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Nimaabediforud/README.md

Nima Abedi Forud
Biomedical Engineer • Python Developer • Embedded Systems Learner • AI/ML Enthusiast

Bridging Biomedical Engineering with AI, Data, and Embedded Systems — Learning, Building, Debugging, and Sharing.


🧠 About Me

🎓 Biomedical Engineer with a strong interest in AI-driven healthcare, embedded systems, and technical problem-solving
🔬 Exploring biomedical data analysis, signal processing fundamentals, and intelligent diagnostic systems
⚙️ Currently learning C programming for embedded systems, electronics, and PCB design alongside Python-based AI workflows
🚀 Passionate about connecting engineering, medicine, and technology to build practical, real-world solutions


🛠 Skills & Tools

SolidWorks Electronics


📚 Learning Journey

  • CS50P – Introduction to Programming with Python (Harvard University)
  • CS50AI – Introduction to Artificial Intelligence with Python (Harvard University)
  • 🧠 Studying machine learning & neural networks through hands-on projects
  • ⚙️ Learning C programming for embedded systems, microcontroller concepts, and electronics
  • 🖥️ Exploring PCB design fundamentals using Altium Designer
  • 📊 Applying data analysis & visualization techniques to biomedical datasets

🔭 Featured Projects

Project Description Highlights
Medical & Healthcare Prediction Framework Supervised ML models & neural networks for predicting heart disease and other numeric features End-to-end workflow, EDA, preprocessing, model comparison
BioFusion: Hybrid Biomedical Prediction Hybrid ML and deep learning models for biomedical data (specifically diabetes) prediction Structural project including EDA, preprocessing, model benchmarking, hyperparameter tuning, training and evaluation
Fracture Detection and Bone Classification Automated detection and classification of bone fractures using imaging data Image preprocessing, CNN-based models, preliminary accuracy evaluation

More projects coming soon… (AI • Embedded • Biomedical)


📫 Let’s Connect


Profile built with 💡 Tech × Science — learning by building, improving by curiosity.

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  1. Medical-Healthcare-Prediction-Framework Medical-Healthcare-Prediction-Framework Public

    The project highlights the end-to-end workflow of data preprocessing, model building, evaluation, and comparison for a healthcare prediction task.

    Jupyter Notebook 1

  2. Fracture-Detection-and-Bone-Classification Fracture-Detection-and-Bone-Classification Public

    Leveraging CNNs in this medical imaging project designed to analyze X-ray images of bones across different body parts. The system currently focuses on detecting fractures and classifying bones by b…

    Jupyter Notebook

  3. BioFusion-Hybrid-Biomedical-Prediction BioFusion-Hybrid-Biomedical-Prediction Public

    Biofusion Hybrid Biomedical Prediction is a biomedical machine learning project focused on predicting diabetes status and Physiological Features by using ML classification, ML regression and a hybr…

    Jupyter Notebook

  4. ComponentsValueCalculatorApp ComponentsValueCalculatorApp Public

    A modular electronic component value calculator (resistors, capacitors, etc.). Currently includes a fully featured Telegram bot. Designed to be extended to web, desktop, or mobile apps in the future.

    Python