I build infrastructure software and investigate performance across runtimes, operating systems, devices, and networks. My background combines software development, infrastructure operations, and a Doctor of Computer Science in Big Data Analytics.

My work centers on concurrency, observability, and understanding how a system behaves from input to output.

A GPU filtering framework for PowerShell using C#, runtime-generated HLSL, and Direct3D 11 compute shaders. I built the interop and filtering pipeline and evaluated GPU-accelerated filtering in my doctoral research.

Engineering focus: data representation, CPU-to-GPU transfer, shader dispatch, synchronization, result readback, and experimental design.

A Rust and Objective-C streaming system that connects a Linux-hosted Android environment to legacy iOS hardware. It combines Waydroid/Wayland capture, H.264 over RTP, hardware decoding, and an input return path.

Engineering focus: bounded buffering, stale-frame dropping, independent media and control paths, and diagnostics across the capture, encode, network, decode, and render stages.

A PowerShell web management system built around a reverse-engineered binary UDP command protocol. I used Wireshark packet analysis to reconstruct command layouts, insert device-specific parameters, and support reporting-rate changes and firmware operations. The published package extracts the command builders and job-state logic into an offline, tested module with synthetic identifiers; it includes sanitized historical references to the original server.

Engineering focus: protocol interoperability, queued operations, verification against reported device state, and process watchdogs.

A sensor-monitoring dashboard originally backed by PowerShell collectors, packaged with a synthetic FastAPI backend. The browser UI includes Canvas sparklines, sensor drill-down, history, alarms, and generator-run views.

I built the first version to support Hurricane Laura recovery. A help desk/admin team used it daily to monitor 34 fixed cell tower sites and two mobile sites, including periods of 24/7 team coverage. Collector workflow and deployment context.

Engineering focus: stable collector/UI contracts, bounded history, deterministic simulation, concurrent access, and observable system state.

• AudioMonitor Workbench extracts my multi-source media system into a synthetic demo with durable jobs, interval correlation, searchable transcripts, and synchronized timeline playback.
• Aurora NetView modernizes my DNS telemetry pipeline with atomic SQLite rollups and checkpoints, late-arrival handling, fair summary refresh, and exact-output benchmarks.
• Smallwinner Control demonstrates my Android resource-policy work through a deterministic Go simulator, thermal hysteresis, baseline restoration, and a companion native app catalog. This release is validated without a physical tablet.
• PowerShell Request Engine modernizes my CRM server's scheduler with bounded admission, isolated runspaces, deadlines, and cooperative cancellation.
• Ensemble3D extracts my 3D workbench's local job and asset pipeline to demonstrate SQLite transaction correctness, immutable versions, and detection of interrupted work.
• E3P MoldMaker turns STL parts into printable silicone molds with Blender geometry and a Cura extension. The original workflow has been printed and cast; this release adds reproducible geometry checks and cancellable generation.
• E3P Studio extracts my toolpath transformation work into an offline geometry demo with state-preservation tests and reproducible synthetic visuals.

I have worked across production software, data systems, infrastructure administration, and communications electronics. I am a former Marine Corps Sergeant and completed my DCS at Colorado Technical University in 2026.

Languages and platforms I use include C#, PowerShell, Rust, Python, JavaScript, Linux, Windows, Direct3D, and TCP/UDP networking.