Building Information Modeling (BIM)
We use BIM to supplement and enhance the approach we apply to every new challenge.
At MATT, we recognize that the success of every project depends on people. Even when we’re integrating innovative technology into the equation, it’s about assembling the right team and establishing a process and workflow.
How BIM Works For Us
Construction begins in the virtual environment. First, we become engaged with the design team at the owner’s earliest invitation. The design team shares the models using software like REVIT (for 3D modeling) or AutoCAD (2D software), which we then import into Navisworks to kick off the coordination process.
As we’re developing the construction model in-house, we map out every possible area of consequence to the site. That means the site itself, adjacent properties, buildings, streets, sidewalks, trees and utilities. Any or all of these environmental factors could impact site access or constrain construction activity.
Navisworks lets us work with multiple model formats and different aspects of the design so that mechanical, electrical, plumbing and other trades can run clash detections with structural and architectural elements. If we see materials overlapping in the digital environment, we coordinate well ahead of construction and resolve the clashes in the virtual environment. Without this software, we could discover an obstacle in the field that would then take extra time and money to troubleshoot. BIM technologies save us from these potential setbacks.
The model becomes the primary basis and means of communicating ideas and logistics to everyone involved, from ownership, to design team, to agencies, to subcontractors. Frequent interaction with the model and weekly updates keep the process smooth and streamlined.
3D Modeling Program Rundown
8th & Hope
Popular with architects during the design phase, REVIT allows users to design a building in 3D. It is compatible with 4D schedule development and can plan and track construction phases from concept, to construction, to maintenance. The software has the ability to adapt to any modification of a single element, rippling to affect other elements in turn and keep the model consistent.
An alternative to REVIT, Digital Project allows architects to develop models regardless of geometric complexity with powerful surface, wireframe and solid modeling. It was used at the Petersen Automotive Museum and for The Broad museum. It can address localized conditions and incorporate automated drawing generation, optimization and reporting. It also allows you to clash, scale, combine 2D and 3D environments, navigate, and build 4D sequences.
Uses a NURBS mathematical model to produce precise curves and freeform surfaces (rather than polygonal mesh-based applications). For an architect, it’s a better tool for complex shapes beyond walls and floors, allowing the designer to map out more organic curvaceous surfaces. MATT uses RHINO for coordinating design intent and quantifying materials to estimate cost.
A highly collaborative tool primarily used by steel subcontractors, it has the ability to model different materials (concrete, timber, steel), can handle large and complex structures, create accurate constructible models and flow from the design phase to the construction site. Used often for steel and concrete detailing, it guides users from concept to fabrication. Often used alongside REVIT, its primary benefit is fabrication-level models and shop drawings for structural steel framing and reinforcing steel.
Allows users to open and combine 3D models to detect potential structural, MEPF and other clashes. It is the most popular of our diagnostic tools. The software can navigate a model in real-time and can run interference detection, 4D time simulation and photorealistic rendering, making it a valuable asset in preconstruction and construction.
A system that allows the user to link the construction schedule to elements in the model, then can run simulations to show what the project will look like at given point in time. A very useful tool for identifying and working out sequencing issues.
Point Cloud Data
This laser scanning apparatus scans an existing structure, then creates a point cloud as a digital representation of the conditions within. It’s very useful for renovation projects. In such cases, this kind of scanning allows an architect to account for structural features that might otherwise only reveal themselves during construction, avoiding potential scheduling delays.
BIM 360 DOCs / GLUE
This software is an excellent way to bring the model into the field. With a tablet or iPad, the user can upload the model to the cloud server and then pull up the virtual environment on the jobsite, allowing you to compare the real-time view with the architect’s vision.
Allows users to bring the 3D model into the field. Users can look at the design to be constructed overlaid on the actual site conditions. This technology was used and the Academy Museum of Motion Pictures to set control lines on the inside of the sphere and to understand where the theater walls needed to be in relation to those control lines.