Electronics and Communication Engineer focused on autonomous robotics, computer vision, control systems, and simulation.
🎓 Incoming M.Sc. student in Geodetic Engineering at the University of Bonn, pursuing the Mobile Sensing and Robotics (MSR) profile.
🔬 Currently involved in underwater robotics research as a Technical Advisor (Remote) at the Yıldız Technical University Marine Integrated Systems Laboratory.
Computer vision pipeline for underwater robot following using temporal LED patterns, geometric detection, and distance estimation. Includes mission trajectory analysis, performance metrics, and interactive 3D replay.
Python · OpenCV · Computer Vision · Visual Tracking · Unity · Plotly
Control-side pipeline that converts visual observations received over UDP into MAVLink commands for BlueROV2 / ArduSub simulation.
Python · MAVLink · ArduSub · Gazebo · UDP · Control
Autonomous area scanning and target-approach tools with Pure Pursuit navigation and UDP-based distributed simulation.
Python · Autonomous Navigation · Pure Pursuit · UDP · Robotics Simulation
Android-based robotics controller with low-latency UDP video streaming, touch-based motion control, haptic feedback, emergency signaling, and Unity/Unreal simulation integration.
Kotlin · Android · UDP · LibVLC · Unity · Unreal Engine · Human–Robot Interaction
Programming: Python · C++ · C · SQL · MATLAB · Kotlin
Robotics: ROS 2 · Gazebo · ArduPilot / ArduSub · MAVLink
Computer Vision: OpenCV · Visual Tracking · Image Processing
Simulation: Unity · Unreal Engine · Gazebo
Systems: Linux · UDP/TCP Networking · Git
Autonomous systems · Robotic perception · Localization & navigation · Sensor fusion · Computer vision · Robotics simulation
