1. Piping Layout & Routing: Develop optimized piping layouts and routes considering equipment, accessibility, maintenance, safety, and constructability.

2. 3D Plant Modeling: Create accurate 3D piping models to visualize piping systems and integrate them with equipment, structures, and other plant components.

3. Equipment & Nozzle Coordination: Coordinate piping connections with equipment and nozzle locations to ensure proper orientation, accessibility, and maintenance clearance.

4. Piping Stress & Flexibility: Support piping stress and flexibility requirements to ensure safe and reliable piping systems under operating conditions.

5. Pipe Support Design: Develop suitable pipe support arrangements to maintain stability, control loads, and ensure proper piping performance.

6. Piping Isometric Drawings: Generate accurate piping isometrics with dimensions, elevations, weld information, material details, and fabrication requirements.

7. MTO & Material Take-Off: Prepare accurate material take-offs and piping quantities from engineering models and drawings for procurement and project estimation.

8. Clash Detection & Design Review: Identify clashes between piping, equipment, structures, cable trays, and other disciplines before fabrication and construction.

9. Piping Deliverables & Documentation: Prepare piping layouts, GA drawings, isometrics, line lists, MTOs, and other engineering deliverables as per project requirements.

10. As-Built & Modification Engineering: Update piping models and drawings to reflect plant modifications, expansions, and as-built site conditions.