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HanaFEKI/README.md

👋 Hello, I'm Hana Feki

Coding at night

📘 Master MVA (Mathématiques, Vision, Apprentissage) student at ENS

🏫 Final-year Engineering student at ENSTA Paris, specializing in Data Science

🔬 Former Research Intern (Summer 2025) Specialized in computer vision for histopathology using deep learning and foundation models

💡 Passionate about Deep Learning, Computer Vision, and Medical Imaging

🚀 Constantly exploring new ideas, building AI-driven projects, and contributing to research & open-source initiatives

🛠 Skills & Tools

👩‍💻 Programming

Python C++ R SQL

🔬 Machine Learning & Deep Learning

PyTorch TensorFlow Keras Hugging Face Scikit-learn

📊 Data & Visualization

Pandas NumPy Seaborn Matplotlib Plotly Streamlit

🖼 Computer Vision & LLMs & NLP

OpenCV YOLO Transformers NLTK

🛠 Dev Tools

Git Docker Linux VS Code LaTeX

📫 Get in Touch

LinkedIn
Email

Thanks for stopping by! ✨ Feel free to explore my repositories or reach out for collaborations.

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  1. ALTEGRAD-MVA ALTEGRAD-MVA Public

    ALTEGRAD labs (MVA @ ENS Paris-Saclay): Neural Machine Translation, Seq2Seq with Attention, Deep Learning for NLP, LLMs, Graph Neural Networks, and Multimodal GenAI. Updated progressively.

    Jupyter Notebook

  2. Histopathology_foundation_models Histopathology_foundation_models Public

    A curated and practical guide to foundation models in computational pathology. This repo brings together key architectures, learning techniques, and PyTorch implementations, all in one place, to he…

    Python 5

  3. ConvNeXt-with-Histopathology-Specific-Augmentations-for-Mitotic-Figure-Classification ConvNeXt-with-Histopathology-Specific-Augmentations-for-Mitotic-Figure-Classification Public

    Lightweight ConvNeXt-based solution for distinguishing atypical vs. normal mitotic figures in histopathology. Trained on multi-domain datasets (AMi-Br, AtNorM, OMG-Octo) with stain-aware augmentati…

    Python

  4. AI_BasketBall_Analysis_v1 AI_BasketBall_Analysis_v1 Public

    The system detects players and the ball with YOLO, assigns teams via zero-shot jersey classification, tracks ball possession, maps court keypoints, transforms the view to top-down, and calculates p…

    Python 24 6

  5. Silver_Medal-Clinical_reasoning_challenge Silver_Medal-Clinical_reasoning_challenge Public

    NLP solution for the Zindi challenge predicting clinician responses to real Kenyan healthcare vignettes. Fine-tuned a bart-large model under strict resource limits, achieving a Silver medal (rank 6…

    Jupyter Notebook 1

  6. 3D-MRI-Brain-Tumor-Segmentation 3D-MRI-Brain-Tumor-Segmentation Public

    3D U-Net for brain tumor segmentation on BraTS 2020 (.nii) data, adapted for interactive use with .npy files via a pre-trained model and Gradio interface. Includes preprocessing and custom architec…

    Jupyter Notebook