Academic Projects
Academic Projects
Embedded Files
The following projects are major projects which were completed by me under the direction of a professor at Southern University.
This project was a product of my Software Engineering course taken during my Spring 2025 semester. It is a fully playable Tic-Tac-Toe game that utilizes a custom-scripted AI, cosmetic options, achievements, and a user registration & login system. I fully coded this project myself using the Python language.
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For this project, I explored aspects of user-generated passwords. This included identifying common pitfalls, shortcomings, and average password strength. I wrote three custom programs using Python to parse through password data, measure key metrics, and visualize the effect of mnemonics on password strength.
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Personal Projects
Personal Projects
The following projects are coding projects that I created in my free time out of my own interest.
One of my earliest personal coding projects that resulted after a curiosity in cryptography. Several courses briefly touched on this topic, but none dived into the specifics of what makes a password secure.
With the understanding that algorithms are predictable, and the reluctance to utilize any built-in functions for randomness, I worked on this project for a few weeks and learned a lot about security and C++.
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This was my first personal project after learning C++. It is a very simple program that will create a specified number of words for the user. These words adhere to a very loose structure, and many ended up looking like names you might see in a high-fantasy show or movie.
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This project, while small in scope, helped to solve one of my most challenging academic dilemmas during my entire time at Southern University. I also walked away with more hands-on experience with C++.
This program helped me by parsing a provided question bank and feeding the questions back to me in a flashcard format to keep me focused and on-task.
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Significance
Significance
While these projects highlight my proficiency in Python, C++, and problem-solving using programming languages in general, their true value lies in how they reveal a persistent drive to transform chaos into structured, functional systems. Whether I am managing several million lines of data, automating complex tasks, or designing secure algorithms, my focus remains on data integrity, logic, and reliability.
These projects prove that I am comfortable and capable of using technology as a tool for solving high-pressure problems. I have demonstrated the ability to rapidly prototype solutions, transition between high-level scripting and low-level logic, and maintain a rigorous, self-critical standard for every task I undertake.
Ultimately, these projects represent the bridge between technical theory and physical application. The same diagnostic logic I use to code away my problems allows me to efficiently troubleshoot hardware and software, visualize networking issues, and manage complex system deployments. I am an adaptable problem-solver who thrives on the challenge presented by a novel dilemma, turning unorganized obstacles into streamlined, automated, and professional successes.
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