This project focuses on developing a complete 3D plant layout using PDMS for a process industry facility. It covers modeling of major equipment such as pumps, vessels, heat exchangers, and tanks with accurate orientation and nozzle definitions. The project follows standard engineering inputs including layout drawings and equipment datasheets. Model hierarchy, attributes, and spatial coordination are maintained to reflect real-world plant design practices used by EPC organizations.

This project focuses on creating a detailed piping model in PDMS based on P&IDs and line lists. It manages pipe routing, component placement, line specifications, and connectivity across equipment and structures. Automated isometric drawings, bill of materials, and spool details are generated to support fabrication and construction activities. The project reflects industry-standard piping workflows used in oil & gas and process plants.

This project focuses on integrating piping, equipment, and structural models within a single PDMS environment to perform clash detection and design coordination. It identifies physical interferences, analyzes clearance issues, and implements corrective actions to optimize layout efficiency. Coordination reports and revised models are produced to ensure constructability and compliance with design standards. The project represents real-world multidisciplinary coordination practices followed in large-scale plant engineering projects.