Key Responsibilities 1. DVPR optimization for CPCB IV+ work 2. Data analysis driven Damage Wise Model approach to drive test effectiveness assessment 3. Devising the new single cycle to capture different failure modes realistically for Power Gen applications 4. Leading Engine System Validation Ownership for various engine sub systems 5. Demonstrated relationship skills by successfully Collaborating with Design team for Stable design right first time 6. Utilizing… Show more Key Responsibilities 1. DVPR optimization for CPCB IV+ work 2. Data analysis driven Damage Wise Model approach to drive test effectiveness assessment 3. Devising the new single cycle to capture different failure modes realistically for Power Gen applications 4. Leading Engine System Validation Ownership for various engine sub systems 5. Demonstrated relationship skills by successfully Collaborating with Design team for Stable design right first time 6. Utilizing Simulation based product development approach for optimizing the overall validation tasks 7. Monitoring periodic data analysis and data integrity of all endurance tests Show less

Creating test plans works closely with technicians/ test operations for the proper execution of tests, teardown evaluations, and participation in cross-functional design reviews for Diesel Engines. ● Experience in Engine Testing for Endurance, Mapping, Oil consumption trials, and other Component specific critical tests. Executed several testing for current product support and BSVI Diesel Engines. ● Demonstrated excellent data quality (>99%) and cost savings on the test budget… Show more Creating test plans works closely with technicians/ test operations for the proper execution of tests, teardown evaluations, and participation in cross-functional design reviews for Diesel Engines. ● Experience in Engine Testing for Endurance, Mapping, Oil consumption trials, and other Component specific critical tests. Executed several testing for current product support and BSVI Diesel Engines. ● Demonstrated excellent data quality (>99%) and cost savings on the test budget (10-40%) in all tests, always green on KPIs. Managing multiple projects simultaneously. ● Created a benchmark for performing long endurance tests in the Shortest time to date, along with 15% cost savings. ● Successfully executed valve motion study test for first time on the mid-range engine ( first of a kind non-standard test) and developed a new robust fixture for valve motion study test. ● Good experience with engine dynamometer testing methods and engine testing equipment, and testing procedures. Understanding of engine performance, Vehicle Engine layout, and Engineering Materials. ● ● Implementing improvement processes such as technical requirements, iDFMEA, DVP&R, test planning, and problem-solving and tools required to support the processes and enable high-quality decision-making. ● Investigation/troubleshooting potential component /Engine system concerns or issues during test/ incident, recommends appropriate action, own problem resolution, and documents results with root cause analysis techniques such as fault tree analysis. ● Apply basic knowledge of engineering principles and practices to assigned tasks in the development, analysis, and release of products and subsystems through the product lifecycle.• Coach and mentored new peersAwards and Appreciations :1) Extra Mile Award: Successful completion of Overspeed test on Ashwamedh 5.6L Engine, Resolving Ashwamedh Oil Consumption Issue, FTR PJST Test, Turbo Hot Shut Down Test2) Extra Mile Award: Show less

Key FunctionsA. Design, Benchmarking and CAE involvement. Detailed understanding of design change and thorough benchmarking for each design change. Participating in DFMEA, IFMEA before design finalization. First level CAE analysis understanding for the drawing release and potential risk.B. Detailed DVP preparation and execution plan. As per design, DFMEA, IFMEA and CAE status, detailed DVP preparation against each design requirement. Engine level DVP creation… Show more Key FunctionsA. Design, Benchmarking and CAE involvement. Detailed understanding of design change and thorough benchmarking for each design change. Participating in DFMEA, IFMEA before design finalization. First level CAE analysis understanding for the drawing release and potential risk.B. Detailed DVP preparation and execution plan. As per design, DFMEA, IFMEA and CAE status, detailed DVP preparation against each design requirement. Engine level DVP creation for functional/structure testing, durability testing and performance testing. Supplier DVP discussion, finalization and execution for propriety parts.C. Development, Root Cause Investigation, Tear Down Analysis, Wear Data Analysis, Counter Measure and Implementation. Development cycle of product validation starts with functional testing, test bed durability and vehicle validation. Detailed investigation for concerns reported during engine build, engine durability, engine validation, vehicle validation, functional Test and product quality issues related to engine performance solving by using effective tools like Global 8D, Fault tree analysis & Why Why analysis techniques and tools. Every durability completed engine, failed engine and vehicle validation engine’s parts strip down analysis. Data analysis of engine testing of durability & performance test to verify the engine health frequently. Involvement with Component development team & supplier during part development and failure. Execution and closure of projects with suppliers to deliver robust product.D. Project Management and Technical Support to PET and Vehicle Team. Knowledge transfer to PET and VT team for various concerns occurring in different phases of development. Post SOP field failure responsibility for customer and dealership vehicles. Discussion for improvement quality in the field.E. Friction reduction technology implementation and validation New technology introduction for engine friction reduction. Show less

Responsible for Diesel Engines Design , Development and Validation