SERVICES

High-precision surveying for infrastructure and construction projects, including the establishment of geodetic control networks, detailed topographic mapping and engineering surveys supporting design and construction activities.

Services include:

• establishment of high-precision geodetic control networks
• topographic surveys for infrastructure corridors and construction sites
• engineering surveys for transport infrastructure and industrial facilities
• deformation monitoring and structural surveying
• as-built surveys and construction documentation

Digital Dome applies advanced LiDAR technologies for rapid acquisition of large-scale spatial datasets across complex infrastructure environments.

These systems enable high-resolution mapping of corridors, urban environments and industrial facilities, producing dense point clouds that capture terrain, structures and infrastructure assets with exceptional accuracy.

Typical applications include:

• railway corridor mapping
• highway and road infrastructure surveys
• pipeline and energy corridor mapping
• industrial and urban infrastructure mapping
• digital terrain model generation from LiDAR datasets

Unmanned aerial systems are used for efficient mapping of large and difficult terrain areas, producing high-resolution orthophotos, terrain models and 3D spatial datasets.

UAV-based mapping is particularly effective for infrastructure corridors, renewable energy developments, construction sites and environmental analysis.

Outputs typically include:

• orthophoto mosaics
• digital elevation models (DEM)
• digital terrain models (DTM)
• 3D terrain and surface models
• infrastructure corridor mapping

Large infrastructure projects require reliable terrain models and structured spatial datasets. Digital Dome specializes in processing large volumes of LiDAR, photogrammetry and satellite data into engineering-ready terrain models and spatial databases.

Services include:

• generation of digital terrain models (DTM)
• digital elevation models (DEM)
• infrastructure corridor terrain analysis
• terrain classification and feature extraction
• large-scale spatial data processing

Digital Dome develops spatial data structures that support infrastructure planning, asset management and engineering workflows.

GIS systems are used to organize large spatial datasets and integrate them with engineering design environments, allowing efficient management of infrastructure data throughout the project lifecycle.

Typical applications include:

• GIS databases for infrastructure projects
• spatial data integration for engineering design
• infrastructure asset mapping
• corridor data management
• integration with BIM and engineering software

Modern infrastructure projects increasingly rely on digital design environments. Digital Dome prepares spatial datasets that integrate directly with BIM workflows and engineering design platforms.

These datasets provide the spatial foundation required for infrastructure modelling, clash detection, alignment planning and construction coordination.

Outputs include:

• BIM-ready terrain models
• georeferenced engineering base maps
• infrastructure corridor models
• spatial datasets compatible with major design platforms

Railway infrastructure projects require precise coordination between track alignment design, civil structures, signaling systems and electrical infrastructure.

Engineers collaborating within Digital Dome project teams have extensive experience in railway corridor design, railway modernization programs and transport infrastructure projects including engineering work associated with projects for the Saudi market.

Typical services include:

• railway alignment design and corridor planning
• railway station and yard layout design
• track geometry and infrastructure cross-sections
• railway modernization and reconstruction projects
• railway infrastructure design documentation
• engineering quantities and BoQ development derived from design documentation

Transport corridors often involve complex structural systems including bridges, overpasses, underpasses, culverts and hydraulic crossings. These structures often form critical elements of large infrastructure corridors requiring close coordination between structural engineering, geotechnical design and transport infrastructure planning.

Structural engineers participating in Digital Dome project teams bring extensive experience in the design and coordination of such infrastructure elements within both railway and highway environments.

Services include:

• structural design of bridges and transport infrastructure structures
• highway bridges and overpasses
• railway underpasses and culverts
• hydraulic crossings and drainage structures
• structural modelling and analysis
• preparation of construction quantities derived from design documentation

Electrical infrastructure plays a critical role in transport systems, industrial facilities and energy infrastructure projects.

Specialists engaged through Digital Dome projects have extensive experience in the design and coordination of electrical infrastructure systems including high-voltage power supply networks, traction power systems and electrical installations for large infrastructure projects.

Services include:

• design of high-voltage and medium-voltage electrical infrastructure
• traction power supply systems for railway infrastructure
• electrical distribution systems for infrastructure facilities
• electrical engineering documentation and system layouts
• electrical quantities and cost estimation derived from design documentation

Railway operations depend on complex signalling and communication systems ensuring safe and efficient traffic management.

