Leading product discovery as a digital product owner for Reliability digital product, laying the groundwork for a robust digital thread and twin focused on reliability.Established a comprehensive reliability engineering competency framework encompassing system engineering, software reliability, and data science proficiencies.Enhanced enterprise-wide efficiency in System, Design, and software FMEA by offering insights derived from benchmarking against industry standards and literature including AIAG-VDA 1st edition, SAEJ1739, etc.Pioneered the establishment of a FMEA Community of Practices, transitioning it into a Community of Actions across the enterprise.Devised a customer-centric quality metric emphasizing customer success rather than product failures.Implemented Software reliability growth modeling utilizing Artificial neural network and Databricks with DataRobot, advancing reliability efforts.Formulated guidelines for failure classification and redesigned corrective actions for software failures.Drove innovation within the reliability team, curating an idea hopper that amassed over 40 ideas, showcased at internal conferences and hackathons, yielding awards.Developed and Deployed an Automated PySpark-based reliability dashboard for life data analysis, facilitating decision-making at Model, Function group, and part number levels in both New and current product development projects.

Established New product reliability practices across all the product lines for Cummins Electronics - ECM, GCM, Inverters, Sensor, Harness, software etc.Deployed Critical parameter management process in all new product development for identification and mitigation of technical risk management including CP-Tree, Parameter diagram, Design of Experiements.Presented reliability program summary to management through program technical scorecard, issues impacting critical program deliverables with agreed countermeasures in issue slidesConducted reliability functional reviews from M1-M5 Phase for all the NPD programs for different product lines.Inherent reliability assessment for base, extended and emission warranty, utilizing warranty, extended warranty, Empirical standards (MIL-HDBK-217F2, IEC61709) etc.Strong execution of Reliability improvement plans & DFMEA across the product-lines.Developed and deployed content checklist template for cross-functional DVP&R plan and report reviewDeveloped field test recommendation tool based on level of change from baseline product and understanding performance on current product in the field.Reliability target setting based on parent product performance and financial target setting (cost per failure/machine)Piloted Noise robustness matrix on at at-risk functions to build optimize DVP&R PlansPiloted software reliability growth models and deployed through excel toolReliability test planning - ALT, HTOL, Combined Environment, Thermal Cycling etc.Included SW FTA/RCA examples in 7-step training pack

Flexible scalable packaging – understanding the impact of stacked module. Effect on temperature and vibration. Identify critical parameters and develop a prototype to validate concept.Flexible buffer – Identify components of input signal conditioning circuit which can be made configurable/Pop/De-pop to meet increasing demand of Inputs.Output driver ASIC – Developed a board to validate fuel system ASIC which was configurable to drive 10 different types of output load like Fuel Injector, BLDC motor, H-Bridge, LSD, HSD etc.

Created an excel tool for implementing MIL-HDBK-217Developed high voltage power supply for oil and gas application.

Benchmarking of (Industry leading brand's) EV Inverter by teardown, reverse engineering to component level.Benchmarking of Electric power steering and developed a working prototype for validating customer’s BLDC motor for EPAS application.Participated in design development activity for ADAS SystemHardware development of Battery management system