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amirsadafi/README.md

Hello, I'm Amir Mollamohammadi Sadafi ! 👋

I'm continuously learning and growing in the world of coding, engineering and in my adventurous pursuits.

I'm Process Engineer at Namvaran Consulting Engineers, Managers, I serve as a lecturer at Amirkabir University of technology. I have a Master's degree from Sharif University of Technology.

I'm a passionate researcher and developer with a background in chemical engineering and a strong interest in artificial intelligence.

🌱 I hold a degree in Chemical/Energy Engineering, and I'm excited about the intersection of technology and chemical processes.

🧠 Currently, I'm diving deep into the world of Artificial Intelligence and Machine Learning, exploring its vast possibilities in different industries.

🪂 Paragliding is another one of my great passions. The feeling of soaring through the skies, free as a bird, is an experience like no other.

🔗 Connect with me on LinkedIn

📫 You can reach me at [[email protected]].

Feel free to explore my repositories and let's collaborate on exciting projects at the intersection of tech, engineering, and AI!

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  1. MP_LSTM MP_LSTM Public

    Matrix Profile integrating to LSTM

    Jupyter Notebook

  2. PFD_TO_PID PFD_TO_PID Public

    Forked from process-intelligence-research/SFILES2

    Conversion between PFDs/P&IDs and SFILES 2.0 strings

    Python

  3. PIPELINE_SIZING PIPELINE_SIZING Public

    This repository contains a Python implementation of a pipeline sizing algorithm based on engineering principles. The script leverages fundamental fluid mechanics equations to determine the optimal …

    Jupyter Notebook 1

  4. Pipeline_Thickness Pipeline_Thickness Public

    Pipeline thickness calculations using Barlow’s Formula (for thin-walled pipes), and ASME B31.3 Formula (for process piping)

    Jupyter Notebook

  5. Pump_Sizing_Selection Pump_Sizing_Selection Public

    This Python script helps users select the appropriate pump type based on their flow rate, pressure, and other requirements. It follows a structured decision tree inspired by an industrial pump sele…

    Jupyter Notebook