Structural Design and Detailing

• The structural system undergoes rigorous analysis for gravity (dead and live loads) and lateral (wind and seismic) forces using industry-leading software, ensuring precision in modeling and safety in design.

• The design scope includes in-situ foundations, reinforced concrete frames, and precast structural components. Special emphasis is placed on detailing connections and structural ties to ensure continuity, load transfer, and robustness against progressive collapse, in accordance with applicable codes.

• Erection drawings are developed to clearly define the sequential installation of precast elements. These drawings include comprehensive connection details, lifting and bracing requirements, alignment references, and coordination with in-situ structures to facilitate accurate and safe execution during site erection.

• Each precast element is detailed through unit drawings that include precise reinforcement detailing, bar bending schedules in tabulated format, and comprehensive handling guidelines such as lifting points, orientation marks, and stacking instructions to facilitate accurate fabrication and safe logistics.

• Inspection and monitoring tasks are conducted through a structured protocol that includes daily site walkthroughs, milestone checks, QA/QC verification, and safety audits. Findings are recorded and communicated promptly to maintain schedule integrity and prevent rework.

• Finalizing the structural system, prior to the start of structural analysis, involves a coordinated approach with architects, project managers, and the client to ensure the design supports the architectural vision, complies with regulatory requirements, and is practical for execution. Design decisions are made with a clear understanding of site constraints, construction methods, and lifecycle performance.

• The Stability Certificate subsequent to completion, site inspection & after carrying out of the remedial measures as instructed can be issued (If required).