As a Master’s student in Computer Science (Autonomous Systems) at the University of Stuttgart, I am passionate about bridging artificial intelligence and robotics to create systems that interact intelligently with the real world. My academic and project experience have given me a strong foundation in machine learning, computer vision, and robot control, as well as practical exposure to ROS-based systems and perception-driven automation.
Over the past year, I have worked extensively with the Franka Research 3 (FR3) collaborative robot, developing a vision-guided assembly pipeline that integrates camera-based perception, pose estimation, and synchronized multi-robot control. Alongside this, I have built simulation and control projects in ROS, Gazebo, and MATLAB, covering topics such as differential drive mapping, biped locomotion, and dynamic control strategies.
My primary interests lie in robot perception, motion planning, and human–robot interaction, and I am eager to explore how AI-driven methods can enhance robotic autonomy, adaptability, and collaboration. I aspire to contribute to cutting-edge robotic research and development, whether in innovative startups or established companies such as Franka Robotics, Neura Robotics, KUKA, or ABB, while continuously learning new technologies and refining my technical and research skills.
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