Software Engineer · AI & Backend Systems
Engineering dependable systems, distributed infrastructure, and intelligent software built for scale.
What I bring to the table
Global Flexibility
Live across time zones
How production systems get built
Five disciplined phases from formal constraints to high-throughput dispatch. No guesswork, no brittle abstractions.
Lock-Free / Non-Blocking
100% Deterministic
Deconstruction & Formal Specs
Dissect domain bottlenecks, data schemas, memory footprints, and latency budgets before touching code. Define strict interface contracts, error domain invariants, and mathematical guarantees.
Systems Architecture & Data Plane
Design zero-copy memory layouts, deterministic agent DAGs, and decoupled micro-services. Establish backpressure semantics, state-machine transitions, and vector retrieval pipelines.
High-Throughput Kernel & Core Loop
Implement performance-critical paths in bare-metal C++, Rust, or optimized asynchronous Python. Exploit hardware parallelism, SIMD instructions, and unified memory architectures.
Stress Testing & Verification
Validate under extreme conditions with fuzz testing, synthetic loads up to 10k+ RPS, memory leak analysis via Instruments/Valgrind, and deterministic LLM evaluation suites.
Cloud Orchestration & Telemetry
Deploy with immutable Terraform declarations, Kubernetes Helm manifests, zero-downtime canary rollouts, and OpenTelemetry end-to-end distributed tracing.
Ready to engineer what's next?
Reach out for distributed architecture, high-throughput backend infrastructure, autonomous systems, and software built to perform reliably under production load.