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metin-yat/README.md

💫 About Me:

I am a fourth-year Statistics student at Gazi University, specializing in Computer Vision and the development of production-ready AI applications. My statistical background provides a robust analytical foundation for deep learning, high-dimensional data analysis, and model optimization.

Having transitioned from full-stack web development (Django/React) to AI engineering, I now focus on bridging the gap between academic research and scalable automation. My current R&D efforts are centered on 3D Reconstruction, specifically working with Neural Radiance Fields (NeRF) and 3D Gaussian Splatting (GSplat) to build intelligent automation pipelines.

Moving forward, I intend to deepen my focus on 3D Vision, specifically targeting the intersection of 3D Reconstruction and Generative Modeling. My goal is to contribute to the field through research-driven projects that explore the generation of complex 3D environments and the advancement of spatial intelligence.


Tech Skills

  • Computer Vision: 3.5+ years
  • Machine Learning: 4+ years (Statistical Modeling, XGBoost, Catboost)
  • 3D Vision & Research: NeRF, GSplat, Gaussian Splatting (custom 3DGS implementations)
  • Language Models: LLM Orchestration and Vision-Language Models (VLM)

  • Languages: Python (5+ years), C/C++, R, MATLAB
  • DevOps and Tools: Docker, Linux (Ubuntu), CUDA, AWS (Basics)
  • Robotics: ROS and Gazebo integration
  • Backend: Django, Flask, SQL

  • Frontend: React.js
  • Design: Blender (Beginner)

Pinned Loading

  1. vision-risk-detection vision-risk-detection Public

    A decoupled asynchronous pipeline utilizing a producer-consumer architecture to bridge real-time object detection with VLM-based reasoning.

    Python

  2. 2d-gaussian-splatting 2d-gaussian-splatting Public

    A PyTorch-based differentiable 2D Gaussian rasterizer for image reconstruction from scratch.

    Python

  3. yolov8-tensorrt-optimization yolov8-tensorrt-optimization Public

    YOLOv8n model training, FP16/INT8 quantization, and TensorRT pipeline with performance benchmarking.

    Jupyter Notebook

  4. mini-splat mini-splat Public

    minimal 3d gaussian splatting framework. implements differentiable rendering, 3d-to-2d projections, and point cloud densification from scratch.

    Python

  5. Geospatial-Lidar-Project Geospatial-Lidar-Project Public

    Jupyter Notebook

  6. model-library model-library Public

    Python