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pipelines / ml / energy / data

Industrial Data & Predictive Models

End-to-end delivery for three customer accounts, primarily Oil & Gas, from signal mapping to equipment-health models.

problem

Industrial measurements need asset context and validation before they can support useful predictions or operational decisions.

approach

Owned onboarding, asset hierarchies, signal mapping, data validation, and models over Snowflake, Pi Vision, and Canary integrations.

impact

Worked with millions of daily sensor readings and iterated on model results in weekly calls with engineers and site managers.

Field notes / Energy systems
Physical systems. Evidence-backed decisions.Oil & Gas · Wind · Solar · Battery storage

Start with the physical system

During my Data Scientist I role, I owned end-to-end delivery for three customer accounts, primarily in Oil & Gas. Onboarding was part of the modeling work: asset hierarchies, signal mapping, and data validation established what the measurements meant.

From historian data to models

I built failure-prediction, anomaly-detection, and equipment-health models over data pipelines integrating Snowflake, Pi Vision, and Canary APIs. These pipelines handled millions of sensor readings per day.

The important connection was between reliable operational data and a model output that an engineer could interpret inside the platform.

Close the loop with the field

I presented results in weekly calls with engineers, site managers, and performance engineers, then iterated on their feedback. The work ran from client onboarding through custom analytics rather than stopping at a model notebook.

A foundation for AI leadership

This experience informed my later work on repeatable analytics packages, canonical onboarding specifications, and agents whose answers need traceable evidence.

Explore the MCP-first delivery workflow →

Illustrated assets and architecture only; no private historian schemas, client data, or production code are shown.

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