Mechanical Design Engineer - Turbomachinery & Auxiliary Systems

As a Mechanical Design Engineer - Turbomachinery Auxiliary Systems , you will be responsible for:

• Going through customer specifications in detail, understanding critical project requirements, and deriving all requirements for the design of various Mechanical Auxiliaries according to BH best practices
• Collaborating with external engineering suppliers in the creation of basic engineering drawings and 3D models of various Mechanical Auxiliaries items, foundation drawings, and managing 3D models.
• Performing Structural analysis of baseplates using FEA tools.
• Collaborate to develop static and dynamic analysis by external suppliers and support the creation of built-to-print drawings for the baseplate.
• Creating Piping line specifications.
• Designing / sizing of the lube oil tank (API 614) and selection of Lube oil system components like pumps, LV motors, filters, accumulators, rundown tanks, and pressure control valves.
• Support skid package design development of Compressor Steam turbine packages, including package piping support design, locking assembly, etc, with due consideration to ergonomics, accessibility, and maintenance.
• Design of various external BOP skids that include Oil mist eliminators, Rundown oil tanks, and Seal gas treatment skids in collaboration with external OEM vendors.
• Participate in 3D model review of the entire train, verifying interface across different products that constitute the project, supporting 3D model review meetings with the customer.
• Performing stress analysis of piping supports, where required.

Fuel your passion

To be successful in this role, you will:

• Have a BE/BTech in Mechanical/Industrial Engineering
• Have 2+ yrs of experience in the Packaging of rotating equipment, auxiliary equipment design/ piping support design/ analysis / structural analysis.
• Have knowledge of piping design for ASME B31.1 31.3, Lube oil System sizing to API 614 code requirement.
• Have experience in sizing calculations and valve selection.
• Working knowledge in NX modules, Autocad modelling, drafting, routing assembly and Analysis software like Ansys, Caesar, etc
• Be able to read understand engineering documents (like P ID, technical data sheets, and OM manuals)