Rigorous structural analysis and design for concrete, steel, and composite systems — engineered to meet Gulf climatic demands, seismic requirements, and long-term load performance.
Structural engineering ensures that buildings and structures can safely resist all applied loads — gravity, wind, seismic, and thermal — throughout their design life. It is the discipline that makes architecture buildable and safe.
Our structural team uses advanced finite element analysis software to design and verify reinforced concrete, structural steel, and composite systems — all benchmarked against ACI, AISC, Eurocode, and local Omani requirements.
3D finite element modelling in ETABS and SAP2000 — capturing complex behaviour under all load combinations.
All designs verified against ACI 318, AISC 360, Eurocode 2/8, and Omani structural standards.
Substructure design — isolated footings, raft foundations, and pile systems — tailored to Omani soil conditions.
From geotechnical review through to stamped construction drawings — a disciplined, phased workflow.
Soil investigation report reviewed to determine bearing capacities, groundwater levels, and foundation strategy.
RC frame, steel, or composite system selected based on architectural requirements, span lengths, and loading conditions.
Full 3D finite element model built in ETABS. All load cases applied — dead, live, wind, seismic, and temperature.
All structural members — columns, beams, slabs, walls — sized and reinforced based on analysis results and code provisions.
Comprehensive engineering calculations produced, checked, and signed by a registered professional engineer.
Full structural drawing set — foundation plans, framing plans, sections, and reinforcement details — stamped and issued for construction.
Complete signed and stamped structural calculation package covering all members and load cases.
Foundation plan, pile layout or raft design, and all footing details with reinforcement schedules.
Floor-by-floor framing plans showing all beams, columns, slabs, and openings with dimensions.
Full bar bending schedules and connection details for all RC and steel elements.
Native ETABS model file provided for client records and future modifications.
Independent peer review and sign-off available for high-risk or authority-required projects.
Industry-leading 3D FEM software for building analysis and RC/steel design.
Slab and foundation analysis and design — mat foundations, post-tensioned slabs.
General-purpose structural analysis for complex geometries and dynamic analysis.
Construction drawing production — all structural plans, sections, and reinforcement details.
14-storey RC frame structure with a transfer slab at level 3 and a 2-level basement car park. Full seismic analysis performed under Oman seismic zone requirements with ETABS response spectrum analysis.
Structural design works best when fully coordinated with all engineering disciplines.
Structure designed in full coordination with the architectural layout and spatial requirements.
Structural model federated into the BIM environment for full multi-discipline coordination.
MEP systems routed through structural openings and penetrations with full coordination.
Share your project details and our structural team will provide a clear scope and fee proposal within 48 hours.
