Software engineer and San Diego State Computer Science graduate, looking for Software and AI Engineering roles.
As a Digital Process Optimization Specialist, I built a TypeScript pipeline on SAP OData that puts aged product back into orders. It saves about $10K a week and cut aged material at the target plant by 26% in six months.

I graduated from San Diego State University with a B.S. in Computer Science and a minor in Applied Mathematics. I joined Isola Group as a software engineer intern in 2025 and moved into my current role in April 2026, where I build internal tools and automation on SAP, Azure, and the OpenAI API.
I've also been a research assistant at SDSU Urban Computing since 2024, working on diffusion models for traffic prediction. At SDSU I led the Brain Tumor Segmentation project in the AI Club and organized philanthropy events with Tau Kappa Epsilon.
Most of my free time is spent in the outdoors. I love to surf, play pick-up soccer, and go camping camping. I also love music and play the drums every chance I get!
I'm looking for Software Engineering and AI Engineering roles. If you're hiring, I'd love to hear from you.
A road trip planner. You can sketch several routes for the same trip and compare distances, drive times, and budgets side by side. Claude suggests stops along each route, and a six-character trip code lets others open the same map without an account.
A research project for CS 652 that extends CLAMP, a self-supervised learning method from NeurIPS 2025. I added anisotropic overlap detection and orientation-aware repulsion to the loss, vectorized the Mahalanobis distance computation, fixed memory and fp16 stability issues, and ran CIFAR-100 experiments on A100 GPUs.
A U-Net model that segments tumor regions in brain MRI scans from the BraTS dataset. Trained with Dice and cross-entropy loss, it reached a Dice coefficient of about 0.87. I led this project for the SDSU AI Club.
Designed and trained an RNN voice cloning model on spectrogram embeddings, with its own preprocessing and post-processing pipelines. It reached about 85% MOS similarity.
A multi-threaded delivery simulator in C++ that implements page replacement and virtual memory.
This site. Designed and built from scratch with HTML, CSS, and JavaScript.
B.S. Computer Science
Minor in Applied Mathematics
Coursework: Machine Learning, Deep Learning, Neural Networks, Speech Processing, Advanced Linear Algebra, Discrete Mathematics