MEP Documentation Services

MEP documentation ensures that mechanical, electrical, plumbing, and fire protection systems are accurately recorded for renovation, coordination, and compliance.

It captures millimeter-accurate layouts of MEP systems, producing point clouds that are used to create 2D CAD drawings, 3D Revit models, and as-built schematics.

We deliver 2D plans, RCPs, risers, Revit models, Matterport walkthroughs, and clash detection datasets tailored to your BIM standards.

Yes. We document MEP systems even in operational or under-construction sites, minimizing downtime while maintaining full accuracy.

Absolutely. We use Matterport Pro3 to deliver annotated virtual site tours, helping teams remotely inspect, verify, and coordinate without extra site visits.

Hospitals, industrial facilities, data centers, commercial buildings, and office retrofits, anywhere where precise system documentation is essential.

Scan-to-BIM converts 3D LiDAR point clouds into accurate Revit models, enabling teams to visualize existing conditions, plan retrofits, or coordinate with contractors. It’s ideal for renovations, documentation, or ongoing facility management.

We deliver models from LOD 100 to LOD 400, based on your project needs.

Our work aligns with AIA and BIMForum LOD Specifications, ensuring consistent geometry, information, and usability throughout the design and construction lifecycle.

Yes. We include Architectural, Structural, and MEP (HVAC, plumbing, fire protection) modeling in one unified Revit file. Models are clash-detection ready and tailored for fabrication or coordination.

Delivery ranges from 5 to 15 business days, depending on the building size, LOD scope, and detailing requirements.

Absolutely. We support COBie, GSA standards, and client BEPs — including CTBs, naming conventions, phase filters, and view templates. Everything is fully customizable.

We deliver native Revit files (.RVT), DWG, IFC, or custom exports like NWC for Navisworks or OBJs for 3D visualization tools.

Our BIM services support architecture, engineering, construction, and facility management teams across the Americas — including commercial real estate, healthcare, higher education, historic preservation, and adaptive reuse projects.

A site plan provides an overview of the entire property being developed while a building plan focuses on the specific design of the structure to be built. The building plan includes details such as floor plans, elevations, cross-sections, HVAC systems, door/window locations and more.

Common problems associated with building site planning include failing to accurately measure distances between features, not including enough detail in the plans, and not adhering to local regulations or ordinances.

Software tools can be extremely beneficial when creating building site plans, as they can help make a tedious task much easier and more accurate. These tools allow users to measure distances between features with precision, create detailed diagrams or drawings, and store all relevant information in one place.

Common mistakes to avoid when creating a building site plan include failing to accurately measure distances between features, not including enough detail in the plans, neglecting to take into account local regulations or ordinances, and not taking into consideration future growth or expansion of the property. Additionally, it’s important to make sure all stakeholders are consulted throughout the planning process to ensure their input is taken into account.

Building site plans are essential for successful development projects because they provide necessary information about the project's scope, design, and budget requirements before construction begins. Additionally, having an accurate plan ensures that all necessary permits are obtained prior to beginning work on site and helps avoid any costly delays or changes further down the line. By carefully following the approved building site plan, projects can be completed on time and within budget.

The best way to ensure accurate measurements on building site plans is by using a combination of building survey technology and aerial photography to create precise representations of the property. Additionally, it is important to measure several times throughout the process to ensure accuracy. Using software tools can also help with accurately measuring details such as distances between buildings or features.

Yes, there are a variety of software tools available that can help with building site plans. These tools make it easier to create accurate, professional-looking plans and also provide helpful features such as 3D modeling and rendering capabilities. Additionally, many software programs offer collaboration features so multiple stakeholders can work together on the same project from different locations.

After the site plan has been developed, it must be submitted to the local government agency responsible for issuing permits for the project. This agency will review the plan and may require revisions before approving it. Once approved, construction can begin according to the approved plans.

An overview or "bird's eye" view of the project site.

Each building site plan will vary depending on the type of project being built but generally should include detailed information about the location and boundaries of the property; existing trees, landscape features, and other natural features; details of the building footprint including size and shape; proposed street access; zoning information; storm-water management system plans; utility services connections; and any other elements that may be required.

