Embedded Systems Engineer with 9+ years of experience across automotive, robotics and IoT embedded systems. Strong background in system-level hardware and firmware validation, HIL/SIL testing, test automation, DAQ, CAN/CAN FD and embedded test-controller development. Currently leading validation activities across multiple electronic controllers and AMR platforms at ATI Robotics while mentoring an 8-member validation team.
System, controller and vehicle-level validation across tuggers, pallet movers and lifters, including motors, encoders, brakes and safety interfaces.
Requirements-based validation using ETAS LABCAR/CCHIL, dSPACE, EB tresos, IBM DOORS and automotive network simulation.
Design and development of automated test fixtures, validation controllers, operator GUIs and production-ready pass/fail workflows.
Embedded C, C++, Python, CAPL, SocketCAN, PCAN, Vector tools, DBC automation, UART, SPI, I2C, FlexRay and FOTA.
Own hardware, embedded firmware, controller and system-level validation across five AMR SKUs and seven electronic controller platforms. Lead validation planning, automation, EOL test development and cross-functional quality execution.
Open to senior embedded systems, robotics validation, automotive HIL/SIL and validation leadership opportunities.
Embedded Systems & Robotics Validation Engineer
Embedded Systems Engineer with 9+ years across automotive, robotics and IoT embedded systems. Specialist in system-level hardware/firmware validation, HIL/SIL testing, test automation, DAQ, CAN/CAN FD, embedded test-controller development and system validation. Leading an 8-member validation team across 5 AMR platforms at ATI Robotics.
B.E. in Electrical & Electronics Engineering — RVS College of Engineering & Technology (Anna University), 2017.
