Pranshu Umale

- As a resident engineer, engaged on-site to assist the customer with the operations In-Vehicle Communication (IVC) ECU software update, support post-market defect analysis, and perform functional validation of the IVC system.

- 5G/4G IVC flashing, bootstrapping, MQTT connectivity, remote services requirement assessment, and functional validation

- Geofencing, xCall Services, Helpnet, and Vehicle Health Report Check functionalities are subject to verification and validation on both the test bench and In-vehicle.

- Jira Ticket Creation and follow up of the issues.

- Finalization of the ECU requirements for the Intelligent Speed Assistance (ISA) Box, management of change requests, and the preparation of a plan to synchronize with the customer's timeline.

- 5W2H Document preparation for SW Defects and Issues. FTA Preparation and finalization.

- Supervising a team of six on-site members. Managing workflow and task allocation. Responsively handling customer inquiries while ensuring deadlines are achieved.

• Requirement Elicitation and Supplier Co-ordination (8+ Japanese Suppliers)
• Majorly contributed in establishing EIPF- Electronics Integrated Platforms for Validation of ECUs and EE Components
• Worked on Vehicle EE architecture design and development
• Established various bench setups for effective validation
• ECU Validation - Functional, Message routing, Message Authentication, Network, Message Latency
• CANoe Configuration creation and CAPL script development
• Developed ISO26262 Functional Safety Documents for Steering and Seat ECUs
• Validated the Telematics features like Geofencing, call services and remote services
• Experienced in reproducing and analyzing the market issues, also documented 5W2H and FMEA
• Experienced in board bringup of ECUs like ADAS, Central gateway and Telematics

• Analyzed and developed HIL (Hardware In Loop) environment by thorough understanding requirements and functionalities
• Real Component/ECUs (EPB and BAH) communication establishment for CAN, CAN-FD, LIN, Ethernet protocols and testing
• Matlab/Simulink models creation for various ADAS features and fixing issues working with platform leads and application team
• Analog/Digital IO Matlab Model development, integration and testing
• Ethernet Model development for ADAS functionalities like parking sensors and testing
• Enhanced quality of software by reporting the defects with various testing methodologies
• Control Panel Designing for 500+ signals and 8+ functionalities using Control-Desk for ADAS
• Appreciated for excellent testing skills and analytical skills which turned into a increased customer satisfaction index
• Knowledge of JMAAB and Misra Guidelines
• Automotive Software Development Life Cycle, ASPICE, Agile software development methodology, Automotive tools and software's
• Hands on Experience with version control tools like Gitlab/GitHub environment