. Design & Layout

• Develop 3D piping layouts using software like PDMS, E3D, SP3D.
• Ensure layouts allow for maintenance access, safety clearances, and operational efficiency.
• Generate isometric drawings, nozzle orientations, and equipment layouts from 3D models.

2. Technical Documentation

• Review and interpret P&IDs, equipment datasheets, and process documents.
• Create and maintain design documentation and piping drawings for project records.

3. Compliance & Standards

• Ensure designs meet ASME B31.3 process piping codes and other international standards.
• Conduct clash detection, consistency checks, and stress analysis to verify mechanical integrity.

4. Coordination

• Collaborate with mechanical, civil, and electrical engineers to integrate piping layouts into overall plant design.
• Participate in design reviews, safety studies, and constructability reviews.

5. Material & Cost Estimation

• Provide inputs for material selection, cost estimation, and man-hour calculations.
• Update equipment models based on vendor drawings and specifications.

6. Installation & Support

• Define pipe supports as per project philosophy.
• Oversee installation to ensure compliance with design and safety requirements.