Berechnungsingenieur/in

•Detailed working knowledge of different FEA solution types, including linear and nonlinear static, natural frequency and harmonic response, steady state and transient thermal
•Finite Element Analysis (FEA) and strain gauge correlation of transmission axles, chassis, cabin structures of off-highway equipments
•Documentation for structural sign off of structures based on FEA results, strain gauge correlation and rig testing
•Expertise in mitigating risks predicted from FEA by providing novel design recommendations and thereby optimizing the design

•Finite element Analysis (FEA) of automotive transmission (manual and automatic) systems and sub-systems
•Fatigue life prediction using stress based and strain based methods
•Expertise in structural optimization (topology, topography and freeform)
•Presentation of analysis results to global stakeholders and documentation in the form of detailed stress reports

•Responsible for Design and Development of Inspection/Checking Fixtures, Holding Fixtures, Special Purpose machines for assembly of Automotive Plastic Trim Components
•Worked for customers like TATA Auto Components, Visteon, Faurecia, IAC

•Managing production related tasks including planning, control and troubleshooting as per order
•Setting production targets, line processes for assembly and achieving the same within time, cost and quality parameters
•Resolving fitment/process/performance related issues in consultation with various departments

•Responsible for estimating load levels in wind turbine components by performing aero elastic simulations using Flex5 code
•Succesfully completed Load Model Verification for V80-2.0MW Wind Turbine with 90% correlation to test data

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Prüfungs-Zertifikat auf Niveau B1

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