Solid Works Designer Design | Engineering

Accountability

As Furnace Internals Designer you perform all furnace internals design activities related to 3D modeling (as required) and preparing 2D drawings. You assist other engineering disciplines with preparing 2D drawings. You support / assist other Furnace Internals Designers with the performance of their assignments. You support / assist the (Sr.) Furnace Internals Engineer in any activity at his request. 

Key Activities:

  • Is aware and cares for Health, Safety & Environmental aspects during daily actions, and drives HSE performance throughout project and or internal/ external services activities.
  • All furnace internals design activities related to 3D modeling (as required) and preparing 2D drawings.
  • Assist other engineering disciplines with preparing 2D drawings.
  • Support / assist other Furnace Internals Designers with the performance of their assignments.
  • Support / assist the (Sr.) Furnace Internals Engineer in any activity at his request.
  • Incorporate Customer technical requirements in project related furnace internals standards and drawings.
  • Perform 3D modeling (as required) and prepare 2D drawings for furnace internals piping systems and associated items, such as radiant coils, convection coils and tube sheets, X-over piping systems, refractory lined header, spring supports etc.
  • Ensure 3D modeling (as required) is executed properly and completed without clashes.
  • Assist the (Sr.) Furnace Internals Engineer to ensure the quality of the furnace internals piping design by performing regular model reviews.
  • Assist the (Sr.) Furnace Internals Engineer in coordinating furnace internals related design issues with other engineering disciplines.
  • Assist the (Sr.) Furnace Internals Engineer in preparing furnace internals related MTO’s.
  • Assist the (Sr.) Furnace Internals Engineer in Vendor document review to check suitability of the detailed design.
  • Assist the (Sr.) Furnace Internals Engineer in review detailed design drawings prepared by third parties.
  • Use the available design review checklists.
  • Incorporate lessons learned (Quality Deviation Lists, Quality Improvement Points).

Qualifications

  • Min. 5 years in similar function;
  • Understanding the constraints of designing (high alloy) piping systems exposed to high temperatures and operating in the creep zone;
  • Technical College or BSc degree in Mechanical Engineering.

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