Job Type: Full-time

Job DescriptionSummary TheLead Engineer – in the Aero-Thermal Clearance Design and Systemteam will manage and execute clearance design and analysisactivities for gas turbine and steam turbine components across NewProduct Introduction (NPI), New Technology Introduction (NTI),research, and product support programs. This role requires deeptechnical expertise in clearance design, sound analytical judgment,and the ability to manage work from concept through design reviewand final documentation with minimaloversight.The role also includes developing andimproving analysis methodologies, building and applying clearanceassessment methods, interpreting results with clear engineeringinsight, and delivering actionable design recommendations. Thesuccessful candidate will work closely with crossfunctional globalteams to deliver timely, accurate, and high-quality outcomes whiledelivering continuous improvement through Lean principles andinnovation.JobDescription RolesandResponsibilities Independentlylead and execute clearance design and analysis activities forflange-to-flange stationary and rotating components across gasturbine and steam turbine products, applying sound engineeringprinciples and adhering to business standards, design practices,procedures, and product requirements. Own thedevelopment, application, and continuous improvement of clearanceanalysis methods and design practices to meet product performance,operability, reliability, and durabilityrequirements. Lead and execute design andanalysis work across conceptual, preliminary, and detailed designphases for NPI, NTI, research, and product support programs, withindependent ownership and minimaloversight. Build, assess, and improve clearanceanalysis approaches; independently interpret results; and preparedesign review materials with clear conclusions, technicalrationale, and actionablerecommendations. Apply sound engineeringjudgment to evaluate design trade-offs, identify risks, and proposesolutions beyond established methods and parameters whenappropriate.



Evaluate the effects of thermalgrowth, mechanical deflection, manufacturing variation, assemblystack-up, transient operation, and operating environment oncomponent clearances and overall productbehavior. Lead and contribute to root causeanalysis, field issue resolution, and design improvementinitiatives related to clearance performance, operability, leakage,rubs, and component interaction. Collaborateeffectively with global cross-functional teams, includingmechanical, aerodynamic, thermal, performance, structures, andsystems engineering teams, throughout the tollgate design processto deliver integrated, high-quality designsolutions. Drive innovation in clearance designpractices and analysis methodologies, including opportunities toimprove productivity, design quality, technical rigor, andengineering standard work through digital tools and processimprovements. Apply Lean principles in dailyexecution, improve standard work, and contribute to engineeringtemplates, best practices, and process improvements that reducerework and improve quality. Document technicaldata, analysis outputs, assumptions, and conclusions in accordancewith engineering design templates and established design practices.Ensure complete, accurate, and traceable documentation and modelmanagement for assigned projects. Continuebuilding deep domain expertise in clearance design forturbomachinery applications and serve as a strong technicalcontributor. Provide technical guidance to lessexperienced engineers and support knowledge sharing across theteam. RequiredQualifications Bachelor’sdegree, M. Tech., or M. E. in Mechanical Engineering or a relatedengineering discipline,



with a strong academicrecord. 4 to 7 years of relevant experience inclearance design, mechanical analysis, turbomachinery design,rotating equipment, or related engineeringdisciplines. Demonstrated experience inclearance analysis, mechanical design, or engineering evaluation ofstationary and rotating componentinteraction. Strong analytical,problem-solving, and project executionskills. Strong verbal and written communicationskills, with the ability to clearly communicate technicalconclusions and recommendations. Proficiency inprogramming for engineering applications, with working knowledge ofPython or Excel VBA or equivalent coding languages (beginner level)for data analysis Ability to work effectivelyin a global matrix organization and collaborate acrossfunctions. DesiredCharacteristics Stronganalytical and critical thinking skills, with the ability to breakdown complex engineering problems, evaluate multiple solutionpaths, and make informed, data-drivendecisions Good understanding of turbomachinerydesign principles and multidisciplinaryinteractions. Robust understanding of theinteraction between thermal, mechanical, aerodynamic, andmanufacturing effects on componentclearances. Established project managementskills, including planning, prioritization, and execution ofassigned deliverables. Ability to documenttechnical work clearly and consistently, including analysisassumptions, methods, findings, andrecommendations. Strong interpersonal skillsand the ability to provide informal guidance to new teammembers. Demonstrated interest in innovation,continuous improvement, and Leanpractices. Experience with engineering analysistools, data interpretation, and design review processes ispreferred. Strong customer and product mindset,with a focus on quality, operability, and timelyexecution. Demonstrated ability toindependently own and execute technical work with minimalsupport. AdditionalInformation Relocation Assistance Provided: Yes

📌 Lead engineer - mechanical component (Bengaluru)
🏢 GE Vernova
📍 Bengaluru