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gabfarmarcondes/README.md

Hi, I'm Gabriel 👋

Computer Science undergraduate at the Federal University of Technology – Paraná (UTFPR), building real-world projects at the intersection of Backend Engineering and Machine Learning applied to physiological signals (EEG/BCI).

  • 🔭 Currently working on adaptive Brain-Computer Interfaces with Continual Learning
  • 🌱 Always learning: MLOps, deep learning, and clinical AI
  • 📫 Reach me at gabriel.farias2024@outlook.com.br

🛠️ Tech Stack

Programming Languages Python Java TypeScript JavaScript SQL C++

Machine Learning & Data PyTorch scikit-learn Pandas NumPy

Backend & Infrastructure Spring Boot NestJS FastAPI Docker PostgreSQL Git


📊 GitHub Stats


🚀 Featured Projects

  • Detecting-Burnout-via-EEG — Real-time burnout detection from EEG signals using Few-Shot Learning with subject-independent generalization and Grad-CAM explainability.
  • Motor-Imagery-BCI — Brain-Computer Interface for real-time game control via motor imagery. EEGNet + CSP/LDA on the BCI Competition IV 2a dataset.
  • EEG-MachineLearning-Kaggle — Emotion classification from EEG signals (DEAP dataset), exploring the Circumplex Model of Affect.

📬 Let's connect

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  1. Detecting-Burnout-via-EEG Detecting-Burnout-via-EEG Public

    Burnout detection via EEG using Few-Shot Learning and Convolutional Neural Networks. Subject-Independent approach with explainable visualization (XAI/Grad-CAM).

    Python

  2. Motor-Imagery-BCI Motor-Imagery-BCI Public

    Motor Imagery BCI classifying 4 EEG classes (BCI Competition IV 2a). CSP+LDA baseline vs EEGNet in PyTorch, with run-based cross-validation, artifact rejection, and a 2D game demo driven by recorde…

    Python 1

  3. EEG-MachineLearning-Kaggle EEG-MachineLearning-Kaggle Public

    Análise e Classificação de Emoções com EEG e Machine Learning Inicial para Futuros Projetos na Área.

    Python

  4. Automatic-Classification-Sleep-Stage-ISRUC-SLEEP_III Automatic-Classification-Sleep-Stage-ISRUC-SLEEP_III Public

    Automatic classification of sleep stages from single-channel EEG signals, using feature extraction and a combination of classifiers based on the ISRUC-Sleep Cohort III dataset

    Python