Services
Lidar Scanning
Lidar scanning revolutionizes historical preservation by
creating precise 3D models of heritage sites, enabling detailed analysis and
documentation without physical intrusion. This technology aids in assessing
structural integrity and planning restoration projects with high accuracy. It
ensures the safeguarding of architectural details for future generations, blending
the preservation of the past with cutting-edge technology.
BIM/VDC Services
We use fabrication-level models to coordinate building
elements such as steel and concrete or wood framing and MEP elements. This is
done by using the contract drawings and information to produce a fully
coordinated model. This process works out issues typically found in the project’s
building phase. This is required because contract drawings are not typically at a
fabrication level and are schematic in nature.
Material and Quantity Takeoff
Our material takeoff services are designed to support projects of all sizes, providing
accurate and detailed quantity estimations to ensure efficient project planning and
execution. Leveraging advanced technology and methodologies
Fabrication Drawings
Our process produces a fabrication-level model that can be used for
fully coordinated layout drawings.
o Rebar: With a fabrication-level model, we are able to accurately produce Rebar
shop drawings. Our shop drawings are complete with plan, section, and ISO
views that help the team quickly determine the rebar requirements. Additionally,
our shop drawings are complete with cut/bend schedules for both onsite and
offsite fabrication.
Project Documentation Services
Our comprehensive project documentation services capture the essence and achievements of your projects, offering a visual and interactive record for stakeholders, promotional use, and archival purposes.
We utilize Matterport technology to create detailed 3D scans of project sites. These scans offer an immersive experience of as-built conditions and the final product, hosted online for easy access and exploration.