info@pinnacleinfotech.com
+1 713 780 2135
Structural engineering, at its best, delivers a detailed representation of dimensions and placements of structural components through precise structural analysis, design, and implementation.
Pinnacle Infotech has been providing structural engineering BIM services for 30+ years in more than 43 countries across 6 continents. We have successfully executed 15000+ projects and have acquired a deep understanding of International Building codes and procedural compliances of different countries.
We have an expert team of structural BIM modelers and structural engineers with hands-on experience in working on leading technologies and the latest BIM software like Revit, STAAD Pro, MicroStation, and ETABS.
With our proven expertise in working on different aspects of building information modeling and construction process automation, we have been delivering comprehensive structural BIM modeling services to our clients from different construction niches and belonging to different geographical regions and dealing with various local conditions and compliance factors.
With our streamlined processes and high-end practices in BIM for structural, we are able to deliver precise and pertinent solutions to the project owners and stakeholders looking for structural analysis services in the AECO domain.
We offer superior quality structural analysis design support throughout all stages:
Using inputs such as basic mark-ups and hand sketches, we provide accurate construction drawing sets for different physical and functional characteristics, which include:
Standard Model Items include:
Slabs: Foundation, patio, floor, and roof sheathing.
Elevator Pit: Including walls and mat slab.
Walls: Wood walls around stairs, elevator cores, and mechanical room.
Exterior Walls: Thickened slab.
Interior Walls (as mentioned): WF footing.
Wall Footing Junction: Made joint by lowering WF footing by -4″ or as required.
Corridor Framing: Maintain existing model group.
Roof Framing: Balcony area uses 2×8 lumber or equivalent framing.
Maintain level with walls as per the previous project:
Columns: Continuous from foundation to roof (UNO).
Roof Truss: Utilize the roof truss family from the sample reference.
We prepare standardized drawings across structural design stages according to the client’s drafting standards from the following inputs:
Taking as-built drawings or point cloud data of legacy buildings as input, we create 3D models for Refurbishments.
Structural Engineering BIM (Building Information Modeling) is a digital representation of structural components, systems, and elements in a project. It enables structural engineers to create detailed models, perform structural analysis, and ensure structural integrity through enhanced collaboration and coordination. Key benefits include improved accuracy, reduced project delays, and seamless data exchange among multidisciplinary teams.
BIM for structural engineering streamlines the construction process by providing coordinated BIM models that integrate structural systems, reinforced concrete members, and steel designs. This helps conduct clash detection, generate shop and fabrication drawings, and create detailed construction documentation, reducing errors and enhancing project efficiency.
Structural BIM services utilize specialized BIM tools such as Autodesk Revit, Robot Structural Analysis Professional, and other BIM software to perform structural analysis, parametric design, and lifecycle management. These tools enable engineers to create information-rich models, conduct load calculations, and optimize structural performance while ensuring environmental impact considerations.
Structural BIM Services foster collaboration among project stakeholders by enabling the creation of a single, coordinated BIM model. This model facilitates seamless communication, proactive maintenance planning, and quality control throughout the project lifecycle. The integration of design models, construction schedules, and cost estimates ensures that all parties work in sync, minimizing errors and enhancing overall project outcomes.
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