- Conducted root cause analysis for issues related to End-of-Line (EOL), Burn-In Test and Vehicle for Inverters in Electric (EV) and Hybrid Vehicles (PHEV) utilizing CANape and CANoe tools- Traveled to customer locations, manufacturing plants, and supplier sites to resolve issues and conduct debugging activities- Debugged MATLAB Simulink models to identify the root cause of software-related issues- Collaborated with the Software, Hardware, Quality, Mechanical, and Assembly teams to communicate and resolve issues effectively using 8D and A3 problem-solving initiatives- Developed and executed intermediate (ICA) and permanent corrective actions (PCA), along with containment actions for issues at End of Line (EOL), Burn In Test and Field stages- Supported Supplier Acceptance Testing (SAT) and Factory Acceptance Testing (FAT) for Burn In bench commissioning by troubleshooting issues identified during trials and implementing solutions- Supported software industrialization in manufacturing plants by identifying root causes and providing solutions for issues encountered during End of Line (EOL) and Burn-in trials and validated SW prior to deployment in the plant

- Worked on the Transmission Control Module (TCM) ECU for heavyduty trucks, involving an Infineon multi-core chip with software adhering to ISO 26262 compliance, and the J1939 Communication Protocol, using C++.- Involved in the calibration of TCM SW using the CRETA tool for implementing the features according to specific variants.- Developed Python script to automate the comparison of existing calibration parameters with default settings, reducing manual effort from approximately 6 hours to under 5 minutes.

- Designed and Developed over 10+ applications using C / C++ for Instrument Clusters in Automotive Vehicles with a major in ADAS Features.- Worked for the instrument cluster projects involving dual ARM Micro-controllers with software based on Vector AUTOSAR 4.2 Stack and GreenHills Integrity RTOS.- Configured, generated and integrated AUTOSAR 4.2 Stack for OS Configuration, Task Mapping, RTE Configuration, BSW and CDD Integration, SWC Components Setup and programmed runnables using Davinci Configurator 5.15 and Davinci Developer 4.20- Involved in the BSW configuration and device driver development of platform modules like I2S, I2C, PWM, GPIO, IOMUX for ARM Cortex A9 and Cortex R5 series controllers.- Explored EB Tresos tool for ECU MCAL Configuration, Diagnostics, CAN protocols.- Involved in the requirement engineering, software design and development of Production Functions for the Diagnosis, Testing and Calibration of Instrument Cluster ECUs in Production Plant before releasing the ECU to the customer.- Rendered and documented the software architecture of Instrument Cluster projects using UML Diagrams with Enterprise Architect.- Orchestrated and collaborated with cross functional development teams and customers adhering to Scalable AGILE / SCRUM /waterfall methodologies and ASPICE process.

- Responsible for a salon-based application for a US client, solving customer tickets using SQL and DBMS, and interacting with the customer.- Responsible for developing an internal software package using the Model-View-Controller design pattern with a C++ code base.