Mechanical & Piping Engineering List

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Develop and implement programs to ensure equipment and piping systems are designed, maintained, and operated safely throughout their lifecycle incompliance with industry standards.

Evaluate and manage the condition of critical assets to ensure safe, reliable operations while extending service life and maintaining compliance with industry standards.

Conduct on-site visual assessments to identify damage, corrosion, and operational concerns affecting equipment performance.

Size and specify spring supports to properly accommodate piping movement and maintain system balance.

Perform inspections guided by risk methodologies to identify critical issues and optimize maintenance efforts.

Develop practical, code-compliant repair strategies to restore equipment integrity and extend service life.

Produce detailed piping isometric drawings to support fabrication, installation, and field execution.

Support regulatory compliance by ensuring pipeline systems meet applicable codes, standards, and safety requirements.

Evaluate piping systems for thermal expansion, weight, pressure, and dynamic loads to ensure code compliance and reliability.

Analyze forces and moments on equipment nozzles to ensure compliance with allowable limits and protect equipment integrity.

Evaluate fluid systems to analyze flow rates, pressure losses, and system performance for efficient and reliable operation.

Assess damaged or in-service equipment to determine if it can continue operating safely or requires repair or replacement.

Perform advanced simulations to evaluate stress, deformation, and fatigue behavior under real-world operating conditions.

Conduct thorough field and analytical investigations to identify failure mechanisms and support corrective action strategies.

Analyze failed components to determine root cause and provide actionable recommendations to prevent recurrence.

Provide complete mechanical design of equipment, including sizing, layout, and code-compliant detailing for fabrication and operation.

Develop detailed 3D models of mechanical and piping systems to support design visualization, coordination, and constructability.

Capture and document existing field conditions to create accurate as-built drawings for ongoing operations, maintenance, and future modifications.

Design and optimize mechanical components to meet performance, safety, and code requirements across a wide range of applications.

Simulate fluid flow, heat transfer, and pressure behavior to optimize system performance, efficiency, and reliability.

Design engineered pipe and equipment supports tailored to project-specific loads, movements, and installation constraints.