INDHUMATHI GAJENDRAN

• Worked in several product lines of electric vehicles, such as inverter, OBC, and DC-DC, with several OEMs like VW and Daimler, on the platform project of the P2800V inverter.
• Developed and maintained comprehensive technical documentation for software systems and processes.
• Designed and implemented a scalable, secure, and fault-tolerant distributed system.
• Conducted code reviews to ensure quality and adherence to best practices among developers.
• Collaborated with QA engineers and product managers during code review sessions.
• Analyzed customer requirements to create software architecture designs that aligned with needs.
• Ensured documentation of all software components followed established guidelines.
• Constructed detailed architectures based on customer requirements while ensuring compliance with company standards.
• Documented system architectures using appropriate diagramming techniques like UML or ER diagrams.

Designed SWC in vehicle networks (CAN and CAN FD) for automotive OEMs in alignment with ISO 26262 standards.
Developed high-level designs in AUTOSAR architecture while performing MISRA-standard code reviews in Enterprise Architect.
Oversaw SW Architecture Feature group to address change requests, issues, and customer defects.
Engaged in low-level driver development to improve performance metrics.
Employed MATLAB Simulink and TargetLink for efficient generation of code art

Configured AUTOSAR 4.x stacks, like integrating Diag Stack, EcUM, and Com modules, successfully.ssfully.
Analyzed project requirements to evaluate implementation feasibility of Autosar BSW modules based on change requests.

Electric Power Steering for Daimler and BMW:

Designed Autosar software components for UDS applications and Flexray frame handling.
Configured Base Software components, including NVM, DCM, and DEM using Vector Geny and Bosch tools.
Generated RTE for software components using Vector's RTE generator to ensure connection with BSW.
Executed runtime measurement testing and dynamic simulations using Canoe, DIVA, QAC, and Polyspace.
Developed CAPL scripts to automate test cases for enhanced testing efficiency.
Conducted unit testing for MCDC coverage and performed QAC, Misra, and Polyspace checks on Embedded C code.
Engaged in ASPICE process development, contributing to internally derived Process V4.

Developed 8-bit microcontroller applications in Embedded C tailored to customer specifications.
Gained extensive experience in C programming with a focus on embedded systems.
Utilized Embedded C for projects involving ATMEL and PIC microcontrollers.
Implemented protocols including UART, I2C, and SPI to enhance communication efficiency.
Contributed to projects such as Data Logging using GPRS, Bipolar Coagulator, and Air Con Power Saver.