Structural Analysis & Design
Structural analysis and design support for evaluating loads, structural behavior, member requirements and overall system performance.
Engineering, structural design, analysis, modeling and documentation solutions supporting commercial, industrial, residential and infrastructure projects.
Structural engineering combines analysis, design, constructability and documentation to create safe and practical structures. Our capabilities span structural analysis, structural design, steel design, structural drafting, 3D modeling, shop drawings and project-specific engineering documentation.
Structural analysis and design support for evaluating loads, structural behavior, member requirements and overall system performance.
Engineering support for structural steel framing, members, connections and constructable steel systems.
Detailed digital structural models supporting design coordination, visualization and downstream detailing.
Clear structural drawings and documentation developed from engineering information and project requirements.
Detailed documentation supporting steel fabrication, construction coordination and field erection.
BIM-based structural workflows supporting coordinated project delivery and multidisciplinary collaboration.
Structural engineering support for residential buildings, renovations and project-specific structural requirements.
Structural solutions for industrial facilities, equipment areas, platforms and complex steel framing.
Engineering support for water tanks, timber structures, prestressed systems and other specialized structural requirements.
Structural steel connections are a critical part of the load path and construction process. Engineering decisions must consider member forces, connection behavior, fabrication requirements, erection constraints and project specifications.
Structural requirements vary according to building type, materials, loading conditions, project location and construction methodology.
Structural steel framing, members, connections, bracing systems and related engineering documentation.
Structural documentation and reinforcement-related engineering support for concrete construction.
Engineering support for timber structural systems and project-specific structural requirements.
Engineering support for industrial buildings, platforms, equipment areas and specialized framing.
A coordinated structural model can provide engineers, detailers, fabricators and contractors with a shared digital representation of the structure.
Structural BIM workflows can support visualization, coordination, clash detection, design communication and the transition from engineering information to detailed construction documentation.
A structured workflow helps maintain design coordination, documentation quality and communication throughout the project lifecycle.
Review drawings, specifications, scope and project requirements.
Evaluate applicable loads, systems and structural requirements.
Develop structural systems, members and connection requirements.
Develop coordinated structural models and project documentation.
Deliver engineering and structural documentation according to project requirements.
Structural engineering requirements differ across building types and project environments. Each project should be evaluated according to its specific scope, standards and engineering criteria.
Structural engineering may include structural analysis, design, modeling, drafting, engineering documentation, connection design and project-specific technical support depending on the project scope.
Structural steel design can include analysis and design of steel members, framing systems, connections and associated structural documentation according to applicable project requirements.
Yes. Coordinating engineering and detailing workflows can help improve communication between structural design information, 3D models, fabrication drawings and construction documentation.
BIM and 3D structural modeling can support coordination, visualization, clash detection and downstream documentation depending on project requirements.
Project types may include commercial, industrial, residential and specialty structures. The exact scope depends on project requirements, jurisdiction, applicable standards and engineering responsibility.
Share your project scope, drawings and engineering requirements to discuss the appropriate structural engineering and modeling support.