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NathanPaceydev/README.md

Hi I am Nathan Pacey.

  • I’m interested in Theoretical Physics, Computing, Mathematics, Robotics and Mechanical Design. And on the weekends I love to Wakeboard and play the Cello!

  • I’m currently learning as much as I can. I recently graduated from Queen's University where I studied Engineering Physics and Computing. Now I am pursuing a Master's Degree at EPFL in Quantum Science and Engineering.

  • I’m looking to collaborate with companies and people that are working on projects that will help the world one idea at a time.

  • How to reach me, by email [email protected].

  • I would like to continue to work in the engineering field and create a design that matters. So if you are interested in talking to someone about the latest physics or are looking for an employee let me know!

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  1. ML-for-American-Style-Stock-Options ML-for-American-Style-Stock-Options Public

    Machine learning price prediction of American Style stock options. Project for engineering physics thesis at Queen's University.

    Jupyter Notebook 1

  2. Smartwatch-Car-Relay-Controller Smartwatch-Car-Relay-Controller Public

    Android App for Wear OS, using android studio in Java. Converted from the NCD relay app for tablets.

    Java 1

  3. SignMate-ASL-Computer-Vision SignMate-ASL-Computer-Vision Public

    An Qt Desktop Application that teaches the ASL alphabet using Computer Vision Machine Learning Model.

    C++ 2

  4. Quantum-vs-Classical-Algorithms-Traveling-Salesman-Problem Quantum-vs-Classical-Algorithms-Traveling-Salesman-Problem Public

    Project for the University of Waterloo IQC comparing classical algorithms with the Quantum Approximate Optimization Algorithm (QAOA) for solving the Traveling Salesman Problem (TSP).

    Jupyter Notebook 2

  5. Game-of-Life Game-of-Life Public

    Dynamic visualization of the Game of Life evolutionary algorithm using pygame windows. Including a installer package built with bash.

    Shell 1

  6. Virtual-Power-Plant Virtual-Power-Plant Public

    Feasibility Study of Virtual Power Plant

    Jupyter Notebook 1 1