Specializing in embedded systems, IoT solutions, and full-stack development. Building cutting-edge technology with C/C++, Python, and Qt/QML.
Comprehensive experience across the embedded systems development stack
Expert in low-level software development for microcontrollers including STM32, BeagleBone Black, and ESP32. Proficient in real-time operating systems and bare-metal programming.
Full-stack development with C/C++, Python, and Qt/QML. Building scalable, maintainable applications using modern development practices and design patterns.
Designing and implementing IoT solutions with various protocols: OPC-UA, UART, I2C, SPI, CAN Bus, TCP/UDP, MQTT, and ZigBee for seamless device connectivity.
Proficient with modern development tooling: Git version control, CMake build systems, Conan package manager, Jira project management, and Linux system administration.
Creating intuitive and responsive user interfaces using Qt/QML framework. Focus on user experience and modern design principles for embedded applications.
End-to-end embedded system development combining hardware, firmware, backend services, and frontend interfaces into cohesive, production-ready solutions.
Building innovative embedded solutions across various industries
C++ embedded software development for an industrial inkjet printer project, covering BeagleBone Black configuration, Embedded Linux (Debian), motor and sensor control, real-time GUI communication, and visual control GUI development.
Developed embedded software for advanced security devices. Built Wireless Sensor Network (WSN) infrastructure using ZigBee protocol with SMS module integration and web application support.
Contributed to CNC machine projects through debugging and test interface development. Designed validation systems that simulate machine operation interfaces for quality assurance.
Innovative solutions across embedded systems and IoT development
Comprehensive printer control system on BeagleBone Black featuring advanced motor control, GUI integration, and MES connectivity for industrial automation.
Enterprise-grade wireless sensor network using ZigBee protocol with real-time monitoring, SMS notifications, and web-based management interface.
TUBITAK-supported research project. Designed and implemented communication protocol between vehicle controller and user interface for autonomous navigation.
I'm always interested in hearing about new projects and opportunities. Whether you have a question or just want to say hi, feel free to reach out!