Structural Steel Connection Design Services

We design practical, buildable steel connections that simplify fabrication, fit-up, and installation.

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Structural Steel Connection Design Services

Fabrication-ready Steel Connection Design

We provide structural steel connection design services for fabricators, contractors, EPC companies, and construction teams that need practical, fabrication-ready connection designs for industrial, commercial, warehouse, and infrastructure projects.

Our connection engineers design steel connections with close attention to fabrication fit-up, erection requirements, constructability, and code compliance to help reduce fabrication issues, site rework, and approval delays during project execution.

Connection designs are thoroughly reviewed during the design process to help identify coordination issues, connection conflicts, and constructability concerns earlier before fabrication and erection activities begin.

We support projects using design and detailing platforms such as IDEA StatiCa, Risa 3D, STAAD Pro, Tekla Structures, SDS2, and AutoCAD based on project requirements and applicable standards.

Steel Connection Design capabilities

Our steel connection design services support fabrication and construction projects that require practical, fabrication-ready steel connections for shop fabrication and field installation.

We design connections for structural steel members, bracing systems, trusses, platforms, equipment supports, and miscellaneous steel structures. Connection designs are developed with close attention to load transfer, weld accessibility, bolt placement, erection feasibility, and member fit-up.

Our connection design scope includes:

  • Primary steel connection design
  • Beam-to-column and beam-to-beam connections
  • Moment and shear connection design
  • Bracing and truss connection design
  • Base plate and splice connection design
  • Gusset plate connections
  • Miscellaneous and secondary steel connection design (for pipe racks, equipment supports, mezzanine structures, crane support structures, and industrial platforms)

Our connection engineers also coordinate with detailing and fabrication teams during the design process. This helps reduce RFIs, field modifications, and fabrication delays during project execution.

Connection calculations & engineering analysis

Our connection design services also include structural connection calculations and engineering analysis for steel fabrication and construction projects.

Connection calculations are developed based on loading conditions, structural behavior, connection forces, and applicable design standards. Our engineers review bolt capacities, weld strength, plate thickness, connection geometry, and load paths during the design process to help reduce connection issues during fabrication and erection.

Engineering analysis can include:

  • Connection calculations
  • Bolt and weld calculations
  • Base plate calculations
  • Anchor rod checks
  • Load path analysis
  • Connection capacity validation
  • Code compliance checks
  • Connection design reports

We support connection engineering requirements based on AISC, AWS, OSHA, IBC, and project-specific standards where required.

Connection Detailing & fabrication support

We provide connection detailing support for steel fabrication and construction projects that require engineered connection details for fabrication drawings, approval submissions, and shop-floor production.

Capabilities include:

  • Connection detailing
  • Weld and bolt detailing
  • Shop drawing connection updates
  • Connection revisions during approval stages
  • Erection fit-up review
  • Fabrication-driven connection modifications

Delegated Connection Design support

Many structural steel projects require the fabricator or steel contractor to provide engineered connection designs based on engineer-of-record (EOR) requirements and project specifications.

We support delegated connection design for projects that require approval calculations, connection revisions, and project-specific connection modifications before fabrication begins.

We help with:

  • Delegated steel connection design
  • Connection calculation packages
  • Approval drawing support
  • RFI and revision-based connection updates

Technologies we use

INVENTOR * SOLIDWORKS * AUTOCAD

ADVANCE STEEL * PTC CREO * SOLIDWORKS PDM

AUTODESK REVIT * TEKLA * FUSION 360

3D EXPERIENCE * RISA 3D * IDEA STATICA

AUTODESK VAULT * NAVISWORKS

Industries we serve

AUTOMOTIVE

OIL & GAS

AGRICULTURE

STEEL STRUCTURAL

REFINERY

HEAVY MACHINERY

FOOD & BEVERAGE

POWER

WAREHOUSE

SHIP BUILDING

RENEWABLES

MINING

DATA CENTERS

Industrial standards

ANSI/ASMEASME Y14ASTMAWS D1.1NEMAAS 1100AS 1170AS 1250AS 3600AS 4100AS/NZSAS 1418AS/NZS 1553, 1554AS/NZS 5131ISO 2768ISO 268ISO 1101 ISO 10721ISO 3834BS ENBS EN 1990BS EN 1991BS EN 1993BS EN 10210BS EN 10025

Frequently Asked Questions

Steel Connection Design Services FAQs

We design steel connections for beams, columns, bracing systems, trusses, mezzanine structures, pipe racks, crane support structures, equipment supports, and miscellaneous steel projects. This can include moment connections, shear connections, splice connections, base plates, and welded or bolted connection designs.
Yes. We can support PE-stamped connection design packages for projects across North America based on project scope, code requirements, and approval needs.
Many fabricators and contractors outsource steel connection design when internal engineering teams are overloaded or project timelines become difficult to manage in-house. It also helps bring in experienced connection engineers who understand fabrication workflows, approval processes, shop drawings, and real-world fit-up requirements during fabrication and erection stages.
Yes. We can work with existing project drawings and markups to develop engineered connection calculations, revise connection details, support delegated connection design requirements, and coordinate updates during approval and fabrication stages.
PROJECTS DELIVERED SUCCESSFULLY
100%

Projects Delivered

REDUCTION IN COST
63%

Reduction in cost

IMPROVEMENT IN PRODUCT
73%

Improvement in product

REDUCTION IN TIME TO MARKET
56%

Reduction in time to market

INCREASE IN INNOVATION
47%

Increase in innovation