Candidate Software Engineer — MKE
Working on Augmented Reality implementation on UGVs.
Computer Engineering Student at METU • Robotics + Computer Vision enthusiast
Computer Engineering — METU
I'm a Computer Engineering student at METU, focused on robotics, computer vision and quantum-inspired algorithms. I work on event-based vision, depth estimation, UAV autonomy and optimization of modern detection models.
I enjoy building systems that combine research and engineering: from simulations in Gazebo/Webots to model optimization with TensorRT/ONNX.
Current: Candidate Software Engineer @ MKE — Augmented Reality implementation on UGVs
Research: METU ROMER — Event-Based vision, Monocular Depth Estimation
UAV: METU ANZU UAV— Autonomy, Path Planning, Object Detection & Tracking
Working on Augmented Reality implementation on UGVs.
Event-based vision, depth estimation, and lunar environment simulation for robotic perception.
UAV autonomy: path planning, object detection, and tracking algorithms.
Model optimization: RFDETR object detection models with TensorRT & ONNX & PyTorch for embedded deployment.
1st Place — Applied QNNs for low-quality face recognition (quantum technologies category).
1st Place (Izmir Regional) — Cryptography algorithm / mathematics project.
2nd Place — Industrial defect classification model.
2nd Place — Web-App security, kernel based vulnerabilities.