Service
General Contractors of Garland handles structural steel building construction with one coordinated project workflow covering site readiness, building systems, field sequencing, and final turnover for Garland and DFW owners.
General Contractors of Garland manages structural steel building construction for industrial owners, commercial developers, and institutional users across Garland and east Dallas County who need the design flexibility, long-span capability, or multi-story structural performance that structural steel delivers. While tilt-wall and PEMB systems serve most of Garland's standard industrial and commercial building programs, structural steel is the right choice for buildings with complex geometry, long-span requirements above 150 feet, multiple stories, significant point loads from overhead cranes or mezzanine systems, or aesthetic requirements that concrete and metal panel systems cannot achieve.
Structural steel construction in Garland has specific scheduling and logistics requirements driven by the fabrication and delivery timeline from the steel fabricator. Structural steel for a commercial or industrial building in Garland typically has a 12 to 20 week fabrication lead time from approved shop drawings — a constraint that must be reflected in the project schedule from preconstruction. Steel that is ordered after drawings are complete and permits are issued will extend the project timeline by months compared to steel released during design.
Garland's spring hail season creates a specific risk for structural steel projects with partially erected frames during March through May. Wind loads on partially braced structural steel frames during severe storm events require temporary bracing designs that are specified by the erection engineer before erection begins. We coordinate temporary bracing requirements with the erection engineer before the first piece of steel is set.
Structural steel building construction in Garland covers steel fabricator selection and coordination, shop drawing review for Garland-specific foundation anchor bolt requirements, erection sequencing and temporary bracing design, field bolting and welding inspection, building enclosure coordination, and all follow-on trades that depend on the steel frame being complete and stable before they mobilize.
Foundation anchor bolt design for Garland's Blackland Prairie clay is a specific coordination requirement on structural steel projects. The anchor bolt layout must match the structural steel fabricator's base plate design exactly — and the base plates must be designed for the foundation system that the geotechnical conditions require on the specific Garland site.
Structural steel is the right system for Garland industrial and commercial buildings that need long clear spans above 150 feet, multi-story construction, overhead crane runway integration with the frame, complex geometry that does not fit a rectangular tilt-wall or PEMB footprint, or institutional quality that requires visible exposed steel aesthetics.
For Garland's established industrial operators — companies with decades of manufacturing history in the city — structural steel is often the system for expansion buildings that need to match existing steel framed buildings on the same campus, or for specialized manufacturing facilities where overhead crane runway capacity requirements exceed what PEMB systems can accommodate.
Step 1
Structural steel projects start with the structural engineer's design and the selection of a fabricator whose shop drawing and delivery timelines support the project schedule. For Garland projects, we engage fabricators early in the design process so shop drawing submittal, review, and approval can occur before the permit is in hand — reducing the gap between permit issuance and steel delivery.
Step 2
The structural steel fabricator's anchor bolt design is coordinated with the geotechnical engineer and structural engineer before the foundation is designed. Garland's Blackland Prairie clay foundation requirements affect the base plate dimensions and anchor bolt embedment depths that the fabricator designs to — a coordination failure here produces anchor bolts that cannot receive the base plates the fabricator has designed.
Step 3
The erection sequence and temporary bracing design are developed by the erection engineer before steel is delivered. For Garland projects with spring erection windows, the temporary bracing design specifically addresses the wind loads that north Texas severe storms generate. Crane positioning and delivery routes are confirmed before the first delivery arrives on site.
Step 4
Steel erection follows the approved erection sequence with field bolting and welding completed and inspected at each erection phase. Special inspection for structural welding and high-strength bolting is coordinated with the City of Garland's structural inspection requirements. The erection engineer reviews any field conditions that deviate from the shop drawings before the crew proceeds.
Step 5
Building enclosure — roofing, wall panels, glazing — follows the erection and inspection sequence. Follow-on trades — MEP rough-in, interior framing, mechanical equipment installation — mobilize after the steel frame is stable and the building is enclosed. Overhead crane runway installation is coordinated with the crane vendor before the structure is enclosed.
Structural steel scheduling in Garland is controlled by the fabrication and delivery lead time — typically 12 to 20 weeks from approved shop drawings. We initiate steel procurement in the design phase so shop drawing approval can occur before the permit is issued and steel delivery can begin shortly after permit approval. Projects that wait until permits are in hand to initiate steel procurement add 12 to 20 weeks to the construction schedule.
Spring erection windows in Garland require temporary bracing designs that address north Texas severe storm wind loads. We schedule spring erection with the erection engineer's bracing plan confirmed before the first steel is set, and pause erection when severe weather is forecast with confirmed temporary bracing adequate for the partial-erection wind loads.
Structural steel construction planning matters in Garland because the fabrication lead time that controls the project schedule must be reflected in preconstruction from the first day of design. Projects that treat steel procurement as a post-permit activity add months to the schedule and deliver buildings later than owners committed to their business plans.
Garland's Blackland Prairie clay adds a specific structural steel planning requirement — the foundation and anchor bolt coordination between the geotechnical engineer, the structural engineer, and the fabricator must be completed in the correct sequence before any of the three parties commits to final dimensions. Getting that sequence wrong produces expensive field corrections at the most visible point in the project.
Primary Garland coverage for commercial and industrial construction tied to infill redevelopment, flex industrial upgrades, and regional owner-user growth.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageNorth corridor coverage for office, medical office, tenant build-out, corporate support space, and selective industrial expansion work.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageCentral DFW coverage for urban commercial projects, industrial repositioning, adaptive reuse, tenant improvements, and shell delivery.
Open pageStructural steel is the better choice when the building requires spans above 150 feet, multi-story construction, overhead crane runways integrated with the frame, complex geometry that does not fit a rectangular footprint, or when expansion flexibility requires a frame that can be modified without removing and replacing concrete panels. Tilt-wall is typically faster and less expensive for rectangular industrial buildings with standard dock and overhead door configurations.
We initiate steel procurement in the design phase — while structural drawings are still in progress — by issuing an early release package to the fabricator for preliminary sizing and shop drawing preparation. That approach allows shop drawing submittal to occur before or concurrent with permit review, so the steel is ready for delivery shortly after the permit is issued rather than weeks or months later.
City of Garland Building Services requires special inspection for structural welding — visual and non-destructive testing as specified by the engineer of record — and high-strength bolt installation. Special inspection is performed by a licensed special inspection agency engaged by the owner, not the contractor. We coordinate the special inspection scope and schedule with the owner and the inspection agency before steel erection begins.
