Operational domain knowledge
Frame the real operating objective, process, measures, conditions and available decisions.
I lead and build data engineering, analytics and AI systems that connect operational performance to measurable value—combining operational context with AWS, Snowflake, Python, SQL, dbt, Airflow and decision-focused analytics.
No single technique explains operational performance. The capability comes from combining domain context with temporal, spatial and causal evidence—then turning that evidence into a decision and a measurable outcome.
Frame the real operating objective, process, measures, conditions and available decisions.
Identify the limiting part of the system and avoid optimising activity that cannot improve the whole.
Find changes, delays, cycles, anomalies and relationships across operational time.
Reveal how location, distance, routes, boundaries, terrain and spatial conditions influence performance.
Estimate likely outcomes, detect patterns and test scenarios with uncertainty made visible.
Connect trusted operational, asset, spatial and enterprise data with quality and provenance.
Accelerate analysis, repeat reliable workflows and deliver insight at the point of decision.
Translate driver changes into production and business impact, with assumptions explicit and outcomes measurable.
I combine technical leadership with hands-on delivery: setting architecture, standards, governance and delivery direction while remaining capable of diagnosing performance problems, reviewing code, designing data models and building critical components.
Architecture, roadmaps, technology choices and investment priorities connected to operational outcomes.
Hands-on capability across Python, SQL, Snowflake, dbt, Airflow, AWS and serverless systems.
Testing, release controls, observability, performance, cost management and incident discipline.
Engineering standards, mentoring, vendor leadership, delivery planning and stakeholder alignment.
Experience grounded in mining and complex operations, supported by enterprise data and industrial systems.
The work starts with the operation, its value drivers and the decision available. Data, analytics and AI strengthen the evidence chain from performance loss to quantified opportunity and action.
Understand the operation, objectives, constraints and performance measures.
Identify the operational drivers that influence throughput, utilisation, productivity, cost and value.
Connect operational, asset, geospatial and enterprise data with reliable engineering, quality and provenance.
Use time-series diagnostics, GIS, statistics, forecasting and appropriate AI to locate material losses, relationships, constraints and opportunities.
Compare scenarios and turn analysis into prioritised, evidence-based actions for operational leaders.
Quantify the potential production and business impact, then define how realised outcomes will be measured.
This is an illustrative framework, not a universal mining equation. Definitions, causal relationships and value-driver structures differ between operations and must be validated against local context and evidence.
Measurable operational and financial outcomes.
Reliability, condition monitoring, failure modes and inspection evidence help explain how asset condition contributes to production losses, operational risk and performance. This is a substantial application of the broader operational-performance approach—not a separate professional identity.
Operating regime, failure modes, consequences and criticality.
Thermal, vibration, inspection, sensors and operating context.
Rules and statistics first; machine learning where it adds reliable evidence.
Connect condition and failure risk to constraints, lost production and decisions.
These projects show the capability applied across mining performance, geospatial assurance, personal forecasting and physical-asset intelligence.
Enterprise mining analytics and compliance-to-plan insight used to identify performance drivers, constraints and measurable improvement opportunities.
Automated, evidence-based QA/QC and processing workflows for orthomosaic GeoTIFF handovers and downstream spatial products.
A personal photography-intelligence platform that translates weather, light, tide, location and equipment data into explainable field recommendations.
Practical exploration of rotating equipment, failure modes, thermal and vibration evidence, data engineering and analytics—building industrial depth that supports broader operational intelligence.
Experience leading data products, platforms, analytics, teams and vendors across mining and complex enterprises—while remaining technically engaged in architecture, performance engineering, data modelling and critical delivery.
Python · SQL · dbt · Airflow · APIs
AWS · Snowflake · Serverless architecture
Power BI · DAX · Semantic models · Forecasting · AI
Git · Automated testing · CI/CD · Monitoring · Governance
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Executive leadership across enterprise property data, data operations, commercial research and spatial analytics—alongside hands-on architecture for highly available SQL Server, replicated PostgreSQL and cloud data processing.
Designed decoupled AWS data platforms, serverless ingestion, governance, analytics, predictive modelling and operational decision support.
Database, data administration and technical consulting across Oracle, SQL Server and enterprise systems.
Writing and practical work across performance drivers, enterprise data, analytics, AI, asset intelligence, architecture and evaluation.
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Read note →I combine hands-on data engineering with platform, team and delivery leadership to build reliable decision systems for mining and complex operations.
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