This project focuses on developing a complete 3D civil and structural model for an industrial plant using SP3D Civil. It covers grid setup, coordinate systems, foundations, slabs, columns, beams, and equipment supports. Civil components are aligned with plant layout requirements to ensure constructability and accuracy. Clash detection is performed with other disciplines to identify and resolve interferences early. The project reflects real-world EPC workflows followed in large-scale oil, gas, and power plant projects.

This project involves designing a full site development model using SP3D Civil, including access roads, grading, earthworks, drainage networks, and underground piping. It manages the coordination of civil layouts with structural elements and plant infrastructure. Design rules are applied to ensure proper clearances, slopes, and routing standards. Validation checks are used to confirm compliance with engineering practices. The project represents realistic site development scenarios used in industrial facility planning.

This project focuses on modeling equipment foundations and associated structural supports within a multi-discipline SP3D environment. It manages foundation types, anchor layouts, pedestal supports, and integration with equipment models. Interference checking ensures proper alignment with piping, electrical, and structural systems. Reports and drawings are generated for construction readiness and material estimation. The project mirrors actual civil coordination tasks performed by plant design and construction teams.