Lead Design Engineer – Turbomachinery & Auxiliary Systems

Overview

Lead mechanical engineer handling turbomachinery L3 cases, design, analysis & project support

Key Responsibilities

• fea analysis
• 3d modelling
• stress analysis
• ncm management
• lube oil design
• piping specification

Tasks

-Facilitating collaboration with Customers, Site teams and cross-functional engineering groups to develop and implement effective, robust corrective actions at project locations yielding in customer satisfaction. -Driving the identification of actionable insights and oversee the implementation of solutions to prevent recurrence of issues across equipment design, installation, and commissioning phases. -Facilitating comprehensive technical training and leads lessons learned sharing initiatives to enhance team expertise in core business products, while fostering cross-functional skill development and continuous improvement. -Reviewing engineering drawings & 3D models. Also, Performing Structural analysis of baseplates using FEA tools [BDOT - BH Tool] -Extending support to FSE/ FPE during the installation & commissioning of the machine at the site -Assigning & reviewing static and dynamic analysis when the same is performed with Ansys software by external suppliers, and creating print drawings for the baseplate. -Presenting NCM (Non-Conformity Management) trends and resolution status during Quality Monthly Reviews (QMR), with a focus on in-depth analysis of critical cases based on complexity and cost-of-quality considerations. -Acting as the primary point of contact for resolution of all Gas Turbine Mechanical Level 3 (L3) cases across all GT product lines Heavy Duty, Aero derivative, Nova LT turbines and Centrifugal compressor (both package & Balance of plant)—while ensuring timely delivery and adherence to quality standards in accordance with established KPIs. -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 -Supporting the implementation of the Non-Conformity Management (NCM) Reduction Framework, targeting a year-over-year reduction of NCMs by 25%. This includes overseeing activities related to loopback, containment, and preventive action identification, and securing approvals from Technical Title Holders (TTH) to ensure sustained quality improvements. -Performing/reviewing stress analysis of piping & supports, where required. -Extending support to the Manufacturing Cell during machine assembly on the Shop floor and providing quick resolution to Non-conformity if generated. -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. -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 -Collaborating closely with the configuration team to ensure the effective implementation and adoption of preventive actions. -Working flexible hours - flexing the times when you work during the day to help you fit everything in and work when you are the most productive -Being responsible for the 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. -Being responsible for the skid package design of Compressor & Steam turbine packages, including package piping & support design, locking assembly, et,c with due consideration to ergonomics, accessibility, and maintenance. -Collaborating with external engineering suppliers in the creation of basic engineering drawings of various Mechanical Auxiliaries items, foundation drawings, and managing 3D models. -Leading multiple complex projects and present to leadership on project status, risks and mitigations. -Creating Piping line specifications using PUMA (BH Tool). -Collaborating with a multidisciplinary team of internal and external engineers, to achieve targeted outcomes and maintain high standards of performance across all assigned cases.

Requirements

• be/btech
• asme b31.1
• api 614
• ug nx
• autocad
• 6+ yrs

What You Bring

-Have experience in sizing calculations and valve selection. -Have a BE/BTech in Mechanical/Industrial Engineering -Have knowledge of piping design for ASME B31.1 & 31.3, Lube oil System sizing to API 614 code requirement. -Have hands-on 3D modelling/detailing tools like UG NX, Autocad, and Analysis software like Ansys, Caesar, etc -Have 6+ years of experience in the Packaging of rotating equipment, auxiliary equipment design, piping & support design/ analysis, and structural analysis. -Be able to read & understand engineering documents (like P & ID, technical data sheets, and O&M manuals) and site service requests. -Be Proficient in NX modules; modelling, drafting, routing & assembly.

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Benefits

-Additional elected or voluntary benefits -Contemporary work-life balance policies and well-being activities -Tailored financial programs -A safety net of life insurance and disability programs -Comprehensive private medical care options

About Baker Hughes

-Specializing in oil and gas exploration, drilling, and production, the company has a history of pioneering new technologies. -Notable for innovations like the world's first automated drilling system, the company has been at the forefront of optimizing energy operations. -The company is integral to major global projects, from large-scale energy exploration to developing critical infrastructure. -Has built a reputation for solving complex challenges, with a focus on safety, efficiency, and sustainability. -In recent years, the company has expanded its portfolio to include digital solutions, automation, and advanced analytics. -Has contributed significantly to global energy transitions, developing cutting-edge solutions for energy efficiency and sustainability.

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