✦ Luna Orbit — Engineering (Non-Software)

Lead Engineer, Customer Order Engineering - Mechanical

at Baker Hughes

📍 IN-Tamil Nadu-Coimbatore-SF No 608 Chettipalayam Road, Eachanari Post (Consolidation) Unknown Posted April 11, 2026
Type Not Specified
Experience lead
Exp. Years Not specified
Education BE/BTech in Mechanical Engineering from an accredited university or college
Category Engineering (Non-Software)

Lead the customer order engineering mechanical work for safety valve products, covering design, documentation, and technical instructions for manufacturing. Collaborate with sales, site engineering, suppliers, and cross-functional teams to ensure quality and on-time delivery.

  • Review customer specifications and translate into manufacturing order instructions
  • Provide bills of material, drawings, test specifications and processing instructions
  • Create and review 3D CAD models and engineering drawings/specifications
  • Perform stress analysis, engineering calculations, and material selection
  • Drive design reviews, risk assessments, design verification, and innovation for valve design

Design and document valve orders including CAD models, engineering drawings, specifications, bills of material, and test documentation. Perform stress analysis, engineering calculations, and material selection, and support data-driven tooling using SolidWorks, SQL, Python, Power BI, Excel macros, SAP, and SharePoint.

The ideal candidate is a lead mechanical engineering professional with experience translating customer specifications into manufacturing-ready instructions for safety valve/control valve products. They have strong hands-on CAD, drawing, and documentation skills (including SolidWorks), plus capability in stress analysis, materials selection, and design reviews/risk assessments. They also use data/automation tools like SQL, Python, Excel macros, and Power BI for reporting and productivity improvements.

BE/BTech in Mechanical Engineeringdesign and technical documentation activitiesreviewing customer specificationscreating and reviewing 3D CAD models
SolidWorksSQLPythonPower BIPower Bi toolExcel macrosSAPShare point
design and technical documentationcustomer specifications translationbills of material3D CAD modelsSolidWorksengineering drawingsstress analysisengineering calculationsmaterial selectiondesign reviewsrisk assessmentsdesign verificationsupplier deviation request (SDR)request for information (RFI)SQLPythonPower BIexcel macrosKaizen principlesdashboard creationSAPShare point
Mechanical valve designSafety valve productscustomer specifications translationcontrol valves3D CAD modelsengineering drawingsengineering specificationsstress analysisengineering calculationsmaterial selectiondesign reviewsrisk assessmentsdesign verificationbills of materialtest specificationssupplier deviation request (SDR)request for information (RFI)2D CAD2D / 3D CAD (SolidWorks)SQLPythonPower BIexcel macrosKaizen principlesdashboard creationPower Bi toolSAPShare pointCoordinate with cross-functional teamsnon-conformance reportsrotor dynamic analysis
technical guidancementorshipleadershipcross-functional collaborationrisk assessment ownershipinnovation mindsetresource utilization
Industry Manufacturing
Job Function Lead mechanical customer order engineering for safety valve/control valve product design and documentation.
Role Subtype Mechanical Engineer
Tech Domains SQL / PostgreSQL, Python, Power BI
Lead EngineerCustomer Order Engineering - MechanicalBE/BTech in Mechanical EngineeringMechanical Engineeringdesign and technical documentationsafety valve productscontrol valvessafety valvescustomer specificationsbills of material3D CADSolidWorksengineering drawingsstress analysisengineering calculationsmaterial selectiondesign reviewsrisk assessmentsdesign verificationSupplier Deviation Request (SDR)Request for information (RFI)SQLPythonPower BIKaizen principles

Must have BE/BTech in Mechanical Engineering from an accredited university or college, Must be able to create and review 3D CAD models and engineering drawings, Must demonstrate experience with stress analysis and engineering calculations for valve components

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