Electrical & Electronics Engineering Student
I work on embedded systems and electronics, with an emphasis on the point where hardware and software meet: microcontroller firmware, analog and digital circuit design, and the control logic that connects sensing to actuation.
My approach is to build complete systems rather than isolated components, and to document what fails as carefully as what works. Each project is developed in iterations, where the problems found in one revision define the requirements for the next.
- Embedded Systems
- Electronics and Circuit Design
- Control Systems
- Microcontrollers and Firmware
- Robotics
- Industrial Automation
- Communication Systems
- Hardware–Software Integration
Embedded Systems STM32, ESP32, Raspberry Pi
Programming C, C++, Python
Communication and Interfaces UART, I²C, SPI, RS-485, MQTT
Engineering Tools STM32CubeIDE, MATLAB, Simulink, LTspice, EPLAN, Fusion 360
Development Environment Linux, Git, Docker
Rescue Robot Car A remote-operated rescue robot with differential drive, built around an STM32F407 for motion control and a pair of ESP32 modules for the wireless link. Radio and real-time motor control are kept on separate microcontrollers so that a communication fault cannot delay a PWM update.
Density-Based Traffic Light System A traffic light controller that grants priority to the road with more waiting vehicles, implemented entirely in discrete logic — counters, a magnitude comparator, timers and flip-flops, with no microcontroller or firmware involved.
Alongside the engineering projects, I maintain a self-hosted Raspberry Pi and Linux environment covering networking, containerised services, monitoring and MQTT-based IoT integration. The related repositories are published on this profile.