Designing piping systems, considering factors like pressure, temperature, and fluid properties, crucial for safety and efficiency.

Creating detailed piping layouts and isometrics using CAD software, ensuring accurate representation for fabrication and installation.

Performing stress analysis to ensure piping systems can withstand operational loads and prevent failures, vital for structural integrity.

Selecting appropriate piping materials based on fluid compatibility, corrosion resistance, and cost-effectiveness, optimizing system longevity.

Developing piping specifications and standards to ensure compliance with industry codes and regulations, maintaining quality control.

Coordinating with other engineering disciplines (civil, mechanical, electrical) to integrate piping systems seamlessly, fostering collaboration.

Reviewing vendor drawings and documents to verify compliance with project requirements, ensuring accuracy and adherence to standards.

Overseeing the installation and testing of piping systems on-site, ensuring proper execution and adherence to design specifications.

Troubleshooting piping system issues and providing solutions to ensure smooth operations, addressing problems efficiently.

Conducting regular inspections and maintenance of piping systems to prevent leaks and failures, promoting proactive maintenance.

Preparing and maintaining accurate documentation of piping systems, including as-built drawings and operating procedures, ensuring traceability.

Estimating material quantities and costs for piping projects, supporting budget planning and cost control, crucial for project management.

Develop detailed piping layouts and isometrics using CAD software, ensuring compliance with industry codes and standards.

Perform stress analysis on piping systems to identify potential weaknesses and ensure structural integrity under various operating conditions.

Select appropriate piping materials based on fluid properties, temperature, pressure, and corrosion resistance requirements.

Conduct hydraulic calculations to determine pipe sizes, flow rates, and pressure drops, optimizing system performance.

Ensure all piping designs comply with relevant industry codes, standards, and regulations (e.g., ASME, ANSI, API).

Plan and optimize the layout of piping systems within plant facilities, considering accessibility, maintenance, and safety.

Design and specify appropriate pipe supports, hangers, and anchors to ensure stability and prevent excessive stress.

Select and specify valves based on their function, pressure rating, material compatibility, and flow control requirements.

Oversee the inspection and testing of piping systems to ensure they meet design specifications and quality standards.

Prepare and maintain accurate documentation, including piping drawings, specifications, and calculations.

Collaborate with other engineering disciplines (e.g., civil, mechanical, electrical) to ensure seamless integration of piping systems.

Reviewing piping system layouts and designs for compliance with codes and standards.

Performing stress analysis on piping systems to ensure structural integrity.

Creating detailed piping specifications and material requisitions.

Collaborating with other engineering disciplines (civil, mechanical, electrical) to integrate piping systems.

Overseeing the installation and testing of piping systems on-site.

Troubleshooting and resolving piping system issues during construction and operation.

Developing and maintaining piping system documentation, including P&IDs and isometrics.

Conducting hydraulic analysis to optimize piping system performance.

Evaluating vendor proposals and technical specifications for piping components.

Ensuring adherence to safety regulations and environmental guidelines in piping design and operation.

Participating in HAZOP studies and risk assessments related to piping systems.

Providing technical support and training to operations and maintenance personnel.