Engineer II, Piping Design

Overview

Design and develop piping systems for gas turbine power projects using SmartPlant 3D.

Key Responsibilities

• piping design
• smartplant
• model review
• clash detection
• isometric drawings
• material selection

Tasks

-Work with project teams to implement constructability and maintainability improvements. -Maintain records of design changes and engineering decisions. -Select appropriate piping materials, valves, and fittings as per project specifications. -Deliver engineering outputs within project schedules to meet deadlines. -Ensure designs adhere to safety regulations, client standards, and industry best practices. -Prepare and review piping drawings, isometrics, and bill of materials (BOM). -Protect company confidential information by not communicating, disclosing, or using it for benefit of third parties and always maintaining the highest degree of honesty and integrity. -Support model reviews, clash detection, and resolution using SmartPLANT Review and Freeview. -Develop and optimize piping layouts, isometric drawings, and 3D models using software like SmartPLANT 3D (SP3D), PDMS, or PDS. -Ensure piping designs align with project requirements, safety standards, and industry best practices. -Participate in model reviews (30%, 60%, 90%) and resolve clash issues. -Support enforcement of S3D modeling standards and workflows. -Perform pipe routing on high temperature systems, considering space constraints, stress analysis requirements, accessibility, and maintenance. -Provide technical support throughout the project lifecycle from conceptual design to commissioning. -Contribute to improvements in S3D workflows, tools, and processes by offering feedback and supporting implementation. -Perform piping designs for high energy and process piping according to ASME B31.1 codes and standards. -Generate and maintain piping layouts, isometrics, and general arrangement drawings. -Strive for continuous improvement in piping system designs to enhance efficiency and reduce costs. -Effectively manage multiple tasks and coordinate with multidisciplinary teams. -Collaborate with process, mechanical, and structural teams to integrate piping designs.

Requirements

• smart 3d
• pds
• pdms
• bachelor's
• 7 years
• problem solving

What You Bring

-Proficient in 3D piping modeling software such as PDS, PDMS, and SmartPLANT 3D (SP3D). -Soft Skills: Strong analytical and problem-solving abilities, effective communication and collaboration skills across multidisciplinary teams, and the ability to manage multiple priorities while meeting project deadlines. -Education and/or Experience: Bachelor’s degree in engineering or a related technical field (preferred). A minimum of 7 years of experience in piping design, with demonstrated expertise in Smart 3D (S3D) and other engineering design tools. -Technical Skills: Solid understanding of piping design principles, including 3D modeling workflows, piping specifications, and plant layout standards. Proficiency in Smart 3D (S3D) is essential, including experience with modeling, reference data customization, and project schema configuration. Ability to troubleshoot design issues, coordinate with other disciplines, and ensure model integrity.

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Benefits

-Paid vacation, sick time, and holidays -Excellent Benefits (Medical, Dental, Vision & 401K Matching) -Excellent development programs and advancement opportunities -Great working environment and culture -Tuition reimbursement and on-the-job training -Employee Appreciation Programs and Events

About Mitsubishi Power Americas

-A trusted partner in providing cutting-edge power solutions across North America. -Specializes in energy systems, focusing on high-efficiency power generation and sustainable technologies. -Portfolio includes gas turbines, energy storage systems, and integrated solutions for utility and industrial sectors. -Worked on numerous large-scale projects, including power plants, renewable energy integration, and carbon capture systems. -Technological innovations support the global transition to cleaner energy, including solar, wind, and hydrogen power.

Sector Specialisms