I am a detail-oriented Embedded Software Developer with three years of hands-on experience in industrial automation, hardware-software integration, and MCU firmware development.
I build concurrent embedded systems using Zephyr RTOS, FreeRTOS, multi-threaded kernel architectures, and inter-thread communication mechanisms such as Zephyr k_msgq and mutexes.
I work with C and C++ for low-level firmware development, including bare-metal programming, state machines, DMA optimization, peripheral integration, and troubleshooting.
My hardware and communication experience includes STM32 and AVR microcontrollers, SPI, I2C, UART, RS-485, Modbus TCP, PROFINET, and industrial control applications.
I also have experience in electrical and automation engineering, including Siemens PLC systems, Siemens TIA Portal, circuit design, and AutoCAD Electrical.
I am based in Minsk, Belarus, and am open to full-time remote, hybrid, or office-based opportunities.
Working as an Embedded Software Developer and Electrical & Automation Engineer in industrial automation.
Responsibilities include embedded firmware development, hardware-software integration, electrical automation engineering, and troubleshooting of industrial systems.
Worked as an Electrical Power & Systems Design Engineer, supporting electrical power and systems design activities.
Applied engineering knowledge in electrical systems, automation-related design, circuit design, and technical problem solving.
Developed a production-ready firmware prototype for Variable Frequency Drive control units using Zephyr RTOS. Used the native_sim target for target simulation and architectural validation.
Designed a multi-threaded kernel architecture with isolated tasks for Modbus/CAN communication, safety interlocking, and PID state-machine updates. Implemented non-blocking communication between peripheral drivers and control loops using Zephyr k_msgq message queues and mutexes.
Used the native_sim POSIX environment to simulate hardware registers and mock industrial protocols, enabling host-based automated testing without hardware. Modeled VFD control flows including acceleration and deceleration ramps, overcurrent and overvoltage monitoring, and motor state transitions.
Bachelor / Specialist, Electrical Engineering
Completed a Bachelor / Specialist degree in Electrical Engineering.
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