Engineers collaborating within Digital Dome teams bring experience in the development and integration of railway signalling systems, telecommunications networks and train control technologies.

Services include:

• railway signalling system design and coordination
• ETCS / ERTMS train control systems
• electronic interlocking systems
• railway telecommunications and GSM-R systems
• signalling system integration within infrastructure projects

Successful infrastructure delivery requires alignment between engineering design, construction methodology and project execution.

Civil engineers engaged through Digital Dome projects bring experience in construction management, infrastructure delivery and cost evaluation for complex infrastructure developments including energy facilities, industrial projects and transport infrastructure.

Services include:

• evaluation of construction methodologies
• civil works coordination and technical supervision support
• engineering-based quantity verification
• construction cost estimation and project planning
• coordination between engineering design and construction execution

Large infrastructure tenders require close integration between engineering documentation, quantities and cost estimation.

Engineering teams working within Digital Dome collaborations provide technical support during tender preparation processes, ensuring that engineering assumptions, quantities and construction methodologies are aligned.

Services include:

• engineering design review and technical verification
• preparation of Bills of Quantities (BoQ)
• quantity take-off from engineering drawings
• preparation of technical specifications
• engineering advisory for infrastructure tenders

Architectural professionals engaged through Digital Dome project teams have experience in the preparation of design documentation for public facilities, institutional buildings and urban development projects.

Their work frequently involves coordination between architectural concepts and infrastructure systems, particularly in projects where transport infrastructure, public facilities and urban environments intersect.

Typical services include:

• architectural design documentation
• spatial planning for public infrastructure facilities
• integration of infrastructure within urban environments
• coordination between architectural and engineering disciplines

Infrastructure corridors and transport facilities often require thoughtful integration into the surrounding landscape and public environment. In large infrastructure programs, landscape design plays an important role in integrating transport corridors, infrastructure facilities and public environments.

Landscape and urban design expertise supports the development of public spaces, infrastructure surroundings and environmental design concepts that improve usability and visual quality of infrastructure environments.

Services may include:

• landscape design concepts for infrastructure environments
• spatial organization of public areas around infrastructure facilities
• environmental integration of infrastructure and development projects

Digital Dome also develops architectural visualization and interior design concepts supporting infrastructure-related facilities, public buildings and development projects.

High-quality 3D visualizations and spatial representations are used to communicate design ideas, support project development and present architectural concepts during planning and project preparation stages. These visual tools are frequently used to support project development, stakeholder communication and presentation of infrastructure-related architectural concepts.

Services include:

• interior design concepts
• architectural visualization and rendering
• spatial presentation of development concepts
• visual support for project planning and communication

Typical project delivery activities include:

• coordination of multidisciplinary design and engineering teams
• organization and mobilization of construction resources
• coordination of subcontractors and technical specialists
• construction planning and methodology development
• site engineering coordination and technical supervision
• support in procurement of equipment and construction resources
• coordination between engineering teams, contractors and project stakeholders

Infrastructure tenders often require verification of design documentation in order to ensure consistency between engineering solutions, construction methods and project requirements.

Typical activities include:

• technical review of engineering design documentation
• verification of structural, civil and systems design inputs
• coordination between multidisciplinary engineering disciplines
• identification of constructability issues and technical constraints

Bills of Quantities used for infrastructure tenders must be derived directly from engineering drawings, technical specifications and design documentation.

Engineering teams involved in Digital Dome projects have significant experience in the preparation and verification of engineering quantities for transport infrastructure, civil works and complex construction projects.

Typical activities include:

• quantity take-off from engineering drawings and models
• preparation of Bills of Quantities (BoQ)
• verification of quantities against design documentation
• preparation of material take-offs (MTO)
• alignment of quantities with construction methodologies
• coordination with engineering teams during quantity verification

Tender preparation often requires coordination between engineering teams, estimators and project management staff.

Engineering specialists engaged in Digital Dome projects support this process by ensuring that technical documentation, quantities and engineering assumptions are properly aligned with tender requirements.

Services may include:

• preparation of technical documentation supporting tender submissions
• coordination between engineering disciplines during tender preparation
• support in preparation of technical specifications
• engineering advisory during procurement processes