phase or situated in an area with potential natural, environmental, or traffic risks, it will benefit from specialized studies such as soil testing, hydrological studies, geological studies, or traffic impact assessments. During the construction phase, we highly recommend engineering supervision and project management services to maintain quality control and monitor on-site progress.
A project requires this sector when it is in the inception, development, or redesign phase—particularly if the scope demands preparing a master plan, allocating land uses, designing buildings, coordinating landscapes, treating facades, or engineering structural layouts. This sector helps transform a project idea into a clear, organized visual concept, seamlessly bridging aesthetic beauty with practical and technical functionality. It also helps minimize design conflicts between planning, architecture, landscape, and structural engineering before reaching the field execution stages.
Utility and network engineering is one of the most critical phases for the success of urban and development projects, as it is directly tied to site operations and service continuity. This scope encompasses networks for electricity, telecommunications, water, sanitary sewage, stormwater drainage, irrigation, street lighting, and building systems such as HVAC, plumbing, firefighting, and elevators. Implementing an organized design for these networks helps eliminate utility clashes, improves execution efficiency, facilitates future maintenance, and aligns infrastructure capacities with actual project demands.
Land Surveying: Focuses on collecting highly accurate on-site data such as elevations, boundaries, existing features, roads, buildings, and topography. This data is used to prepare maps, blueprints, and digital terrain models that support design and planning.
Geographic Information Systems (GIS): Helps organize spatial data into analytical layers and databases linked to geographic locations, which optimizes asset management, service analysis, and decision-making development.
Ground Penetrating Radar (GPR): Used to detect buried utilities and underground features such as cables, pipes, service chambers, voids, and cavities. It is essential prior to excavation or development to mitigate field hazards.
A project needs these studies when the site presents uncertainties regarding natural risks, soil conditions, water tables, geology, the environment, or traffic impacts. These studies assist in understanding the site's natural characteristics prior to execution, supplying highly reliable technical data for planning and design. For instance, soil testing determines soil properties and bearing capacity; hydrological studies map out flash flood paths and surface water behaviors; geological studies evaluate rocks, slopes, and natural hazards; while environmental studies assess the project's impact on its surroundings.
The role of engineering supervision and project management is to monitor the project technically and logistically in the field, ensuring that all works are executed in strict compliance with approved blueprints, technical specifications, and the agreed contract scope. This includes tracking schedules, coordinating work teams, reviewing executed works, logging corrective notes, and maintaining site quality control and safety. This service keeps the project on track, minimizes errors and clashes, enhances multi-party communication, and supports timely execution choices—especially in multidisciplinary or multi-phased projects.
Our services are meticulously tailored for both public and private sectors. Our client base includes development authorities, municipalities, corporations, real estate developers, consultants, and private owners who require engineering services, spatial analysis, or specialized studies. The nature of our services is not limited by the entity type, but rather by the project's needs. A service can be requested for a residential master plan, a commercial project, an industrial zone, a road network, an environmental site, an existing facility, an infrastructure development, or any location requiring geological hazard assessments or precise field surveying.
Deliverables vary according to the agreed-upon scope of work. However, they typically include engineering blueprints, detailed maps, digital models, technical reports, documentary or as-built drawings, engineering recommendations, or supervisory logs associated with the project. In design services, the client receives blueprints and conceptual designs; in surveying services, they receive maps and localized site data; in specialized studies, they obtain analytical reports and technical recommendations; whereas in project management and supervision, the deliverables consist of technical field logs, progress reports, and documented observations tailored to the project's nature and contract scope.
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