About Me
Software Engineer with a relentless focus on high-performance computing and applied mathematics. Proven experience architecting C++/Python hybrid frameworks for real-time signal processing, bridging the gap between theoretical modeling and production-grade infrastructure.
Education
University of Phoenix
Bachelor of Science in Computer Science
Feb 2022 — May 2026
GPA: 3.83/4.00
Algorithmic Theory Software Architecture Calculus I & II Linear Algebra Discrete Math Computer Organization Operating Systems
Technical Skills
Languages
C++ (17) Python 3 CUDA C/C++ Bash PowerShell
Core Tech
CMake Docker Git PyBind11 GitHub Actions MLFlow Streamlit
Concepts
HPC (CPU/GPU) Real-time Systems Multithreading Signal Processing Zero-Copy IEEE 754
Tools
NVIDIA GPUs cuFFT Nsight Systems Nsight Compute Linux (Ubuntu)
Experience
Research Software Engineer (Volunteer)
SEAL Laboratory, University of Washington | Feb 2025 — Feb 2026
- Lead Architect (SigTekX): Spearheaded the design of a hybrid Python/C++ framework for high-bandwidth RF data processing.
- Zero-Copy Architecture: Engineered a thread-safe ring buffer in C++17 to decouple acquisition from processing, ensuring deterministic latency.
- GPU Acceleration: Implemented CUDA-accelerated pipelines using NVIDIA cuFFT to offload heavy spectral analysis (STFT).
- Optimization: Engineered a GPU clock locking mechanism to prevent thermal throttling during benchmarks.
- Validation: Enforced IEEE 754-2019 compliance using FMA operations for precision.
- CI/CD & Infrastructure: Implemented GitHub Actions for build verification and containerized development with Docker.
Interests
Beyond engineering, I am passionate about PC building, custom water cooling loops, and hardware optimization. I also spend time snowboarding to maintain a high-performance mindset outside of the lab.