Creation of detailed shop drawings for fabrication, including the exact specifications for each steel component. Includes details on material specifications, dimensions, welding, bolting, and other fabrication instructions.
Development of erection plans that guide the assembly and installation of the steel components on-site. Includes placement instructions, orientation, and alignment of structural elements.
Use of advanced 3D modelling software (Tekla Structures) to create accurate representations of steel structures. Helps in visualizing the design, detecting potential issues, and facilitating clash detection.
Preparation of comprehensive lists of all materials and components required for fabrication and construction. Includes quantities, sizes, and types of steel members, bolts, welds, and other accessories.
We submitting the detailed design and analysis for the connections between steel components. This design ensures structural integrity while complying fully with LRFD and ASD standards. The design includes both bolted and welded connections and meets PE stamping compliance with all AISC standards.
We specialist in Estimating material take-off (MTO) is an essential step in the construction and engineering process, ensuring that the necessary quantities of materials are accurately calculated for a project. This process is critical for budgeting, procurement, and scheduling.
Coordination with architects, engineers, and contractors to ensure seamless integration of the steel detailing with the overall project design. Collaborative efforts to resolve design challenges and ensure accuracy.
Coordination is a crucial aspect of modern construction projects, involving the integration and alignment of various disciplines' models (architectural, structural, mechanical, electrical, etc.) into a cohesive whole. Effective BIM coordination helps identify and resolve potential conflicts or "clashes" before they occur on-site, saving time and cost
Ongoing support for revisions and updates to the design and drawings as project requirements evolve. Ensuring that all changes are accurately reflected in the final documentation.
Rigorous quality checks to ensure that all drawings and models meet the required standards and specifications. Compliance with industry codes and regulations, such as AISC (American Institute of Steel Construction) standards.
Preparation of as-built drawings that reflect the final constructed structure, capturing any deviations from the original design.