About

I'm a Mechatronics Engineer passionate about bridging the gap between hardware and software through artificial intelligence and control systems. I specialize in designing, simulating, and developing intelligent systems that can perceive their environment and operate autonomously.

With a strong foundation in advanced mathematics and algorithmic problem-solving, I have hands-on experience in robotics (ROS), computer vision, and automated control. Whether it's developing navigation systems for mobile robots or implementing machine learning models for image enhancement, I thrive on turning complex theoretical concepts into practical, efficient software.

I graduated with a B.Sc. in Mechatronics Engineering from Homs University, Syria, in October 2026, highlighted by my graduation project on an Autonomous Mobile Robot (AMR) with a Soft Arm. My academic focus centered heavily on Artificial Intelligence, Image Processing, and Real-Time Control Systems using Python, C++ and MATLAB.

My research interests focus on intelligent autonomous systems, blending computer vision, deep learning, and advanced control. I am driven by the challenge of developing perception and navigation algorithms that empower machines to interpret complex environments and make autonomous decisions in real time.

Beyond formal projects, I'm a continuous learner who enjoys tackling computational and mathematical challenges, such as Project Euler, to keep my programming and analytical skills sharp.

I'm currently seeking remote opportunities in AI, software development, and robotics simulation, while preparing to pursue a Master's degree in Intelligent Systems to keep contributing to the future of autonomous technology.