Developer | Cybersecurity Enthusiast | AI Enthusiast
I recently graduated with a Bachelor's of Science in Computer Science at Texas Tech University, where I have gained a solid foundation in programming, data structures, algorithms, software engineering, AI, and deep learning. I am passionate about learning new technologies and applying them to real-world problems. I aspire to become a developer and create innovative and user-friendly web and cloud applications that can make a positive impact on society.
I am a highly motivated and detail-oriented individual with a strong technical background. My academic and professional experiences have equipped me with a diverse skill set, including proficiency in programming languages such as Python, C, C++, and Java. I am dedicated to continuous learning and enjoy tackling complex challenges to find innovative solutions.
A truly exhilarating retro style two player 2D zombie survival game. This immersive gaming experience features dynamically evolving zombie hordes, challenging player coordination, and strategic resource management.
GitHub LinkDeveloped a Deep Q network reinforcement learning algorithm to train model. Utilized Python, PyTorch to build the neural network with tensors and integrated Kivy framework to facilitate the development of interactive GUIs.
GitHub LinkEngineered a Python-based slot machine application, leveraging principles of algorithmic randomness, object-oriented programming, and game development.
GitHub LinkEngineered a PyTorch-based sequence-to-sequence translation model for English to Portuguese, optimizing architecture and hyperparameters. Executed data preparation, including test dataset curation and multiple training epochs, showcasing proficiency in deep learning and model optimization.
GitHub LinkBuilt a multi-processing application without any special libraries to simulate Nth mutation for complex cellular matrices with emphasis on run time in a specific compute env.
GitHub LinkAs a team, partly developed and extensively documented purpose, scope, product overview, functionality, operating environment, and design details.
GitHub LinkEngineered and implemented a secure healthcare system in Python, incorporating advanced security measures such as 2-factor authentication, threat modeling, and UML driven design. Applied object-oriented programming principles to fortify critical use cases, ensuring elevated levels of data and security.
GitHub LinkAug 2021 – Dec 2021
Nov 2020 – Dec 2023