I design the nervous systems of high-performance organizations. From factory-to-cloud connectivity to PFLOP-scale compute, I build platforms where performance, reliability, and governance coexist under race-day constraints.
Factory-to-Cloud (ExpressRoute)
Samples per Second (Peak)
HB120rs_v3 Instances
FinOps Optimization
A professional timeline of escalating complexity:
From engine metrics to enterprise architecture.
Leading the design and operation of a hybrid data platform, merging on-premise factory systems with Azure to support Formula 1 & endurance programs under strict regulatory constraints.
Architected the high-frequency telemetry platform combining kdb+ and Azure to aggregate wind tunnel, simulator, and trackside data.
Deployed an LLM-powered agent over a 15.8M node knowledge graph. Fine-tuned LoRA adapters locally to maximize precision on complex engineering queries without exposing IP.
ASK_DETAILS
Designing and building Pitgun, a high-performance data engine written in Rust to ingest, normalize and compute time-series data at scale. Inspired by Formula 1 telemetry, HPC and financial systems, Pitgun introduces canonical data models, AST-driven formulas and manifest-based pipelines.
ACCESS_DOCSAchieved 80% classified data coverage using OpenMetadata & policy-as-code.
Optimized £1.2M cloud credits with ~£150k actual spend via aggressive spot instance usage.
Bridging the gap between C-level strategy boards and low-level engineering implementation.
Research on U-shaped assembly line balancing (U-ALBP).
Recipient of the CSC Government Excellence Scholarship.
One of France’s leading Grande École. Focus on industrial excellence, applied sciences, and mechanical systems.