Senior Embedded & Firmware Engineer with 7+ years of experience delivering high-reliability embedded systems
across automotive, telematics, industrial automation, and secure communication domains. Proven expertise
in CAN bus reverse engineering, protection relay firmware, automotive infotainment, and military-grade
secure embedded systems. Adept at developing real-time embedded software on ARM Cortex-M, MSP430,
AVR, STM32, ESP32, and NXP S32K platforms with deep knowledge of communication protocols (CAN, LIN,
BLE, UART, SPI, I2C, RS485, J1939, OBD-II). Demonstrated leadership in building end-to-end firmware solutions—
from device drivers, RTOS-based architectures, secure bootloaders, and hardware bring-up, to high-level
application logic, protocol decoding, and edge AI integrations. Strong background in reverse engineering OEM
automotive signals, developing DBC files, scripting for Xirgo and Galileosky telematics, and enabling real-time
fleet analytics and large-scale deployments. Extensive experience in functional safety (ISO 26262), cybersecurity
(AES, SHA, HMAC, FIPS 140-2), industrial protection standards (ANSI), and EMI/EMC compliance. Known
for driving system performance, optimizing latency, implementing robust diagnostics, and ensuring firmware
reliability in critical applications. Collaborative engineer skilled in cross-functional teams, CI/CD pipelines,
Git/SVN, automated testing, Yocto-based Linux builds, and multi-platform integration.