Computer Science • Software Development • Spanish
Delayed gratification is the ability to resist immediate rewards in favor of larger, later benefits, contributing to personal success. If there's anything this line of work has taught me, it's that. Each creation. Each problem. Each time I've banged my head on my keyboard wondering why I chose this path. The sweet, satisfying pleasure of completion and seeing my work take life always reminds me why.
Working to be better than I was yesterday.
Colorado State University
Software Development Concentration • Completed 2026
Coursework: Algorithms, Data Structures, Software Engineering, Databases, Web Development
Focused on Spanish communication, culture, grammar, and translation.
A few of my most gratifying projects.
Designed a VR firefighter training simulation in Unity featuring interactive extinguishing mechanics, randomized fire events, and immersive emergency response scenarios. Implemented XR-based gameplay systems to improve realism, responsiveness, and user engagement in virtual training environments.
Created a first-person round-based zombie shooter in Unity featuring progression systems, weapon purchasing, unlockable areas, and custom gameplay mechanics inspired by classic COD Zombies.
Implemented a geospatial trip optimization web application that generates optimized routes between breweries, bars, and distilleries on an interactive globe interface. Implemented Vincenty, Haversine, and Cosine distance calculations with route optimization algorithms, automated testing, CI/CD workflows, and REST API benchmarking using Postman.
Trained a geospatial machine learning pipeline combining satellite imagery, NDVI vegetation analysis, weather data, and nitrogen-based agronomic modeling to forecast corn yields across multiple U.S. states. Leveraged NASA’s Prithvi foundation model and AWS cloud infrastructure to generate multi-stage seasonal forecasts with narrowing uncertainty ranges and post-harvest predictions up to 184.1 bu/acre.
Developed an AI-based road mapping solution using LiDAR-derived imagery and existing geospatial road networks to detect previously uncharted roads. Processed geospatial datasets to support forest management, wildfire response, and planning applications.
Built a responsive portfolio website using HTML, CSS, and JavaScript with an emphasis on modern UI design, accessibility, and clean project presentation.
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