Principal Systems Architect • Lead Systems Engineer
Develop sovereign, air-gapped WASM/C++ tensor pipelines for high-throughput genomics, signal processing, and numerical analysis. Engineered to migrate heavy processing directly to client hardware—eliminating cloud compute bottlenecks and packaged as clean asynchronous worker modules your engineering team can invoke via simple promise-based APIs.
Architect ultra-fast, zero-dependency graphics in Vanilla JavaScript, WebGL, and GLSL shaders. I isolate and eliminate memory leaks and layout thrashing under the hood, wrapping complex render pipelines into intuitive, drop-in canvas interfaces so front-end teams ship product features freely without managing low-level memory.
Train, benchmark, and optimize complex sequence architectures on H100/H200 GPU clusters using PyTorch and TensorFlow. Specialized in gradient descent optimization and distributed compute, distilling heavy models into lightweight inference engines ready for automated enterprise CI/CD and deployment.
Break through hard computational and memory walls in an agile R&D sandbox where isolated iteration is required. Once performance baselines are locked, engines are delivered with strict API boundaries, comprehensive architecture documentation, and developer walkthroughs for complete internal ownership.
Integrate state-of-the-art LLM pipelines and autonomous agents directly into production workflows. Designed to hook cleanly into existing event emitters, databases, and microservices with zero disruption to active sprint backlogs.
Bridge bare-metal engineering with executive, operations, and legal stakeholders. Author technical specifications for USPTO & CIPO patent applications, mentor developers on high-throughput systems design, and structure defensible commercial asset foundations.
Protect high-value visual assets and proprietary models with custom cryptography, client-side DRM, and forensic steganography. Automated runtime tripwires neutralize unauthorized scraping attempts and preserve IP integrity—operating transparently beneath your team's application layer without requiring UI refactors.
Numerical Analysis, Mathematical Modeling, Applied Mathematics, Optimization Algorithms, Gradient Descent, Numerical Optimization, TensorFlow, Linear Algebra, Tensors, Signal Processing, Fourier Analysis, FFT, Fast Fourier Transform, Artificial Intelligence (AI), Patent Applications, Intellectual Property, DRM, Steganography, Cryptography, Model Optimization, Distributed Computing, High Performance Computing (HPC), Vanilla JavaScript, Linux, Computer Graphics, Shaders, GLSL, Full-Stack Development, Search Engine Optimization (SEO), Web Architecture, Performance Tuning, System Architecture, WebGL, C++, WebAssembly, WASM, Deep Learning, PyTorch, Team Enablement, API Design, Technical Leadership, Principal Systems Architect.