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More>Transforming expertise into professional impact.
Senior Firmware Engineer with 10 years of experience developing production embedded systems for connected devices, industrial controls, and low-power hardware. Skilled in Embedded C/C++, RTOS, ARM microcontrollers, communication protocols, debugging, and test automation. Proven record improving firmware reliability, reducing boot time, and leading cross-functional releases from prototype through manufacturing.
- Led firmware architecture for ARM Cortex-M based connected sensors, improving field stability by 38% across 120,000 deployed devices.
- Developed RTOS drivers for SPI, I2C, UART, ADC, and power management, reducing average current consumption by 24%.
- Built Python-based hardware-in-the-loop test framework, increasing regression coverage from 45% to 86% before production releases.
- Optimized bootloader and OTA update flow, cutting device recovery time by 52% while maintaining secure firmware validation.
- Mentored four engineers on code reviews, debugging practices, and release readiness, reducing escaped firmware defects by 31%.
- Designed bare-metal firmware for motor control modules using C and ARM peripherals, improving control loop response by 18%.
- Implemented CAN, UART, and Modbus communication features, enabling integration with three major customer control platforms.
- Diagnosed timing, memory, and signal integrity issues using JTAG, oscilloscopes, and logic analyzers during prototype validation.
- Introduced static analysis and MISRA C review practices, lowering critical code findings by 43% within two release cycles.
Focused on embedded systems, digital signal processing, microcontrollers, and computer architecture.
Transforming expertise into professional impact.
Senior Firmware Engineer with 10 years of experience developing production embedded systems for connected devices, industrial controls, and low-power hardware. Skilled in Embedded C/C++, RTOS, ARM microcontrollers, communication protocols, debugging, and test automation. Proven record improving firmware reliability, reducing boot time, and leading cross-functional releases from prototype through manufacturing.
- Led firmware architecture for ARM Cortex-M based connected sensors, improving field stability by 38% across 120,000 deployed devices.
- Developed RTOS drivers for SPI, I2C, UART, ADC, and power management, reducing average current consumption by 24%.
- Built Python-based hardware-in-the-loop test framework, increasing regression coverage from 45% to 86% before production releases.
- Optimized bootloader and OTA update flow, cutting device recovery time by 52% while maintaining secure firmware validation.
- Mentored four engineers on code reviews, debugging practices, and release readiness, reducing escaped firmware defects by 31%.
- Designed bare-metal firmware for motor control modules using C and ARM peripherals, improving control loop response by 18%.
- Implemented CAN, UART, and Modbus communication features, enabling integration with three major customer control platforms.
- Diagnosed timing, memory, and signal integrity issues using JTAG, oscilloscopes, and logic analyzers during prototype validation.
- Introduced static analysis and MISRA C review practices, lowering critical code findings by 43% within two release cycles.
Focused on embedded systems, digital signal processing, microcontrollers, and computer architecture.
