I'm a systems-focused software engineer building compilers, low-latency engines, and performance-critical infrastructure in Rust.
- 🎓 Computer Science student graduated in July 2025
- 💻 Looking for hybrid Rust/C++ systems roles in London
- 📌 Strong interest in: infra, protocol design, AI tooling, trading engines, multi-agent systems
- 🔍 Long-term goal: Become a high-performance specialist in compilers, GPU runtimes, and low-latency systems
- 🧵 High-performance compilers and kernel fusion (e.g. ONNX/TorchScript)
- ⚡ Lock-free engines and real-time matching systems
- 🧬 AI infra, graph optimizers, and runtime tuning
- 🌐 Network protocols, concurrency models, and async runtimes
- 🤖 Multi-agent AI systems and orchestration frameworks
| 🔧 Project | 🧠 Tech | 📄 Summary |
|---|---|---|
| Xyntra | Rust, egg, wgpu, ONNX |
Kernel-fusion compiler pass for ONNX/TorchScript graphs, emits fused GPU kernels using WGSL/PTX |
| Zyphos | Rust, TCP, Threads, Concurrency |
Modular multithreaded HTTP server in Rust built from scratch with async-like threading model |
| Nyquestro | Rust, Atomics, Lock-Free |
Ultra-low-latency limit-order-book engine with lock-free price levels and correctness-tested matching logic |
| Vynapse | Rust, Autodiff, NEAT, SGD, Graph IR |
Hybrid learning engine combining DEAP/NEAT-style evolution with PyTorch/TensorFlow-style autodiff and graph execution in safe Rust |
| Debate CLI | Python, Asyncio, AI APIs, TOML |
Multi-LLM debate orchestrator with recursive summarization, async provider integration, and research-grade analytics |
- 🧪 Writing a research-style whitepaper on kernel fusion design (Xyntra)
- 📈 Benchmarking latency + throughput in lock-free engines (Nyquestro)
- ✍️ Publishing a research on the math behind tensor algebra and kernel fusion — covering rewrite rules, DAG transformations, and performance implications
- 🤖 Building a framework for orchestrating multi-model AI debates to surface emergent consensus and divergent perspectives