•Leading New Product Development (NPD) for turbocharger and it’s components. Specialized in working on non-standard projects like 2 – stage turbocharging, Vaned diffuser compressor stage programs. •Design and verification: Lead component design through concept generation, verifying the concept designs through structural and CFD analysis teams, conduct technical reviews, tolerance stack up with DVA (Dimensional Variation Analysis) and prepare DFMEA•Development: Working with supplier for… Show more •Leading New Product Development (NPD) for turbocharger and it’s components. Specialized in working on non-standard projects like 2 – stage turbocharging, Vaned diffuser compressor stage programs. •Design and verification: Lead component design through concept generation, verifying the concept designs through structural and CFD analysis teams, conduct technical reviews, tolerance stack up with DVA (Dimensional Variation Analysis) and prepare DFMEA•Development: Working with supplier for component development and procurement, resolve supplier concerns through cross functional discussion.•Validation: Validate the product with set of required standard design validation plans, develop validation plans for turbocharger systems and components. Writing test plans & working with remotely located Lab-ops to complete tests. Analyzing the test results & conducting technical reviews.•Component Release: Release of turbo and components through cross functional design reviews•Redesigning turbocharger for higher efficiency, durability and reliability for different application requirements •Working as Compressor Stage Specialist, releasing and managing global work instructions, verifying and approving the DVP&R plans for various program.•Coaching and developing new team members for the product and process knowledge. Show less

M.Tech. Project Intern in Structural Test Facility (STF) in Directorate of Flight Structures (DOFS) division. •Worked on Project for "Vibration Control of Structures with Viscoelastic Layered Material Damping". Under this project the dynamic behaviour of beams and plates with newly developed viscoelastic Energy Absorbing Polymers (EAP) was investigated•Objective of project was to develop and validate proper Finite Element Analytical model for beams and plates sandwiched with… Show more M.Tech. Project Intern in Structural Test Facility (STF) in Directorate of Flight Structures (DOFS) division. •Worked on Project for "Vibration Control of Structures with Viscoelastic Layered Material Damping". Under this project the dynamic behaviour of beams and plates with newly developed viscoelastic Energy Absorbing Polymers (EAP) was investigated•Objective of project was to develop and validate proper Finite Element Analytical model for beams and plates sandwiched with viscoelastic materials, which would be then used to validate systems and saving validation costs•Developed four different analytical models for sandwich beam and plates to carry out harmonic analysis to determine the natural frequencies and modal loss factors and deriving Frequency Response Function (FRFs). The finite element codes were developed in MATLAB® environment. •The analytical models were successfully validated through series of experiments which were conducted on the sandwiched beams and plates in different configurations using Electrodynamic Vibration Shakers with random and Sine sweep functions and Frequency Response Function (FRF’s) were compared with analytical models •Developed analytical models are now being used to validate more complex systems and are avoiding huge validation costs Show less