Embedded software. Automation. Robotics.
I develop software solutions for intelligent systems, connecting control logic, embedded hardware, robotics, computer vision, and reliable field deployment.
Building intelligent embedded and robotic systems from simulation and control software to tested hardware.
I am an Embedded Software and Automation Engineer focused on intelligent systems that need to sense, decide, move, and operate reliably. My work combines Python, C/C++, MATLAB and Simulink, embedded hardware, robotics software, and industrial control.
I have delivered simulation and control systems, automation tools, IoT and embedded prototypes, autonomous robotic subsystems, and maintenance solutions for automated textile equipment. I work comfortably across software, electronics, mechanical design, and deployment, which helps me turn complex technical ideas into practical systems.
Developed simulation and control systems using MATLAB/Simulink and Python, built automation tools with Python and C/C++, and delivered embedded and IoT systems using Arduino, ESP32, and Raspberry Pi.
Designed robotics solutions for company products, integrated hardware and software subsystems for autonomous operation, developed control software, and led prototyping, testing, and deployment.
Performed diagnostics and maintenance for industrial automated textile systems, implemented electrical control panel solutions, and supported CAD design and industrial automation workflows.
Developed a Raspberry Pi based SIEM platform for real-time IoT security monitoring, including MQTT, CoAP, Syslog ingestion, TLS/DTLS communication, event parsing, tamper-evident logs, and automated alert logic.
Built an AI-powered receptionist robot using Python, OpenAI APIs, and embedded systems, combining speech interaction, autonomous navigation, real-time database connectivity, perception, and hardware control. The source is private, but the project is a key robotics milestone.
Designed a 2 DOF precision-pointing compliant mechanism, comparing compliant and non-compliant architectures through CAD, SimMechanics, MATLAB kinematics, Arduino stepper control, and ANSYS validation.
Designed and controlled a 3D printed 3 DOF wrist joint using a spherical parallel mechanism, MATLAB/Arduino programming, PCB assets, SolidWorks and Inventor design files, and ANSYS mechanical study.
B.Eng. Mechatronics
Higher Institute for Applied Sciences and Technology
I can support embedded software, automation tooling, robotics prototypes, control systems, AI-enabled perception, and practical deployment for hardware-heavy products.