Baker Hughes
Industrial Energy Technology
LeadEngineer–Turbomachinery&AuxiliarySystems
Neural analysis suggests this role is
optimal for Lead candidates.
“Lead Engineer – Turbomachinery & Auxiliary Systems at Baker Hughes. Skills: Turbomachinery & Auxiliary Systems design, Rotating equipment packaging, Auxiliary equipment design, Piping & support design/analysis, Structural analysis, NX modelling, FEA analysis. Lead multiple complex projects and present to leadership on project status, risks and mitigations. Extend support to the Manufacturing Cell during machine assembly on the Shop floor and providing quick resolution to Non-conformity if genera”
Industry & Context.
Providing quick resolution to Non-conformity if generated
What They're Looking For.
Must Have
4+ years of experience in the Packaging of rotating equipment, auxiliary equipment design, piping & support design/ analysis, and structural analysis, Knowledge of piping design for ASME B31. 1 & 31. 3, Lube oil System sizing to API 614 code requirement, Experience in sizing calculations and valve selection, Proficient in NX modelling, drafting, routing & assembly, Hands-on 3D modelling/detailing tools like UG NX, Autocad, Analysis software like Ansys, Caesar, Able to read & understand engineering documents (like P & ID, technical data sheets, and O&M manuals) and site service requests
What You'll Do.
Lead multiple complex projects and present to leadership on project status
risks and mitigations
Extend support to the Manufacturing Cell during machine assembly on the Shop floor and providing quick resolution to Non-conformity if generated
Extend support to FSE/ FPE during the installation & commissioning of the machine at the site
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 of various Mechanical Auxiliaries items
and managing 3D models
Reviewing engineering drawings & 3D models
Performing Structural analysis of baseplates using FEA tools [BDOT - BH Tool]
Assigning & reviewing static and dynamic analysis when the same is performed with Ansys software by external suppliers
and creating print drawings for the baseplate
Creating Piping line specifications using PUMA (BH Tool)
Designing / sizing of the lube oil tank (API 614) and selection of Lube oil system components like pumps
and pressure control valves
Being responsible for the skid package design of Compressor & Steam turbine packages
including package piping & support design
c with due consideration to ergonomics
Being responsible for the design of various external BOP skids that include Oil mist eliminators
and Seal gas treatment skids in collaboration with external OEM vendors
Owning the plant 3D model of the whole project
verifying interface across different products that constitute the project
shaping 3D model review meetings with the customer
Performing/reviewing stress analysis of piping & supports
How You'll Work.
Team & Collaboration
Collaborating with external engineering suppliers; Collaborating with external OEM vendors; Shaping 3D model review meetings with the customer; Working with a successful team; Partnering with the best
Communication Scope
Present to leadership on project status, risks and mitigations
Process & Methodology
Lead multiple complex projects, Present to leadership on project status, risks and mitigations
Full Job Description
**Lead Engineer – Turbomachinery & Auxiliary Systems** **Do you enjoy being part of a successful team?** **Would you like to be part of our Turbomachinery Process Solutions Product Line?** **Join our Industrial Energy Technology Team** Our Industrial and Energy Technology (IET) operates across 120 countries and serves the entire energy value chain and industrial sector. We hold an extensive portfolio of rotating equipment, process flow, transmission technology and lifecycle services. Our Engineering Transformation team works to improve the quality of our Engineering processes. **Partner with the best** As a **Lead Mechanical Engineer – Turbomachinery & Auxiliary Systems**, you will be responsible for: * Lead multiple complex projects and present to leadership on project status, risks and mitigations. * Extending support to the Manufacturing Cell during machine assembly on the Shop floor and providing quick resolution to Non-conformity if generated. * Extending support to FSE/ FPE during the installation & commissioning of the machine at the site * 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 of various Mechanical Auxiliaries items, foundation drawings, and managing 3D models. * Reviewing engineering drawings & 3D models. Also, Performing Structural analysis of baseplates using FEA tools [BDOT - BH Tool] * Assigning & reviewing static and dynamic analysis when the same is performed with Ansys software by external suppliers, and creating print drawings for the baseplate. * Creating Piping line specifications using PUMA (BH Tool). * 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. * B
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