Embedded Systems Engineer focused on high-performance firmware, real-time operating systems, and hardware-software co-design.
Leading the development of low-power communication stacks for industrial IoT sensors. Optimized battery life by 40% through custom sleep-scheduling algorithms on ARM Cortex-M4 processors.
Designed and implemented safety-critical firmware for automotive ECU modules using MISRA C standards. Worked extensively with CAN-bus and LIN-bus protocols for real-time diagnostics.
A lightweight, preemptive task scheduler built from scratch for AVR microcontrollers.
IoT-enabled energy monitoring system using STM32 and ESP32 with MQTT protocol.
High-precision BLDC motor control logic with integrated thermal protection.