The first embedded experiments
Started learning embedded systems through hands-on experiments with boards, wiring, and firmware. This is where the habit formed: debug the real device, not only the code that should have worked.
Embedded software / IoT / robotics
Building the bridge between software, hardware, and autonomous systems.
I am an embedded developer from Kyiv working with microcontrollers, Linux boards, computer vision, automation, and hands-on hardware integration.
2023-now
KPI, FIOT
C/C++
Firmware and control
Python
Vision and automation
IELTS 6.5
English communication
The path
A long road through circuits, code, and vision systems.
Escape-room automation in Kyiv
Built electronics for quest rooms: Arduino controllers, sensors, relays, RFID, light, sound, and automation chains. It was the first place where reliability mattered more than a beautiful prototype.
University, relocation, neural networks, and computer vision
Entered KPI, relocated, and began moving from classic embedded work toward neural networks and computer vision. GoIT gave the first structured push; university projects turned it into deeper practice.
Small commissioned projects and sharper specialization
Took on small commissioned projects where each task mixed firmware, hardware behavior, interfaces, testing, and practical delivery. Good training for turning loose requirements into working devices.
Embedded vision and autonomous systems
Focused on embedded software, Linux boards, computer vision, UAV-related technologies, and navigation without GPS. The interesting zone is where perception, firmware, and physical constraints meet.
Selected projects
Three technical stories from the CV.
01
STM32–ESP32–NanoPi Vision System
Distributed capture, transport, NPU inference, and interactive tracking across embedded platforms.
Open project 02Electric Vehicle Conversion & Embedded Control
Honda Tact 24 EV conversion with RFID, RF communication, UART, PWM, and motor control.
Open project 03AI-Assisted Navigation System
Embedded Linux and computer vision for navigation in GPS-denied environments.
Open projectTech stack
Tools I use to turn signals into working systems.
C/C++
Python
Bash
Arduino
ESP8266
STM32
UART
SPI
I2C
PWM
OpenCV
Linux
Git
Docker basics
PlatformIO
STM32CubeIDE
CMake
Logic Analyzer
Oscilloscope
MQTT
REST APIs
Raspberry Pi
NanoPi
Computer Networking
Embedded Linux
Real-Time Control
Sensor Integration
Serial Protocols
Signal Debugging
Video Streaming
Object Tracking
Image Processing
Power Electronics