This project focuses on developing a complete pump station design using SmartPlant 3D Mechanical. It covers 3D modeling of centrifugal pumps, piping networks, nozzles, valves, and mechanical supports. Design rules and specifications are applied to ensure accurate routing, equipment connectivity, and industry compliance. Isometric drawings, material take-offs, and general arrangement layouts are generated directly from the model. The project reflects real-world mechanical design workflows used in oil & gas and process industries.

This project focuses on creating a detailed heat exchanger area layout using SP3D Mechanical. It manages modeling of static equipment such as heat exchangers and vessels, along with connected piping systems and support structures. Design standards are enforced to maintain clearance, orientation, and nozzle alignment. Clash detection is performed to identify and resolve interferences before drawing generation. The project mirrors practical plant layout challenges faced by EPC organizations.

This project focuses on designing an integrated utility piping system using SmartPlant 3D Mechanical. It includes routing of multiple utility lines, placement of inline components, and creation of mechanical pipe supports. Modeling rules and specifications are applied to maintain consistency and constructability. Deliverables such as isometric drawings, BOMs, and support details are produced from the 3D model. The project represents real-time mechanical design practices followed in large industrial plant projects.