AS-BUILT DRAWING SERVICES (Formerly DCMS Network) offers a variety of As Built Services, including:

• As-built drawings: We can create as-built drawings of your project, showing the final dimensions and layout of the completed work.

• As-built reports: We can prepare an As-Built Report documenting the work that was completed on your project.

• Change order management: We can help you manage any changes that need to be made to your project, ensuring that the changes are made in a timely and efficient manner.

The final product of a 3D scanning project is a highly accurate three-dimensional model that can be used for future reference. This model can be used to create as-built drawings and documentation.

The time required to process the data depends on the size and complexity of the project. However, in general, 3D scanning can be completed much more quickly than traditional methods of collecting as-built data.

After the data is collected, it is converted into a point cloud that can be used to create highly accurate three-dimensional models. These models can then be used for future reference.

There are many different types of equipment that can be used for 3D scanning. The type of equipment that is best suited for your project will depend on the size and complexity of the project.

3D scanning services use specialized equipment to capture three-dimensional data from an object. This data is then converted into a point cloud that can be used to create highly accurate three-dimensional models.

The time required to scan a project depends on the size and complexity of the project. However, in general, 3D scanning can be completed much more quickly than traditional methods of collecting as-built data.

The cost of 3D scanning services can vary depending on the size and complexity of the project. However, in general, 3D scanning is more cost-effective than traditional methods of collecting as-built data.

There are many benefits to using 3D scanning for as-builts, including the ability to create highly accurate documentation, capture data more quickly than traditional methods, and avoid disruptions to construction activities.

3D scanning can be used to quickly and accurately capture existing conditions on a construction site. This data can then be used to create as-built drawings and models that can be used for future reference.

An As Built Survey is a comprehensive survey of a site or building that records existing conditions. It is used to create an as-built record that can be used for comparison against the design drawings or other baseline information.

As built surveys are important because they provide an accurate representation of the current condition of a site or building. This information can be used to make informed decisions about future changes, renovations, or repairs.

The frequency of as built surveys will depend on the needs of the project. For example, if you are planning a major renovation, you will likely need more than one as built survey to track the progress of the work.

There are several factors that can influence the cost of an as built survey, including the size and complexity of the site or building, the number of surveys required, and the level of detail needed.

It is possible to do your own as built survey, but it is generally recommended that you hire a professional surveyor. Professional surveyors have the experience and equipment necessary to produce accurate and reliable results.

The time required to complete an as built survey will depend on the size and complexity of the site or building. Generally, small projects can be surveyed in a few hours, while larger projects may take several days.

As built surveys are typically conducted with GPS equipment, but other types of surveying equipment, such as total stations or robotic stations, can also be used.

During an as built survey, a variety of data is collected, including measurements of distance, elevation, and location. This data is then used to create a map or 3D model of the site or building.

The data from an as built survey can be used for a variety of purposes, such as creating as-built records, comparing against design drawings, or making decisions about future changes.

3D scanning is a process of capturing three-dimensional data from an object using specialized equipment. The resulting point cloud data can be used to create highly accurate three-dimensional models of the object.

3D scanning can be used to quickly and accurately capture existing conditions on a construction site. This data can then be used to create as-built drawings and models that can be used for future reference.

There are many benefits to using 3D scanning for as-builts, including the ability to create highly accurate documentation, capture data more quickly than traditional methods, and avoid disruptions to construction activities.

The cost of 3D scanning services can vary depending on the size and complexity of the project. However, in general, 3D scanning is more cost-effective than traditional methods of collecting as-built data.

The time required to scan a project depends on the size and complexity of the project. However, in general, 3D scanning can be completed much more quickly than traditional methods of collecting as-built data.

3D scanning services use specialized equipment to capture three-dimensional data from an object. This data is then converted into a point cloud that can be used to create highly accurate three-dimensional models.

There are many different types of equipment that can be used for 3D scanning. The type of equipment that is best suited for your project will depend on the size and complexity of the project.

After the data is collected, it is converted into a point cloud that can be used to create highly accurate three-dimensional models. These models can then be used for future reference.

The time required to process the data depends on the size and complexity of the project. However, in general, 3D scanning can be completed much more quickly than traditional methods of collecting as-built data.